patent journal - Part II of II

NOVEMBER 2019 PATENT JOURNAL

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NOVEMBER 2019 VOL 52 ● No.11

ISSN 2223-4837

PATENT JOURNALINCLUDING TRADE MARKS, DESIGNS AND COPYRIGHT IN CINEMATOGRAPH FILMS

Part II of II

ISSUED MONTHLY

DATE OF ISSUE: 27 NOVEMBER 2019

http://10.21.1.40:81/iponlineweb/home/default.aspx


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VOL. 52 No. 11 Date of Issue: 27 NOVEMBER 2019

PATENT JOURNALINCLUDING TRADE MARKS, DESIGNS AND COPYRIGHT IN CINEMATOGRAPH FILMS

PATENTS, TRADE MARKS, DESIGNS AND COPYRIGHT OFFICE

Official notices of proceedings under:

The Patents Act, 1978

The Designs Act, 1993

The Trade Marks Act, 1963

The Trade Marks Act, 1993

The Registration of Copyright in Cinematograph Films Act, 1977

Registrar of Patents, Trade Marks, Designs and Copyright

Note: CIPC acting on behalf of the Government of the Republic of South Africa, cannot guarantee the accuracy of its publications or undertake any responsibility for

errors or omissions or their consequences.


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2. PATENTS


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TABLE OF CONTENTS

2. PATENTS ...................................................................................................................................................................................... 3

ASSIGNMENTS IN TERMS OF SECTION 60-REGULATIONS 58-60 AND 64 (1) ........................................................................ 5

CHANGE OF NAME IN TERMS OF REGULATION 39 ................................................................................................................. 7

PATENT LICENSES IN TERMS OF SECTION 53 (7)-REGULATIONS 62 AND 63 ...................................................................... 8

PATENT APPLICATIONS ABANDONED OR WITHDRAWN ........................................................................................................ 8

APPLICATION FOR RESTORATION OF A LAPSED PATENT .................................................................................................... 9

APPLICATION FOR VOLUNTARY SURRENDER OF PATENTS UNDER SECTION 64 (1), REGULATION 67 OF THE ACT ..... 9

APPLICATIONS TO AMEND SPECIFICATION ............................................................................................................................ 9

INSPECTION OF SPECIFICATIONS .......................................................................................................................................... 78

HYPOTHECATIONS ................................................................................................................................................................. 239

JUDGMENTS ........................................................................................................................................................................... 239

OFFICE PRACTISE NOTICES ................................................................................................................................................. 239

3. DESIGNS .................................................................................................................................................................................. 241

APPLICATIONS FOR REGISTRATION OF DESIGNS IN TERMS OF ACT No. 195 OF 1993 .................................................. 242

ASSIGNMENTS IN TERMS OF SECTIONS 30, 29-REGULATIONS 37, 38 AND 40 ................................................................ 247

CHANGE OF NAME IN TERMS OF REGULATION 41 ............................................................................................................. 247

CHANGE OF ADDRESS FOR SERVICE REGISTERED .......................................................................................................... 247

CHANGE OF ADDRESS FOR PROPRIETOR REGISTERED .................................................................................................. 247

APPLICATION FOR THE RESTORATION OF A LAPSED DESIGN UNDER SECTION 23 OF THE ACT ................................ 247

APPLICATION TO CORRECT AND/OR AMEND DESIGNS APPLICATION OR REGISTRATION ........................................... 247

NOTICE OF REGISTRATION OF DESIGNS ............................................................................................................................ 248

HYPOTHECATIONS ................................................................................................................................................................. 283

JUDGMENTS ........................................................................................................................................................................... 283


4. COPYRIGHT ............................................................................................................................................................................. 284

NOTICES OF ACCEPTANCE ................................................................................................................................................... 285

HYPOTHECATIONS ................................................................................................................................................................. 287

JUDGMENTS ........................................................................................................................................................................... 287


5. CORRECTION NOTICES .......................................................................................................................................................... 288

TRADE MARK CORRECTION NOTICES ................................................................................................................................. 289

PATENT CORRECTION NOTICES .......................................................................................................................................... 289

DESIGNS CORRECTION NOTICES ........................................................................................................................................ 289

COPYRIGHT CORRECTION NOTICES ................................................................................................................................... 289

PATENTS ...................................................................................................................................................................................... 290

DESIGNS ...................................................................................................................................................................................... 303


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ASSIGNMENTS IN TERMS OF SECTION 60-REGULATIONS 58-60 AND 64 (1)

Application Number Assignor Assignee

2008/02107 INHOUSE PRODUCTS (PROPRIETARY) LIMITED

RODGPERS (PTY) LTD

2012/02065 HOPAC (PROPRIETARY) LIMITED

THE TRUSTEES FOR THE TIME-BEING OF CHRIST IN ME INTERNATIONAL TRUST

2016/03657 BUYS, ANDRE JOHANN SECURITY DEVICES INTERNATIONAL, INC

2019/01835 I-MAB I-MAB BIOPHARMA US LIMITED

2017/05253 HETERO LABS LIMITED’S DFH THERAPEUTICS, INC.

2018/06694 NCM INNOVATIONS (PTY) LTD EPIROC HOLDINGS SOUTH AFRICA (PTY) LTD.

2008/02683 PULMAGEN THERAPEUTICS (ASTHMA) LIMITED

GB001, INC.

2015/03026 NESTEC S.A. and THE BOARD OF TRUSTEES OF THE UNIVERSITY OF ILLINOIS

SOCIETE DES PRODUITS NESTLE S.A. and THE BOARD OF TRUSTEES OF THE UNIVERSITY OF ILLINOIS

2004/01413 BAYER INTELLECTUAL PROPERTY GMBH

BAYER CROPSCIENCE AKTIENGESELLSCHAFT


2017/07543 LULL STORM TRADING (PTY) LTD

INVESTEC BANK LIMITED





2018/01753 GRUNENTHAL GMBH THAR PHARMA, LLC

2013/08866 SPONTECH SPINE GMBH SPONTECH MEDICAL AG

2013/08866 SPONTECH MEDICAL AG TAURUS GMBH & CO. KG

2015/08485 CHENGZHI LIFE SCIENCE CORPORATION

BEIJING CHENGZHI LIFE SCIENCE CO., LTD.

2014/05034 MARTIN-LUTHER-UNIVERSITAT HALLE-WITTENBERG

VEROVACCINES GMBH

2019/01009 DUNSHEA, CHRISTOPHER LAURENCE

BERLEIN, ANTHONY WALTER

2014/07688 TABOR, KENT EMBEDTEK, LLC

2014/07688 EMBEDTEK, LLC BIMBA MANUFACTURING COMPANY

2019/05790 I-MAB I-MAB BIOPHARMA US LIMITED

2005/01235 KVINNO CENTRE PTY LTD PAMAROPE PTY LIMITED

2010/03761 ALLERGAN, INC. ALLERGAN INDUSTRIE, SAS

2005/04241 BALCKE-DURR GMBH BALCKE-DURR ROTHMUHLE GMBH


2014/09077 ALCON PHARMACEUTICALS LTD.

ALCON INC.


2019/03233 LAURENCE OLIVIER LIFEQ GLOBAL LIMITED

2017/03985 LITHOS NATURAL GMBH LITHOS CROP PROTECT GMBH

2003/04332 NOVARTIS AG ALCON INC.

2018/08475 SULZER HYDROMINING (PTY) SULZER (SOUTH AFRICA) HOLDINGS


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LTD (PTY) LTD

2017/00933 SULZER HYDROMINING (PTY) LTD

SULZER (SOUTH AFRICA) HOLDINGS (PTY) LTD


2005/07613 BAYER INTELLECTUAL PROPERTY GMBH

LUYE PHARMA SWIRTZERLAND AG



2018/06739 ELITE SURGICAL SUPPLIES (PTY) LTD

ANGLORAND MEDICAL (PROPRIETARY) LIMITED

2003/03557 ALCON, INC. NOVARTIS AG


2014/03896 MINING PRODUCT DEVELOPMENTS (PTY) LTD

TIMRITE (PTY) LTD

2009/00319 ALCON, INC. NOVARTIS AG



2019/02350 TSHIGOFATSO SEBATLELO, BRUMILDA STOLS

TSHIGOFATSO SEBATLELO

2013/01182 VITRO, S.A.B. de C.V. VITRO FLAT GLASS LLC

2013/09475 VITRO, S.A.B. de C.V. VITRO FLAT GLASS LLC

2014/08490 ALCON RESEARCH, LTD. ALCON RESEARCH, LLC

2014/08490 ALCON RESEARCH, LLC ALCON INC.


RODGPERS (PTY) LTD


RODGPERS (PTY) LTD

2015/03811 THE WAND LITE COMPANY LIMITED

TECNA DISPLAY LIMITED

2002/09021 ROGER BASIL LAWSON SCHEEPERS

RODGPERS (PTY) LTD

2004/10329 ROGER BASIL LAWSON SCHEEPERS

RODGPERS (PTY) LTD


RODGPERS (PTY) LTD

2012/01947 SANOFI HUVEPHARMA ITALIA S.R.L.


RODGPERS (PTY) LTD

2018/04250 ARDENIA INVESTMENTS, LTD. OASMIA PHARMACEUTICAL AB

2018/07452 JOHANNES JACOBUS NAUDE FREDERICK LIVHUWANI MUGERI

2018/07210 MITHRA PHARMACEUTICALS S.A.

NOVALON S.A.

2019/01781 AKESO BIOPHARMA, INC. CTTQ-AKESO (SHANGHAI) BIOMED. TECH. CO., LTD.

2018/02576 SIROCCO THERAPEUTICS, INC. PIPELINE THERAPEUTICS, INC.

2010/08161 BASF COATINGS GMBH AKZO NOBEL COATINGS INTERNATIONAL B.V.

2013/05163 CHEP PALLECON SOLUTIONS LIMITED and SHANGHAI HOREN SCIENCE AND TECHNOLOGY CO., LTD

CHEP UK LIMITED and SHANGHAI HOREN SCIENCE AND TECHNOLOGY CO., LTD.


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2011/05855 LAFARGE and CHRYSO LAFARGEHOLCIM LTD and CHRYSO

2011/05855 LAFARGEHOLCIM LTD and CHRYSO

HOLCIM TECHNOLOGY LTD and CHRYSO

2015/04993 METALYCOM LTDA. ANODOS DE CHILE S.A.

2013/05481 E. I. DU PONT DE NEMOURS AND COMPANY

PERFORMANCE MATERIALS NA, INC.

2015/07089 42 TECHNOLOGY LIMITED KONINKLIJKE DOUWE EGBERTS B.V.

2015/02087 REGULUS THERAPEUTICS INC SANOFI


2013/00796 LAURENT DENIS (deceased) and GILLES DENIS

DENIS CIMAF INC.

2012/00028 LAURENT DENIS (deceased) and GILLES DENIS

DENIS CIMAF INC.











DUPONT INDUSTRIAL BIOSCIENCES USA, LLC

2014/09198 INCYTE CORPORATION INCYTE HOLDINGS CORPORATION


2010/00552 TIME TO KNOW ESTABLISHMENT

TIME TO KNOW LTD.



2013/08866 SPONTECH SPINE GMBH SPONTECH MEDICAL AG

2014/04180 QUALCOMM INCORPORATED VELOS MEDIA INTERNATIONAL LIMITED

CHANGE OF NAME IN TERMS OF REGULATION 39

Application Number In the name of New name

2016/04540 ARSANIS BIOSCIENCES GMBH X4 PHARMACEUTICALS (AUSTRIA) GMBH

2013/04092 DAVY PROCESS TECHNOLOGY LIMITED

JOHNSON MATTHEY DAVY TECHNOLOGIES LIMITED





2009/05590 NABRIVA THERAPEUTICS AG NABRIVA THERAPEUTICS GMBH


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Application Number In the name of New name

2015/03282 ARSANIS BIOSCIENCES GMBH X4 PHARMACEUTICALS (AUSTRIA) GMBH



2012/08056 NABRIVA THERAPEUTICS AG NABRIVA THERAPEUTICS GMBH

2013/08866 SPONTECH SPINE INTELLIGENCE AG

SPONTECH SPINE GMBH

2018/02576 INCEPTION 3, INC. SIROCCO THERAPEUTICS, INC.

2017/07334 UCL BUSINESS PLC UCL BUSINESS LTD

2019/01898 ZENO ROYALTIES & MILESTONES, LLC

RECURIUM IP HOLDINGS, LLC

2019/00797 ZENO ROYALTIES & MILESTONES, LLC

RECURIUM IP HOLDINGS, LLC











2017/00699 BAKER HUGHES INCORPORATED

BAKER HUGHES, A GE COMPANY, LLC

2019/01887 HEAT RECOVERY MICRO SYSTEMS CC

REHOS PRODUCT DESIGNS CC.

2017/01781 EVONIK ROHM GMBH ROHM GMBH

2016/08729 EVONIK ROHM GMBH ROHM GMBH

2016/01919 CRUCELL HOLLAND B.V. JANSSEN VACCINES & PREVENTION B.V.

2013/05163 PALLECON CONTAINER LOGISTICS LIMITED

CHEP PALLECON SOLUTIONS LIMITED

PATENT LICENSES IN TERMS OF SECTION 53 (7)-REGULATIONS 62 AND 63

Application Number Licensor Licensee

2006/01403 BRENDA MARGARET HOLFELD LASER METAL PRESSINGS (PTY) LTD

2007/07982 SANDVIK INTELLECTUAL PROPERTY AB

SANDVIK MINING RSA (PTY) LTD

2006/08454 LURGI CLEAN COAL TECHNOLOGY (PROPRIETARY) LIMITED

SASOL TECHNOLOGY (PROPRIETARY) LIMITED

PATENT APPLICATIONS ABANDONED OR WITHDRAWN


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Application Number Not Open Date

2019/07221 WITHDRAWN 08/11/2019

2018/07671 WITHDRAWN 29/10/2019

APPLICATION FOR RESTORATION OF A LAPSED PATENT

No records available

THE PATENTS ACT, No. 57 OF 1978

APPLICATION FOR VOLUNTARY SURRENDER OF PATENTS UNDER SECTION 64 (1), REGULATION 67

OF THE ACT


APPLICATIONS TO AMEND SPECIFICATION

THE PATENTS ACT, 1978

APPLICATIONS TO AMEND SPECIFICATION

A copy of the original specification on which the proposed amendment is indicated in red, is now available for public inspection at the Patent Office.

Any notice of opposition (on Patent Form 19) must be lodged at the Patent Office within two months from the date hereof.

Registrar of Patents

Applicant: OUTOTEC (FINLAND) OY. RAUHALANPUISTO 9, ESPOO, 02230, FINLAND. request permission to

amend the specification of letters: 2018/07648 of 14 November 2018 for SOLVENT EXTRACTION SETTLER.

A copy of the original specification on which the proposed amendment is indicated in red, is now available for public inspection at the Patent Office. Any notice of opposition (on Patent Form 19) must be lodged at the Patent Office within two months from the date hereof. Registrar of Patents


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Applicant: ANITOX CORPORATION. 1055 PROGRESS CIRCLE, LAWRENCEVILLE, GA 30043, USA. request

permission to amend the specification of letters: 2013/01301 of 20 February 2013 for ANTIMICROBIAL

FORMULATION.


Applicant: DISCOVERY HOLDINGS LIMITED. 155 WEST STREET, SANDTON, 2196, GAUTENG, RSA.

request permission to amend the specification of letters: 2011/02817 of 14 April 2011 for A METHOD OF

MANAGING A DRIVER REWARDS PROGRAMME AND A SYSTEM THEREFOR.



request permission to amend the specification of letters: 2012/08986 of 28 November 2012 for A SYSTEM AND

METHOD OF CALCULATING THE PRICING OF CREDIT BASED ON ENGAGEMENT WITH A WELLNESS

PROGRAMME.



request permission to amend the specification of letters: 2012/07527 of 08 October 2012 for A SYSTEM AND

METHOD OF MANAGING AN INSURANCE POLICY.

A copy of the original specification on which the proposed amendment is indicated in red, is now available for public inspection at the Patent Office. Any notice of opposition (on Patent Form 19) must be lodged at the Patent Office within two months from the date hereof.


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Applicant: DISCOVERY LIMITED. 155 WEST STREET, SANDTON, 2196, GAUTENG, RSA. request permission

to amend the specification of letters: 2013/08300 of 06 November 2013 for A METHOD OF CREATING AN

INVESTMENT PORTFOLIO USING A MODULAR PORTFOLIO CONSTRUCTION AND A SYSTEM

THEREFOR.



request permission to amend the specification of letters: 2013/04363 of 13 June 2013 for A METHOD OF

MANAGING A REWARDS PROGRAMME AND A SYSTEM THEREFOR.



request permission to amend the specification of letters: 2013/01417 of 25 February 2013 for A METHOD OF

MANAGING AN INSURANCE PLAN AND A SYSTEM THEREFOR.



request permission to amend the specification of letters: 2012/00848 of 03 February 2012 for A SYSTEM AND

METHOD OF MANAGING AN INVESTMENT ON BEHALF OF AN INVENTOR.


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request permission to amend the specification of letters: 2012/03526 of 15 May 2012 for A METHOD OF

IMPLEMENTING A FUEL RELATED REWARD FOR A DRIVER OF A MOTOR VEHICLE AND A SYSTEM

THEREFOR.



request permission to amend the specification of letters: 2012/04025 of 01 June 2012 for A METHOD OF

MANAGING AN INSURANCE PLAN AND A SYSTEM THEREFOR.



request permission to amend the specification of letters: 2012/01152 of 16 February 2012 for A METHOD OF

MANAGING A DRIVER REWARDS PROGRAMME AND A SYSTEM THEREFOR.



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request permission to amend the specification of letters: 2012/08609 of 15 November 2012 for A METHOD OF

IMPLENTING A REMOTELY INITIATED INSURANCE CLAIM PROCESS AND A SYSTEM THEREFOR.



request permission to amend the specification of letters: 2012/00849 of 03 February 2012 for A SYSTEM AND

METHOD OF MANAGING AN INVESTMENT ON BEHALF OF AN INVESTOR .



request permission to amend the specification of letters: 2012/08985 of 28 November 2012 for A METHOD OF

IMPLEMENTING A FINANCIAL MANAGEMENT REWARDS PROGRAMME AND A SYSTEM THEREFORE .



request permission to amend the specification of letters: 2016/06461 of 19 September 2016 for A SYSTEM AND

METHOD MANAGING AN INSURANCE SCHEME .



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request permission to amend the specification of letters: 2012/09078 of 30 November 2012 for A SYSTEM AND

METHOD OF CALCULATING THE PRICING OF CREDIT BASED ON ENGAGEMENT WITH A DRIVER

PROGRAMME.



to amend the specification of letters: 2013/08285 of 05 November 2013 for A METHOD OF MANAGING A

DRIVER REWARDS PROGRAMME AND A SYSTEM THEREFOR.



to amend the specification of letters: 2015/05684 of 06 August 2015 for A SYSTEM AND METHOD OF

MANAGING AN INSURANCE PLAN.



to amend the specification of letters: 2014/02622 of 10 April 2014 for A METHOD AND SYSTEM FOR

IMPLEMENTING A REWARDS PROGRAMME FOR A USER OF A FINANCIAL PAYMENT DEVICE.

A copy of the original specification on which the proposed amendment is indicated in red, is now available for public inspection at the Patent Office.


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Any notice of opposition (on Patent Form 19) must be lodged at the Patent Office within two months from the date hereof. Registrar of Patents


to amend the specification of letters: 2014/04898 of 02 July 2014 for AN ELECTRONIC SYSTEM AND METHOD

FOR IMPLEMENTING A VEHICLE INSURANCE PLAN.



to amend the specification of letters: 2016/06423 of 162 September 2016 for A SYSTEM AND METHOD OF

OPERATING AN INVESTMENT PLAN BASED ON ENGAGEMENT WITH A WELLNESS PROGRAMME.



to amend the specification of letters: 2018/06100 of 12 September 2018 for A COMPUTER IMPLEMENTED

SYSTEM FOR OPERATING A REWARDS PROGRAMME.



to amend the specification of letters: 2018/07154 of 26 October 2018 for A SYSTEM AND METHOD FOR

MANAGING AN INSURANCE PLAN.


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to amend the specification of letters: 2018/05911 of 04 September 2018 for A LIFE INSURANCE PAYMENT

CALCULATION SYSTEM AND METHOD.


Applicant: PEPPLE BED MODULAR REACTOR (PTY) LTD. 3RD FLOOR, LAKE BUENA VISTA BUILDING,

1267 GORDON HOOD AVENUE, CENTURION CENTRE, CENTURION, 0046, RSA. request permission to

amend the specification of letters: 2003/07279 of 17 September 2003 for A NUCLEAR POWER PLANT AND A

METHOD OF CONDITIONING ITS POWER GENERATION CIRCUIT.


Applicant: HIP INNOVATION TECHNOLOGY LLC. 95 MAIN STREET, WEST ORANGE, NJ 07052, USA.

request permission to amend the specification of letters: 2012/05921 of 23 February 2011 for INTERLOCKING

REVERSE HIP AND REVISION PROSTHESIS.



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to amend the specification of letters: 2014/08070 of 04 November 2014 for A SYSTEM AND METHOD OF

OPERATING A LIFE INSURANCE PLAN BASED ON ENGAGEMENT WITH A WELLNESS PROGRAMME.


PATENTS

APPLICATIONS FOR PATENTS

Copies of these specifications cannot be supplied until the applications have been accepted and advertised, or in the case of convention applications, until 18 months from the date of the application in the convention

THE PARTICULARS APPEAR IN THE FOLLOWING SEQUENCE: Application number ~ Nature ~ 54: Representation of mark ~ 73: Name of applicants ~ 74: Address for service ~ 51: International classification ~ 57: Specification of goods/services ~ 58: Endorsement(s) ~ 33: Country of priority ~ 31: Priority number ~ 32: Priority Date

- APPLIED ON 10/28/2019 -

2019/07083 ~ Provisional ~54:STRAP PREP PRE-STRAPPING SKIN CLEANSER ~71:LIA ANNELIZE

PERCIVAL, WATERFORD FARM, South Africa ~72: LIA ANNELIZE PERCIVAL~

2019/07099 ~ Complete ~54:LAYERED, COMPOSITE LENS AND METHODS OF CONSTRUCTION

~71:KAPPLER, INC., 55 Grimes Drive, P.O. Box 490, Guntersville, United States of America ~72: BAUSKAR,

AKSHAY S.~ 33:US ~31:62/479,949 ~32:31/03/2017

2019/07120 ~ Complete ~54:NITROGEN CONTAINING HETEROCYCLE SUBSTITUTED BENZOXAZINE

OXAZOLIDINONE COMPOUND AND PREPARATION METHOD AND USE THEREOF ~71:INSTITUTE OF

MATERIA MEDICA, CHINESE ACADEMY OF MEDICAL SCIENCES, No. A2, Nan Wei Road, Xicheng District,

100050, Beijing, People's Republic of China ~72: DONGFENG ZHANG;HAIHONG HUANG;HONGYI ZHAO~

33:CN ~31:201710191791.4 ~32:28/03/2017

2019/07091 ~ Complete ~54:COMPOSITIONS AND METHODS FOR INHIBITING ARGINASE ACTIVITY

~71:Calithera Biosciences, Inc., Suite 200, 343 Oyster Point Blvd., SOUTH SAN FRANCISCO 94080, CA, USA,

United States of America ~72: LI, Jim;SJOGREN, Eric B.;VAN ZANDT, Michael;WHITEHOUSE, Darren~ 33:US

~31:62/248,632 ~32:30/10/2015;33:US ~31:62/281,964 ~32:22/01/2016;33:US ~31:62/323,034

~32:15/04/2016

2019/07177 ~ Provisional ~54:HELP REDUCE POVERTY AND ADVANCE HEALTHCARE IN COUNTRIES

ACROSS THE GLOBE ~71:THABANG JAMES SEKOTO, 7 BERIL ROAD, WALDRIFT, South Africa ~72:

THABANG JAMES SEKOTO~


Page | 18

2019/07109 ~ Complete ~54:COMPOUNDS AND METHODS FOR TREATING BACTERIAL INFECTIONS

~71:Entasis Therapeutics, Inc., 35 Gatehouse Drive, WALTHAM 02451, MA, USA, United States of America ~72:

COMITA-PREVOIR, Janelle;DURAND-REVILLE, Thomas Francois;GULER, Satenig;ROMERO,

Jan;SYLVESTER, Mark;TOMMASI, Ruben;VELEZ-VEGA, Camilo;WU, Xiaoyun;ZHANG, Jing~ 33:US

~31:62/502,867 ~32:08/05/2017

2019/07626 ~ Provisional ~54:VUTTOMI MORINGA GIN ~71:VUTTOMI LIQUIDS PTY LTD, 6 BURFORD ROAD

VICTORIA, HOUGHTON, South Africa ~72: JOSEPH DUDLEY DITSHEGO;NONHLANHLA RUTH DITSHEGO~

2019/07082 ~ Provisional ~54:SHEILA'S MACARONI CHAKALAKA PASTA SALAD ~71:Kabelo Lefa Alex Lekau,

1 Lark street, Unit 176 Sparrowgate Lifestyle estate, South Africa;Sheila Lekau, 1 Lark street, Unit 176

Sparrowgate Lifestyle estate, South Africa ~72: Sheila Lekau~

2019/07097 ~ Complete ~54:PEPTIDIC LINKERS AND CRYPTOPHYCIN CONJUGATES, USEFUL IN

THERAPY, AND THEIR PREPARATION ~71:SANOFI, 54 rue La Boétie, France ~72: BOUCHARD,

Hervé;BRUN, Marie-Priscille;HUBERT, Philippe~ 33:EP ~31:17305531.0 ~32:10/05/2017

2019/07116 ~ Complete ~54:HSP90 INHIBITOR ORAL FORMULATIONS AND RELATED METHODS

~71:SAMUS THERAPEUTICS, INC., 10 South Main Street, Topsfield, 01983, Massachusetts, United States of

America ~72: JOHN AMEDIO~ 33:US ~31:62/489,434 ~32:24/04/2017;33:US ~31:62/489,438

~32:24/04/2017;33:US ~31:62/532,985 ~32:14/07/2017;33:US ~31:62/532,987 ~32:14/07/2017;33:US

~31:62/588,893 ~32:20/11/2017;33:US ~31:62/588,897 ~32:20/11/2017;33:US ~31:62/627,229

~32:02/02/2018;33:US ~31:62/627,237 ~32:02/02/2018

2019/07090 ~ Complete ~54:ARTICLE DISPENSER ~71:OUTLINE (PTY) LTD, Unit 2, Enslin Road, Ottery,

South Africa ~72: BRAZENDALE, John~

2019/07103 ~ Complete ~54:TELESCOPING JACK FOR LIFTING LARGE CAPACITY TRUCKS ~71:Nordic

Minesteel Technologies Inc., 373 Main Street West, Unit 1, NORTH BAY P1B 2T9, ONTARIO, CANADA, Canada

~72: DESORMEAU, Wayne;MATHIEU, Guy;WEAVER, Jeff~ 33:US ~31:15/589,947 ~32:08/05/2017

2019/07095 ~ Complete ~54:A DIE FOR RELOADING CARTRIDGE CASES ~71:THE TRUSTEES FOR THE

TIME BEING OF THE COINTECH TRUST, 17 Jollify Ring Road, Mooikloof, 0059, South Africa ~72: JACO

COETZEE;MARK DANDRIDGE~ 33:ZA ~31:2018/05027 ~32:26/07/2018

2019/07114 ~ Complete ~54:AUTO INJECTOR WITH RECONSTITUTION HANDLING SUPPORT ~71:Ascendis

Pharma A/S, Tuborg Boulevard 5, HELLERUP DK-2900, DENMARK, Denmark ~72: ANDERSEN, Bjørn

Knud;EGESBORG, Henrik;ELKJÆR, Johnny;JENSEN, Steen;LARSEN, Martin Nørgaard~ 33:EP

~31:17178728.6 ~32:29/06/2017;33:EP ~31:17179545.3 ~32:04/07/2017

2019/07108 ~ Complete ~54:FLOATING POOL SANITIZER WITH LOCKING DEVICE ~71:Innovative Water

Care, LLC, 1400 Bluegrass Lakes Parkway, ALPHARETTA 30004, GA, USA, United States of America ~72:

SIMONSEN, Frederick~ 33:US ~31:62/504,593 ~32:11/05/2017

2019/07101 ~ Complete ~54:METHODS OF PREVENTING OR TREATING OPHTHALMIC DISEASES

~71:STREKIN AG, HOCHBERGERSTR. 60C, 4057 BASEL, SWITZERLAND, Switzerland ~72: BAUSCH,

Alexander;WRIGHT, Matthew~ 33:EP ~31:17164765.4 ~32:04/04/2017

2019/07121 ~ Complete ~54:CHANNEL LOCATION INDICATION METHOD, AND RELATED PRODUCT

~71:GUANGDONG OPPO MOBILE TELECOMMUNICATIONS CORP., LTD., No. 18 Haibin Road, Wusha,

Chang'an Dongguan, People's Republic of China ~72: TANG, Hai;XU, Hua~


Page | 19




~31:62/248,632 ~32:30/10/2015;33:US ~31:62/281,964 ~32:22/01/2016;33:US ~31:62/323,034

~32:15/04/2016

2019/07111 ~ Complete ~54:AUTO INJECTOR WITH VARIABLE PLUNGER FORCE ~71:Ascendis Pharma A/S,

Tuborg Boulevard 5, HELLERUP 2900, DENMARK, Denmark ~72: ANDERSEN, Bjørn Knud;EGESBORG,

Henrik;ELKJÆR, Johnny;JENSEN, Steen;LARSEN, Martin Nørgaard~ 33:EP ~31:17172456.0

~32:23/05/2017

2019/07106 ~ Complete ~54:PRE-CAST SEGMENT FOR TUNNELS AND METHOD FOR PRODUCING AND

MONITORING SAID PRE-CAST SEGMENT ~71:Safecertifiedstructure Tecnologia S.R.L., Via Isonzo 34, IV

piano, ROMA 00198, ITALY, Italy ~72: MANCINI, Giuseppe~ 33:IT ~31:102017000052365 ~32:15/05/2017

2019/07107 ~ Complete ~54:METHOD FOR OPERATING A RECEIVER AND RECEIVER FOR CARRYING OUT

THE METHOD ~71:Synhelion SA, c/o avv., Luca Tenchio, Obere Plessurstrasse 36, CHUR 7000,

SWITZERLAND, Switzerland ~72: AMBROSETTI, Gianluca;GOOD, Philipp~ 33:CH ~31:627/17

~32:10/05/2017;33:CH ~31:260/18 ~32:02/03/2018

2019/07102 ~ Complete ~54:OPIOID RECEPTOR (MOR) AGONIST SALT, FUMARATE SALT I CRYSTAL

FORM THEREOF AND PREPARATION METHOD THEREOF ~71:Jiangsu Hengrui Medicine Co., Ltd., No.7

Kunlunshan Road, Economic and Technological Development Zone, LIANYUNGANG 222047, JIANGSU, CHINA

(P.R.C.), People's Republic of China ~72: WANG, Likun;WANG, Lin~ 33:CN ~31:201710242119.3

~32:14/04/2017

2019/07112 ~ Complete ~54:VAPOUR PROVISION SYSTEMS ~71:British American Tobacco (Investments)

Limited, Globe House, 1 Water Street, LONDON WC2R 3LA, UNITED KINGDOM, United Kingdom ~72:

DICKENS, Colin;HEPWORTH, Richard;MOLONEY, Patrick~ 33:GB ~31:1707627.4 ~32:12/05/2017

2019/07100 ~ Complete ~54:GENETICALLY ENCODED POTASSIUM ION INDICATORS ~71:MEDIZINISCHE

UNIVERSITÄT GRAZ, Auenbruggerplatz 2, Austria ~72: Emrah EROGLU (Austrian Citizen);Helmut

BISCHOF (Austrian Citizen);Markus WALDECK-WEIERMAIR (Austrian Citizen);Roland MALLI (Austrian

Citizen);Wolfgang GRAIER (Austrian Citizen)~ 33:AT ~31:A50400/2017 ~32:11/05/2017

2019/07117 ~ Complete ~54:MALAXATION APPARATUS FOR THE PRODUCTION OF VIRGIN OLIVE OIL

~71:GEA FOOD SOLUTIONS BAKEL B.V., Beekakker 11, 5761, EN Bakel, Netherlands ~72: JOOST VAN ERP~

33:EP ~31:17170103.0 ~32:09/05/2017;33:EP ~31:18159559.6 ~32:01/03/2018

2019/07086 ~ Provisional ~54:AIRCRAFT RECORDING SYSTEM ~71:KRUGER, CONRAD HENDRIK, 1E

Rodger Mills Str, South Africa ~72: KRUGER, CONRAD HENDRIK~

2019/07105 ~ Complete ~54:COATING APPARATUS AND METHOD ~71:Umicore AG & Co. KG,

Rodenbacher Chaussee 4, HANAU-WOLFGANG 63457, GERMANY, Germany ~72: HASSELMANN,

Wolfgang;MASSON, Stéphane~ 33:IB ~31:17180017.0 ~32:06/07/2017

2019/07113 ~ Complete ~54:METHOD OF APPLYING A MULTILAYER WET-ON-WET COATING TO A

SUBSTRATE ~71:Umicore AG & Co. KG, Rodenbacher Chaussee 4, HANAU-WOLFGANG 63457,

GERMANY, Germany ~72: KRAUS, John;MARCUS, Williams~ 33:US ~31:15/642,614 ~32:06/07/2017


Page | 20

2019/07089 ~ Complete ~54:A KETTLE LID ~71:CREATIVE HOUSEWARES (PTY) LTD, 20 Tekstiel Road,

Parow, South Africa ~72: RAVELOMANANTSOA, Marc~ 33:ZA ~31:2018/07488 ~32:08/11/2018

2019/07104 ~ Complete ~54:STRATEGY SEARCHING IN STRATEGIC INTERACTION BETWEEN PARTIES

~71:Alibaba Group Holding Limited, Fourth Floor, One Capital Place, GEORGE TOWN 1103, CAYMAN

ISLANDS, Cayman Islands ~72: HU, Kailiang;LI, Hui;SONG, Le~




~31:62/248,632 ~32:30/10/2015;33:US ~31:62/281,964 ~32:22/01/2016;33:US ~31:62/323,034

~32:15/04/2016

2019/07085 ~ Provisional ~54:FLOATING PLUNGERSEAT FOR SOLENOID VALVE ~71:D J Strydom, Rietbok

str 399, Kranspoort, South Africa ~72: D J Strydom~

2019/07098 ~ Complete ~54:NOVEL CRYSTALLINE FORMS ~71:BIOGEN MA INC., 225 Binney Street,

Cambridge, MA, United States of America ~72: GOPINATHAN, Nishanth;IRDAM, Erwin;KIESMAN,

William;KWOK, Albert;LIN, Yiqing;OSEI-YEBOAH, Frederick;PETERSON, Matthew;TRAN, Kenny;VASUDEVAN,

Kalyan~ 33:US ~31:62/508,830 ~32:19/05/2017

2019/07119 ~ Complete ~54:ANTITUMORAL COMPOUNDS ~71:PHARMA MAR, S.A., Polígono Industrial

La Mina Avda. de los Reyes, 1 Colmenar Viejo, E-28770, Madrid, Spain ~72: ANDRES FRANCESCH

SOLLOSO;MARIA DEL CARMEN CUEVAS MARCHANTE;VALENTIN MARTINEZ BARRASA~ 33:EP

~31:17382228.9 ~32:27/04/2017;33:EP ~31:17382497.0 ~32:26/07/2017

2019/07088 ~ Provisional ~54:BATTLE OF THE FAMILIES ~71:Zolile Mphaki, 6301 Hlabakoe Street Orlando

East, South Africa ~72: Dorah Phumzile Mbokazi~

2019/07087 ~ Provisional ~54:A PROCEDURE AND SYSTEM FOR SENDING A MESSAGE REQUESTING

DATA VIA APPLICATION SOFTWARE AND/OR USSD TO A RECEIVER ~71:Willow Detering, Private bag 3025x

Constitution Street, College of Cape Town, South Africa ~72: Selwyn Classen;Willow Detering~

2019/07110 ~ Complete ~54:A METHOD AND AN AEROSOL DELIVERY DEVICE FOR TRANSMITTING

AEROSOL DELIVERY DEVICE INFORMATION ~71:British American Tobacco (Investments) Limited, Globe

House, 1 Water Street, LONDON WC2R 3LA, UNITED KINGDOM, United Kingdom ~72: BAKER,

Darryl;EZEOKE, Maurice;KERSEY, Robert;MOLONEY, Patrick~ 33:GB ~31:1707050.9 ~32:03/05/2017

2019/07084 ~ Provisional ~54:COMMUNICATION SYSTEM AND METHOD ~71:HATCHERY

COMMUNICATIONS TRADING (PTY) LTD, 410 Jan Smuts Avenue, Unit 14 Burnside Island Office Park,

Craighall, South Africa ~72: DARREN JAMES SMITH;NHLANHLA BALDWIN DAKILE~

2019/07096 ~ Complete ~54:METHODS OF USING DRIFT REDUCTION ADJUVANT COMPOSITIONS

~71:WINFIELD SOLUTIONS, LLC, 1080 County Road F West, Shoreview, 55126, Minnesota, United States of

America ~72: ANDREA CLARK;DANIEL BISSELL;LEE BOLES~ 33:US ~31:16/198,384 ~32:21/11/2018

2019/07115 ~ Complete ~54:METHOD FOR PRODUCING DUAL FUNCTION PROTEINS AND ITS

DERIVATIVES ~71:YUHAN CORPORATION, 74, Noryangjin-ro Dongjak-gu, Seoul, 06927, Republic of Korea

~72: BYUNG HYUN CHOI;HAE YONG JO;IN HWAN LIM;JIN HYOUNG LEE;JONG GYUN KIM;JUN HWAN

KIM;JUN YOUNG PARK;KI HONG KIM;MOO YOUNG SONG~ 33:KR ~31:10-2017-0051758 ~32:21/04/2017


Page | 21

2019/07125 ~ Complete ~54:ELECTROSURGICAL INSTRUMENT ~71:CREO MEDICAL LIMITED, CREO

HOUSE UNIT 2, BEAUFORT PARK, BEAUFORT PARK WAY, CHEPSTOW MONMOUTHSHIRE NP16 5UH,

United Kingdom ~72: EBBUTT, JULIAN MARK;HANCOCK, CHRISTOPHER PAUL;MEADOWCROFT,

SIMON;TURNER, LOUIS~ 33:GB ~31:1705171.5 ~32:30/03/2017

2019/07094 ~ Complete ~54:CELL ~71:UCL BUSINESS LTD, The Network Building, 97 Tottenham Court Road,

London, W1T 4TP, United Kingdom ~72: KHAI KONG;MARTIN PULÉ;SHAUN CORDOBA;SIMON

THOMAS~ 33:GB ~31:1509413.9 ~32:01/06/2015

2019/07118 ~ Complete ~54:METHOD FOR EXTRACTING PROTEIN, STARCH AND FIBER FROM

BUCKWHEAT ~71:ROQUETTE FRERES, 1 rue de la Haute Loge, 62136, Lestrem, France ~72: BERNARD

PORA;JINGLING TAO;JOVIN HASJIM~ 33:CN ~31:201710343271.0 ~32:16/05/2017

- APPLIED ON 10/29/2019-

2019/07146 ~ Complete ~54:LIQUID TOBACCO EXTRACT ~71:British American Tobacco (Investments) Limited,

Globe House, 1 Water Street, LONDON WC2R 3LA, UNITED KINGDOM, United Kingdom ~72: DIGARD,

Helena~ 33:GB ~31:1707769.4 ~32:15/05/2017

2019/07147 ~ Complete ~54:PHARMACEUTICAL FORMULATION ~71:Merck Patent GmbH, Frankfurter Strasse

250, DARMSTADT 64293 , GERMANY, Germany ~72: BONIFORTE, Patrizia;GEISSLER, Simon;JESCHKE,

Martina;WEIGANDT, Markus~ 33:EP ~31:17163830.7 ~32:30/03/2017

2019/07138 ~ Complete ~54:POINT OF DELIVERY COLD SLURRY GENERATION ~71:MIRAKI INNOVATION

THINK TANK LLC, 44 Brattle Street, 4th Floor, Harvard Square, Cambridge , 02138, Massachusetts, United

States of America ~72: CHRISTOPHER J.P VELIS~ 33:US ~31:62/482,003 ~32:05/04/2017

2019/07155 ~ Complete ~54:CYLINDER SYSTEM WITH RELATIVE MOTION OCCUPYING STRUCTURE

~71:HANNA, Ibrahim Mounir, 14818 Sw 110th Terrace , Miami, FL , 33196, United States of America ~72:

HANNA, Ibrahim Mounir~ 33:US ~31:16/235,272 ~32:28/12/2018

2019/07140 ~ Complete ~54:A COMPOSTABLE MULTILAYER MEMBRANE AND CARTRIDGE USING SAID

MEMBRANE ~71:GOGLIO S.P.A., Via A. Solari 10, 20144, Milano MI, Italy ~72: ANDREA

MACCAGNAN;GIUSEPPE GULLO;OSVALDO BOSETTI;ROBERTO GALBASINI~ 33:IT ~31:102017000048363

~32:04/05/2017

2019/07154 ~ Complete ~54:STABLE FORMULATIONS OF ANTI-TIGIT ANTIBODIES ALONE AND IN

COMBINATION WITH PROGRAMMED DEATH RECEPTOR 1 (PD-1) ANTIBODIES AND METHODS OF USE

THEREOF ~71:Merck Sharp & Dohme Corp., 126 East Lincoln Avenue, RAHWAY 07065-0907, NJ, USA,

United States of America ~72: DE, Arnab;NARASIMHAN, Chakravarthy Nachu~ 33:US ~31:62/500,278

~32:02/05/2017

2019/07148 ~ Complete ~54:HUMAN ANTI-SEMAPHORIN 4D ANTIBODY ~71:Vaccinex, Inc., 1895 Mount Hope

Avenue, ROCHESTER 14620, NY, USA, United States of America ~72: CORNELISON, Angelica;PARIS,

Mark;SCRIVENS, Maria G.M.;SMITH, Ernest S.;ZAUDERER, Maurice~ 33:US ~31:62/501,981 ~32:05/05/2017

2019/07139 ~ Complete ~54:METHOD FOR CLASSIFYING PHREATIC LEAKAGE DISASTER LEVEL IN

SHALLOW COAL SEAM MINING ~71:CHINA UNIVERSITY OF MINING AND TECHNOLOGY, No. 1, Daxue

Road, Tongshan, Xuzhou, 221116, Jiangsu, People's Republic of China ~72: KAIFANG FAN;QIQING

WANG;WEICHI CHEN;WENPING LI;ZHI YANG~ 33:CN ~31:201810901441.7 ~32:09/08/2018


Page | 22

2019/07153 ~ Complete ~54:STABLE FORMULATIONS OF ANTI-CTLA4 ANTIBODIES ALONE AND IN

COMBINATION WITH PROGRAMMED DEATH RECEPTOR 1 (PD-1) ANTIBODIES AND METHODS OF USE

THEREOF ~71:Merck Sharp & Dohme Corp., 126 East Lincoln Avenue, RAHWAY 07065-0907, NJ, USA,

United States of America ~72: BHATTACHARYA, Soumendu;BURLAGE, Rubi;CHEUNG, Jason K.;DE,

Arnab;NARASIMHAN, Chakravarthy Nachu;SHARMA, Manoj K.;YANG, Xiaoyu~ 33:US ~31:62/500,268

~32:02/05/2017

2019/07128 ~ Complete ~54:SECURING A SECOND OBJECT TO A FIRST OBJECT ~71:WOODWELDING AG,

Mühlebach 2, 6362, Stansstad, Switzerland ~72: ANTONINO LANCI;HANNES MERZ;JÖRG

MAYER;JOAKIM KVIST;LAURENT TORRIANI;MARIO WEISS;MARTIN SIGRIST;PHILIPP

BERNHARD;SAMUEL MELZACH~ 33:CH ~31:01421/15 ~32:30/09/2015;33:CH ~31:00509/16

~32:18/04/2016;33:CH ~31:00778/16 ~32:17/06/2016;33:CH ~31:00996/16 ~32:29/07/2016

2019/07142 ~ Complete ~54:BASE STATION APPARATUS, TERMINAL APPARATUS, COMMUNICATION

METHOD, AND INTEGRATED CIRCUIT ~71:FG INNOVATION COMPANY LIMITED, Flat 2623, 26/F Tuen Mun

Central Square, 22 Hoi Wing Road, Tuen Mun, New Territories, Hong Kong;SHARP KABUSHIKI KAISHA, 1,

Takumi-cho Sakai-ku Sakai City, Osaka, 5908522, Japan ~72: HIDEKAZU TSUBOI;HIROKI

TAKAHASHI;KAZUNARI YOKOMAKURA;SHOHEI YAMADA~ 33:JP ~31:2017-088205 ~32:27/04/2017

2019/07157 ~ Complete ~54:PLASTOMER SPRING WITH CAPTIVE VALVE ~71:ESSITY HYGIENE AND

HEALTH AKTIEBOLAG, S-405 03, Sweden ~72: BERGMAN, Peter;LINDSTRÖM, Håkan;NILSSON,

Hugo~

2019/07132 ~ Complete ~54:TRANSCATHETER ATRIAL SEALING SKIRT, ANCHOR, AND TETHER AND

METHODS OF IMPLANTATION ~71:OPUS MEDICAL THERAPIES, LLC, 1252 SWIMS VALLEY DRIVE,

ATLANTA, GA 30327, USA, United States of America ~72: LIAO, Yenchin;RAJAGOPAL, Vivek;SARABIA, Jaime,

Eduardo~ 33:US ~31:62/481,846 ~32:05/04/2017;33:US ~31:62/509,587 ~32:22/05/2017;33:US

~31:62/558,315 ~32:13/09/2017

2019/07141 ~ Complete ~54:ECO-FRIENDLY ENERGY GENERATING ROOFS ~71:VAMSI KRISHNA

GADDAM, 6-3-1238/A, Renuka Enclave, Somajiguda, Hyderabad, 500082, India ~72: VAMSI KRISHNA

GADDAM~ 33:IN ~31:201741011843 ~32:31/03/2017

2019/07156 ~ Complete ~54:RADIATION-CURABLE RESIN COMPOSITION AND PRODUCTION METHOD

THEREOF ~71:CENTRO TECNOLOGICO DE NANOMATERIALES AVANZADOS, S.L., Paseo de La Direccion,

95, Escalera a 4° DCHA, Spain ~72: MORA BARRIOS, Karla Daniela~ 33:ES ~31:P201700369

~32:31/03/2017

2019/07136 ~ Complete ~54:IP6K INHIBITORS ~71:TAKEDA PHARMACEUTICAL COMPANY LIMITED, 1-1,

Doshomachi 4-Chome Chuo-ku Osaka-shi, Osaka, 541-0045, Japan ~72: HIDEKI FURUKAWA;KOUSUKE

HIDAKA;MASASHI TAKAHASHI;RYOMA HARA;SHIZUO KASAI;TAKESHI YAMASAKI;YOSHITO TERAO~

33:JP ~31:2017-066579 ~32:30/03/2017

2019/07149 ~ Complete ~54:IRON OXIDE PIGMENTS CONTAINING AL ~71:LANXESS Deutschland GmbH,

Kennedyplatz 1, KÖLN 50569, GERMANY, Germany ~72: BÜTJE, Kai;KÖHLER,

Peter;KATHREIN, Christine;KISCHKEWITZ, Jürgen;MEISEN, Ulrich;ROSENHAHN, Carsten~ 33:EP

~31:17164231.7 ~32:31/03/2017;33:EP ~31:17179589.1 ~32:04/07/2017;33:EP ~31:18155087.2

~32:05/02/2018

2019/07143 ~ Complete ~54:PHARMACEUTICAL COMPOSITIONS AND METHODS OF TREATING

CARDIOVASCULAR DISEASES ~71:CARDIX Therapeutics LLC, 8351 Gold Coast Drive, Unit 5, SAN DIEGO


Page | 23

92126, CA, USA, United States of America ~72: GAO, Jing H.;LIN, Ting N.;WANG, Jin Jean;YAKATAN, Gerald

J.~ 33:US ~31:62/503,902 ~32:09/05/2017;33:US ~31:62/652,812 ~32:04/04/2018

2019/07133 ~ Complete ~54:ANTI-TRKB ANTIBODIES ~71:BOEHRINGER INGELHEIM INTERNATIONAL

GMBH, Binger Strasse 173, Germany ~72: BAKKER, Remko, Alexander;BANDHOLTZ, Sebastian;BENZ, Peter,

Michael;DZIEGELEWSKI, Michael;FLORIN, Lore;HERRMANN, Rolf;KENNY, Cynthia, Hess;LOW,

Sarah;ROSENBROCK, Holger;SINGH, Sanjaya;STAHL, Heiko, Friedrich;VENKATARAMANI,

Sathyadevi;VOYNOV, Vladimir;XIAO, Haiguang~ 33:EP ~31:17175122.5 ~32:09/06/2017

2019/07150 ~ Complete ~54:SUBSTITUTED N-(-1,3,4-OXADIAZOLE-2-YL)ARYL CARBOXAMIDES AND THE

USE THEREOF AS HERBICIDES ~71:Bayer CropScience Aktiengesellschaft, Alfred-Nobel-Strasse 50,

MONHEIM AM RHEIN 40789, GERMANY, Germany ~72: AHRENS, Hartmut;BRAUN, Ralf;DIETRICH,

Hansjörg;GATZWEILER, Elmar;KÖHN, Arnim;LINDELL, Stephen David;MACHETTIRA, Anu

Bheemaiah;ROSINGER, Christopher Hugh;WALDRAFF, Christian~ 33:EP ~31:17163727.5 ~32:30/03/2017

2019/07131 ~ Complete ~54:TRANSCATHERER ATRIAL SEALING SKIRT, ANCHOR, AND TETHER AND

METHODS OF IMPLANTATION ~71:OPUS MEDICAL THERAPIES, LLC, 1252 SWIMS VALLEY DRIVE,

ATLANTA, GA 30327, USA, United States of America ~72: LIAO, Yenchin;RAJAGOPAL, Vivek;SARABIA, Jaime,

Eduardo~ 33:US ~31:62/481,846 ~32:05/04/2017;33:US ~31:62/509,587 ~32:22/05/2017;33:US

~31:62/558,315 ~32:13/09/2017;33:US ~31:15/943,792 ~32:03/04/2018

2019/07134 ~ Complete ~54:CHIMERIC ANTIGEN RECEPTORS TARGETING FLT3 ~71:PFIZER INC., 235 East

42nd Street, United States of America ~72: DETTLING, Danielle Elizabeth;HAMZE, Moustafa, Marc;SASU,

Barbra, Johnson;SOMMER, Cesar, Adolfo;YEUNG, Yik, Andy~ 33:US ~31:62/514,574 ~32:02/06/2017;33:US

~31:62/514,634 ~32:02/06/2017;33:US ~31:62/660,908 ~32:20/04/2018

2019/07144 ~ Complete ~54:SOLID FORM OF (S)-[2-CHLORO-4-FLUORO-5-(7-MORPHOLIN-4-

YLQUINAZOLIN-4-YL)PHENYL]-(6-METHOXY-PYRIDAZIN-3-YL)METHANOL ~71:Merck Patent GmbH,

Frankfurter Strasse 250, DARMSTADT 64293 , GERMANY, Germany ~72: BREUNING, Marcel;BURINI,

Edoardo;FUCHSS, Thomas;KUEHN, Clemens;LANGE, Michael;MAILLARD, David;POMA, Marco~ 33:EP

~31:17163826.5 ~32:30/03/2017

2019/07137 ~ Complete ~54:COLD SLURRY CONTAINMENT ~71:MIRAKI INNOVATION THINK TANK LLC, 44

Brattle Street, 4th Floor, Harvard Square, Cambridge , 02138, Massachusetts, United States of America ~72:

CHRISTOPHER J.P VELIS~ 33:US ~31:62/482,008 ~32:05/04/2017

2019/07151 ~ Complete ~54:A PROCESS FOR THE RECOVERY OF IODINE FROM AQUEOUS SOLUTIONS

~71:Bracco Imaging SpA, Via Egidio Folli, 50, MILANO 20134, ITALY, Italy ~72: BANIN, Andrea;DI GIORGIO,

Fernanda;FRETTA, Roberta;GALIMBERTI, Laura;GAZZETTO, Sonia~ 33:EP ~31:17174675.3 ~32:07/06/2017

2019/07129 ~ Complete ~54:UNIVERSAL FARE PAYMENT AND COLLECTION SYSTEM ~71:MANGO, Moua

Branckay, Cesar, Serge, Residence Anthurium, Villa #4, 69-70 Rue De L'escale, Oyster Pond, Saint Martin,

97150, France ~72: MANGO, Moua Branckay, Cesar, Serge~ 33:US ~31:62/504,185 ~32:10/05/2017;33:US

~31:15/949,760 ~32:10/04/2018

2019/07126 ~ Provisional ~54:SST POWERPORT ~71:Solar ZA Systems Pty Ltd, Workshop 17, V&A

Waterfront, Cape Town, South Africa, South Africa ~72: Ralph Berold~

2019/07145 ~ Complete ~54:LONG-ACTING INTERLEUKIN-15 RECEPTOR AGONISTS AND RELATED

IMMUNOTHERAPEUTIC COMPOSITIONS AND METHODS ~71:Nektar Therapeutics, 455 Mission Bay

Boulevard, South, Suite 100, SAN FRANCISCO 94158, CA, USA, United States of America ~72: BREWER,


Page | 24

Peiwen Kuo;KIRK, Peter Benedict;ZHANG, Ping~ 33:US ~31:62/506,494 ~32:15/05/2017;33:US

~31:62/536,966 ~32:25/07/2017;33:US ~31:62/582,186 ~32:06/11/2017;33:US ~31:62/648,240

~32:26/03/2018

2019/07158 ~ Complete ~54:METHODS AND COMPOSITIONS FOR TREATING SLEEP APNEA ~71:THE

BRIGHAM AND WOMEN'S HOSPITAL, INC., 75 Francis Street Boston, United States of America ~72:

TARANTO-MONTEMURRO, Luigi;WELLMAN, D. Andrew~ 33:US ~31:62/491,504 ~32:28/04/2017;33:US

~31:62/558,814 ~32:14/09/2017

2019/07152 ~ Complete ~54:BOTTLE CAP FOR DISPENSING LIQUID ~71:Colgate-Palmolive Company, 300

Park Avenue, NEW YORK 10022, NY, USA, United States of America ~72: CRAWFORD, John C.;ROBINSON II,

Michael Paul~

2019/07130 ~ Complete ~54:MOBILE FERTILIZER DEVICE FOR STORING AND SUPPLYING MULTIPLE

FERTILIZERS TO A GREENHOUSE ~71:YARA INTERNATIONAL ASA, Drammensveien 131, Norway ~72: VAN

SANTEN, Wouter~ 33:EP ~31:17181955.0 ~32:18/07/2017

2019/07135 ~ Complete ~54:COMBINATION OF AN ANTI-PD-L1 ANTIBODY AND A DNA-PK INHIBITOR FOR

THE TREATMENT OF CANCER ~71:MERCK PATENT GMBH, Frankfurter Strasse 250, 64293, Darmstadt,

Germany;PFIZER INC., 235 East 42nd Street, New York, 10017, New York, United States of America ~72:

ANDREAS SCHROEDER;ANNE-KATHRIN PROKEIN;ASTRID ZIMMERMANN;LARS DAMSTRUP~ 33:EP

~31:17163837.2 ~32:30/03/2017;33:EP ~31:17204926.4 ~32:01/12/2017

2019/07127 ~ Provisional ~54:A NOVEL COMPOSITION FOR USE IN ELECTRONIC CIGARETTES

~71:AEROVAPE TECHNOLOGY (PTY) LTD, 11 Brick road, George Industrial, South Africa ~72: DAVIS,Henry

John;STANDER,Emma Elizabeth~

- APPLIED ON 10/30/2019-

2019/07160 ~ Provisional ~54:ROLLING ROAD BARRIER ~71:Mohammed Reza Dasoo, 38B 8th Avenue, South

Africa ~72: Mohammed Reza Dasoo~

2019/07216 ~ Complete ~54:FISHING JIG ~71:ADOLF SIEGFRIED KRUGER, Lot 27 Bon Vista Road 15,

Banners Rest, Port Edward, South Africa ~72: ADOLF SIEGFRIED KRUGER~ 33:ZA ~31:2018/08492

~32:18/12/2018

2019/07224 ~ Complete ~54:INTER-HAPS COMMUNICATION AND HIGH-CAPACITY MULTI-CELL HAPS FOR

CONSTRUCTING THREE-DIMENSIONALIZED NETWORK OF FIFTH- GENERATION COMMUNICATION

~71:SOFTBANK CORP., 9-1, Higashi-shimbashi 1-chome, Minato-ku, Tokyo, 1057317, Japan ~72: JUNICHI

MIYAKAWA;KIYOSHI KIMURA~ 33:JP ~31:2017-095412 ~32:12/05/2017

2019/07234 ~ Complete ~54:COMPOSITION FOR USE IN THE TREATMENT OF EPILEPSY ~71:UCL Business

PLC, The Network Building, 97 Tottenham Court Road, LONDON W1T 4TP , GREATER LONDON, UNITED

KINGDOM, United Kingdom;VITAFLO International Ltd, South Harrington Bldg, 182 Sefton Street, Brunswick

Business Park, LIVERPOOL L3 4BQ, MERSEYSIDE, UNITED KINGDOM, United Kingdom ~72: EATON,

Simon;HEALES, Simon;KHABBUSH, Aziza;ODONNELL, Maura Louise;RUTHERFORD, Patricia;WALKER,

Matthew;WILLIAMS, Robin Simon Brooke~ 33:EP ~31:17165690.3 ~32:10/04/2017

2019/07213 ~ Complete ~54:MODULAR ONLINE ELEMENTAL ANALYSER AND RELATED METHOD OF

ASSEMBLY ~71:Scanmin International (Pty) Ltd., Unit 7, Rand Leases Industrial Estate, Cnr Main Reef Road and


Page | 25

Houtkapper Street, ROODEPOORT 1725, Gauteng, SOUTH AFRICA, South Africa ~72: BUTTEMER, Keith

John;WHITTINGTON, Richard~ 33:ZA ~31:2018/07280 ~32:31/10/2018

2019/07175 ~ Provisional ~54:IMPROVED SHOE LACE ~71:CARL FREDERICK WILHELM SUPRA, 57

SUMMERFIELD VILLAGE, WIERDA RD, SANDOWN, South Africa ~72: CARL FREDERICK WILHELM SUPRA~

2019/07215 ~ Complete ~54:CHARGING METHOD, MOBILE DEVICE, CHARGING DEVICE, AND CHARGING

SYSTEM ~71:Huawei Device Co., Ltd., B2-5 of Nanfang Factory, No.2 of Xincheng Road Songshan Lake

Science and Technology Industrial Zone, DONGGUAN 523808, GUANGDONG, CHINA (P.R.C.), People's

Republic of China ~72: SONG, Gang~ 33:CN ~31:201310018595.9 ~32:18/01/2013

2019/07223 ~ Complete ~54:MULTISTAGE DOHERTY POWER AMPLIFIER AND TRANSMITTER

~71:TELEFONAKTIEBOLAGET LM ERICSSON (PUBL), S-164 83, Stockholm, Sweden ~72: ZHANCANG

WANG~

2019/07235 ~ Complete ~54:FORMULATIONS OF ANTI-LAG3 ANTIBODIES AND CO-FORMULATIONS OF

ANTI-LAG3 ANTIBODIES AND ANTI-PD-1 ANTIBODIES ~71:Merck Sharp & Dohme Corp., 126 East

Lincoln Avenue, RAHWAY 07065-0907, NJ, USA, United States of America ~72: ANTOCHSHUK,

Valentyn;BURLAGE, Rubi;DESAI, Preeti G.;RAGHAVA, Smita;SHI, Shuai~ 33:US ~31:62/500,330

~32:02/05/2017

2019/07166 ~ Complete ~54:A MOULD FOR INJECTION MOULDING A CONTAINER, A METHOD OF

INJECTION MOULDING A CONTAINER AND A CONTAINER MANUFACTURED THEREFROM ~71:TEQAL

(PTY) LTD, 10/11 TradeHouse, 2 Mzimkhulu Drive, TradeZone, Dube TradePort, South Africa ~72: KIRKHAM,

Sean~ 33:ZA ~31:2018/07231 ~32:30/10/2018

2019/07169 ~ Complete ~54:COSMETIC COMPOSITIONS FOR SKIN HEALTH AND METHODS OF USING

SAME ~71:LOCUS IP COMPANY, LLC, 30500 Aurora Road, Suite 180 Solon, United States of America ~72:

ALIBEK, Ken;FARMER, Sean;MAZUMDER, Sharmistha~ 33:US ~31:62/502,714 ~32:07/05/2017;33:US

~31:62/537,057 ~32:26/07/2017

2019/07218 ~ Complete ~54:BROADCASTING GEOLOCATION INFORMATION IN A RADIO FRAME

TRANSMITTED FROM AN UNMANNED AERIAL VEHICLE ~71:TELEFONAKTIEBOLAGET LM ERICSSON

(PUBL), , SE-164 83, Stockholm, Sweden ~72: ATTILA TAKÁCS;HEIKKI MAHKONEN;RAVI

MANGHIRMALANI~ 33:US ~31:62/480,347 ~32:31/03/2017

2019/07222 ~ Complete ~54:MIXED OXIDE WITH ENHANCED RESISTANCE AND NO X STORAGE

CAPACITY ~71:RHODIA OPERATIONS, 25, rue de Clichy, F-75009, Paris, France ~72: FABIEN

OCAMPO;NAOTAKA OHTAKE~ 33:EP ~31:17170729.2 ~32:11/05/2017

2019/07236 ~ Complete ~54:MAILBOX ASSEMBLY ~71:Blacknight Holdings, LLC, 12337 South Route 59, Suite

131, PLAINFIELD 60585, IL, USA, United States of America ~72: FALESCH, Alexander J.;WALSH, Ryan~ 33:US

~31:62/507,133 ~32:16/05/2017;33:US ~31:62/513,430 ~32:31/05/2017;33:US ~31:62/574,177

~32:18/10/2017;33:US ~31:15/854,584 ~32:26/12/2017

2019/07214 ~ Complete ~54:GREEN SIGNAL TIME PROLONGING METHOD, SYSTEM, AND APPARATUS

DEDICATED FOR OLD PERSON ~71:SHANDONG UNIVERSITY OF SCIENCE AND TECHNOLOGY, 579

QIANWANGANG ROAD, ECONOMIC & TECHNICAL DEVELOPMENT ZONE, QINGDAO, SHANDONG

PROVINCE, 266590, P.R. CHINA, People's Republic of China ~72: LI, Muzi;LIU, Zhaohui;SONG, Runze;WANG,

Chao;WANG, Junbo;YANG, Zhifa;ZHANG, Dedong~ 33:CN ~31:201910868606.X ~32:16/09/2019


Page | 26

2019/07220 ~ Complete ~54:A COMPOSITION COMPRISING A ZEOLITIC MATERIAL SUPPORTED ON A

SUPPORT MATERIAL ~71:BASF SE, Carl-Bosch-Strasse 38 Ludwigshafen am Rhein 67056, Germany ~72:

BERND MARLER;CHUAN SHI;DIRK DE VOS;FENG-SHOU XIAO;HERMANN GIES;MATHIAS

FEYEN;TOSHIYUKI YOKOI;TREES DE BAERDEMAEKER;ULRICH MUELLER;UTE KOLB;WEIPING

ZHANG;XIANGJU MENG;XINHE BAO;XIULIAN PAN;YONG WANG~ 33:CN ~31:PCT/CN2017/090048

~32:26/06/2017

2019/07226 ~ Complete ~54:WAGER CREDIT MANAGEMENT SYSTEM AND METHOD OF USE ~71:Our IP

Holding, LLC, 4178 Koval Lane, LAS VEGAS 89109, NV, USA, United States of America ~72: ELLIS, Gary

E.;MACY, Craig H.~ 33:US ~31:62/703,781 ~32:26/07/2018;33:US ~31:62/711,356 ~32:27/07/2018;33:US

~31:62/814,407 ~32:06/03/2019

2019/07232 ~ Complete ~54:RECAPTURE OF REMOTELY-TRACKED COMMAND GUIDED VEHICLE INTO

THE TRACKER'S FIELD-OF-VIEW ~71:Raytheon Company, 870 Winter Street, WALTHAM 02451-1449, MA,

USA, United States of America ~72: PAUTLER, Brian D.~ 33:US ~31:15/621,484 ~32:13/06/2017

2019/07237 ~ Complete ~54:NOVEL MONOCLONAL ANTIBODIES TO CYTOTOXIC T-LYMPHOCYTE-

ASSOCIATED PROTEIN 4 (CTLA-4) ~71:WuXi Biologics (Shanghai) Co., Ltd., Pudong District, Meisheng Road

227, SHANGHAI 200131, CHINA (P.R.C.), People's Republic of China ~72: GOLOLOBOV, Gennady;LI,

Jing;WANG, Zhuozhi;XU, Jianqing~

2019/07161 ~ Provisional ~54:ESPANENG ARTISANS MOBILE APPLICATION ~71:CHACKSCREATIVETECH

(PTY) LTD, 13 JUNTO COMPLEX 1224 EMBANKMENT ROAD ZWARTKOP, South Africa;KHOAHLAPE,

LEBOHANG VIOLET, 13 JUNTO COMPLEX 1224 EMBANKMENT ROAD ZWARTKOP, South Africa;NKONKA,

FEZILE WILFRED, 249 EXT 6 JOUBERTON, South Africa ~72: KHOAHLAPE, LEBOHANG VIOLET;NKONKA,

FEZILE WILFRED~

2019/07228 ~ Complete ~54:APPLICATION, BUSINESS SYSTEM USING SAME, AND INSURANCE-COVERED

SERVICE ASSISTANCE SYSTEM ~71:MATSUNAGA, Chikara, Kobe Fashion Mart 10F 6-9, naka Koyo-cho,

Higashinada-ku, KOBE-SHI 658-0032, HYOGO, JAPAN, Japan ~72: MATSUNAGA, Chikara~

2019/07162 ~ Provisional ~54:RECYCLABLE POLYETHYLENE BASED PACKAGING MATERIAL FOR USE ON

HORIZONTAL FORM-FILL-SEAL MACHINES AND METHOD OF MANUFACTURE ~71:MASTER PLASTICS

PROPRIETARY LIMITED, 14 Elgin Road, 1410 Eglin Office Park, South Africa ~72: KREISSEL, Dieter;LAHOUD,

George Francis~

2019/07173 ~ Complete ~54:NEOANTIGEN IDENTIFICATION, MANUFACTURE, AND USE ~71:GRITSTONE

ONCOLOGY, INC., 5858 Horton Street, Suite 210, United States of America ~72: BOUCHER, Thomas;BULIK-

SULLIVAN, Brendan;BUSBY, Jennifer;YELENSKY, Roman~ 33:US ~31:62/487,469 ~32:19/04/2017

2019/07159 ~ Provisional ~54:SCOTTY BUSINESSLINE ~71:Trabel (Pty) Ltd, Box 2810 , Clareinch , 7740, South

Africa ~72: Anton Potgieter~

2019/07219 ~ Complete ~54:BINDING FOLDER FOR THE BINDING OF A BUNDLE OF LEAVES ~71:PELEMAN

INDUSTRIES, NAAMLOZE VENNOOTSCHAP, Rijksweg 7, 2870, Puurs, Belgium ~72: GUIDO FRANS M

PELEMAN~ 33:BE ~31:2017/5318 ~32:05/05/2017

2019/07221 ~ Complete ~54:RADIATION-CURABLE RESIN COMPOSITION AND PRODUCTION METHOD

THEREOF ~71:CENTRO TECNOLOGICO DE NANOMATERIALES AVANZADOS, S.L., Paseo de La Direccion ,

95, Escalera a 4° DCHA, 28039, Madrid, Spain ~72: KARLA DANIELA MORA BARRIOS~ 33:ES

~31:P201700369 ~32:31/03/2017


Page | 27

2019/07163 ~ Provisional ~54:EAZIPARKING ~71:WILLIAM MONERI RAMALEPE, 1004 SHROME STREET,

South Africa ~72: WILLIAM MONERI RAMALEPE~

2019/07172 ~ Complete ~54:AUTOMATIC DOOR, MORE PARTICULARLY AUTOMATIC LIFT DOOR

~71:FRANZ XAVER MEILLER FAHRZEUG- UND MASCHINENFABRIK - GMBH & CO KG, Ambossstr. 4,

Germany ~72: Alexander MÖSTEL (German Citizen)~ 33:DE ~31:10 2017 211 754.0 ~32:10/07/2017

2019/07176 ~ Complete ~54:OCULAR FORMULATIONS FOR DRUG-DELIVERY TO THE POSTERIOR

SEGMENT OF THE EYE ~71:PANOPTICA, INC., 150 MORRISTOWN ROAD, SUITE 205 BERNARDSVILLE, NJ

07924-2626, United States of America ~72: BINGAMAN, DAVID, P.;CHANEY, PAUL, G.;WAX, MARTIN, B.~

33:US ~31:61/784,681 ~32:14/03/2013

2019/07164 ~ Provisional ~54:SECURITY SYSTEM ~71:HELMAND, EDWIL, 7 Howell Street, Noordheuwel,

South Africa;WALKER, CHARLENE JO-ANN, 14 Bradfield Road, Horizon View, South Africa;WALKER, HUGH-

INNES CAMERON, 14 Bradfield Road, Horizon View, South Africa ~72: HELMAND, EDWIL;WALKER,

CHARLENE JO-ANN;WALKER, HUGH-INNES CAMERON~

2019/07171 ~ Complete ~54:AUTOMATIC DOOR SYSTEM ~71:FRANZ XAVER MEILLER FAHRZEUG- UND

MASCHINENFABRIK - GMBH & CO KG, Ambossstr. 4, Germany ~72: Alexander MÖSTEL (German

Citizen)~ 33:DE ~31:10 2017 211 265.4 ~32:03/07/2017

2019/07167 ~ Complete ~54:DEVICE FOR COLLECTING, TRANSPORTING AND STORING BIOMOLECULES

FROM A BIOLOGICAL SAMPLE ~71:DNA GENOTEK INC., 3000-500 Palladium Drive Kanata, Canada ~72:

ACERO, Maria Mercedes;BIRNBOIM, H. Chaim;DOUKHANINE, Evgueni Vladimirovitch;IWASIOW, Rafal

Michal;JACKSON, Adele;LIBERTY, Jonathan D.;MERINO HERNANDEZ, Carlos Alberto~ 33:US

~31:61/992,993 ~32:14/05/2014

2019/07170 ~ Complete ~54:MULTI-PURPOSE TILE SYSTEM ~71:Innovations4Flooring Holding N.V., Landhuis

Joonchi, Kaya Richard J., Beaujon Z/N,;TOWER IPCO COMPANY LIMITED, 28 - 32 Upper Pembroke Street,

Ireland ~72: BOUCKÉ, Eddy Alberic;SONG, Jincheng~ 33:NL ~31:2018970 ~32:23/05/2017

2019/07229 ~ Complete ~54:CROSS-ASSET TRADING WITHIN BLOCKCHAIN NETWORKS ~71:Alibaba Group

Holding Limited, Fourth Floor, One Capital Place, P.O. Box 847, GEORGE TOWN, GRAND CAYMAN, CAYMAN

ISLANDS, Cayman Islands ~72: HUANG, Zhangjie;LEI, Hao;LI, Lichun;ZHANG, Wenbin~

2019/07165 ~ Complete ~54:ONE-HANDED COCKING PISTOL HOLDER ~71:One-Up Tactical (Pty) Ltd, 101

Acutts Drive, 101 Acutts Estate, 48b Hardwood Drive, Hillcrest, South Africa ~72: ADENDORFF, Roan

Shane;VAN DYK, Chanel~

2019/07168 ~ Complete ~54:METHODS OF TREATING DOOSE SYNDROME USING FENFLURAMINE

~71:ZOGENIX INTERNATIONAL LIMITED, Siena Court Broadway, Maidenhead, United Kingdom ~72: BOYD,

Brooks;FARR, Stephen, J.;GALER, Bradley, S.~ 33:US ~31:62/503,638 ~32:09/05/2017;33:US ~31:62/581,375

~32:03/11/2017

2019/07230 ~ Complete ~54:COMPOSITIONS FOR THE TREATMENT OF DRUG-RESISTANT TUMORS AND

METHODS OF USE THEREOF ~71:The Curators of the University of Missouri, 316 University Hall, COLUMBIA

65211, MI, USA, United States of America ~72: KANNAN, Raghuraman;MUKHERJEE, Soumavo;SURESH,

Dhananjay;UPENDRAN, Anandhi;ZAMBRE, Ajit P.~ 33:US ~31:62/479,931 ~32:31/03/2017


Page | 28

2019/07174 ~ Provisional ~54:MATHAKGALA ISO-KINETIC DIGITAL PF SAMPLER ~71:CHOENE FRANS

MADUANE, 1705 KYASAND ESTATE EXT21 BLOUBOSRAND, South Africa ~72: CHOENE FRANS

MADUANE~

2019/07225 ~ Complete ~54:TREATMENT OF HER2 POSITIVE CANCERS ~71:SEATTLE GENETICS, INC.,

21823 30th Drive SE, Bothell, 98021, Washington, United States of America ~72: LUKE WALKER;SCOTT

PETERSON~ 33:US ~31:62/491,872 ~32:28/04/2017

2019/07231 ~ Complete ~54:FEMININE ABSORBENT ARTICLES WITH BONDED SIDE FLAPS AND AN

APPARATUS FOR PRODUCING THE SAME ~71:Johnson & Johnson Consumer Inc., 199 Grandview

Road, SKILLMAN 08558, NJ, USA, United States of America ~72: ALKMIN, Marco Antonio;CAU, Jose

Francisco;SARDINHA, Gilson Philig~ 33:US ~31:62/479,812 ~32:31/03/2017

2019/07217 ~ Complete ~54:A FIRELIGHTER ~71:SENEKAL, Kevin, 2 Tranquility Bendor Drive, POLOKWANE

0699, LIMPOPO, SOUTH AFRICA, South Africa ~72: SENEKAL, Kevin~ 33:ZA ~31:2018/05759 ~32:28/08/2018

2019/07227 ~ Complete ~54:COMPOSITIONS AND METHODS OF TREATING HUNTINGTON'S DISEASE

~71:Voyager Therapeutics, Inc., 75 Sidney Street, CAMBRIDGE 02139, MA, USA, United States of America ~72:

CHEN, Fen;HOU, Jinzhao;SAH, Dinah Wen-yee;SHU, Yanquan;WANG, Xin;ZHOU, Pengcheng~ 33:US

~31:62/501,786 ~32:05/05/2017;33:US ~31:62/507,921 ~32:18/05/2017;33:US ~31:62/520,086

~32:15/06/2017

2019/07233 ~ Complete ~54:CONJUGATION OF A CYTOTOXIC DRUG WITH BIS-LINKAGE ~71:Hangzhou

DAC Biotech Co., Ltd, Building 12, ZhengTaiZhongZi Tech. Park, No. 260 Sixth Street, Heda, HANGZHOU

310018, ZHEJIANG, CHINA (P.R.C.), People's Republic of China ~72: CAI, Xiang;CHAO, Minjun;GAI,

Shun;GAO, Shuihong;GUO, Huihui;GUO, Zhixiang;HUANG, Yuanyuan;JIA, Junxiang;LI, Wenjun;LIN,

Chen;PENG, Jie;SU, Qingyu;TONG, Qianqian;WANG, Chunyan;XIE, Hongsheng;XU, Jun;XU, Yifang;YANG,

Chengyu;YANG, Qingliang;YANG, Yanlei;YE, Hangbo;YE, Zhicang;ZHAO, Linyao;ZHAO, Robert Yongxin;ZHOU,

Xiaomai;ZHU, Haifeng;ZUO, Xiaotao~

2019/07238 ~ Complete ~54:COMPOSITIONS FOR TREATING NEURODEGENERATIVE DISEASES

~71:Cognition Therapeutics, Inc., 2403 Sidney Street, Suite 261, PITTSBURGH 15203, PA, USA, United States

of America ~72: CATALANO, Susan M.;LOOK, Gary C.;RISHTON, Gilbert M.~ 33:US ~31:62/506,226

~32:15/05/2017

- APPLIED ON 10/31/2019-

2019/07181 ~ Provisional ~54:SYSTEM AND PROCESS FOR PREPARING A REACTION FEEDSTOCK

~71:STELLENBOSCH UNIVERSITY, Admin B, Victoria Street, South Africa ~72: DIEDERICKS,

Danie;GÖRGENS, Johann Ferdinand;GYURE, Dale;KORSTEN, Steven~

2019/07180 ~ Provisional ~54:UNIVERSAL TURING & MICRO PROCESSING MACHINE ~71:Shemar Stuart, 41

St Theresa Road, South Africa ~72: Andile Mchunu;Shemar Stuart~

2019/07184 ~ Complete ~54:GREASE GUN PRESSURE RETURN VALVE ~71:GURTECH (PTY) LTD, Mitchell

Farm, South Africa ~72: LUSSO, Cary Donald~ 33:AU ~31:2018282292 ~32:18/12/2018

2019/07240 ~ Complete ~54:PANELISATION SYSTEM AND METHOD ~71:LYCOPODIUM MINERALS PTY

LTD, Level 5, 1 Adelaide Terrance, Australia ~72: RUGGIERO, Bruno~ 33:AU ~31:2018904389 ~32:16/11/2018


Page | 29

2019/07254 ~ Complete ~54:METHOD AND KIT FOR DETECTION OF CYANIDE ~71:Cyanoguard AG,

Einsiedlerstrasse 29, WAEDENSWIL 8820 , SWITZERLAND, Switzerland ~72: CHERBUIN,

Mathias;KIRCHGAESSLER, Benedikt Fabian Quirin;SONNAY, Marjorie~ 33:GB ~31:1707710.8 ~32:13/05/2017

2019/07261 ~ Complete ~54:GARP-TGF-ß ANTIBODIES ~71:Université Catholique de Louvain, Place de

l'Université 1, LOUVAIN-LA-NEUVE 1348, BELGIUM, Belgium;argenx BVBA, Building C,

Industriepark Zwijnaarde 7, GHENT 9052, BELGIUM, Belgium ~72: BORGIONS, Filip;COULIE, Pierre;DE

BOECK, Gitte;DREIER, Torsten;LIÉNART, Stéphanie;LUCAS, Sophie;MARIËN, Lore;VAN DER

WONING, Sebastian~ 33:GB ~31:1707561.5 ~32:11/05/2017

2019/07345 ~ Provisional ~54:POLICE SUPER APP ~71:BREAKING GROUNDS NETWORK (PTY) LTD, STAND

44 THABAKHUBEDU, South Africa ~72: EDGAR THABA KAYBEE RAMATJA~

2019/07178 ~ Provisional ~54:PROTECTIVE MATERIAL AND PRODUCT MADE THEREFROM ~71:DE HARDE,

Barend Hendrik, 123 Road Number 3, Victory Park, South Africa ~72: DE HARDE, Barend Hendrik~

2019/07182 ~ Provisional ~54:APPARATUS AND METHOD FOR ENCLOSING A SECTION OF AN

UNDERGROUND MINE ~71:THASASA (PTY) LTD, UNIT 169 B104 COROBAY CORNER MENLYN, South

Africa ~72: MAKHETHA, Masasa Ronald~

2019/07241 ~ Complete ~54:ADJUSTABLE CHUTE ~71:LYCOPODIUM MINERALS PTY LTD, Level 5, 1

Adelaide Terrance, Australia ~72: RUGGIERO, Bruno~ 33:AU ~31:2018904729 ~32:12/12/2018

2019/07253 ~ Complete ~54:SEALING MEMBER FOR PROSTHETIC HEART VALVE ~71:Edwards Lifesciences

Corporation, One Edwards Way, IRVINE 92614, CA, USA, United States of America ~72: HOANG, Lien Huong

Thi;JOSEPH, Russell T.;NGO, Hien Tran;NGUYEN, Son V.;NGUYEN-THIEN-NHON, Diana;RUPP, Kevin

D.;SIRIMANNE, Dinesh L.;TRAN, Vivian~ 33:US ~31:62/513,348 ~32:31/05/2017;33:US ~31:15/991,325

~32:29/05/2018

2019/07260 ~ Complete ~54:STABLE FORMULATIONS OF PROGRAMMED DEATH RECEPTOR 1 (PD-1)

ANTIBODIES AND METHODS OF USE THEREOF ~71:Merck Sharp & Dohme Corp., 126 East Lincoln

Avenue, RAHWAY 07065-0907, NJ, USA, United States of America ~72: BASARKAR, Ashwin;BENJAMIN,

Wendy;BHATTACHARYA, Soumendu;FORREST, William P. Jr.;KASHI, Ramesh S.;KRISHNAMACHARI,

Yogita;MITTAL, Sarita;NARASIMHAN, Chakravarthy Nachu;SHAMEEM, Mohammed;SHARMA, Manoj K.~ 33:US

~31:62/500,238 ~32:02/05/2017

2019/07186 ~ Complete ~54:PACKAGING AND BLANK THEREFOR ~71:MAYR-MELNHOF KARTON AG,

Brahmsplatz 6, Austria ~72: Timothy John BOURNE (UK Citizen)~

2019/07243 ~ Complete ~54:PROCESS IMPROVEMENTS IN SELECTIVE ETHYLENE OLIGOMERIZATIONS

~71:CHEVRON PHILLIPS CHEMICAL COMPANY LP, 10001 Six Pines Drive, The Woodlands, 77380, Texas,

United States of America ~72: ERIC FERNANDEZ;JARED FERN;ORSON SYDORA;RAY RIOS;STEVEN

BISCHOF;STEVEN HUTCHISON;URIAH KILGORE~ 33:US ~31:15/166,991 ~32:27/05/2016

2019/07263 ~ Complete ~54:HIGH LENGTH ISOTOPES SEPARATION COLUMN AND METHOD FOR

ASSEMBLY ~71:GALBIATI, Cristiano, Via Bruno Danero nr 6 , Carloforte (CA), 09014, Italy ~72: GALBIATI,

Cristiano~ 33:IT ~31:102017000042150 ~32:14/04/2017

2019/07187 ~ Complete ~54:SYSTEM AND METHOD FOR INTERACTIVE DEMAND RESPONSE IN ENERGY

GENERATION AND ROUTING ~71:VALMONT INDUSTRIES, INC., One Valmont Plaza Omaha,, United States

of America ~72: HOME, Jesse;MEYER, Michael~ 33:US ~31:62/505,215 ~32:12/05/2017


Page | 30

2019/07179 ~ Provisional ~54:MOSQUITO NET STRUCTURE AND METHOD OF MANUFACTURING SAME

~71:VICTOR, Deon Pieter, Plot 186, Rietfontein, South Africa ~72: VICTOR, Deon Pieter~

2019/07183 ~ Complete ~54:CABLE ANCHOR WITH ANTI-SPIN COUPLER ~71:EPIROC HOLDINGS SOUTH

AFRICA (PTY) LTD, 682 Innes Road, Jet Park, Boksburg, South Africa ~72: GREYVENSTEYN,

James;PASTORINO, Paolo Ettore~ 33:ZA ~31:2018/07342 ~32:02/11/2018

2019/07242 ~ Complete ~54:LYOPHILIZED PHARMACEUTICAL COMPOSITIONS ~71:OTSUKA

PHARMACEUTICAL CO., LTD., 2-9 Kanda Tsukasa-machi, Chiyoda-ku, Tokyo, Japan ~72: RAJASHREE

JOSHI-HANGAL;SANJEEV REDKAR~ 33:US ~31:62/188,025 ~32:02/07/2015

2019/07252 ~ Complete ~54:METHOD FOR BREAKING A GLASS SHEET ~71:Saint-Gobain Glass France, 18

Avenue d'Alsace, COURBEVOIE 92400, FRANCE, France ~72: DUMENIL, Thierry;ULLIEL ROCHE, Ivan~

33:FR ~31:1754463 ~32:19/05/2017

2019/07259 ~ Complete ~54:METHOD OF TREATING OR AMELIORATING METABOLIC DISORDERS USING

BINDING PROTEINS FOR GASTRIC INHIBITORY PEPTIDE RECEPTOR (GIPR) IN COMBINATION WITH

GLP-1 AGONISTS ~71:Amgen Inc., One Amgen Center Drive, THOUSAND OAKS 91320-1799, CA, USA, United

States of America ~72: BATES, Darren L.;BONDARENKO, Pavel;CHEN, Irwin;HAGER, Todd;LLOYD, David

J.;MICHAELS, Mark L.;MIN, Xiaoshan;SHI, Donghui;UMEDA, Aiko;WANG, Zhulun~ 33:US ~31:62/522,559

~32:20/06/2017

2019/07189 ~ Provisional ~54:LEG WALKER TOOL - STRAP-ON ~71:JIMMY WESSEL EBERSOHN, 44 WOOD

BECKER STREET, WERDA GLEN ESTATE, South Africa ~72: JIMMY WESSEL EBERSOHN~

2019/07193 ~ Provisional ~54:EASY PULL CABLE STACKER ~71:Afrique Du Sud Industries, No 20 , Second

Avenue , Lambton, South Africa ~72: Richard Griffin~

2019/07190 ~ Provisional ~54:ONLINE FOOD TRANSFER FROM ONE PLACE TO ANOTHER ~71:RESPECT

NXUMALO, MARHOMENG, HOUSE NO 199, ACORNHOEK, South Africa ~72: RESPECT NXUMALO~

2019/07194 ~ Provisional ~54:ANTI-TAMPER DEVICE FOR INHIBITING UNAUTHORIZED TAMPERING OF AN

AUTOMOTIVE BATTERY ~71:DU PLESSIS, Adriaan, Almero, ERF 571, 1 WILDEVY STREET, ROODEKRANS,

1724, SOUTH AFRICA, South Africa;VISSER, Anna, Margaretha, Paulina, 25 MIMOSA AVENUE, GREENHILLS,

RANDFONTEIN, 1759, SOUTH AFRICA, South Africa ~72: VISSER, Hendrik, Jacobus~

2019/07188 ~ Complete ~54:OFF-ROAD RECOVERY ANCHOR ~71:DEADMAN, LLC, 2194 Gibraltar Glen,

United States of America ~72: NORWOOD, Daniel;WHITE, Bryant;YOUNG, Jason~ 33:US ~31:62/501,692

~32:04/05/2017

2019/07191 ~ Provisional ~54:CARDLESS AND/OR CASHLESS MONETORY TRANSACTIONS AT POINT OF

SALE (SPEED POINT) ~71:BREAKING GROUNDS NETWORKS (PTY) LTD, STAND 44 THABAKHUBEDU,

South Africa ~72: EDGAR THABA KAYBEE RAMATJA~

2019/07246 ~ Complete ~54:RADIATOR AND PLANT ILLUMINATION LAMP ~71:FUJIAN SANAN SINO-

SCIENCE PHOTOBIOTECH CO., LTD, Photoelectric Industrical Park, Hengshan Village, Hutou Town, Anxi

County, Quanzhou City, Fujian, 362411, People's Republic of China ~72: Chanjuan, WU;Liang, ZENG;Nana,

LI;Pingqiu, LIN~ 33:CN ~31:CN201810404793.1 ~32:28/04/2018

2019/07251 ~ Complete ~54:EXPANSION OF TUMOR INFILTRATING LYMPHOCYTES FROM LIQUID

TUMORS AND THERAPEUTIC USES THEREOF ~71:Iovance Biotherapeutics, Inc., 999 Skyway Road, Suite

150, SAN CARLOS 94070, CA, USA, United States of America ~72: FARDIS, Maria;KARYAMPUDI, Lavakumar~


Page | 31

33:US ~31:62/504,337 ~32:10/05/2017;33:US ~31:62/530,681 ~32:10/07/2017;33:US ~31:62/550,398

~32:25/08/2017;33:US ~31:62/590,034 ~32:22/11/2017;33:US ~31:62/621,462 ~32:24/01/2018;33:US

~31:62/621,798 ~32:25/01/2018;33:US ~31:62/647,367 ~32:23/03/2018

2019/07258 ~ Complete ~54:HEAT EXCHANGER FOR MOLTEN SALT STEAM GENERATOR IN

CONCENTRATED SOLAR POWER PLANT ~71:Cockerill Maintenance & Ingénierie S.A., Avenue

Greiner, 1, SERAING 4100, BELGIUM, Belgium ~72: AGNETTI, Ildo;BAUTHIER, Thomas;DETAILLE,

Christopher;DETHIER, Alfred;HARZALLAH, Ridha;LECLOUX, Yves;WINAND, Stéphane~ 33:EP

~31:17172695.3 ~32:24/05/2017;33:US ~31:62/510,332 ~32:24/05/2017

2019/07247 ~ Complete ~54:LED PLANT GROWTH LAMP SPECTRUM ~71:FUJIAN SANAN SINO-SCIENCE

PHOTOBIOTECH CO., LTD, Photoelectric Industrical Park, Hengshan Village, Hutou Town, Anxi County,

Quanzhou City, Fujian, 362411, People's Republic of China ~72: Guojie, LIU;Hengsheng, CHEN;Jian,

MA;Linping, MENG;Qiushi, NING;Yang, LI;Zhi, WANG~ 33:CN ~31:CN201910117768.X ~32:15/02/2019;33:CN

~31:CN201910281660.4 ~32:09/04/2019

2019/07250 ~ Complete ~54:AGRICULTURAL COMPOSITIONS FOR IMPROVED CROP PRODUCTIVITY AND

ENHANCED PHENOTYPES ~71:Spogen Biotech Inc., 1685 Galt Industrial Boulevard, ST. LOUIS 63132, MO,

USA, United States of America ~72: THOMPSON, Brian M.~ 33:US ~31:62/481,116 ~32:03/04/2017

2019/07257 ~ Complete ~54:COMPOSITIONS AND METHODS FOR TREATING RETINOPATHY

~71:HOFFMAN, Steven, 15 Knichel Road, MAHWAH 07430, NJ, USA, United States of America ~72: HOFFMAN,

Steven~ 33:US ~31:62/488,161 ~32:21/04/2017

2019/07185 ~ Complete ~54:PACKAGING AND BLANK THEREFOR ~71:MAYR-MELNHOF KARTON AG,

Brahmsplatz 6, Austria ~72: Timothy John BOURNE (UK Citizen)~

2019/07239 ~ Complete ~54:LEVELLING SYSTEM AND METHOD ~71:LYCOPODIUM MINERALS PTY LTD,

Level 5, 1 Adelaide Terrance, Australia ~72: RUGGIERO, Bruno~ 33:AU ~31:2018904259 ~32:08/11/2018

2019/07245 ~ Complete ~54:PLANT ILLUMINATION OPTICAL DEVICE AND PLANT CULTIVATION DEVICE

CONTAINING OPTICAL DEVICE ~71:FUJIAN SANAN SINO-SCIENCE PHOTOBIOTECH CO., LTD,

Photoelectric Industrical Park, Hengshan Village, Hutou Town, Anxi County, Quanzhou City, Fujian, 362411,

People's Republic of China ~72: Chanjuan, WU;Fulin, FENG;Liang, ZENG;Pingqiu, LIN;Yingying, CHEN;Zhuo,

ZHAN~ 33:CN ~31:CN201810154596.9 ~32:23/02/2018

2019/07255 ~ Complete ~54:FORCING THE INJECTION OF A PREVIOUS TRANSACTION'S BYTECODE INTO

A BLOCKCHAIN TRANSACTION ~71:nChain Holdings Limited, Fitzgerald House, 44 Church Street, ST.

JOHN'S, ANTIGUA & BARBUDA, Antigua and Barbuda ~72: CHAN, Ying;KRAMER, Dean~ 33:GB

~31:1708185.2 ~32:22/05/2017;33:GB ~31:1708190.2 ~32:22/05/2017;33:GB ~31:1708192.8

~32:22/05/2017;33:GB ~31:1708196.9 ~32:22/05/2017;33:GB ~31:1708198.5 ~32:22/05/2017;33:GB

~31:1708200.9 ~32:22/05/2017

2019/07248 ~ Complete ~54:MULTIPOINT ELECTROLYTE FLOW FIELD EMBODIMENT FOR VANADIUM

REDOX FLOW BATTERY ~71:BROVERO, Carlo Alberto, Strada del Vesio 15, 10090 Castiglione Torinese,

Italy;D'ANZI, Angelo, 25 Health Sciences Drive, Suite 237, Stony Brook, United States of

America;PIRACCINI, Gianluca, Via Madonna dell'Olivo 4600, 47521 Cesena, Italy;TAPPI, Maurizio, Via Isei

8, 47521 Cesena, Italy ~72: BROVERO, Carlo Alberto;D'ANZI, Angelo;PIRACCINI, Gianluca;TAPPI,

Maurizio~ 33:US ~31:62/476,945 ~32:27/03/2017


Page | 32

2019/07249 ~ Complete ~54:DRIVE APPARATUS HAVING A CLUTCH DEVICE, DRIVE SYSTEM HAVING

SAID DRIVE APPARATUS AND METHOD FOR OPERATING THE DRIVE SYSTEM ~71:Bayerische Motoren

Werke Aktiengesellschaft, Petuelring 130, MÜNCHEN 80809, GERMANY, Germany ~72: HOESS,

Bernhard;JUNG, Thomas;KOBLER, Sebastian~ 33:DE ~31:10 2017 205 942.7 ~32:06/04/2017

2019/07256 ~ Complete ~54:BRAKE SYSTEM, MINE VEHICLE AND METHOD OF RELEASING BRAKES

~71:Sandvik Mining and Construction Oy, Pihtisulunkatu 9, TAMPERE 33330, FINLAND, Finland ~72: SUOMI,

Jussi~ 33:EP ~31:17176175.2 ~32:15/06/2017

2019/07244 ~ Complete ~54:MULTI-SPECTRUM GENERATING DEVICE AND METHOD THEREOF

~71:FUJIAN SANAN SINO-SCIENCE PHOTOBIOTECH CO., LTD, Photoelectric Industrical Park, Hengshan

Village, Hutou Town, Anxi County, Quanzhou City, Fujian, 362411, People's Republic of China ~72: Chanjuan,

WU;Liang, ZENG;Nana, LI;Pingqiu, LIN;Ruiyong, LIN;Zhuo, ZHAN~ 33:CN ~31:CN201810403740.8

~32:28/04/2018

2019/07262 ~ Complete ~54:ANTI-SIRPALPHA ANTIBODIES ~71:SYNTHON BIOPHARMACEUTICALS B.V.,

Microweg 22, 6545CM, Nijmegen, Netherlands ~72: GERARD ROUWENDAL;GIJSBERTUS FRANCISCUS

MARIA VERHEIJDEN;HANKE LOTTIE MATLUNG;KATARINA FRANKE;ROLAND JAN ARENDS;TIMO KARS

VAN DEN BERG~ 33:EP ~31:17171285.4 ~32:16/05/2017

- APPLIED ON 11/1/2019-

2019/07283 ~ Complete ~54:COMPOSITIONS, DEVICES AND METHODS FOR TREATING AUTISM

~71:THOMAS JULIUS BORODY, Level 1, 229 Great North Road Five Dock, Australia ~72: Thomas Julius

BORODY~ 33:US ~31:62/545,989 ~32:15/08/2017

2019/07203 ~ Provisional ~54:A COMPUTER IMPLEMENTED SYSTEM AND METHOD OF DETECTING

EXERCISE DEVICE FRAUD ~71:DISCOVERY LIMITED, One Discovery Place, corner of Rivonia and Katherine

Street, Sandton, 2196, South Africa ~72: JOSEPH VAN NIEKERK~

2019/07272 ~ Complete ~54:N-(4-PYRIDYL)NICOTINAMIDE COMPOUND OR SALT THEREOF ~71:ISHIHARA

SANGYO KAISHA, LTD., 3-15, Edobori 1-chome Nishi-Ku Osaka-shi, Osaka, 5500002, Japan ~72: KOTARO

YOSHIDA;TATSUYA KANI;TETSUO YONEDA;YOKO CHO;YUTA TAZAWA;YUTO MURAI~ 33:JP ~31:2017-

088847 ~32:27/04/2017

2019/07277 ~ Complete ~54:DETERGENT COMPOSITIONS AND USES THEREOF ~71:Novozymes A/S,

Krogshoejvej 36, BAGSVAERD 2880, DENMARK, Denmark ~72: JENSEN, Johanne M.;SALOMON,

Jesper;SEGURA, Dorotea Raventos;VEJBORG, Rebecca Munk~ 33:EP ~31:17165340.5 ~32:06/04/2017;33:EP

~31:17199397.5 ~32:31/10/2017

2019/07210 ~ Provisional ~54:NANOFLUIDS ~71:UNIVERSITY OF SOUTH AFRICA, Preller Street, South Africa

~72: KHAMLICH, Saleh;MAAZA, Malek~

2019/07204 ~ Provisional ~54:A COMPUTER IMPLEMENTED SYSTEM AND METHOD OF DETECTING STEP

COUNTING DEVICE FRAUD ~71:DISCOVERY LIMITED, One Discovery Place, corner of Rivonia and Katherine


2019/07271 ~ Complete ~54:BISPECIFIC ANTIBODY AGAINST OX40 AND CTLA-4 ~71:ALLIGATOR

BIOSCIENCE AB, Medicon Village, SE-233 81, Lund, Sweden ~72: CHRISTINA FUREBRING;NIINA

VEITONMÄKI;PER NORLÉN;PETER ELLMARK~ 33:GB ~31:1706915.4 ~32:02/05/2017;33:GB

~31:1717958.1 ~32:31/10/2017;33:GB ~31:1805873.5 ~32:09/04/2018


Page | 33

2019/07278 ~ Complete ~54:DIAGNOSTIC ADVANCED GLYCATION END-PRODUCT ANTIBODIES ~71:SIWA

Corporation, 400 East Randolph #3913, CHICAGO 60601, IL, USA, United States of America ~72: GRUBER,

Lewis S.~ 33:US ~31:62/501,424 ~32:04/05/2017;33:US ~31:62/610,003 ~32:22/12/2017

2019/07286 ~ Complete ~54:A PHARMACEUTICAL COMBINATION FOR THE TREATMENT OF A CANCER

~71:ABILITY PHARMACEUTICALS S.L., Parc de Recerca UAB Campus UAB s/n Edifici Eureka, Bellaterra, ,

CERDANYOLA DEL VALLÈS, 08193, Spain ~72: ALBERTO ALFÓN CORIAT,

José;DOMÈNECH GARCIA, Carles;FRANCISCO SEGURA GINARD, Miguel;MIGUEL LIZCANO DE

VEGA, Jose;PÉREZ MONTOYO, Héctor~ 33:EP ~31:17382282.6 ~32:16/05/2017

2019/07196 ~ Provisional ~54:A METHOD OF PRODUCING INSECT RESISTANT MAIZE ~71:Jan Hendrik

Jooste, Andries Potgieter Boulevard, South Africa ~72: Naser Aliye Feto~



Street, Sandton, 2196, South Africa ~72: JOSEPH VAN NIEKERK;NIC MOUYIS~

2019/07202 ~ Provisional ~54:PORTABLE LINE BORING MACHINE ~71:LEYTON INVEST (PTY) LTD, 66

LYNBURN VILLAGE, LYNBURN ROAD, LYNNWOOD MANOR, 0081, SOUTH AFRICA, South Africa ~72:

CARSTENS, Matthys, Louis;ENSLIN, Johannes, Jacobus;MEYER, Witske~

2019/07273 ~ Complete ~54:PHARMACEUTICAL AGENTS, COMPOSITIONS, AND METHODS RELATING

THERETO ~71:ALLTECH, INC., 3031 Catnip Hill Road, Nicholasville, 40356, Kentucky, United States of America

~72: ALEXANDROS YIANNIKOURIS;RONAN POWER;THIRUPATHI REDDY YERRAMREDDY;ZI-JIAN LAN~

33:US ~31:62/508,730 ~32:19/05/2017

2019/07276 ~ Complete ~54:TOPIC HANDLING IN MQTT NETWORKS ~71:TELEFONAKTIEBOLAGET LM

ERICSSON (PUBL), , SE-164 83, Stockholm, Sweden ~72: ARI KERÄNEN;SRINIVASA RAO NALLURI~

2019/07208 ~ Provisional ~54:OIL VAPORIZING ARRANGEMENT ~71:OXY VAPE MARKETING INC., 7 Aloysia

Road, Primrose Hill, GERMISTON 1401, Gauteng, SOUTH AFRICA, South Africa ~72: HARGRAVE, Brett~

2019/07197 ~ Provisional ~54:A METHOD OF PRODUCING MULTIPLE INSECT RESISTANT SOYBEANS

~71:Jan Hendrik Jooste, Andries Potgieter Boulevard, South Africa ~72: Naser Aliye Feto~

2019/07270 ~ Complete ~54:METHODS AND APPARATUSES FOR CONFIGURING A CONTROL RESOURCE

SET IN A WIRELESS COMMUNICATION SYSTEM ~71:GUANGDONG OPPO MOBILE

TELECOMMUNICATIONS CORP., LTD., No. 18, Haibin Road, Wusha, Chang'an Dongguan, 523860,

Guangdong, People's Republic of China ~72: HUA XU~ 33:US ~31:62/480,702 ~32:03/04/2017

2019/07279 ~ Complete ~54:METHODS OF PEST CONTROL ~71:TLC PRODUCTS, 15752 Industrial Parkway,

CLEVELAND,, United States of America ~72: WONG, John M~ 33:US ~31:62/501,500 ~32:04/05/2017

2019/07285 ~ Complete ~54:IMPROVED GENOME EDITING IN DIFFERENTIATED CELLS ~71:BORTESI,

Luisa, Heißbergstraße 20 52066, Germany;SACK, Markus, Goethestraße 34 52477, Germany

~72: AUGUSTINE, Sruthy Maria;BORTESI, Luisa;FISCHER, Rainer;SACK, Markus;ZISCHEWSKI, Julia~ 33:EP

~31:17166753.8 ~32:18/04/2017

2019/07198 ~ Provisional ~54:GUMS AND TOOTH ACHES ~71:Lucas Sekuwelele Lebelwane, 6645 Taung

Street Diepkloof, South Africa ~72: Lucas Sekuwelele Lebelwane~ 33:ZA ~31:1 ~32:31/10/2019


Page | 34

2019/07207 ~ Provisional ~54:SWING ARM ASSEMBLY ~71:BLACK STONE TEK (PTY) LTD, 193 Northlands

Business Park, 29 Newmarket Road, South Africa ~72: TERBLANCHE, Pierre~

2019/07201 ~ Provisional ~54:POWER PACK FOR ELECTRICALLY DRIVEN MOTORCYCLE ~71:BLACK

STONE TEK (PTY) LTD, 193 Northlands Business Park, 29 Newmarket Road, South Africa ~72: TERBLANCHE,

Pierre~

2019/07265 ~ Complete ~54:METHODS TO ENHANCE A NON-SURGICAL MEDICAL TREATMENT ~71:ANTI-

PLASMIN TECHNOLOGIES, LLC, 5526 Stonegate Road, United States of America ~72: MURDOCK,

Frank;ROHRICH, Rodney, James;STEWART, W. Paul~ 33:US ~31:62/481,162 ~32:04/04/2017

2019/07199 ~ Provisional ~54:HELMET ~71:DE HARDE, Barend Hendrik, 123 Road Number 3, Victory Park,

South Africa ~72: DE HARDE, Barend Hendrik~

2019/07200 ~ Provisional ~54:DRIVE MECHANISM FOR ELECTRIC MOTORCYCLE ~71:BLACK STONE TEK

(PTY) LTD, 193 Northlands Business Park, 29 Newmarket Road, South Africa ~72: TERBLANCHE, Pierre~

2019/07209 ~ Provisional ~54:CHAMELEBOARD - A FOUR-PART INTERCONNECTING BATTERY OPERATED

COLOUR-E-INK BOARD GAME. ~71:jorge krausch felner da costa, flat 3 west cliff studios , 13 durley gardens ,

BH2 5HU, United Kingdom ~72: jorge krausch felner da costa~

2019/07269 ~ Complete ~54:DEVICE, SYSTEM, AND METHOD FOR FACILITATING COMMUNICATIONS

BETWEEN ELECTRONIC GAMING MACHINES AND MOBILE DEVICES ~71:JCM AMERICAN

CORPORATION, 925 PILOT ROAD, LAS VEGAS, NEVADA 89119, USA, United States of America ~72:

KUBAJAK, David;MOHRHARDT, Dominic~ 33:US ~31:15/482,668 ~32:07/04/2017

2019/07282 ~ Complete ~54:METHODS AND APPARATUS FOR HYPERSECURE LAST MILE

COMMUNICATION ~71:LISTAT LTD, Suite 5, Garden City Plaza Mountainview Boulevard BelmopaSuite 5,

Garden City Plaza Mountainview Boulevard Belmopan, Belize ~72: HOLUB, Oleksandr;VERZUN,

Ievgen;WILLIAMS, Richard, K~ 33:US ~31:62/480,696 ~32:03/04/2017

2019/07264 ~ Complete ~54:FRAME ARRANGEMENT ~71:SIRKHOTH, Goolam Ahmed, 281 Fairlawn Road,

Mondeor, South Africa ~72: SIRKHOTH, Goolam Ahmed~

2019/07266 ~ Complete ~54:EXCREMENT-DRYING DEVICE ~71:INAUEN, Urs, Lehnstrasse 44, Switzerland

~72: INAUEN, Urs~ 33:EP ~31:17169253.6 ~32:03/05/2017

2019/07268 ~ Complete ~54:PESTICIDE ~71:CROP PROTECTION TECHNOLOGY PTE. LTD., 71 Bukit Batok

Crescent #07-03 Prestige Centre Singapore 658071, Singapore ~72: MURPHY, Brook C;TEO, Eng Soon~ 33:SG

~31:10201703634R ~32:03/05/2017;33:US ~31:15/969,756 ~32:02/05/2018

2019/07281 ~ Complete ~54:METHODS, APPARATUS AND SYSTEMS FOR SUPPORTING MOBILE

INITIATED CONNECTIONONLY (MICO) WIRELESS TRANSMIT/RECEIVE UNITS (WTRUS) ~71:IDAC

HOLDINGS, INC., 200 Bellevue Parkway Suite 300 Wilmington, United States of America ~72: AGHILI,

Behrouz;AHMAD, Saad;OLVERA-HERNANDEZ, Ulises;WANG, Guanzhou~ 33:US ~31:62/502,043

~32:05/05/2017

2019/07195 ~ Provisional ~54:FLUID COLLECTION DEVICE ~71:George Justus Hofmeyr, 5 Luttrell Crescent,

South Africa ~72: George Justus Hofmeyr~

2019/07211 ~ Complete ~54:SAUNA AND HEATER FOR USE IN A SAUNA ~71:KRUGER FREDERIK

ANDRIES, 21 Cleveland Road, Cleveland, South Africa ~72: KRUGER FREDERIK ANDRIES~


Page | 35

2019/07275 ~ Complete ~54:NEWCASTLE DISEASE VIRUSES AND USES THEREOF ~71:ICAHN SCHOOL OF

MEDICINE AT MOUNT SINAI, One Gustave L. Levy Place, New York, 10029, New York, United States of

America;MEMORIAL SLOAN KETTERING CANCER CENTER, 1275 York Avenue, New York, 10065, New York,

United States of America;MERCK SHARP & DOHME, CORP., 126 East Lincoln Avenue, Rahway, 07065,

New Jersey, United States of America ~72: ADOLFO GARCIA-SASTRE;BRIAN B HAINES;DMITRIY

ZAMARIN;JEDD D WOLCHOK;PETER PALESE;RACHEL ALLISON ALTURA;SVETLANA SADEKOVA;UYEN

PHAN~ 33:US ~31:62/505,759 ~32:12/05/2017;33:US ~31:62/507,690 ~32:17/05/2017




2019/07267 ~ Complete ~54:METHOD FOR TREATING HAIR, KIT, AND USE OF THE KIT ~71:COTY INC., 350

Fifth Avenue 17th Floor New York, United States of America ~72: FLOHR, Andreas~ 33:EP ~31:17166308.1

~32:12/04/2017;33:EP ~31:17168001.0 ~32:25/04/2017

2019/07280 ~ Complete ~54:INTEGRATED PYROLYSIS AND HYDROCRACKING UNITS FOR CRUDE OIL TO

CHEMICALS ~71:LUMMUS TECHNOLOGY LLC, 1515 Broad Street, United States of America ~72:

MUKHERJEE, Ujjal K.;STANLEY, Stephen J.;SUNDARAM, Kandasamy Meenakshi;VENNER, Ronald M.~ 33:US

~31:62/534,095 ~32:18/07/2017

2019/07284 ~ Complete ~54:MODULAR SYSTEM FOR INVENTORY AND TRANSPORT EFFICIENCY OF

PACKAGING ~71:CR PACKAGING LLC, 580 Washington Street, United States of America ~72: ELWELL,

Robert;GONZALEZ, Alexander;GRANGER, Colin;KNOBEL, Simon;MARKOWITZ, Ari;PINTO, Christopher~

33:US ~31:62/492,678 ~32:01/05/2017

2019/07274 ~ Complete ~54:SUBSTITUTED BICYCLIC HETEROCYCLIC COMPOUNDS AS NADPH OXIDASE

INHIBITORS ~71:GLENMARK PHARMACEUTICALS S.A., Chemin de la Combeta 5, 2300, La Chaux-de-Fonds,

Switzerland ~72: ABRAHAM THOMAS;DAISY MANISH SHAH;INDRANIL MUKHOPADHYAY;LAXMIKANT

ATMARAM GHARAT;NEELIMA KHAIRATKAR-JOSHI;SACHIN SUNDARLAL CHAUDHARI;SUKEERTHI

KUMAR~ 33:IN ~31:201721015787 ~32:04/05/2017

2019/07212 ~ Complete ~54:A SWIVEL REAR SEAT ASSEMBLY FOR VEHICLES ~71:SPECIALISED

LOGISTICAL SOLUTIONS (PTY) LTD, 20 11th Road, Kew, South Africa ~72: Darren Rael Winer;Kooagile

Allboys Motang~

- APPLIED ON 11/4/2019-

2019/07294 ~ Provisional ~54:RHODA MACHAKA PROGRAM ~71:Colleen Dikeledi Machaka, 15813 Glenridge

Alfonso street extension 16, South Africa ~72: Colleen Dikeledi Machaka~ 33:ZA ~31:1967 ~32:03/11/2019

2019/07300 ~ Complete ~54:SENECAVIRUS A IMMUNOGENIC COMPOSITIONS AND METHODS THEREOF

~71:BOEHRINGER INGELHEIM ANIMAL HEALTH USA INC., 3239 Satellite Blvd., Duluth, Georgia, United

States of America ~72: ENGLISH, Jennifer, L.;HERNANDEZ, Luis, Alejandro;IYER, Arun V.;PATTERSON, Abby

Rae;VAUGHN, Eric, Martin;VICTORIA, Joseph Gilbert~ 33:US ~31:62/531,578 ~32:12/07/2017;33:US

~31:62/590,209 ~32:22/11/2017

2019/07299 ~ Complete ~54:ARRESTER WITH PRESSURIZING CHAMBERS ~71:STREAMER, ELECTRIC

COMPANY INC., Nevsky pr.147, pom.17N, St.Petersburg, Russian Federation ~72: PODPORKIN, Georgy,

Viktorovich~


Page | 36

2019/07298 ~ Complete ~54:SYSTEMS AND METHODS FOR ASSESSING DRUG EFFICACY ~71:ILLUMINA,

INC., 5200 Illumina Way, San Diego, United States of America ~72: KANG, Han;KRUGLYAK, Kristina;ONUCHIC,

Vitor Ferreira;WANG, Mengchi;WISE, Aaron;ZHANG, Shile~ 33:US ~31:62/593,802 ~32:01/12/2017

2019/07296 ~ Provisional ~54:CAR THEFT SYSTEM ~71:Sean Vlok, 40 Paper Bar Ln Irene Farm Villages Irene

Centurion, South Africa ~72: Sean Vlok~

2019/07297 ~ Complete ~54:COMPOSITE RESINS CONTAINING SILVER NANOPARTICLES ~71:INHIBIT

COATINGS LIMITED, C Block, Gracefield Innovation Quarter, 69 Gracefield Road, Lower Hutt, Wellington, 5010,

New Zealand ~72: JOHNSTON, James Howard;TATE, Eldon Warwick~ 33:NZ ~31:731844 ~32:12/05/2017

2019/07309 ~ Complete ~54:TAGGED CONTAINER TRACKING ~71:AMVAC C.V., 4695 MacArthur Court, Suite

1200, NEWPORT BEACH 92660 , CA, USA, United States of America ~72: JAMES, Kent;RICE, Richard

L.;RICHARDSON, John J.;WINTEMUTE, Eric G.~ 33:US ~31:62/508,145 ~32:18/05/2017

2019/07313 ~ Complete ~54:STABLE LIQUID PHARMACEUTICAL COMPOSITION ~71:DR. REDDY'S

LABORATORIES LIMITED, Dr. Reddy's Laboratories Ltd. 8-2-337, Road No. 3, Banjara Hills,, India ~72:

JAYARAMAN, Murali;KAUR, Navneet;NAIR, Pravin;T, Deepak~ 33:IN ~31:201741013746 ~32:18/04/2017

2019/07293 ~ Provisional ~54:CREDIT SYSTEMS AND METHODS ~71:PAYPA (PTY) LTD, Unit 2 Cold Stream

Office Park, 2 Cold Stream Street, Little Falls, South Africa ~72: LANGA, Sthembiso~

2019/07302 ~ Complete ~54:PD-1/PD-L1 INHIBITORS ~71:Gilead Sciences, Inc., 333 Lakeside Drive, Foster

City, United States of America ~72: AKTOUDIANAKIS, Evangelos;APPLEBY, Todd;CHO, Aesop;DU,

Zhimin;GRAUPE, Michael;GUERRERO, Juan A.;JABRI, Salman Y.;LAD, Lateshkumar Thakorlal;MACHICAO

TELLO, Paulo A.;MEDLEY, Jonathan William;METOBO, Samuel E.;MUKHERJEE, Prasenjit

Kumar;NADUTHAMBI, Devan;NOTTE, Gregory;PARKHILL, Eric Q.;PHILLIPS, Barton W.;SIMONOVICH, Scott

Preston;SQUIRES, Neil H.;VENKATARAMANI, Chandrasekar;WANG, Peiyuan;WATKINS, William J.;XU,

Jie;YANG, Kin Shing;ZIEBENHAUS, Christopher Allen~ 33:US ~31:62/488,017 ~32:20/04/2017;33:US

~31:62/507,678 ~32:17/05/2017

2019/07295 ~ Provisional ~54:UNIT WITH POWER AND/OR DATA SOCKETS AND WIRELESS CHARGER

FOR MOBILE DEVICES ~71:Power Logic South Africa (Pty) Ltd, 10 Cane Road, Ottery, South Africa ~72:

MAZZULLO, Adrian;VAN ZYL, Brian~

2019/07301 ~ Complete ~54:CONTINUOUS TUBE ROLLING METHOD AND MANDREL ASSEMBLY FOR THE

IMPLEMENTATION THEREOF ~71:PUBLICHNOE AKTSIONERNOE OBSHCHESTVO "TRUBNAYA

METALLURGICHESKAYA KOMPANIYA" (PAO "TMK"), Pokrovka, 40, stroenie 2A, Russian

Federation ~72: CHERNYKH Ivan Nikolaevich;ERSHOV Igor Anatolyevich;GOROZHANIN Pavel

Yuryevich;KLACHKOV Alexander Anatolyevich;KUZNETSOV Alexander Nikolaevich;LOKHANOV Dmitriy

Valerievich;LUBE Ivan Igorevich;MAMCHENKO Vladislav Anatolyevich;PYANKOV Boris Grigoryevich;PYATKOV

Vladimir Leonidovich;PYSHMINTSEV Igor Yuryevich;SHKURATOV Evgeniy Alexandrovich;STRUIN Dmitriy

Olegovich;TOPOROV Vladimir Alexandrovich;TRUTNEV Nikolay Vladimirovich;VYDRIN Alexander

Vladimirovich~

2019/07305 ~ Complete ~54:DEVICE, SYSTEM AND METHOD FOR DISPENSING A LIQUID FROM A

CONTAINER ~71:DISPENSING TECHNOLOGIES B.V., Grasbeemd 1, 5705, DE Helmond, Netherlands ~72:

PAULO NERVO;WILHELMUS JOHANNES JOSEPH MAAS~ 33:NL ~31:2018823 ~32:01/05/2017

2019/07310 ~ Complete ~54:TOWING HOOK ~71:Sandvik Mining and Construction Oy, Pihtisulunkatu 9,

TAMPERE FI-33330, FINLAND, Finland ~72: LIETONEN, Jani~ 33:EP ~31:17176182.8 ~32:15/06/2017


Page | 37

2019/07287 ~ Provisional ~54:TOW ME APP ~71:Jacques Mbiya Kafuka, 109 Grasmere road, South Africa ~72:

Mbiya Jacques Kafuka~

2019/07291 ~ Provisional ~54:PROTECTIVE HOOD ~71:A J CHARNAUD & CO (PTY) LTD., 1 Pink Street,

Ezakheni Industrial Estate, Ladysmith, 3381, Kwazulu Natal, South Africa ~72: ANDREW JOHN CHARNAUD~

2019/07306 ~ Complete ~54:METHOD AND SYSTEM FOR PRODUCING SUBSTANTIALLY MONO-DISPERSE

PARTICLES OF A SUBSTANCE ~71:NANOMI B.V., Zutphenstraat 51, Netherlands ~72: DUWEL, Robertus

Franciscus;GIRONES NOGUE, Miriam;LEDUC, Lucie Anne Aude;VELDHUIS, Gerrit Jan~ 33:NL ~31:2018744

~32:19/04/2017

2019/07311 ~ Complete ~54:BIOLOGICALLY DEGRADABLE FILM ~71:bio-tec Biologische Naturverpackungen

GmbH & Co. KG, Werner-Heisenberg-Strasse 32, EMMERICH 46446, GERMANY, Germany ~72:

FRIEDEK, Wolfgang;MATHAR, Johannes;ROLOFF, Thorsten;SCHMIDT, Harald~ 33:DE ~31:10 2017 003

340.4 ~32:05/04/2017

2019/07290 ~ Provisional ~54:ULTRA-CHUTING ELECTRIC POWER GENERATION ~71:YEDWA HOLDINGS

(PTY) LTD, 13451 Simunye Street, Ward 4 Mandlazini, Richards Bay, 3900, Kwazulu Natal, South Africa ~72:

YEDWA ERICK NDLOVU~

2019/07307 ~ Complete ~54:QUALITY ASSURANCE OF CHONDROCYTES ~71:XINTELA AB, Medicon Village,

Sweden ~72: CHMIELARSKA MASOUMI, Katarzyna;LUNDGREN ÅKERLUND, Evy~ 33:SE ~31:1750849-

0 ~32:29/06/2017

2019/07312 ~ Complete ~54:BIODEGRADABLE FILM ~71:bio-tec Biologische Naturverpackungen GmbH &

Co. KG, Werner-Heisenberg-Strasse 32, EMMERICH 46446, GERMANY, Germany ~72: FRIEDEK,

Wolfgang;MATHAR, Johannes;ROLOFF, Thorsten;SCHMIDT, Harald~ 33:DE ~31:10 2017 003 341.2

~32:05/04/2017

2019/07288 ~ Provisional ~54:ELECTRONIC INITIATION SYSTEM FAILURE REDUCTION SYSTEM AND

METHOD ~71:MASTER BLASTER PROPRIETARY LIMITED, PLOT 8777, INDEPENDENCE ROAD, SELEBI

PHIKWE, BOTSWANA, Botswana ~72: DAVIS, Mark, Rodney~

2019/07289 ~ Provisional ~54:SELF DRILLING AUTO LOCK ANCHOR ~71:SWEMMER, Theodore Daniel, 17

Sawgrass Avenue, Silvrlakes Golf Estate, South Africa ~72: SWEMMER, Theodore Daniel~

2019/07308 ~ Complete ~54:HEALTH FOOD AND COSMETICS FOR INCREASING THE AMOUNT OF

APOPTOSIS CELLS AND DECREASING THE AMOUNT OF NECROSIS CELLS AND A METHOD OF

MANUFACTURING A SPROUT-FORCING GRAPE SEED-DERIVED INGREDIENT FOR INCREASING THE

AMOUNT OF APOPTOSIS CELLS AND DECREASING THE AMOUNT OF NECROSIS CELLS ~71:NAGAO,

Tsukasa, 141-1 Kamiteru-cho, NAGAHAMA-SHI 5260015, SIGA, JAPAN, Japan ~72: NAGAO, Tsukasa~

2019/07304 ~ Complete ~54:WIRELESS COMMUNICATION METHOD AND DEVICE ~71:GUANGDONG OPPO

MOBILE TELECOMMUNICATIONS CORP., LTD., No. 18, Haibin Road, Wusha, Chang'an Dongguan,

523860, Guangdong, People's Republic of China ~72: JIANHUA LIU;NING YANG~

2019/07292 ~ Provisional ~54:SOCIAL COMMERCE MARKETPLACE ~71:RISENGA VINCENT MASHELE, 2573

mongwe street, South Africa;THULANI MHLONGO, 323 LAWLEY STATION, South Africa ~72: RISENGA

VINCENT MASHELE;THULANI MHLONGO~

2019/07303 ~ Complete ~54:HETEROAROMATIC COMPOUNDS USEFUL IN THERAPY ~71:CUROVIR AB,

P.O. Box 716, 391 27, Kalmar, Sweden ~72: JACOB WESTMAN~ 33:EP ~31:17165082.3 ~32:05/04/2017


Page | 38

- APPLIED ON 11/5/2019-

2019/07320 ~ Provisional ~54:NANO TRACKER ~71:Joel Majola, 12 Pretoria Road, South Africa;Tshepho

Kekana, 35290 Mphagha street ext6 mamelodi East, South Africa ~72: Joel Majola;tshepho Kekana~

2019/07330 ~ Complete ~54:IMPROVED BREAKER FOR HIGH D.C. CURRENT OR VOLTAGE

APPLICATIONS, FOR INSTANCE INDUSTRIAL AND/OR RAILWAYS APPLICATIONS ~71:MICROELETTRICA

SCIENTIFICA S.P.A., VIA LUCANIA, 2, 20090 BUCCINASCO, ITALY, Italy ~72: CORNA, Marco;MONDELLINI,

Claudio;STENDARDI, Lorenzo~ 33:EP ~31:17165967.5 ~32:11/04/2017

2019/07341 ~ Complete ~54:SYNERGISTIC MIXTURES FOR FUNGAL CONTROL IN CEREALS ~71:DOW

AGROSCIENCES LLC, 9330 Zionsville Road, Indianapolis, 46268, Indiana, United States of America ~72:

CHENGLIN YAO;JOHN T MATHIESON~ 33:US ~31:62/500,183 ~32:02/05/2017

2019/07321 ~ Complete ~54:METAL GRID ELECTRODE FABRICATION METHOD BASED ON INK-JET

PRINTING TECHNOLOGY ~71:JILIN JIANZHU UNIVERSITY, No. 5088 Xincheng Street, People's Republic of

China ~72: Hongyu BIAN;Jiaming ZHANG;Kai SHI;Lu LU;Lu ZHOU;Xiaotian YANG;Xingzhen YAN;Xu LI;Yaodan

CHI;Zhaowei SHEN~ 33:CN ~31:201811305567.4 ~32:05/11/2018

2019/07333 ~ Complete ~54:PORTABLE SYSTEM AND METHOD FOR IDENTIFYING ROULETTE WHEEL

BIASES ~71:TCS JOHN HUXLEY EUROPE LTD., Unit 6, Festival Trade Park, Crown Road, United Kingdom

~72: BASKERVILLE, Paul;NIPP, Shannon~ 33:US ~31:15/480,272 ~32:05/04/2017

2019/07339 ~ Complete ~54:USE OF AN ACYCLIC PICOLINAMIDE COMPOUND AS A FUNGICIDE FOR

CONTROL OF PHYTOPATHOGENIC FUNGI IN ORCHARD, VINEYARD AND PLANTATION CROPS ~71:DOW


ALEJANDRO CALIXTO;ALEJANDRO CEDENO RAMIREZ;ALISA YE YU;ALISTAIR MCKAY;COURTNEY

GALLUP;JOHN RICHBURG;LUIS CLAUDIO VIEIRA DA CUNHA;MARSHA MARTIN;VALENTINO BOSCO~

33:US ~31:62/500,175 ~32:02/05/2017

2019/07322 ~ Complete ~54:METHOD FOR EVALUATING SAFETY DEGREE OF SLOPE BASED ON DAMAGE

DEGREE OF DOWNSTREAM STRUCTURE ~71:Qingdao University of Technology, No.11 Fushun Road, Shibei

District, Qingdao, People's Republic of China ~72: CHU, Xues;LI, Liang;LU, Shibao;YU, Guangming;YUAN,

Changfeng;ZHAI, Ming~ 33:CN ~31:201811323341.7 ~32:08/11/2018

2019/07346 ~ Provisional ~54:WIRELESS HDMI & SD CARD & USB TRANSMITTER BOX DATA CAN BE

TRANSFERRED FROM/TO THE VIRTUAL REALITY HEADSET RECEIVER. ~71:AHMED WASEEF SAID, 24

PARK AVENUE, DESAINAGAR, TONGAAT BEACH, South Africa ~72: AHMED WASEEF SAID~

2019/07315 ~ Provisional ~54:NOVEL CEMENTITIOUS COMPOSITION ~71:UNIVERSITY OF PRETORIA, Cnr.

Lynnwood & University Roads, Hatfield, South Africa ~72: KOVTUN, Maxim, Nikolaevich~

2019/07317 ~ Provisional ~54:SHWELE INFORMATION ~71:Raphael Dumisani Zulu, 234 Meyer Street, South

Africa ~72: Raphael Dumisani Zulu~

2019/07329 ~ Complete ~54:BRIMONIDINE FOR USE AND CLINICAL TRIAL DESIGN FOR GEOGRAPHIC

ATROPHY DUE TO AGE-RELATED MACULAR DEGENERATION ~71:ALLERGAN, INC., 2525 Dupont Drive,

Irvine, United States of America ~72: KERR, Kevin;LOPEZ, Francisco~ 33:US ~31:62/502,375 ~32:05/05/2017

2019/07336 ~ Complete ~54:METHOD AND DEVICE FOR DISCONTINUOUS RECEPTION ~71:GUANGDONG

OPPO MOBILE TELECOMMUNICATIONS CORP., LTD., No. 18, Haibin, Wusha, Chang'an Dongguan,

523860, Guangdong, People's Republic of China ~72: HAI TANG~


Page | 39

2019/07325 ~ Complete ~54:BUCKET FOR CABLE SHOVEL ~71:ESCO Group LLC, 2141 NW 25th Avenue,

PORTLAND 97210-2578, OR, USA, United States of America ~72: BRISCOE, Terry L.;OLLINGER IV, Charles

G.;STROM, Joshua L.~ 33:US ~31:61/696,971 ~32:05/09/2012

2019/07316 ~ Provisional ~54:COMPOSITE SHUTTER BOARD ~71:WACO AFRICA (PTY) LIMITED t/a

FORMSCAFF, 181 Barbara Road, Elandsfontein,, South Africa ~72: ESTERHUYSEN, Eric Carl;JORGE, Tanya

Lee;MOES, Jan Johannes;POUWELS, Klaas~

2019/07332 ~ Complete ~54:A SYSTEM AND A METHOD FOR WASHING ITEMS ~71:SWATAB

SCANDINAVIAN WATER TECHNOLOGY AB, Jägershillgatan 26, Sweden ~72: HANSSON, Per~ 33:EP

~31:17165299.3 ~32:06/04/2017

2019/07334 ~ Complete ~54:USE OF BERBERINE OR ACTIVE METABOLITE THEREOF IN PREPARATION

OF DRUG FOR PREVENTING AND/OR TREATING PHENYLKETONURIA ~71:INSTITUTE OF MATERIA

MEDICA, CHINESE ACADEMY OF MEDICAL SCIENCES, ZHANG Xubin No. A2, Nan Wei Road, Xicheng

District Beijing 100050, CN, People's Republic of China ~72: JIANG, Jiandong;LI, Xiaoyang;MA, Shurong;SHOU,

Jiawen;WANG, Yan;ZHAO, Zhenxiong~ 33:CN ~31:201710231436.5 ~32:11/04/2017

2019/07338 ~ Complete ~54:USE OF AN ACYCLIC PICOLINAMIDE COMPOUND AS A FUNGICIDE FOR

CONTROL OF PHYTOPATHOGENIC FUNGI IN VEGETABLES ~71:DOW AGROSCIENCES LLC, 9330

Zionsville Road, Indianapolis, 46268, Indiana, United States of America ~72: ALEJANDRO CALIXTO;ALISA YE

YU;CHENGLIN YAO;COURTNEY GALLUP;MARSHA MARTIN;VALENTINO BOSCO~ 33:US ~31:62/500,172

~32:02/05/2017

2019/07343 ~ Complete ~54:SYNERGISTIC MIXTURES FOR FUNGAL CONTROL IN VEGETABLES ~71:DOW



2019/07324 ~ Complete ~54:LOCKABLE ELECTRONIC MOBILE PHONE OR DEVICE POUCH

~71:NSINAMWA, Mbiganyi Benzi, Plot Number 17322, Botswana ~72: NSINAMWA, Mbiganyi Benzi~ 33:BW

~31:BW/P/2019/00003 ~32:21/05/2019

2019/07327 ~ Complete ~54:DEMENTIA INTERVENTION SYSTEM AND METHOD INTEGRATING DIVERSE

INTERVENTION PATHS ~71:FUDAN UNIVERSITY, 220 Handan Road, People's Republic of China ~72: AN,

Ning;CHEN, Honglin;LIU, Yinghong;XIANG, Di;YIN, You~ 33:CN ~31:201910326408.0 ~32:22/04/2019

2019/07337 ~ Complete ~54:AUTOMATED WAREHOUSE DESIGN AND SIMULATIONS ~71:CHRISTOPHER

ECKMAN, 588 Sutter St PMB 285, San Francisco, 94102, California, United States of America;ELLIOTT

GERARD WOLF, 129 Laidley St., San Francisco, 94111, California, United States of America;JAMMIE MORRIS,

4909 South 235th Street, Elkhorn, 68022, Nebraska, United States of America;SHAWN MERRILL, 1615 Lionheart

Lane, West Lafayette, 47906, Indiana, United States of America;SUDARSAN THATTAI, 1316 Granvia Altamira,

Palos Verdes Estates, 90274, California, United States of America ~72: CHRISTOPHER ECKMAN;ELLIOTT

GERARD WOLF;JAMMIE MORRIS;SHAWN MERRILL;SUDARSAN THATTAI~ 33:US ~31:62/482,613

~32:06/04/2017

2019/07348 ~ Provisional ~54:INTERACTIVE JOB CREATION REPORTING TOOL ~71:HWANGE

DEVELOPMENT SYSTEM (PTY) LTD, 44 FELIX DRIVE, KIBLER PARK, South Africa ~72: GCINUMTHETHO

GREGORY BLOSE~


Page | 40

2019/07319 ~ Provisional ~54:ENHANCED SHUTTER BOARD ~71:WACO AFRICA (PTY) LIMITED t/a



2019/07331 ~ Complete ~54:HIGH SPEED CIRCUIT BREAKER FOR INDUSTRIAL AND RAILWAYS

APPLICATIONS ~71:MICROELETTRICA SCIENTIFICA S.P.A., VIA LUCANIA, 2, 20090 BUCCINASCO, ITALY,

Italy ~72: CORNA, Marco;MONDELLINI, Claudio;STENDARDI, Lorenzo~ 33:EP ~31:17165964.2

~32:11/04/2017

2019/07323 ~ Complete ~54:METHOD AND SYSTEM FOR VENDING A PREPAYMENT TOKEN ENABLING

TOKEN REVERSAL ~71:SYNTELL SMART WORKS (PTY) LTD, First Floor, Riverside Place, Tyger Waterfront,

Carl Cronje Drive, South Africa ~72: STONE, Richard Justin~

2019/07326 ~ Complete ~54:GROUTABLE FRICTION ROCK BOLT ~71:EPIROC HOLDINGS SOUTH AFRICA

(PTY) LTD, 682 Innes Road, Jet Park, Boksburg, South Africa ~72: ABREU, Rual;DE BRUIN, Pieter~ 33:ZA

~31:2018/07375 ~32:05/11/2018

2019/07314 ~ Provisional ~54:A METHOD AND SYSTEM FOR INITIATING A TELEPHONE CALL BETWEEN

DEVICES WITH A REVERSE CHARGE FEATURE ~71:SEPTEMBER, Joseph, Unit 20 Eldorado Complex, 135

Becksberg Avenue, Lyttelton, CENTURION 0157, Gauteng, SOUTH AFRICA, South Africa ~72: SEPTEMBER,

Joseph~

2019/07318 ~ Provisional ~54:PROTECTED SHUTTER BOARD ~71:WACO AFRICA (PTY) LIMITED t/a



2019/07328 ~ Complete ~54:METHODS AND TREATMENT OF TRAUMA ~71:NEW HEALTH SCIENCES, INC.,

99 Hayden Avenue, Building B, Suite 620, United States of America ~72: DUNHAM, Andrew;YOSHIDA, Tatsuro~

33:US ~31:62/508,783 ~32:19/05/2017

2019/07349 ~ Provisional ~54:KIT AND METHOD FOR MODIFYING A LOCOMOTIVE ~71:THIART, Willem

Johannes MacDonald, 49 Condor Drive, Helikonpark, Randfontein, South Africa ~72: THIART, Emile;THIART,

Willem Johannes MacDonald~

2019/07340 ~ Complete ~54:USE OF AN ACYLIC PICOLINAMIDE COMPOUND AS A FUNGICIDE FOR

CONTROL OF PHYTOPATHOGENIC FUNGI IN ROW CROPS ~71:DOW AGROSCIENCES LLC, 9330

Zionsville Road, Indianapolis, 46268, Indiana, United States of America ~72: AKOS BIRO;BRIAN

HUSBAND;CHENGLIN YAO;COURTNEY GALLUP;JOHN RICHBURG;KEVIN G MEYER;LUIS CLAUDIO VIEIRA

DA CUNHA;MARK FAIRFAX;MARSHA MARTIN;YI-HSIOU HUANG~ 33:US ~31:62/500,179 ~32:02/05/2017

2019/07342 ~ Complete ~54:SYNERGISTIC MIXTURES FOR FUNGAL CONTROL IN CEREALS ~71:DOW



2019/07350 ~ Provisional ~54:HUNTRACTION ~71:Noam Furman, Zeev Vilnai 10/1 Be'er Sheva, Israel

~72: Noam Furman~

2019/07335 ~ Complete ~54:BENZOTHIAZOLE-CONTAINING SILANES, METHOD FOR THE PREPARATION

AND USE THEREOF ~71:EVONIK DEGUSSA GMBH, RELLINGHAUSER STRASSE 1-11, 45128 ESSEN,

GERMANY, Germany ~72: KÖPFER, Alexander;KLOCKMANN, Oliver;KUFELT, Olga;MAYER,


Page | 41

Stefanie;RÖBEN, Caren;ROSENSTINGL, Sebastian;WEHMEIER, André~ 33:DE ~31:10 2017 207

715.8 ~32:08/05/2017

2019/07351 ~ Complete ~54:ONCOLYTIC VIRUS AND METHOD ~71:PSIOXUS THERAPEUTICS LIMITED,

PsiOxus House 4-10 The Quadrant, Barton Lane, Abingdon, Oxfordshire, OX14 3YS, United Kingdom ~72:

BESNEUX, Mathieu;BROMLEY, Alice, Claire, Noel;CHAMPION, Brian~ 33:GB ~31:1708778.4

~32:01/06/2017;33:GB ~31:1708779.2 ~32:01/06/2017

- APPLIED ON 11/6/2019-

2019/07352 ~ Provisional ~54:CLOUD JUSTICE ~71:Reatlegile Phiri, 111 Plumbago, Country View, South Africa

~72: Reatlegile Phiri~

2019/07378 ~ Complete ~54:METHODS AND APPARATUSES FOR CONTROL RESOURCE BUNDLING AND

MAPPING IN WIRELESS COMMUNICATION SYSTEMS ~71:GUANGDONG OPPO MOBILE

TELECOMMUNICATIONS CORP., LTD., No.18 Haibin Road, Wusha, Chang'an Dongguan, People's

Republic of China ~72: XU, Hua~ 33:US ~31:62/500,156 ~32:02/05/2017

2019/07353 ~ Provisional ~54:PANEL JOINING ARRANGEMENT FOR A VEHICLE CANOPY ~71:ROCK SOLID

INDUSTRIES INTERNATIONAL (PTY) LTD, 46 Eden Park Drive, Mkondeni, South Africa ~72: VOSS, Michael~

2019/07373 ~ Complete ~54:SELF-RIGHTING SYSTEMS AND RELATED COMPONENTS AND METHODS

~71:MASSACHUSETTS INSTITUTE OF TECHNOLOGY, 77 Massachusetts Avenue, Cambridge, 02139,

Massachusetts, United States of America;NOVO NORDISK A/S, Novo Allé 1 2880 Bagsværd,

Denmark;THE BRIGHAM AND WOMEN'S HOSPITAL, INC., 75 Francis Street, Boston, 02115,

Massachusetts, United States of America ~72: ALEX G ABRAMSON;BO ULDALL KRISTIANSEN;BRIAN

JENSEN;CARLO GIOVANNI TRAVERSO;ESTER CAFFAREL SALVADOR;JORRIT JEROEN WATER;METTE

POULSEN;MIKKEL OLIVER JESPERSEN;MINSOO KHANG;MORTEN REVSGAARD FREDERIKSEN;NICLAS

ROXHED;PETER HERSKIND;ROBERT S LANGER;TAYLOR BENSEL~ 33:US ~31:62/507,647

~32:17/05/2017;33:US ~31:62/507,653 ~32:17/05/2017;33:US ~31:62/507,665 ~32:17/05/2017

2019/07376 ~ Complete ~54:WIRELESS COMMUNICATION METHOD, TERMINAL DEVICE AND

TRANSMITTING AND RECEIVING NODES ~71:GUANGDONG OPPO MOBILE TELECOMMUNICATIONS

CORP., LTD., No.18 Haibin Road, Wusha, Chang'an Dongguan, People's Republic of China ~72: TANG,

Hai;ZHANG, Zhi~

2019/07356 ~ Complete ~54:TUBULAR NUT FOR A ROCK BOLT ~71:NCM INNOVATIONS (PTY) LTD, 109

Adcock Ingram Avenue, Aeroton, South Africa ~72: ABREU, Rual;CROMPTON, Brendan Robert~

2019/07362 ~ Complete ~54:AN INTEGRATED SYSTEM FOR GENERATING, STORING AND DISPENSING

CLEAN ENERGY AND DESALINATING WATER ~71:OCEANUS POWER & WATER, LLC, 900 High Street

Palo Alto, California 94301, US, United States of America ~72: ALLEN, Mark;ARONSON, Neal;GUERRERO,

Jose Alberto Garcia;JELDREZ, Joan Leal;WALKER, Sandra~ 33:US ~31:62/483,879 ~32:10/04/2017;33:US

~31:62/513,845 ~32:01/06/2017;33:US ~31:15/858,884 ~32:29/12/2017

2019/07359 ~ Complete ~54:HERBICIDALLY ACTIVE 3-PHENYLISOXAZOLINE-5-CARBOXAMIDES OF

TETRAHYDRO AND DIHYDROFURAN CARBOXAMIDES ~71:BAYER AKTIENGESELLSCHAFT, Kaiser-

Wilhelm-Allee 1, Leverkusen, Germany;BAYER CROPSCIENCE AKTIENGESELLSCHAFT, Alfred-Nobel-Str. 50,

Germany ~72: ASMUS, Elisabeth;BOJACK, Guido;DIETRICH, Hansjörg;GATZWEILER, Elmar;HAAF,

Klaus, Bernhard;LAW, Katherine, Rose;MACHETTIRA, Anu, Bheemaiah;PETERS, Olaf;ROSINGER, Christopher,

Hugh~ 33:EP ~31:17175780.0 ~32:13/06/2017


Page | 42

2019/07379 ~ Complete ~54:CURVED-GLASS THERMOFORMING DEVICE AND METHOD THEREFOR

~71:TUNGHSU GROUP CO., LTD., No. 369 Zhujiang Road, New & Hi-Tech Industrial Development Zone,

Shijiazhuang, Hebei, 050000, People's Republic of China;TUNGHSU TECHNOLOGY GROUP CO., LTD., Room

266, Building 2, No.9 Haiying Road, Fengtai Science and Technology Park, Fengtai District, Beijing, 100070,

People's Republic of China ~72: JIN, Xianyou;LI, Qing;LI, Qingwen;LI, Zhaoting~ 33:CN ~31:201710380364.0

~32:25/05/2017

2019/07368 ~ Complete ~54:WIRELESS CHARGING APPARATUS AND METHOD, AND DEVICE TO BE

CHARGED ~71:GUANGDONG OPPO MOBILE TELECOMMUNICATIONS CORP., LTD., No. 18, Haibin Road,

Wusha, Chang'an Dongguan, 523860, Guangdong, People's Republic of China ~72: JIADA LI;JIALIANG

ZHANG;SHANGBO LIN;SHIMING WAN~ 33:CN ~31:PCT/CN2017/079784 ~32:07/04/2017;33:CN

~31:PCT/CN2017/080334 ~32:13/04/2017

2019/07374 ~ Complete ~54:A PROCESS FOR MANUFACTURING TUBELESS TYRE HAVING INTEGRATED

ENVELOPE(S) AND A PRODUCT THEREOF ~71:PANDA, Sameer, TycheeJuno, XLR8AP, 2 RCR Avenue,

Karakambadi Road, India ~72: PANDA, K. N.;PANDA, Sameer~ 33:IN ~31:201741017079 ~32:16/05/2017

2019/07380 ~ Provisional ~54:Q WATER GENERATOR ~71:QINISO SIPHUMELELE FAKAZI MATHENJWA,

ESIKHAWINI H2, NHLOLAMVULA STREET 1743, South Africa ~72: QINISO SIPHUMELELE FAKAZI

MATHENJWA~

2019/07354 ~ Provisional ~54:PUBLIC SHOWERING, BEDDING, EATING AND WASHING BAY RFID CARD

SERVICES ~71:RONALD RUTSITO, 38 VAN BEEK STREET, A430 PLATINUM PLACE, NEW

DOORNFONTEIN, South Africa ~72: RONALD RUTSITO~

2019/07363 ~ Complete ~54:REINFORCED REMOVABLE THERMAL INSULATION ~71:Public Joint-Stock

Company "Machine-Building Plant "Zio-Podolsk", ul. Zheleznodorozhnaya, 2, PODOLSK

142103, MOSKOVSKAYA OBL., RUSSIA, Russian Federation ~72: KRAINOV, Boris Vladimirovich~ 33:RU

~31:2017111880 ~32:07/04/2017

2019/07367 ~ Complete ~54:COVERAGE AREA ADJUSTMENT TO ADAPT SATELLITE COMMUNICATIONS

~71:VIASAT, INC., Patent Department, 6155 El Camino Real, Carlsbad, 92009, California, United States of

America ~72: AARON MENDELSOHN;DONALD RUNYON~

2019/07364 ~ Complete ~54:TRUSTLESS DETERMINISTIC STATE MACHINE ~71:nChain Holdings Limited,

Fitzgerald House, 44 Church Street, ST. JOHN'S, ANTIGUA & BARBUDA, Antigua and Barbuda ~72:

CHAN, Ying;KRAMER, Dean~ 33:GB ~31:1708185.2 ~32:22/05/2017;33:GB ~31:1708190.2

~32:22/05/2017;33:GB ~31:1708192.8 ~32:22/05/2017;33:GB ~31:1708196.9 ~32:22/05/2017;33:GB

~31:1708198.5 ~32:22/05/2017;33:GB ~31:1708200.9 ~32:22/05/2017

2019/07370 ~ Complete ~54:COMBINATION CANCER IMMUNOTHERAPY WITH PENTAAZA MACROCYCLIC

RING COMPLEX ~71:GALERA LABS, LLC, 1100 Corporate Square Drive, Suite 223, Creve Coeur, 63132,

Missouri, United States of America ~72: DENNIS P RILEY;JEFFERY L KEENE;ROBERT A BEARDSLEY~ 33:US

~31:62/485,061 ~32:13/04/2017;33:US ~31:62/572,377 ~32:13/10/2017

2019/07361 ~ Complete ~54:NEGATIVE PRESSURE MATTRESS SYSTEM ~71:BEDGEAR, LLC, 110 BI-

COUNTY BOULEVARD, STE. 101 FARMINGDALE, NY 11735, USA, United States of America ~72: ALLETTO,

Eugene, Jr.~ 33:US ~31:62/483,624 ~32:10/04/2017;33:US ~31:15/949,412 ~32:10/04/2018


Page | 43

2019/07381 ~ Provisional ~54:A LOW COST FAN THAT BLOWS COLD DRY AIR INSTEAD OF WARM

AMBIENT/HUMID AIR USING INTERCHANGEABLE COOLING MEDIA ~71:Sahil Singh, 118 Archary Rd,

Clairwood, South Africa ~72: Sahil Singh~ 33:ZA ~31:1 ~32:05/11/2019

2019/07372 ~ Complete ~54:METHODS AND COMPOSITIONS FOR TREATING INFLAMMATORY

GASTROINTESTINAL DISORDERS ~71:ALLAKOS INC., 975 Island Drive, #201 Redwood City, 94065,

California, United States of America ~72: BRADFORD ANDREW YOUNGBLOOD;CHRISTOPHER ROBERT

BEBBINGTON;EMILY C BROCK;NENAD TOMASEVIC~ 33:US ~31:62/502,480 ~32:05/05/2017;33:US

~31:62/572,337 ~32:13/10/2017

2019/07369 ~ Complete ~54:TREATMENT PARADIGM FOR AN ANTI-CD19 ANTIBODY AND VENETOCLAX

COMBINATION TREATMENT ~71:MORPHOSYS AG, Semmelweisstrasse 7, 82152, Planegg, Germany ~72:

DOMINIKA WEINELT;MARK WINDERLICH;MICHAEL SCHWARZ;PETER KELEMEN;STEFFEN HEEGER~

33:EP ~31:17173712.5 ~32:31/05/2017

2019/07375 ~ Complete ~54:IDLER GEAR FOR POSITIVE DISPLACEMENT GEAR PUMP ~71:VIKING PUMP,

INC., 406 State Street, Cedar Falls, United States of America ~72: CRAWFORD, Michael Robert;HALL, John

Howard;IEHL, Victor Christian~ 33:US ~31:15/592,458 ~32:11/05/2017

2019/07358 ~ Complete ~54:COMPOUNDS AND COMPOSITIONS FOR INDUCING CHONDROGENESIS

~71:NOVARTIS AG, Lichtstrasse 35, Switzerland ~72: CHOI, Ha-Soon;JIANG, Jiqing;LAJINESS, James,

Paul;NGUYEN, Bao;PETRASSI, Hank, Michael, James;WANG, Zhicheng~ 33:US ~31:62/517,394

~32:09/06/2017

2019/07366 ~ Complete ~54:LACTONES AS SOLVENTS IN AGROCHEMICAL FORMULATIONS ~71:Syngenta

Participations AG, Rosentalstrasse 67, BASEL 4058, SWITZERLAND, Switzerland ~72: BELL, Gordon Alastair~

33:GB ~31:1707930.2 ~32:17/05/2017

2019/07377 ~ Complete ~54:DATA RE-TRANSMISSION CONTROL METHOD AND RELATED PRODUCT

~71:GUANGDONG OPPO MOBILE TELECOMMUNICATIONS CORP., LTD., No.18 Haibin Road, Wusha,

Chang'an Dongguan, People's Republic of China ~72: LIN, Yanan~

2019/07365 ~ Complete ~54:SECURE PROVISION OF UNDETERMINED DATA FROM AN UNDETERMINED

SOURCE INTO THE LOCKING SCRIPT OF A BLOCKCHAIN TRANSACTION ~71:nChain Holdings Limited,



~32:22/05/2017;33:GB ~31:1708192.8 ~32:22/05/2017;33:GB ~31:1708196.9 ~32:22/05/2017;33:GB

~31:1708198.5 ~32:22/05/2017;33:GB ~31:1708200.9 ~32:22/05/2017

2019/07371 ~ Complete ~54:METHODS AND COMPOSITIONS FOR TREATING ALLERGIC OCULAR

DISEASES ~71:ALLAKOS INC., 975 Island Drive, #201 Redwood City, 94065, California, United States of

America ~72: BRADFORD ANDREW YOUNGBLOOD;CHRISTOPHER ROBERT BEBBINGTON;NENAD

TOMASEVIC~ 33:US ~31:62/502,479 ~32:05/05/2017

2019/07360 ~ Complete ~54:APPARATUS FOR PROCESSING AN INPUT AUDIO SIGNAL AND

CORRESPONDING METHOD ~71:FRAUNHOFER-GESELLSCHAFT ZUR FOERDERUNG DER

ANGEWANDTEN FORSCHUNG E.V., HANSASTRAßE 27C, 80686 MÜNCHEN, GERMANY,

Germany ~72: KÜCH, Fabian;KRATSCHMER, Michael;MABANDE, Edwin;MEIER, Michael;NEUGEBAUER,

Bernhard~ 33:EP ~31:17166448.5 ~32:13/04/2017


Page | 44

2019/07355 ~ Provisional ~54:CLINKER ~71:Circle Seven Trading 997 CC, 14 Wingen Walk, Shallcross,

DURBAN 4093, KwaZulu-Natal, SOUTH AFRICA, South Africa ~72: RASOOL, Zahed~

2019/07357 ~ Complete ~54:CAVITY CLOSER AND SLIP JOINT BUILDING ACCESSORY ~71:Eaziseal IP (Pty)

Ltd, 36 Olympus Court, Olympus Street, Brackenfell, South Africa ~72: KEMPEN, Antonius Maria~

- APPLIED ON 11/7/2019-

2019/07383 ~ Provisional ~54:WEIGHING SCALE ARRANGEMENT ~71:André Emile ROODT, 23 Winkle

Way, South Africa ~72: André Emile ROODT~

2019/07480 ~ Complete ~54:PREPARATION METHOD FOR GRAPHENE OXIDE ~71:SHENZHEN

UNIVERSITY, Nanhai Ave.3688, Nanshan, People's Republic of China ~72: CAI, Zerong;DING, Zhu;DONG,

Biqin;FAN, Bing;;LI, Dawang;LIU, Jian;REN, Zhili;SUN, Hongfang;XING, Feng~

2019/07411 ~ Complete ~54:FLEXIBLE CONTAINER ~71:DOW GLOBAL TECHNOLOGIES LLC, 2040 Dow

Center Midland, United States of America ~72: BLACK, Marc S.;BONEKAMP, Jeffrey E.;DIGONNET,

Fabrice;JESPERSEN, Simon Tage;LOWRY, Haley A.;SCHUETTE, Chad V.;SIDDIQUI, Muhammad

Ali;WALTHER, Brian W.~ 33:US ~31:62/489,155 ~32:24/04/2017

2019/07398 ~ Complete ~54:POLYPROPYLENE COMPOSITION WITH EXCELLENT SURFACE APPEARANCE

~71:BOREALIS AG, IZD Tower Wagramer Str. 17-19, Austria ~72: Daniela MILEVA (Bulgarian Citizen);Georg

GRESTENBERGER (Austria Citizen);Thomas LUMMERSTORFER (Austria Citizen)~ 33:EP ~31:17177842.6

~32:26/06/2017;33:EP ~31:18159755.0 ~32:02/03/2018

2019/07402 ~ Complete ~54:FOLDING BOX ~71:SHANGHAI HONGYAN RETURNABLE TRANSIT

PACKAGINGS CO., LTD., Room 1105, No. 20 Building NO. 487 TianLin RD, Xuhui District, 200233, Shanghai,

People's Republic of China ~72: YONGPING SU~ 33:CN ~31:201710229768.X ~32:10/04/2017

2019/07470 ~ Provisional ~54:ALARM PAGER ~71:Barend Jacobus Vosloo - Du Plessis, Oxford Street-Oxford

Mansions No:10, South Africa ~72: Barend Jacobus Vosloo - Du Plessis~

2019/07389 ~ Complete ~54:BODY STRUCTURE ALLOWING THE PASSAGE OF FLUID OR GAS UNDER

PRESSURE AND ASSOCIATED BODY ~71:ALSTOM TRANSPORT TECHNOLOGIES, 48 Rue Albert Dhalenne,

France ~72: LANGLOIS, Francis~ 33:FR ~31:18 60430 ~32:12/11/2018

2019/07409 ~ Complete ~54:ANTI-CD3-BINDING DOMAINS AND ANTIBODIES COMPRISING THEM, AND

METHODS FOR THEIR GENERATION AND USE ~71:Adimab, LLC, 7 Lucent Drive, LEBANON 03766, NH,

USA, United States of America ~72: KRAULAND, Eric;LEUNG, Monica Wai Ling;PEJCHAL, Robert;VASQUEZ,

Maximiliano;WALKER, Laura M.~ 33:US ~31:62/503,315 ~32:08/05/2017

2019/07385 ~ Provisional ~54:BIOLOGICAL WATER PURIFICATION BY MEANS OF COPPER SILVER ZINC

IONIZATION AND OZONE ~71:Frederik Jacobus Faure, 3 Hoop Street, South Africa ~72: Frederik Jacobus

Faure~

2019/07401 ~ Complete ~54:TREATMENT OF ADIPOCYTES ~71:BOARD OF SUPERVISORS OF LOUISIANA

STATE UNIVERSITY AND AGRICULTURAL AND MECHANICAL COLLEGE, 3810 W. Lakeshore Drive, Baton

Rouge, 70808, Louisiana, United States of America;MELIOR PHARMACEUTICALS I, INC., 860 Springdale Drive,

Suite 500, Exton, 19341, Pennsylvania, United States of America ~72: ANDREW G REAUME;ANN

COULTER;FRANK GREENWAY;WEINA CONG~ 33:US ~31:62/483,584 ~32:10/04/2017


Page | 45

2019/07397 ~ Complete ~54:CELLULOSE DERIVATIVES ~71:BETULIUM OY, Tekniikantie 2, Finland ~72:

PAHIMANOLIS, Nikolaos~ 33:FI ~31:20175394 ~32:05/05/2017

2019/07405 ~ Complete ~54:ZINC OXIDE-BASED SORBENTS USING ALKALI METAL HYDROXIDES AND

PROCESSES FOR PREPARING AND USING SAME ~71:RESEARCH TRIANGLE INSTITUTE, 3040 Cornwallis

Road Research Triangle Park, 27709, North Carolina, United States of America ~72: BRIAN S TURK;JASON S

NORMAN;JIAN-PING SHEN;RAGHUBIR GUPTA~ 33:US ~31:62/540,028 ~32:01/08/2017

2019/07391 ~ Complete ~54:HYDROGELS AS CARRIERS OF ACTIVE INGREDIENTS AND METHODS OF

PRODUCING THE SAME ~71:WINFIELD SOLUTIONS, LLC, 4001 Lexington Avenue, Arden Hills, 55126,

Minnesota, United States of America ~72: CHRISTINE COLBY;DANNY BROWN;DUSTYN SAWALL;LILLIAN

MAGIDOW;MEGAN BARTA~ 33:US ~31:62/758,049 ~32:09/11/2018

2019/07396 ~ Complete ~54:A MEDICAMENT FOR THE TREATMENT OF DISEASES BY BIOFILM FORMING

MICROORGANISMS ~71:INDIAN INSTITUTE OF TECHNOLOGY, DELHI, Indian Institute of Technology Delhi

Hauz Khas, India ~72: ALAM, Anwar;EHTESHAM, Nasreen Zafar;GROVER, Sonam;HASNAIN, Seyed

Ehtesham;KUMAR, Ashutosh;PANDEY, Saurabh;TRIPATHI, Deeksha~ 33:IN ~31:201711014310

~32:21/04/2017

2019/07408 ~ Complete ~54:SCRIPT BASED BLOCKCHAIN INTERACTION ~71:nChain Holdings Limited,



~32:26/05/2017;33:GB ~31:1708493.0 ~32:26/05/2017

2019/07382 ~ Provisional ~54:1ST ELEVEN ~71:Letlhogonolo Enerst Nomadolo, 128 Beyers Naude Drive, South

Africa ~72: Letlhogonolo Enerst Nomadolo~

2019/07400 ~ Complete ~54:D2D COMMUNICATION METHOD, REMOTE USER EQUIPMENT, AND RELAY

USER EQUIPMENT ~71:GUANGDONG OPPO MOBILE TELECOMMUNICATIONS CORP., LTD., No. 18,

Haibin, Wusha, Chang'an Dongguan, 523860, Guangdong, People's Republic of China ~72: NING YANG~

2019/07392 ~ Complete ~54:APPARATUS AND PROCESS FOR PROCESSING OF GLASS CONTAINERS AND

PROCESS FOR MANUFACTURING GLASS CONTAINERS INCLUDING SUCH A PROCESSING ~71:SCHOTT

KAISHA PVT. LTD., 70 Nagindas Master Road, Fort, Mumbai, India ~72: NARVEKAR, Anil Narayan;POTDAR,

Pratul Prakash~ 33:IN ~31:201821042154 ~32:08/11/2018

2019/07395 ~ Complete ~54:COMBINATION THERAPIES FOR TREATING CANCER ~71:MERCK SHARP

& DOHM B.V., Waarderweg 39, Netherlands;TESARO, INC., 1000 Winter St., North #3300, United States of

America ~72: BOBILEV, Dmitri;DEZUBE, Bruce;FERGUSON, Andrew, R.;SUN, Peng~ 33:US ~31:62/503,879

~32:09/05/2017;33:US ~31:62/508,359 ~32:18/05/2017;33:US ~31:62/556,255 ~32:08/09/2017;33:US

~31:62/634,789 ~32:23/02/2018;33:US ~31:62/646,332 ~32:21/03/2018;33:US ~31:62/648,327

~32:26/03/2018

2019/07420 ~ Complete ~54:ABATTOIR WASTE TREATMENT METHOD ~71:CORNELIS FLORIS VAN DER

WESTHUIZEN, 104 MAIN ROAD, South Africa ~72: CORNELIS FLORIS VAN DER WESTHUIZEN~ 33:ZA

~31:2018/07484 ~32:08/11/2018

2019/07390 ~ Complete ~54:HYDROGELS AS RHEOLOGY MODIFIERS AND METHODS OF MAKING THE

SAME ~71:WINFIELD SOLUTIONS, LLC, 4001 Lexington Avenue, Arden Hills, 55126, Minnesota, United States

of America ~72: CHRISTINE COLBY;DANNY BROWN;LILLIAN MAGIDOW;MEGAN BARTA~ 33:US

~31:62/758,031 ~32:09/11/2018


Page | 46

2019/07399 ~ Complete ~54:ZINC-COATED STEEL SHEET WITH HIGH RESISTANCE SPOT WELDABILITY

~71:ARCELORMITTAL, 24-26, Boulevard d'Avranches, Luxembourg ~72: Anirban CHAKRABORTY (Indian

Citizen);Damon PANAHI (Canadian Citizen);Hassan GHASSEMI-ARMAKI (Iranian Citizen);Jean-Marc PIPARD

(French Citizen);Olga GIRINA (American Citizen);Pavan CHALLA VENKATASURYA (Indian

Citizen);Sébastien CREMEL (French Citizen);Yacine BENLATRECHE (French Citizen)~ 33:IB

~31:PCT/IB2017/000753 ~32:20/06/2017

2019/07407 ~ Complete ~54:APPARATUS WITH CROSSOVER ASSEMBLY TO CONTROL FLOW WITHIN A

WELL ~71:Halliburton Energy Services, Inc., 3000 N. Sam Houston Parkway E., HOUSTON 77032, TX, USA,

United States of America ~72: POUNDS Jr., Steve Robert~

2019/07393 ~ Complete ~54:TRANSMISSION SYSTEM FOR A BLIND ~71:Navus Consulting (Pty) Ltd, 9

Hillcrest Estate, 23 Old Stellenbosch Road, Somerset West, Westen Cape, 7130, South Africa ~72: Marlene

BADENHORST~ 33:ZA ~31:2019/00327 ~32:17/01/2019

2019/07403 ~ Complete ~54:FRACTURABLE CONTAINER ~71:SANDS INNOVATIONS LTD, 42 Owen Creek

Road, Forest Glen, 4556, Queensland, Australia ~72: JACOB ANTHONY REDRUP~

2019/07386 ~ Provisional ~54:MATUNISSI TRACEABLE BAG ~71:MAHLAGARE, MAEPA OBED, 39 MOTEONG

SECTION, TEMBISA,, South Africa;Tumelo Kekana, 235 Leboeng Section, Tembisa, South Africa ~72: Tumelo

Kekana~

2019/07384 ~ Provisional ~54:HOPPER COUPLER ~71:P THORBURN CONSULTING ENGINEERS

(PROPRIETARY) LIMITED, Unit A1 Constantia Park, Roodepoort, Gauteng, South Africa ~72: GARY GRAHAM

WILSON~

2019/07477 ~ Complete ~54:PRIMER PROBE SET FOR IDENTIFYING IVORY, APPLICATION,

IDENTIFICATION METHOD AND KIT THEREOF ~71:GONGBEI CUSTOMS TECHNOLOGY CENTRE, No.1144

East Jiuzhou Avenue, Xiangzhou District, People's Republic of China ~72: Baozheng LUO;Caihua SHA;Fuzhen

ZHAO;Haichao HUANG;Jianhong SHAO;Xiuyun LIAO;Xuan CHEN~ 33:CN ~31:201910794270.7

~32:27/08/2019

2019/07406 ~ Complete ~54:TRPV1 MODULATOR COMPOUNDS ~71:AntalGenics, S.L., Edificio Quorum III,

Parque Científico-Universitas Miguel Hernández, Av. de la Universidad, ELCHE 03202 , SPAIN,

Spain ~72: DEVESA GINER, Isabel;FERNANDEZ CARVAJAL, Asia;FERRER MONTIEL, Antonio

Vicente;GENAZZANI, Armando;PIRALI, Tracey~ 33:EP ~31:17382266.9 ~32:11/05/2017

2019/07388 ~ Complete ~54:CONNECTING STRUCTURE FOR CONNECTING HEXAGONAL SWIM RINGS

~71:HUBEI UNIVERSITY OF TECHNOLOGY, No.28, Nanli Road, Hong-shan District, Wuchang, People's

Republic of China ~72: Chen SU;Haoran ZHANG;Jiancheng FENG;Shuai CHENG;Yu FU;Yuhan SU~

2019/07394 ~ Complete ~54:ANGIOTENSIN II RECEPTOR ANTAGONIST FOR THE PREVENTION OR

TREATMENT OF SYSTEMIC DISEASES IN CATS ~71:BOEHRINGER INGELHEIM VETMEDICA GMBH, Binger

Strasse 173, Germany ~72: ALBRECHT, Balazs;ANKE, Sven;KLEY, Saskia;LEHNER, Stefan, Johannes;STARK,

Marcus;TRAAS, Anne, Michelle;ZIMMERING, Tanja, Margrit~ 33:US ~31:62/529,587 ~32:07/07/2017

2019/07404 ~ Complete ~54:DISTRIBUTED TAP ARCHITECTURE INCORPORATING HARDENED

CONNECTIVITY ~71:COMMSCOPE TECHNOLOGIES LLC, 1100 CommScope Place SE, Hickory, 28602, North

Carolina, United States of America ~72: DOUGLAS FERRIS DOWLING;ERIK J GRONVALL;FREDERIC AMT~

33:US ~31:62/518,482 ~32:12/06/2017;33:US ~31:62/563,741 ~32:27/09/2017


Page | 47

2019/07410 ~ Complete ~54:TRACK LINK WITH ANGLED SEAL COUNTERBORE ~71:CATERPILLAR INC.,

100 N.E. Adams Street Peoria, United States of America ~72: JOHANNSEN, Eric, J.;SEBRIGHT, Jason, L.~

33:US ~31:15/488,710 ~32:17/04/2017

2019/07469 ~ Provisional ~54:FILL ME UP ~71:SIBONGILE DIONE MBEJE, The Parks Lifestyle Apartment,

Fourways, Unit 8-4i, South Africa ~72: DANIEL LELEBELE MARUATLE;SIBONGILE DIONE MBEJE~

2019/07387 ~ Provisional ~54:ELECTROSTATIC INDUCTION CHARGING OF CAPACITORS VIA NUCLEAR

RADIATION ~71:Jan Hendrik Jooste, 60 Eerste St, South Africa ~72: Jan Hendrik Jooste~

- APPLIED ON 11/8/2019-

2019/07412 ~ Provisional ~54:A NEW ANTIBIOTIC AGAINST CLINICALLY IMPORTANT MICROORGANISMS

~71:AL-BUSAIDI, Juma Zayid Khalifa, C/O Department of Microbiology & Immunology, Room 1148, College

of Medicine & Health Sciences, Sultan Qaboos University, P O Box 35, Al-Khod 123, OMAN, Oman;AL-

HARTHI, Khazina Mohammed Masoud, C/O Department of Microbiology & Immunology, Room 1148,

College of Medicine & Health Sciences, Sultan Qaboos University, P O Box 35, Al-Khod 123, OMAN,

Oman;AL-JABRI, Ali Abdullah Hasan, C/O Department of Microbiology & Immunology, Room 1148, College

of Medicine & Health Sciences, Sultan Qaboos University, P O Box 35, Al-Khod 123, OMAN,

Oman;HASSON, Sidgi Syed Anwer Abdo, C/O Department of Microbiology & Immunology, Room 1148,

College of Medicine & Health Sciences, Sultan Qaboos University, P O Box 35, Al-Khod 123, OMAN, Oman

~72: AL-BUSAIDI, Juma Zayid Khalifa;AL-HARTHI, Khazina Mohammed Masoud;AL-JABRI, Ali Abdullah

Hasan;HASSON, Sidgi Syed Anwer Abdo~

2019/07425 ~ Complete ~54:OCEAN TIDAL CURRENT ENERGY POWER GENERATING SYSTEM

~71:GUODIAN UNITED POWER TECHNOLOGY COMPANY LTD., Building 1, Yard 16, W. 4th Ring Rd., Haidian

Dist., People's Republic of China ~72: CHU, Jingchun;JIA, Fayong;PAN, Lei;WANG, Ting;YUAN, Ling~ 33:CN

~31:201710576212.8 ~32:14/07/2017

2019/07421 ~ Complete ~54:GRASPING DEVICE ~71:Catherine KHOURY-PRINSLOO, 410 Olifantsfontein

Road, Midrand, Johannesburg, Gauteng, 1683, South Africa;Luke SARKIS, 410 Olifantsfontein Road, Midrand,

Johannesburg, Gauteng, 1683, South Africa ~72: Catherine KHOURY-PRINSLOO;Luke SARKIS~ 33:ZA

~31:2018/07641 ~32:14/11/2018

2019/07435 ~ Complete ~54:SILO DYNAMIC VIBRATION ATTENUATION SYSTEM AND METHOD ~71:TU,

Phung, 7 Grant Street, Perth, Western Australia, 6000, Australia ~72: TU, Phung~ 33:AU ~31:AU2017903256

~32:14/08/2017

2019/07424 ~ Complete ~54:RUNNING GEAR FOR A RAIL VEHICLE AND ASSOCIATED RAIL VEHICLE

~71:BOMBARDIER TRANSPORTATION GMBH, Eichhornstraße 3, Germany ~72: AUER, Wolfgang;CARL,

Federic;SCHÖNEMANN, Thimo;WOLF, Andreas~ 33:GB ~31:1707571.4 ~32:11/05/2017

2019/07413 ~ Provisional ~54:AN INFANT SUPPORT KIT AND METHOD ~71:CHROME CHERRY LIMITED,

C/O Makerversity, Somerset House, Victoria Embankment, United Kingdom ~72: PEZZOTTA, Mara;SWART,

Pierre Radyn~

2019/07414 ~ Provisional ~54:MULTIPURPOSE TOWEL BAG ~71:KRENEK, Halyna, Unit 6, 4 Mooifontein

street, Birchleigh North, South Africa;YOUNG, GRANT KEITH, 2 Dairy Close, Southdowns Estate, South Africa

~72: KRENEK, Halyna;YOUNG, GRANT KEITH~


Page | 48

2019/07415 ~ Provisional ~54:E-PETROL ~71:Jeffrey Ellis, 44 shore break, north beach road, umdloti 4350,

South Africa ~72: Jeffrey Ellis~

2019/07423 ~ Complete ~54:SYMMETRICALLY DYNAMIC EQUALIZED VOLUME AND PRESSURE AIR

MANAGEMENT SYSTEM ~71:BASE AIR MANAGEMENT LIMITED, Level 11, 139 Macquarie Street, Australia

~72: ARRANTS, George;CALAWAY, Joseph;LEWIS, David, Bryan;VAUGHAN, Matthew~ 33:US

~31:62/520,918 ~32:16/06/2017;33:US ~31:62/573,587 ~32:17/10/2017;33:US ~31:62/626,373

~32:05/02/2018

2019/07428 ~ Complete ~54:A FLOORING BOARD SPACING ASSEMBLY ~71:DECKTEC PTY LTD, U4, 27

Godwin Street, Bulimba, Brisbane, 4171, Queensland, Australia ~72: PETER HAAS~ 33:AU ~31:2017100418

~32:12/04/2017;33:AU ~31:2017202416 ~32:12/04/2017

2019/07416 ~ Provisional ~54:A PLANT GROWTH SYSTEM ~71:DIVISION X (PTY) LTD, Ground Floor, Block D,

676 on Gallagher, South Africa ~72: HURDEEN, Rikash Ramrajh;UNSER, Evan James~

2019/07429 ~ Complete ~54:SUBSTITUTED N-ARYLETHYL-2-AMINOQUINOLINE-4-CARBOXAMIDES AND

USE THEREOF ~71:Bayer Aktiengesellschaft, Kaiser-Wilhelm-Allee 1, LEVERKUSEN 51373, GERMANY,

Germany;Bayer Pharma Aktiengesellschaft, Müllerstr. 178, BERLIN 13353, GERMANY, Germany ~72:

ANLAHR, Johanna;BAIRLEIN, Michaela;BECK, Hartmut;DIETZ, Lisa;DRÖBNER,

Karoline;FÜRSTNER, Chantal;HAUFF, Peter;JÖRIßEN, Hannah;KAST,

Raimund;MÜLLER, Jörg;MEININGHAUS, Mark;NAGEL, Jens;STELLFELD, Timo;VON

BÜHLER, Clemens-Jeremias~ 33:EP ~31:17165674.7 ~32:10/04/2017

2019/07558 ~ Complete ~54:HERBICIDALLY ACTIVE 3-PHENYLISOXAZOLINE-5-CARBOXAMIDES OF

TETRAHYDRO AND DIHYDROFURAN CARBOXYLIC ACIDS AND ESTERS ~71:BAYER

AKTIENGESELLSCHAFT, Kaiser-Wilhelm-Allee 1, Leverkusen, Germany;BAYER CROPSCIENCE

AKTIENGESELLSCHAFT, Alfred-Nobel-Str. 50, Germany ~72: BOJACK, Guido;DIETRICH,

Hansjörg;GATZWEILER, Elmar;HAAF, Klaus, Bernhard;LAW, Katherine, Rose;LINDELL, Stephen,

David;MACHETTIRA, Anu, Bheemaiah;PETERS, Olaf;ROSINGER, Christopher, Hugh~ 33:EP ~31:17175777.6

~32:13/06/2017

2019/07417 ~ Provisional ~54:CONJUGATE FOR TREATING CANCER ~71:STELLENBOSCH UNIVERSITY,

Admin B, Victoria Street, Stellenbosch, South Africa ~72: JOKONYA, Simbarashe;KLUMPERMAN,

Lubertus;RAUTENBACH, Marina~

2019/07422 ~ Complete ~54:LUBRICANT COMPOSITION FOR HYDRAULIC OIL ~71:DAELIM INDUSTRIAL

CO., LTD., Daelim Building, 36, Jong-ro 1 gil, Jongno-gu, Seoul, 03152, Republic of Korea ~72: HYEUNG JIN

LEE;JIN HUN JU~ 33:KR ~31:10-2019-0023681 ~32:28/02/2019

2019/07432 ~ Complete ~54:VALVED STENT FOR ORTHOTOPIC REPLACEMENT OF DYSFUNCTIONAL

CARDIAC VALVE AND DELIVERY SYSTEM ~71:NaviGate Cardiac Structures, Inc., 20412 James Bay Circle,

LAKE FOREST 92630, CA, USA, United States of America ~72: BERTWELL, Ryan;QUIJANO, Rodolfo~ 33:US

~31:62/505,964 ~32:14/05/2017

2019/07426 ~ Complete ~54:ASSAYS FOR SCREENING ACTIVITY OF MODULATORS OF MEMBERS OF THE

HYDROXYSTEROID (17-BETA) DEHYDROGENASE (HSD17B) FAMILY ~71:REGENERON

PHARMACEUTICALS, INC., 777 Old Saw Mill River Road, Tarrytown, 10591-6707, New York, United States of

America ~72: ANDREW MURPHY;DAVID ESOPI;JESPER GROMADA;JORGE HALLER;PANAYIOTIS

STEVIS;WILLIAM OLSON;YASHU LIU~ 33:US ~31:62/484,141 ~32:11/04/2017


Page | 49

2019/07430 ~ Complete ~54:SUBSTITUTED N-ARYLETHYL-2-ARYLQUINOLINE-4-CARBOXAMIDES AND USE

THEREOF ~71:Bayer Aktiengesellschaft, Kaiser-Wilhelm-Allee 1, LEVERKUSEN 51373, GERMANY,

Germany;Bayer Pharma Aktiengesellschaft, Müllerstr. 178, BERLIN 13353, GERMANY, Germany ~72:

ANLAHR, Johanna;ANLAUF, Sonja;BAIRLEIN, Michaela;BECK, Hartmut;DIETZ, Lisa;DRÖBNER,

Karoline;FÜRSTNER, Chantal;HAUFF, Peter;JÖRIßEN, Hannah;KAST,

Raimund;MÜLLER, Jörg;MÜNSTER, Uwe;MEININGHAUS, Mark;NAGEL, Jens;STELLFELD,

Timo;TERJUNG, Carsten;VON BÜHLER, Clemens-Jeremias~ 33:EP ~31:17165673.9 ~32:10/04/2017

2019/07431 ~ Complete ~54:SCRIPT BASED BLOCKCHAIN INTERACTION ~71:nChain Holdings Limited,



~32:26/05/2017;33:GB ~31:1708493.0 ~32:26/05/2017

2019/07436 ~ Provisional ~54:SMS SELF ACTIVATE ~71:deon bezuidenhout, 31seinheuwelstreet, South Africa

~72: deon bezuidenhout~

2019/07419 ~ Provisional ~54:PROTECTION DEVICE FOR A CROSS PAVEMENT TROLLEY ~71:SBV

SERVICES (PROPRIETARY) LIMITED, SBV House, Corner of 11th Avenue and 8th Street, Houghton,

JOHANNESBURG 2198, Gauteng, SOUTH AFRICA, South Africa ~72: SINGH, Mahandranath;STEWART,

Russell~

2019/07427 ~ Complete ~54:PROCESS FOR HYDROGEN PRODUCTION ~71:TEC ADVANCED ANSTALT,

Herrengasse 21, 9490, Vaduz, Liechtenstein ~72: OLGUN TANBERK;TILSIM VON LIECHTENSTEIN~ 33:EP

~31:17167999.6 ~32:25/04/2017

2019/07434 ~ Complete ~54:SIMULATION EVALUATION MODEL OF HIGH VOLTAGE RIDE THROUGH

CAPABILITY, SIMULATION EVALUATION METHOD BASED ON THE SAME AND STORAGE MEDIUM

~71:GUODIAN UNITED POWER TECHNOLOGY COMPANY LTD., Building 1, Yard 16, W. 4th Ring Rd., Haidian

Dist., People's Republic of China ~72: CHEN, Wenchao;CHU, Jingchun;DING, Yan;DU, Wen;JIAO, Chong;LI,

Yanping;LIN, Xuefeng;PAN, Lei;WANG, Qian;XIE, Fa;YUAN, Ling~ 33:CN ~31:201711192186.5 ~32:24/11/2017

2019/07433 ~ Complete ~54:IMPROVED LIGHTING APPARATUS ~71:Lunar Lighting Pty Ltd, PO Box 264,

BLACKHEATH 2785, NEW SOUTH WALES, AUSTRALIA, Australia ~72: OSSOLINSKI, George~ 33:AU

~31:2017901307 ~32:10/04/2017

2019/07418 ~ Provisional ~54:MEGAPEG - IT'S PEGS 2.0 ~71:Barry-John Brown, 6 Tagus St, Manenberg, South

Africa ~72: Barry-John Brown~

- APPLIED ON 11/11/2019 -

2019/07452 ~ Complete ~54:SCHEDULING REQUEST TRANSMISSION CONTROL METHOD AND RELATED

PRODUCT ~71:GUANGDONG OPPO MOBILE TELECOMMUNICATIONS CORP., LTD., No. 18 Haibin Road,

Wusha, Chang'an Dongguan, People's Republic of China ~72: LIN, Yanan;ZHANG, Zhi~

2019/07465 ~ Complete ~54:ANTIBODIES WITH FUNCTIONAL DOMAINS IN THE ELBOW REGION BETWEEN

VARIABLE AND CONSTANT DOMAIN ~71:INSTITUTE FOR RESEARCH IN BIOMEDICINE, Via Vincenzo Vela

6, 6500, Bellinzona, Switzerland ~72: ANTONIO LANZAVECCHIA;LUCA PICCOLI~ 33:EP

~31:PCT/EP2017/069357 ~32:31/07/2017

2019/07442 ~ Provisional ~54:CLANGER ~71:Ryan Rodney de Robillard, 56Kirsten Grove, Playfair Road North

Beach, Durban, 4001, South Africa ~72: Ryan Rodney de Robillard~


Page | 50

2019/07460 ~ Complete ~54:IMPROVED PROTOCOL FOR TREATMENT OF LUPUS NEPHRITIS ~71:Aurinia

Pharmaceuticals Inc., 1203 – 4464 Markham Street, VICTORIA V8Z 7X8, BRITISH COLUMBIA, CANADA,

Canada ~72: HUIZINGA, Robert B.;SOLOMONS, Neil~ 33:US ~31:62/505,734 ~32:12/05/2017;33:US

~31:62/541,612 ~32:04/08/2017;33:US ~31:15/835,219 ~32:07/12/2017

2019/07440 ~ Provisional ~54:INFLATABLE FLOAT ~71:Grant Rutenberg, 3 Scirpus, Lake Michelle, Noordhoek,

Cape Town, Western Cape, 7975, South Africa ~72: Grant Rutenberg~

2019/07445 ~ Complete ~54:A COMPUTER IMPLEMENTED SYSTEM FOR OPERATING A FUND

~71:DISCOVERY LIMITED, One Discovery Place, corner of Rivonia and Katherine Street, Sandton, 2196, South

Africa ~72: GARETH FRIEDLANDER;HYLTON KALLNER~ 33:ZA ~31:2018/07531 ~32:09/11/2018

2019/07448 ~ Complete ~54:SYSTEM AND METHOD FOR IRRIGATION MANAGEMENT USING MACHINE

LEARNING WORKFLOWS ~71:VALMONT INDUSTRIES, INC., One Valmont Plaza, United States of America

~72: CARRITT, Andrew;DIXON, Joshua M.;LARUE, Jacob L.~ 33:US ~31:62/513,479 ~32:01/06/2017

2019/07456 ~ Complete ~54:METHOD OF TREATING TRAUMATIC BRAIN INJURY ~71:CytoSorbents

Corporation, 7 Deer Park Drive, Suite K, MONMOUTH 08852, NJ, USA, United States of America ~72: CHAN,

Phillip~ 33:US ~31:62/509,790 ~32:23/05/2017

2019/07462 ~ Complete ~54:EQUIPMENT MAINTENANCE MANAGEMENT SYSTEM ~71:BOSCH

SOLUÇÕES INTEGRADAS BRASIL LTDA, Via Anhanguera, Km 98, Jd. Eulina, Campinas, 13065-

900, Brazil ~72: HÉCTOR FERNANDO PALACIOS VARGAS;PAULO ROCCA DOS SANTOS

VIEIRA;RAFAEL DE MENEZES BARROS;RONAL RESMINI BALENA;TIAGO CARRIL PUIG~ 33:BR

~31:1020170095126 ~32:05/05/2017;33:BR ~31:1020180089200 ~32:02/05/2018

2019/07446 ~ Complete ~54:TELEHANDLER WITH CONTROL SYSTEM ~71:MANITOU ITALIA S.R.L., Via

Cristoforo Colombo, 2 - Località Cavazzona, 41013, Castelfranco Emilia (Modena), Italy ~72: MARCO

IOTTI~ 33:IT ~31:102018000010234 ~32:12/11/2018

2019/07466 ~ Complete ~54:PRODUCTS AND METHODS FOR THERAPEUTIC ADMINISTRATION OF

MICROORGANISMS TO NON-HUMAN ANIMALS ~71:ANIMAL MICROBIOME ANALYTICS, INC., 2929 Summit

St., Suite 207, Oakland, 94609, California, United States of America ~72: ALEXANDRA MARTIN;HOLLY H

GANZ;KARI R GOODMAN~ 33:US ~31:62/511,860 ~32:26/05/2017

2019/07459 ~ Complete ~54:DRIED COMPOSITION ~71:GlaxoSmithKline Biologicals SA, Rue de I'Institut

89, RIXENSART B-1330, BELGIUM, Belgium ~72: BOURLES, Erwan;JULLY, Vanessa~ 33:GB ~31:1707700.9

~32:12/05/2017

2019/07437 ~ Provisional ~54:MANHOLE COMPONENT ARRANGEMENT ~71:Luke Stanton RADEMAN, 7

Sandvygie Street, South Africa ~72: Luke Stanton RADEMAN~

2019/07451 ~ Complete ~54:METHODS AND APPARATUSES FOR DETECTING CONTROL CHANNELS IN

WIRELESS COMMUNICATION SYSTEMS ~71:GUANGDONG OPPO MOBILE TELECOMMUNICATIONS

CORP., LTD., No. 18 Haibin Road, Wusha, Chang'an Dongguan, People's Republic of China ~72: XU, Hua~

33:US ~31:62/500,151 ~32:02/05/2017

2019/07453 ~ Complete ~54:USER EQUIPMENT AND BASE STATION APPARATUS ~71:NTT Docomo Inc., 11-

1, Nagatacho 2-chome, Chiyoda-ku, TOKYO 1006150, JAPAN, Japan ~72: ANDOU, Kei~ 33:JP ~31:2017-

151737 ~32:04/08/2017


Page | 51

2019/07455 ~ Complete ~54:A T-PIECE FOR USE IN A WATER DIVERTER ~71:Rain Harvesting Pty Ltd, 12

Mayneview Street, MILTON 4064, QLD, AUSTRALIA, Australia ~72: LEE SEE, Anton~ 33:AU ~31:2017901345

~32:12/04/2017

2019/07464 ~ Complete ~54:PROCESS FOR PREPARING A SURFACE TREATED FILLER MATERIAL

PRODUCT WITH MONO-SUBSTITUTED SUCCINIC ANHYDRIDE(S) AND A MIXTURE OF ALIPHATIC LINEAR

OR BRANCHED CARBOXYLIC ACIDS COMPRISING STEARIC ACID ~71:OMYA INTERNATIONAL AG,

Baslerstrasse 42, 4665, Oftringen, Switzerland ~72: FRANCESCO PULLEGA;MATTHIAS WELKER;PIERRE

BLANCHARD;TAZIO FORNERA~ 33:EP ~31:17176142.2 ~32:14/06/2017;33:US ~31:62/522,759

~32:21/06/2017

2019/07468 ~ Complete ~54:IMPROVEMENTS IN OR RELATING TO ENERGETIC MATERIALS ~71:LEWTAS

SCIENCE & TECHNOLOGIES LTD, 264 Banbury Road, Oxford, OX2 7DY, Oxfordshire, United Kingdom

~72: DANIEL JUBB;KENNETH LEWTAS;MARK PRICE~ 33:GB ~31:1705723.3 ~32:10/04/2017

2019/07438 ~ Provisional ~54:KEYPAD ENABLING SYSTEM AND METHOD ~71:RV ELECTRONICS AND

AUTOMATION (PTY) LTD., Fancourt Office Park, 9 Felstead Road, NORTHRIDING 2169, Gauteng, SOUTH

AFRICA, South Africa ~72: KANTOR, Ricardo Garnett~

2019/07444 ~ Complete ~54:METHOD FOR NON-INVASIVE MONITORING OF FLUORESCENT TRACER

AGENT WITH BACKGROUND SEPARATION CORRECTIONS ~71:MediBeacon Inc., 1100 Corporate Square

Drive, Suite 175, ST. LOUIS 63132 , MO, USA, United States of America ~72: BECHTEL, Kate;KEATING,

Jennifer;SCHULTZ, Kimberly;SOLOMON, Edward~ 33:US ~31:62/452,021 ~32:30/01/2017

2019/07458 ~ Complete ~54:PARAMETERISABLE SMART CONTRACTS ~71:nChain Holdings Limited,



~32:22/05/2017;33:GB ~31:1708192.8 ~32:22/05/2017;33:GB ~31:1708196.9 ~32:22/05/2017;33:GB

~31:1708198.5 ~32:22/05/2017;33:GB ~31:1708200.9 ~32:22/05/2017

2019/07443 ~ Complete ~54:A METHOD AND SYSTEM FOR ADMINISTRATING TRAVEL EXPENSES AND

RELATED ACTIVITIES ~71:PAMBOBYTE (PTY) LTD, 12 DE WET STREET, ALBERANTE, ALBERTON, 1450,

SOUTH AFRICA, South Africa ~72: PIENAAR, Samuel, Petrus~ 33:ZA ~31:2019/05825 ~32:03/09/2019

2019/07461 ~ Complete ~54:ALPHAVIRUS NEOANTIGEN VECTORS ~71:GRITSTONE ONCOLOGY, INC.,

5858 Horton Street, Suite 210, United States of America ~72: BLAIR, Wade;GITLIN, Leonid;JOOSS,

Karin;RAPPAPORT, Amy Rachel;SCALLAN, Ciaran Daniel~ 33:US ~31:62/503,283 ~32:08/05/2017;33:US

~31:62/523,201 ~32:21/06/2017;33:US ~31:62/590,163 ~32:22/11/2017

2019/07447 ~ Complete ~54:BEEKEEPING SYSTEM ~71:DU PLESSIS SHALOM FAMILY TRUST, 661

AURELIA, GARSFONTEIN, South Africa ~72: RENIER DU PLESSIS~ 33:ZA ~31:2018/06693 ~32:09/10/2018

2019/07450 ~ Complete ~54:USE OF A PARAFFINIC GASOIL ~71:SHELL INTERNATIONALE RESEARCH

MAATSCHAPPIJ B.V., Carel van Bylandtlaan 30, HR The Hague, Netherlands ~72: CLARK, Richard, Hugh;GEE,

Michael;WILLIAMS, Rodney, Glyn~ 33:EP ~31:17179423.3 ~32:03/07/2017

2019/07457 ~ Complete ~54:CONSTRAINING INJECTION OF UNLOCKING TRANSACTION BYTECODE

~71:nChain Holdings Limited, Fitzgerald House, 44 Church Street, ST. JOHN'S, ANTIGUA &

BARBUDA, Antigua and Barbuda ~72: CHAN, Ying;KRAMER, Dean~ 33:GB ~31:1708185.2

~32:22/05/2017;33:GB ~31:1708190.2 ~32:22/05/2017;33:GB ~31:1708192.8 ~32:22/05/2017;33:GB

~31:1708196.9 ~32:22/05/2017;33:GB ~31:1708198.5 ~32:22/05/2017;33:GB ~31:1708200.9 ~32:22/05/2017


Page | 52

2019/07441 ~ Provisional ~54:INTELLIGENT PHONE COVE ~71:Simon Petrus Keyser, 1 Seaview Road, South

Africa ~72: Nicolaas Franciscus Petrus Keyser;Simon Petrus Keyser~

2019/07449 ~ Complete ~54:LIQUID FUEL DELIVERY AND USAGE SYSTEMS AND METHODS ~71:KOKO

NETWORKS LIMITED, 5, Rivaan Center, P.O. Box 888, Kenya;KOKO NETWORKS LIMITED, C/O Glenera

Management Services, Ground Floor, United Docks Business Park, Kwan Tee Street, Mauritius ~72: DA COSTA,

Micael;GAJJAR, Amit;SAXENA, Sagun;SHAH, Mehul;TIMMERMANS, Mathias;YOI, Payan Ole-Moi~ 33:KE

~31:KE/P/2017/002630 ~32:18/04/2017

2019/07439 ~ Provisional ~54:SYSTEM AND METHOD FOR VERIFYING AUTHENTICITY OF A DOCUMENT

~71:SKYBOLT, 24 HEROLD AVENUE, WENDYWOOD, 2090, SOUTH AFRICA, South Africa;SKYBOLT, TIGNE

PLACE, BLOCK 12, OFFICE 2/2, TIGNE STREET, SLIEMA SLM, 3173, MALTA, Malta ~72: SOMA, Nitin~

2019/07454 ~ Complete ~54:TREATMENT OF ASTHMA WITH ANTI-TSLP ANTIBODY ~71:Amgen Inc., One

Amgen Center Drive, THOUSAND OAKS 91320-1799, CA, USA, United States of America;MedImmune LLC,

One MedImmune Way, GAITHERSBURG 20878, MD, USA, United States of America ~72: GRIFFITHS,

Janet;PARNES, Jane R.~ 33:US ~31:62/484,864 ~32:12/04/2017;33:US ~31:62/553,477

~32:01/09/2017;33:US ~31:62/553,575 ~32:01/09/2017

2019/07463 ~ Complete ~54:DEVICE FOR DRIVING A FLEXIBLE LANCE ~71:PEINEMANN EQUIPMENT B.V.,

Mandenmakerstraat 190, 3194, DG Hoogvliet, Netherlands ~72: PAUL VERSTRAETEN~ 33:NL ~31:2018861

~32:05/05/2017

2019/07467 ~ Complete ~54:C-TERMINAL CDNF AND MANF FRAGMENTS, PHARMACEUTICAL

COMPOSITIONS COMPRISING SAME AND USES THEREOF ~71:HELSINGIN YLIOPISTO, Yliopistonkatu 3,

00014 Helsingin Yliopisto, Finland ~72: LI YING YU;MARIA LINDAHL;MART SAARMA;MERJA

VOUTILAINEN;MIKKO AIRAVAARA~ 33:FI ~31:20175392 ~32:04/05/2017

- APPLIED ON 11/12/2019 -

2019/07484 ~ Complete ~54:6-PYRIMIDIN-ISOINDOLE DERIVATIVE AS ERK1/2 INHIBITOR ~71:OTSUKA

PHARMACEUTICAL CO., LTD., 2-9, KANDA TSUKASA-MACHI, CHIYODA-KU, TOKYO 1018535, JAPAN,

Japan ~72: ADAMCZYK, Bozena, Ewa;BAGULEY, Paul, Anthony;LINDLEY, Colin, Thomas;MELLING, Robert,

Craig;READER, Michael;SAUNDERS, Mark, Henry;SCARATI, Mirka;WILSHER, Nicola, Elizabeth~ 33:GB

~31:1706327.2 ~32:20/04/2017

2019/07493 ~ Complete ~54:DEVICE AND METHOD FOR DRYING A MOIST COMPRESSED GAS AND A

COMPRESSOR INSTALLATION PROVIDED WITH SUCH A DEVICE ~71:ATLAS COPCO AIRPOWER,

NAAMLOZE VENNOOTSCHAP, Boomsesteenweg 957, B-2610, Wilrijk, Belgium ~72: BART GEERTS~ 33:BE

~31:2017/5430 ~32:16/06/2017

2019/07483 ~ Complete ~54:LIQUID CRYSTALLINE DOSAGE FORM FOR ADMINISTERING A STATIN

~71:ZEENAR ENTERPRISES PTY LTD, Suite 4, 419 Bay Street, Australia ~72: KANNAR, David;MADMON,

Tomer;SZTO, Gregory Yu Foo~ 33:AU ~31:2017901444 ~32:20/04/2017;33:AU ~31:2017905102

~32:20/12/2017;33:AU ~31:2018900788 ~32:09/03/2018

2019/07492 ~ Complete ~54:METHOD AND DEVICE FOR CLEANING INTERIORS OF CONTAINERS AND

FACILITIES ~71:BANG & CLEAN GMBH, Bünzweg 15, 5504, Othmarsingen, Switzerland ~72:

MARKUS BÜRGIN~ 33:CH ~31:00682/17 ~32:24/05/2017


Page | 53

2019/07502 ~ Complete ~54:PROCESSES AND SYSTEMS FOR SEPARATING CARBON DIOXIDE IN THE

PRODUCTION OF ALKANES ~71:DOW GLOBAL TECHNOLOGIES LLC, 2040 Dow Center Midland, United

States of America ~72: FISH, Barry Brent;GROENENDIJK, Peter E.;MALEK, Andrzej;NIESKENS, Davy

L.S.;STEARS, Brien A.~ 33:US ~31:62/491,663 ~32:28/04/2017

2019/07501 ~ Complete ~54:ENERGY STORAGE SYSTEM ~71:CATERPILLAR GLOBAL MINING LLC, 97 E.

Congress Street Tucson, United States of America ~72: MILKOWSKI, Arthur;MILLER, Peter, J.~ 33:US

~31:15/499,978 ~32:28/04/2017

2019/07495 ~ Complete ~54:RADAR LEVEL GAUGE FOR MEASURING THE VOLUME OF BULK PRODUCTS

IN TANKS ~71:JOINT STOCK COMPANY "LIMACO", 44-30 Puzakova str., Russian Federation ~72:

LIBERMAN, Aleksandr Vladimirovich;LICHKOV, Gennadii Gennadievich;TARNOVSKII, Andrei Valerievich~

33:RU ~31:2017120253 ~32:08/06/2017

2019/07557 ~ Complete ~54:SHARK DETERRING EQUIPMENT ~71:Uys, Cornelis Frank, 7 LOUIS FOURIE

STREET, South Africa ~72: Uys, Cornelis Frank~ 33:ZA ~31:2018/07530 ~32:09/11/2018

2019/07486 ~ Complete ~54:HELMET ~71:MIPS AB, Källtorpsvägen 2, Sweden ~72: HALLDIN,

Peter;LINDBLOM, Kim~ 33:GB ~31:1708094.6 ~32:19/05/2017

2019/07491 ~ Complete ~54:ADHESIVE ~71:WOOD ONE CO., LTD., 1-1, Mokuzaikouminami, Hatsukaichi-shi,

Hiroshima, 7388502, Japan ~72: MASAYOSHI HORITO;NAOKO KURUSHIMA;TOMOYUKI

MATSUMAE;YOSHIKAZU YAZAKI~ 33:JP ~31:2017-086627 ~32:25/04/2017

2019/07475 ~ Provisional ~54:CONTROL ARRANGEMENT ~71:Stenker Farming (Pty) Ltd, 221 Landshut Drive,

Louwlardia, South Africa ~72: JONKER, Johannes Petrus;STEENKAMP, Jan Harm Jacobus~

2019/07496 ~ Complete ~54:METHOD BASED ON FORM FIELDS FOR ARRANGING EXAMINATION AND

APPROVAL ROLES AT WORKFLOW EXAMINATION AND APPROVAL NODES ~71:CHENGDU QIANNIUCAO

INFORMATION TECHNOLOGY CO., LTD., No. 1609, 16th floor, Hemei Haitang Center (Tianfu Chuangke) No.

2039, South Section of Tianfu Avenue, Tianfu New Area, China (Sichuan) Pilot Free Trade Zone, People's

Republic of China ~72: CHEN, Dazhi~ 33:CN ~31:201710345031.4 ~32:16/05/2017

2019/07476 ~ Provisional ~54:ALCOHOL SWEE ~71:Samkeliso Queen Shabangu, 109 Poswayo street, South

Africa ~72: Samkeliso Queen Shabangu~ 33:ZA ~31:20191112 ~32:11/11/2019

2019/07481 ~ Complete ~54:ANTIBODY-CYTOKINE ENGRAFTED PROTEINS AND METHODS OF USE FOR

IMMUNE RELATED DISORDERS ~71:NOVARTIS AG, Lichtstrasse 35, Switzerland ~72: DIAZ-DE-DURANA,

Yaiza;DIDONATO, Michael;FILIPPI, Christophe;MEEUSEN, Shelly;SPRAGGON, Glen~ 33:US ~31:62/510,514

~32:24/05/2017

2019/07485 ~ Complete ~54:COMBINATION COMPRISING A PPAR AGONIST SUCH AS ELAFIBRANOR AND

AN ACETYL-COA CARBOXYLASE (ACC) INHIBITOR ~71:GENFIT, 885 AVENUE EUGÈNE AVINÉE,

59120 LOOS, FRANCE, France ~72: BELANGER, Carole;DELBAERE, Isabelle;DESCAMPS, Emeline;LEGRY,

Vanessa;NOEL, Benoît;VIDAL, Guillaume;WALCZAK, Mathilde;WALCZAK, Robert~ 33:EP

~31:17305452.9 ~32:18/04/2017;33:EP ~31:18305150.7 ~32:13/02/2018

2019/07504 ~ Provisional ~54:A BUTTER CASINO CHIP CLEANING MACHINE ~71:FORTUNE GUMEDE, 2B

INGUNGULU STR ZONE 7, South Africa ~72: FORTUNE GUMEDE~


Page | 54

2019/07487 ~ Complete ~54:COMPOSITIONS AND TREATMENT PROCEDURES FOR THE TREATMENT OF

PATHOGENIC INFECTIONS ~71:SCHAUB, Walter, Rainstrasse 25, Switzerland ~72: SCHAUB, Walter~ 33:CH

~31:00599/17 ~32:04/05/2017

2019/07490 ~ Complete ~54:SEARCH SPACE MONITORING ~71:TELEFONAKTIEBOLAGET LM ERICSSON

(PUBL), Torshamnsgatan 23, 164 83, Stockholm, Sweden ~72: DANIEL LARSSON;HAVISH

KOORAPATY;STEFAN PARKVALL~ 33:US ~31:62/505,553 ~32:12/05/2017


Center Midland, United States of America ~72: BLACK, Marc, S.;BONEKAMP, Jeffrey, E.;DIGONNET,

Fabrice;JESPERSEN, Simon;LOWRY, Haley, A.;SCHUETTE, Chad, V.;SIDDIQUI, Muhammad;WALTHER,

Brian, W.~ 33:US ~31:62/489,217 ~32:24/04/2017

2019/07482 ~ Complete ~54:DATA STORAGE METHOD AND APPARATUS ~71:SAGE GLOBAL SERVICES

LIMITED, North Park Newcastle, upon Tyne Tyne and Wear, United Kingdom ~72: GUTIÉRREZ MORERA,

Ramón;HULME, John Richard;VOGELBERG, Klaus-Michael~ 33:EP ~31:17170931.4 ~32:12/05/2017

2019/07503 ~ Provisional ~54:CRYSTAL AIR ~71:DAVID SETLHOGO, 39 PHASE 2, South Africa ~72: DAVID

SETLHOGO~


Center Midland, United States of America ~72: BLACK, Marc S.;BONEKAMP, Jeffrey E.;DIGONNET,

Fabrice;JESPERSEN, Simon Tage;LOWRY, Haley A.;SCHUETTE, Chad V.;SIDDIQUI, Muhammad

Ali;WALTHER, Brian W.~ 33:US ~31:62/489,189 ~32:24/04/2017

2019/07630 ~ Provisional ~54:GRAVE FILLING ~71:WONDER MPHO LEKGOATHI, 2179 MAMELODI WEST,

SECTION G, MAKALEL STREET, South Africa ~72: WONDER MPHO LEKGOATHI~

2019/07479 ~ Complete ~54:DOWN-THE-HOLE DRILLING CONTROL SYSTEM FOR MOBILE DRILLING

MACHINES ~71:Caterpillar Global Mining Equipment LLC, 3501 S. FM Hwy 1417, United States of

America;Caterpillar Global Mining HMS GmbH, Karl-Funke-Strasse 36, Germany ~72: DIEKMANN,

Timo;GUNDA, Rajesh R.;HOULT, Ross L.;MOBERG, Carl J.;MOSHER, Gordon~ 33:US ~31:62/759989

~32:12/11/2018;33:US ~31:16/661817 ~32:23/10/2019

2019/07497 ~ Complete ~54:METHOD FOR SETTING FORM FIELD OPERATION AUTHORITY OF

WORKFLOW, AND METHOD FOR SETTING FORM FIELD OPERATION AUTHORITY OF APPROVAL NODE

~71:CHENGDU QIANNIUCAO INFORMATION TECHNOLOGY CO., LTD., No. 1609, 16th Floor, Hemei Haitang,

Center (Tianfu Chuangke) No. 2039, South Section of Tianfu avenue, Tianfu New Area, (Sichuan) Pilot Free

Trade Zone, People's Republic of China ~72: CHEN, Dazhi~ 33:CN ~31:201710344977.9 ~32:16/05/2017

2019/07488 ~ Complete ~54:COMBINATION THERAPY FOR PROSTATE CANCER ~71:Janssen

Pharmaceutica NV, Turnhoutseweg 30, BEERSE 2340, BELGIUM, Belgium ~72: SNYDER, Linda Anne;YU,

Margaret K.~ 33:US ~31:62/485,164 ~32:13/04/2017

2019/07489 ~ Complete ~54:PNEUMATIC ACTUATOR SYSTEM AND METHOD ~71:SUNFOLDING, INC., 3101

20th Street, San Francisco, 94110, California, United States of America ~72: ALEX TAN KWAN;ERIC PRESTON

LIEN SUAN;ERICA S. C LIN;JAMES VINCENT NOLAN;JEFFREY CHARLES LAMB;KYLE DOUGLASS

BETTS;LEILA MADRONE;LOUIS HONG BASEL;MATTHEW N SCHNEIDER;YOUNGJOO SHIN~ 33:US

~31:62/486,335 ~32:17/04/2017;33:US ~31:62/486,369 ~32:17/04/2017;33:US ~31:62/486,377

~32:17/04/2017


Page | 55

2019/07498 ~ Complete ~54:METHOD AND SYSTEM FOR HANDLING A CATCH OF FISH IN A FISHING

VESSEL ~71:LARSEN, Asbjørn Ingemar, Toftenes N-8432, Norway ~72: LARSEN, Asbjørn Ingemar~

33:NO ~31:20170906 ~32:01/06/2017

2019/07471 ~ Provisional ~54:PHOTOGRAPHY ~71:MPOTOANE, Abram Modise, 6 Magnolia Street, Esther

Park, South Africa ~72: MPOTOANE, Abram Modise~

2019/07478 ~ Complete ~54:A METHOD AND SYSTEM FOR ENABLING AUTOMATIC UTILITY METER

READING AND/OR MONITORING ~71:Meter Mirror (Pty) Ltd, 909 Rubenstein Drive, MORELETA PARK 0044,

SOUTH AFRICA, South Africa ~72: BERNARD, Nicholas Hendrik~ 33:ZA ~31:2018/06422 ~32:27/09/2018

2019/07473 ~ Provisional ~54:STATIONARY ROWING MACHINE ~71:DE JONGE, Hendrik, Jan, FORBES

AVENUE 66, PORT ELIZABETH, 6001, SOUTH AFRICA, South Africa ~72: DE JONGE, Hendrik, Jan~

2019/07494 ~ Complete ~54:INTERFERENCE MEASUREMENTS AND CHANNEL STATE INFORMATION

FEEDBACK FOR MULTI-USER MULTIPLE-IN MULTIPLE-OUT ~71:TELEFONAKTIEBOLAGET LM ERICSSON

(PUBL), , SE-164 83, Stockholm, Sweden ~72: MATTIAS FRENNE;ROBERT MARK HARRISON;SEBASTIAN

FAXÉR;SHIWEI GAO;SIVA MURUGANATHAN;STEPHEN GRANT~ 33:US ~31:62/502,454

~32:05/05/2017

2019/07472 ~ Provisional ~54:WIFI-IN-TRANSIT ~71:Busisiwe Mabunda, 3568 Dungeni Street, Daveyton, South

Africa;Derwin Ngomane, 35 Jewel Place, South Africa ~72: Busisiwe Mabunda;Derwin Ngomane~

2019/07474 ~ Provisional ~54:EZETIMIBE FOR USE IN CANCER TREATMENT ~71:UNIVERSITY OF SOUTH

AFRICA, Muckleneuk Campus, Theo van Wyk Building, PRETORIA 0001, SOUTH AFRICA, South Africa ~72:

NTWASA, Monde~

- APPLIED ON 11/13/2019 -

2019/07522 ~ Complete ~54:QUATERNIZED NICOTINAMIDE ADENINE DINUCLEOTIDE SALVAGE PATHWAY

INHIBITOR CONJUGATES ~71:SEATTLE GENETICS, INC., 21823 30th Drive SE, Bothell, 98021, Washington,

United States of America ~72: CHRISTOPHER SCOTT NEUMANN;KATHLEEN OLIVAS;KUNG-PERN

WANG;ROBERT LYON~ 33:US ~31:62/490,733 ~32:27/04/2017;33:US ~31:62/573,987 ~32:18/10/2017

2019/07529 ~ Complete ~54:FEEDER ~71:MMD DESIGN & CONSULTANCY LIMITED, Cotes Park Lane

Cotes Park Industrial Estate, Somercotes, DE55 4NJ, Derbyshire, United Kingdom ~72: CHRISTOPHER

PEARSON~ 33:GB ~31:1709467.3 ~32:14/06/2017

2019/07533 ~ Complete ~54:CHANGEABLE BUTTONS ~71:MAGILL, Gary, Lionel, 10 ZONNEBLOEM ESTATE,

9 WHIPSTICK STREET, MORELETAPARK, PRETORIA, South Africa ~72: MAGILL, Gary, Lionel~ 33:ZA

~31:2018/05370 ~32:13/08/2018

2019/07509 ~ Provisional ~54:MONITORING DEVICE AND METHOD ~71:SHAW, Shane, 6 Poortview Gardens,

Vieira Road, Amorosa, ROODEPOORT 1724, Gauteng, SOUTH AFRICA, South Africa ~72: SHAW, Shane~

2019/07534 ~ Complete ~54:FILMS FOR PACKAGING OF FOODSTUFFS ~71:CSIR, SCIENTIA, MEIRING

NAUDE ROAD, PRETORIA, 0001, SOUTH AFRICA, South Africa ~72: BANDYOPADHYAY, Jayita;KHOZA,

Mary;LEKALAKALA, Rakgoshi, K.;MAPOKO, Lesley;MOTLOUNG, Mpho;OJIJO, Vincent;RAY, Suprakas,

Sinha;SCRIBA, Manfred;SKOSANA, Sifiso;ZUNGU, Simphiwe~

2019/07511 ~ Complete ~54:RAZOR MESH PANEL ~71:COCHRANE STEEL PRODUCTS (PTY) LTD, 125 Fitter

Road, Spartan, South Africa ~72: RICHARD BRUCE COCHRANE~ 33:ZA ~31:2018/07605 ~32:13/11/2018


Page | 56

2019/07507 ~ Provisional ~54:A STUD FOR AN EAR IDENTIFICATION UNIT ~71:SENTRAC CC, 4B Gross

Street Tunney 4B Gross Street, Tunney, Elandsfontein, 1429, South Africa ~72: COLIN VICTOR WILSON~

2019/07525 ~ Complete ~54:COMBINATION OF A 5-HT6 RECEPTOR ANTAGONIST AND AN

ACETYLCHOLINESTERASE INHIBITOR FOR USE IN THE TREATMENT OF ALZHEIMER'S DISEASE IN A

PATIENT SUBPOPULATION CARRYING APOE4 ALLELES ~71:H. LUNDBECK A/S, Ottiliavej 9, 2500, Valby,

Denmark ~72: KRISTIAN WINDFELD~ 33:DK ~31:PA201700313 ~32:24/05/2017;33:DK ~31:PA201700538

~32:29/09/2017

2019/07516 ~ Complete ~54:RADIO LINK RECOVERY FOR USER EQUIPMENT ~71:NOKIA TECHNOLOGIES

OY, KARAKAARI 7, 02610 ESPOO, FINLAND, Finland ~72: NAIR, Suresh~ 33:US ~31:62/488,179

~32:21/04/2017;33:US ~31:15/700,940 ~32:11/09/2017

2019/07508 ~ Provisional ~54:WATER RECYCLING ~71:NUVEST RECOVERY SOLUTIONS (PTY) LTD, 65

Philip Engelbrecht Dr, Meyersdal, 1448, South Africa ~72: ARTHUR PRETORIUS;IAN TUNNICLIFFE~

2019/07513 ~ Complete ~54:HUMAN ANTIBODIES TO BET V 1 AND METHODS OF USE THEREOF

~71:REGENERON PHARMACEUTICALS, INC., 777 Old Saw Mill River Road, Tarrytown, United States of

America ~72: BADITHE, Ashok;KAMAT, Vishal;LIU, Yashu;MURPHY, Andrew, J.;ORENGO, Jamie, M.~ 33:US

~31:62/513,872 ~32:01/06/2017;33:US ~31:62/571,696 ~32:12/10/2017;33:US ~31:62/662,165

~32:24/04/2018

2019/07515 ~ Complete ~54:PROCESS FOR THE PREPARATION OF PIRLINDOLE ENANTIOMERS AND ITS

SALTS ~71:TECNIMEDE, SOCIEDADE TÉCNICO-MEDICINAL, SA, RUA DA TAPADA GRANDE, N⁰2,

ABRUNHEIRA-SINTRA, 2710-089 SINTRA, PORTUGAL, Portugal ~72: CORDEIRO SIMÕES, Ana,

Vanessa;DA COSTA PEREIRA ROSA, Carla, Patrícia;RAMOS DAMIL, João, Carlos;SILVA SERRA,

João, Pedro~ 33:PT ~31:110038 ~32:21/04/2017;33:EP ~31:17167852.7 ~32:24/04/2017

2019/07514 ~ Complete ~54:DIAGNOSTIC ASSAYS FOR DETECTING, QUANTIFYING, AND/OR TRACKING

MICROBES AND OTHER ANALYTES ~71:INTELLIGENT MATERIAL SOLUTIONS INC., 201 Washington Road,

Princeton, NJ, United States of America;LOCUS AGRICULTURE IP COMPANY, LLC, 30500 Aurora Road, Suite

180 Solon, United States of America ~72: BELL, Howard;COLLINS, Josh;MATHUR, Eric, J.;SHIBATA, Scott,

Alan;ZORNER, Paul~ 33:US ~31:62/507,895 ~32:18/05/2017

2019/07519 ~ Complete ~54:METHOD FOR THE CATALYTIC OXIDATION OF AMMONIA GAS

~71:thyssenkrupp AG, ThyssenKrupp Allee 1, ESSEN 45143 , GERMANY, Germany;thyssenkrupp Industrial

Solutions AG, ThyssenKrupp Allee 1, ESSEN 45143, GERMANY, Germany ~72: GROVES, Michael;MATHIAK,

Jens~ 33:DE ~31:10 2017 209 257.2 ~32:01/06/2017

2019/07527 ~ Complete ~54:ELICITOR-DERIVED PEPTIDES AND USE THEREOF ~71:PLANT HEALTH CARE,

INC., 2626 Glenwood Avenue, Suite 350, Raleigh, 27608 , North Carolina, United States of America ~72:

GREGORY A ZORNETZER;ZHONGMIN WEI~ 33:US ~31:62/511,517 ~32:26/05/2017

2019/07506 ~ Provisional ~54:WATER EXIT RAMP ~71:Corleen van Wyk, 36 Athens Road, South Africa ~72:

Corleen van Wyk~

2019/07510 ~ Complete ~54:AN EFFERVESCENT AGROCHEMICAL TABLET AND METHOD FOR

PREPARING ~71:ROLFES AGRI (PTY) LTD, 288 Mundt Street, Watloo, South Africa ~72: SCOTT, Anell~ 33:ZA

~31:2018/08439 ~32:14/12/2018


Page | 57

2019/07517 ~ Complete ~54:PROCESS FOR THE PREPARATION OF PIPERAZINE RING FOR THE

SYNTHESIS OF PYRAZINOCARBAZOLE DERIVATIVES ~71:TECNIMEDE, SOCIEDADE TÉCNICO-

MEDICINAL, SA, RUA DA TAPADA GRANDE, N⁰2, ABRUNHEIRA-SINTRA, 2710-089 SINTRA, PORTUGAL,

Portugal ~72: CORDEIRO SIMÕES, Ana, Vanessa;DA COSTA PEREIRA ROSA, Carla,

Patrícia;RAMOS DAMIL, João, Carlos;SILVA SERRA, João, Pedro~ 33:PT ~31:110037

~32:21/04/2017;33:EP ~31:17167851.9 ~32:24/04/2017

2019/07523 ~ Complete ~54:RECONFIGURABLE HIP PROSTHESIS, METHOD OF USE AND KIT ~71:HIP

INNOVATION TECHNOLOGY, LLC, 6537 Via Rosa Boca, Raton, 33433, Florida, United States of America ~72:

BRIAN VANHIEL;GEORGE DIAMANTONI;TAYLOR DAVIS;ZAFER TERMANINI~ 33:US ~31:62/509,304

~32:22/05/2017

2019/07531 ~ Complete ~54:AN UNDERGROUND CABLE ANCHORING DEVICE ~71:MEYER, Gerrit, Hendrik,

Plot 4 Kameelfontein Weg, Kameelfontein, Roodeplaat, South Africa ~72: MEYER, Gerrit, Hendrik~ 33:GB

~31:1718618.0 ~32:10/11/2017

2019/07530 ~ Complete ~54:ELECTRONIC PLATFORM, SYSTEMS, AND METHODS FOR PLANNING

POLISHED DIAMOND PARAMETERS TO ENABLE INDIVIDUAL DIAMOND TRANSACTIONS ~71:CLARA

DIAMOND SOLUTIONS LIMITED PARTNERSHIP, P.O. Box 49314, Suite 2600, Three Bentall Centre, 595

Burrard Street, Canada ~72: ARIEL, Aaron;STOLOV, Ophir E.~ 33:EP ~31:17171390.2 ~32:16/05/2017;33:US

~31:15/808,793 ~32:09/11/2017

2019/07521 ~ Complete ~54:METHOD FOR IN SITU MIXING OF LIQUID COMPOSITIONS WITH OFFSET

LIQUID INFLUX ~71:The Procter & Gamble Company, One Procter & Gamble Plaza, CINCINNATI

45202, OH, USA, United States of America ~72: CAPECI, Scott William;CHEN, Hongling;GU, Chong;NG, Boon

Ho;ZHANG, Qi~

2019/07518 ~ Complete ~54:METHOD FOR PRODUCING A STEEL PART AND CORRESPONDING STEEL

PART ~71:ARCELORMITTAL, 24-26, Boulevard d'Avranches, Luxembourg ~72: Bernard RESIAK (French

Citizen)~ 33:IB ~31:PCT/IB2017/053004 ~32:22/05/2017

2019/07505 ~ Provisional ~54:CHAIR ~71:DE JONG, Dion Gerald, No. 14 Maccines Road, Glenferness, Kyalami,

Gauteng, 2191, South Africa ~72: DE JONG, Dion Gerald~

2019/07528 ~ Complete ~54:DATA INDICATING METHOD AND RELATED PRODUCTS ~71:GUANGDONG

OPPO MOBILE TELECOMMUNICATIONS CORP., LTD., No. 18, Haibin Road, Wusha, Chang'an

Dongguan, 523860, Guangdong, People's Republic of China ~72: YANAN LIN~

2019/07526 ~ Complete ~54:POD ASSEMBLY, DISPENSING BODY, AND E-VAPOR APPARATUS INCLUDING

THE SAME ~71:ALTRIA CLIENT SERVICES LLC, 6601 West Broad Street, Richmond, 23230, Virginia, United

States of America ~72: CRISTIAN POPA;ERIC HAWES;JAMES YORKSHADES;RAYMOND LAU;RYAN

NEWCOMB;TERRY BACHE~ 33:US ~31:15/601,365 ~32:22/05/2017

2019/07512 ~ Complete ~54:METHOD AND APPARATUS FOR PREPARING GASOLINE AND AROMATICS BY

USING FISCHER-TROPSCH SYNTHESIS EXHAUST ~71:Institute of Coal Chemistry, Chinese Academy of

Sciences, 27 South Taoyuan Road, Taiyuan, People's Republic of China ~72: DONG, Mei;FAN, Weibin;JIAO,

Weiyong;LI, Junfen;QIN, Zhangfeng;WANG, Jianguo;WU, Zhiwei;ZHU, Huaqing~ 33:CN ~31:201811360175.8

~32:15/11/2018

2019/07520 ~ Complete ~54:STABLE LIQUID FORMULATIONS OF PROTHIOCONAZOLE ~71:UPL LTD,

Agrochemical Plant, Durgachak, Midnapore Dist., HALDIA 721 602, WEST BENGAL, INDIA, India ~72:


Page | 58

SHIRSAT, Rajan;SHROFF, Jaidev Rajnikant;SHROFF, Vikram Rajnikant;VAN DER LAAN, Alexander Cornelis~

33:IN ~31:201731017542 ~32:18/05/2017

2019/07524 ~ Complete ~54:ANTI TRBC1 ANTIGEN BINDING DOMAINS ~71:AUTOLUS LIMITED, Forest

House, 58 Wood Lane, London, W12 7RZ, United Kingdom ~72: RAM JHA;SHAUN CORDOBA;SHIMOBI

ONUOHA;SIMON THOMAS;WEN CHEAN LIM~ 33:GB ~31:1709203.2 ~32:09/06/2017

- APPLIED ON 11/14/2019 -

2019/07555 ~ Complete ~54:LAVATORY ~71:GEBERIT INTERNATIONAL AG, Schachenstr. 77, Switzerland

~72: Maurus ZWICKER (Swiss Citizen);Rolf WEISS (Swiss Citizen)~ 33:DE ~31:20 2017 003 022.5

~32:09/06/2017

2019/07636 ~ Complete ~54:REAL-TIME DATA ACQUISITION AND RECORDING SYSTEM VIEWER ~71:Wi-

Tronix, LLC, 631 E. Boughton Road, Suite 240, BOLINGBROOK 60440, IL, USA, United States of America ~72:

JORDAN, Lawrence B.;PATEL, Savankumar V.;WEAVER, Bryan~ 33:US ~31:62/337,225

~32:16/05/2016;33:US ~31:62/337,227 ~32:16/05/2016;33:US ~31:62/337,228 ~32:16/05/2016;33:US

~31:15/595,650 ~32:15/05/2017;33:US ~31:15/595,689 ~32:15/05/2017

2019/07541 ~ Complete ~54:ALUMINIUM FRAME ARRANGEMENT ~71:WISPECO (PTY) LTD, 678 Potgieter

Street, Alrode, GERMISTON 1451, Gauteng, SOUTH AFRICA, South Africa ~72: FOURIE, Waldo~ 33:ZA

~31:2018/05396 ~32:14/08/2018

2019/07550 ~ Complete ~54:RULES BASED USER INTERFACE GENERATION ~71:MICROSOFT

TECHNOLOGY LICENSING, LLC, One Microsoft Way, Redmond, 98052-6399, Washington, United States of

America ~72: BRIAN DAVID CROSS;DARREN R DAVIS;JAN HAROLD KARACHALE;KENTON A

SHIPLEY;NATHAN T RADEBAUGH;NISHAD MULYE;PATRICK J DERKS;PAUL DYKSTRA;RAMRAJPRABU

BALASUBRAMANIAN;WILLIAM SCOTT STAUBER~

2019/07565 ~ Complete ~54:A TRAP UNIT AND SYSTEM ~71:S A SENSATIONAL SEAFOODS, Cnr of Valley

& Westerford Roads, Hout Bay, South Africa ~72: GARRY TORBIN NEL~ 33:ZA ~31:2018/07639

~32:14/11/2018

2019/07573 ~ Complete ~54:SPIRAL CONVEYOR SYSTEM FOR IMMERSING ITEMS IN A LIQUID

~71:STEVEN KELLEY, 33 Woodsmere Close, Canada ~72: STEVEN KELLEY~ 33:CA ~31:2,968,115

~32:24/05/2017

2019/07542 ~ Complete ~54:SOIL AMENDMENT AND PREPARATION METHOD AND APPLICATION METHOD

THEREOF ~71:JILIN JIANZHU UNIVERSITY, No. 5088 Xincheng Street, Jingyue District, People's Republic of

China ~72: Lili DONG;Minglan JIN;Yingying XU;Yingzi LIN~

2019/07551 ~ Complete ~54:CLOSURE ~71:UNILEVER PLC, Unilever House, 100 Victoria Embankment,

London, Greater London, EC4Y 0DY, United Kingdom ~72: GREGORY LALIER;SLAVICA CESARE~ 33:US

~31:15/611,781 ~32:01/06/2017

2019/07538 ~ Complete ~54:TOWED UNDERWATER GEOELECTRIC DETECTION SYSTEM AND METHOD

~71:ANHUI UNIVERSITY OF SCIENCE AND TECHNOLOGY, No.168 Taifeng Street, Huainan City, People's

Republic of China ~72: LI, Shenglin;LIU, Chang;OU, Yuanchao;SUN, Binyang;XU, Shiang;ZHANG, Pingsong~

33:CN ~31:201911007529.5 ~32:22/10/2019

2019/07539 ~ Complete ~54:PIT LINER ~71:LIXIL CORPORATION, 2-1-1 Ojima Koto-ku, Tokyo, 136-8535,

Japan ~72: DAIGO ISHIYAMA~ 33:US ~31:62/890,993 ~32:23/08/2019


Page | 59

2019/07554 ~ Complete ~54:USING TELEMATICS DATA TO IDENTIFY A TYPE OF A TRIP ~71:CAMBRIDGE

MOBILE TELEMATICS INC., 101 Main Street, 14th Floor, Cambridge, 02142, Massachusetts, United States of

America ~72: JUN-GEUN PARK~ 33:US ~31:15/596,384 ~32:16/05/2017;33:US ~31:15/874,017

~32:18/01/2018

2019/07556 ~ Complete ~54:EXPRESSION VECTOR AND METHOD FOR THE STABLE PRODUCTION OF A

PROTEIN IN A PLANT, IN PARTICULAR A WHOLE RECOMBINANT ANTIBODY IN A CEREAL ENDOSPERM

~71:Transactiva S.r.l., Via J. Linussio, 51, UDINE 33100, ITALY, Italy ~72: MARCHETTI, Stefano;PATTI,

Tamara~ 33:IT ~31:102017000042052 ~32:14/04/2017

2019/07552 ~ Complete ~54:RECOMBINANT HUMAN ACID ALPHA-GLUCOSIDASE ~71:AMICUS

THERAPEUTICS, INC., 1 Cedar Brook Drive, Cranbury, 08512, New Jersey, United States of America ~72:

ENRIQUE DILONÉ;HING CHAR;HUNG DO;RICHIE KHANNA;RUSSELL GOTSCHALL;SERGEY

TESLER;WENDY SUNDERLAND;YI LUN~ 33:US ~31:62/506,561 ~32:15/05/2017;33:US ~31:62/506,569

~32:15/05/2017;33:US ~31:62/506,574 ~32:15/05/2017;33:US ~31:62/529,300 ~32:06/07/2017;33:US

~31:62/564,083 ~32:27/09/2017;33:US ~31:62/567,334 ~32:03/10/2017;33:US ~31:62/618,021

~32:16/01/2018;33:US ~31:62/624,638 ~32:31/01/2018;33:US ~31:62/660,758 ~32:20/04/2018

2019/07553 ~ Complete ~54:MULTI-RESOURCE UPLINK SOUNDING AND ANTENNA SUBSET

TRANSMISSION ~71:TELEFONAKTIEBOLAGET LM ERICSSON (PUBL), , SE-164 83, Stockholm, Sweden ~72:

ANDREAS NILSSON;NIKLAS WERNERSSON;ROBERT MARK HARRISON;SEBASTIAN FAXÉR~ 33:US

~31:62/521,028 ~32:16/06/2017

2019/07536 ~ Provisional ~54:BACKFILL SAFETY BAG ~71:TITAN MINING (PTY) LTD, Plot 67, Vlakplaas 20,

Tarlton, KRUGERSDORP 1739, Gauteng, SOUTH AFRICA, South Africa ~72: WHYTE, Shane Rodger~

2019/07549 ~ Complete ~54:K-RAS MODULATORS ~71:LEIDOS BIOMEDICAL RESEARCH, INC., P.O. Box B,

1050 Boyles Street, Frederick, 21702, Maryland, United States of America;THE REGENTS OF THE UNIVERSITY

OF CALIFORNIA, 1111 Franklin Street 12th Floor, Oakland, 94607-5200, California, United States of America

~72: ADAM RENSLO;ANNA E MACIAG;DAVID TURNER;ELIZABETH D VO;FRANK MCCORMICK;JOSEPH

SAAVEDRA;MARCIN DYBA;VANDANA KUMARI~ 33:US ~31:62/487,756 ~32:20/04/2017

2019/07546 ~ Complete ~54:ENVIRONMENTALLY RESPONSIBLE INSULATING CONSTRUCTION BLOCKS

AND STRUCTURES ~71:THE SHREDDED TIRE, INC., 6742 N.W. 17th Avenue, United States of America ~72:

SPREEN, Richard~ 33:US ~31:62/506,849 ~32:16/05/2017

2019/07540 ~ Complete ~54:A ROCK TREPANNING TOOL ~71:HYDRO POWER EQUIPMENT (PTY) LTD, 19

Precision Street, Kya Sands, South Africa ~72: BÜHRMANN, Rudolph;CRONJE, Johan Marthinus~ 33:ZA

~31:2018/06733 ~32:10/10/2018

2019/07544 ~ Complete ~54:A METHOD FOR OPERATING AN INSURANCE SCHEME ~71:ROSSOUW,

Johannes, Jacobus, 4 BOGEY STREET, WATERKLOOF EXT 1, PRETORIA, 0181, SOUTH AFRICA, South

Africa ~72: ROSSOUW, Johannes, Jacobus~ 33:ZA ~31:2017/02805 ~32:21/04/2017

2019/07547 ~ Complete ~54:ANALGESIC COMPOUNDS ~71:Recurium IP Holdings, LLC, 10835 Road To The

Cure, Suite 205, SAN DIEGO 92121, CA, USA, United States of America ~72: BOREN, Brant Clayton;BUNKER,

Kevin Duane;HOPKINS, Chad Daniel;KAHRAMAN, Mehmet;PINCHMAN, Joseph Robert;SLEE, Deborah Helen~

33:US ~31:62/506,512 ~32:15/05/2017

2019/07559 ~ Provisional ~54:PERFACT SNAP CUSHION ~71:DANISILE VALERIE SHILUBANE, No 7, Janel

Flat, 116 Steve Biko RD,, South Africa ~72: DANISILE VALERIE SHILUBANE~


Page | 60

2019/07543 ~ Complete ~54:ANTIBODIES SPECIFIC FOR FLT3 AND THEIR USES ~71:PFIZER INC., 235 East

42nd Street, United States of America ~72: DETTLING, Danielle Elizabeth;KRISHNAMOORTHY,

Veena;POULSEN, Kristian Todd;SOMMER, Cesar, Adolfo;YEUNG, Yik, Andy~ 33:US ~31:62/514,574

~32:02/06/2017;33:US ~31:62/660,908 ~32:20/04/2018

2019/07535 ~ Provisional ~54:A METHOD AND SYSTEM FOR PROVIDING ANSWERS TO QUESTIONS

~71:CONSTELLATION AI LTD., Hays Galleria 1, Hays Lane, LONDON SE1 2RD, UNITED KINGDOM, United

Kingdom ~72: GEMMA, Alfredo~

2019/07537 ~ Provisional ~54:METHODOLOGY TO CORRECT STEP JOINTS IN RAILS ~71:TITAN MINING

(PTY) LTD, Plot 67, Vlakplaas 20, Tarlton, KRUGERSDORP 1739, Gauteng, SOUTH AFRICA, South Africa ~72:

LAWRENCE, Allen Preston~

2019/07545 ~ Complete ~54:A METHOD FOR PRODUCING POTASSIUM 1,1 -DINITRAMINO-5,5-

BISTETRAZOLATE AND EXPLOSIVE COMPOSITIONS COMPRISING SAID SALT ~71:DETNET SOUTH

AFRICA (PTY) LTD, AECI Place, The Woodlands, Woodlands Drive, Woodmead, South Africa ~72:

BÖLTER, Marc F.;KLAPÖTKE, Thomas M.;MULLER, Elmar Lennox;STIERSTORFER,

Jörg;VÖLKL, Maurus; Paosostr~ 33:ZA ~31:2017/03279 ~32:12/05/2017

2019/07548 ~ Complete ~54:FC-FUSION PROTEIN DERIVATIVES WITH HIGH DUAL HIV ANTIVIRAL AND

IMMUNOMODULATORY ACTIVITY ~71:ALBAJUNA THERAPEUTICS, S.L., Hosp. Univ. Germans Trias I Pujol,

Spain ~72: BLANCO ARBUES, Julia M.;CARRILLO MOLINA, Jorge;CLOTET SALA, Bonaventura~ 33:US

~31:62/504,411 ~32:10/05/2017

- APPLIED ON 11/15/2019 -

2019/07568 ~ Complete ~54:APPARATUS FOR FEEDING TUBE ELEMENTS, ROCK DRILLING RIG AND

METHOD OF SUPPORTING DRILL HOLE OPENINGS ~71:Sandvik Mining and Construction Oy, Pihtisulunkatu

9, TAMPERE 33330, FINLAND, Finland ~72: PIIPPONEN, Juha;VÄLIVAARA, Johannes~ 33:EP

~31:18209985.3 ~32:04/12/2018

2019/07590 ~ Complete ~54:APPARATUS AND METHOD OF AGGREGATING AND SUPPLYING ENERGY

~71:Kilowatt Labs, Inc., 142 W. 57th Street, 11th Floor, NEW YORK 10019, NY, USA, United States of America

~72: QURESHI, Waseem Ashraf~ 33:US ~31:62/486,654 ~32:18/04/2017;33:US ~31:15/954,993

~32:17/04/2018

2019/07563 ~ Provisional ~54:FENCE POST ~71:CATHARINA MAGRIETA JEANETTA PRINSLOO, No. 1

Broederstroomdrift, Tzaneen, 0850, South Africa ~72: CATHARINA MAGRIETA JEANETTA

PRINSLOO;THOMAS BLAIR WIESNER~

2019/07591 ~ Complete ~54:NOVEL PEPTIDE AND PHARMACEUTICAL COMPOSITION FOR TREATMENT

OF EYE DISEASES COMPRISING SAME NOVEL PEPTIDE AS ACTIVE INGREDIENT ~71:Yuyu Pharma, Inc.,

94, Bio-valley 1-ro, JECHEON-SI 27159, CHUNGCHEONGBUK-DO, REPUBLIC OF KOREA, Republic of Korea

~72: BAIK, Taegon;GOO, Deuk-young;KIM, Taek-Soo;LIM, Dae-Seong~ 33:KR ~31:10-2017-0061250

~32:17/05/2017

2019/07562 ~ Provisional ~54:A PLANT GROWTH SYSTEM ~71:DIVISION X (PTY) LTD, Ground Floor, Block D,

676 on Gallagher, South Africa ~72: DELATE, Bryan;HURDEEN, Rikash Ramrajh;UNSER, Evan James~

2019/07633 ~ Complete ~54:RADIAL ACTION UMBRELLA ~71:NEVIN, Michael Patrick, 19 Abbotsford Avenue,

Constantia, South Africa ~72: NEVIN, Michael Patrick~ 33:ZA ~31:2018/05580 ~32:17/08/2018


Page | 61

2019/07575 ~ Complete ~54:SILICON-ON-INSULATOR WITH CRYSTALLINE SILICON OXIDE ~71:TURUN

YLIOPISTO, YLIOPISTONMÄKI, 20014 TURUN YLIOPISTO, FINLAND, Finland ~72: KOKKO,

Kalevi;KUZMIN, Mikhail;LAHTI, Antti;LAUKKANEN, Pekka;LEHTIÖ, Juha-Pekka;MÄKELÄ,

Jaakko;PUNKKINEN, Marko;TUOMINEN, Marjukka~ 33:FI ~31:20175587 ~32:21/06/2017

2019/07564 ~ Provisional ~54:COOLCARS ~71:Alewyn Botha, Denka design consultancy , Deco Park, Unit 83 ,

Showroom Close , New Market Road , Northriding , 2129 , Johannesburg , South Africa, South Africa ~72: Alewyn

Botha~

2019/07587 ~ Complete ~54:APPARATUS FOR AERATING A PASTY PRODUCT AND FOR MIXING WITH

ANOTHER PRODUCT ~71:Société des Produits Nestlé S.A., Entre-deux-Villes, VEVEY CH-

1800, SWITZERLAND, Switzerland ~72: CHEVALIER, Jean-François;CLAVIER, Luis;MARCILLA, Rafael~

33:EP ~31:17168125.7 ~32:26/04/2017;33:EP ~31:17168127.3 ~32:26/04/2017;33:EP ~31:17168142.2

~32:26/04/2017

2019/07574 ~ Complete ~54:TOLCNDV RESISTANT MELON PLANTS ~71:NUNHEMS B.V., NAPOLEONSWEG

152, 6083 AB NUNHEM, NETHERLANDS, Netherlands ~72: BELLON DONA, Daniel;LIZARZABURU CHAVEZ,

Juan Antonio;SKONECZKA, Jeffrey~ 33:EP ~31:17167580.4 ~32:21/04/2017;33:US ~31:62/500,948

~32:03/05/2017

2019/07597 ~ Complete ~54:METHODS FOR THE PREPARATION OF 1,3-BENZODIOXOLE HETEROCYCLIC

COMPOUNDS ~71:LEO PHARMA A/S, Industriparken 55 2750 Ballerup, Denmark ~72: ALLAN CARSTEN

DAHL;BJØRN METZLER;ESBEN PAUL KROGH OLSEN;JOHAN ERIKSSON BAJTNER~ 33:EP

~31:17176767.6 ~32:20/06/2017

2019/07561 ~ Provisional ~54:NIGHT SHIFT ~71:Chereze Booysen, 90 Main Street, Klipplaat, Eastern Cape,

6255, South Africa;Dr Lucinda Booysen, 90 Main Street, Klipplaat, Eastern Cape, 6255, South Africa ~72:

Chereze Booysen;Dr Lucinda Booysen~

2019/07592 ~ Complete ~54:THE SALTS OF A COMPOUND AND THE CRYSTALLINE FORMS THEREOF

~71:Hutchison MediPharma Limited, Building 4, 720 Cailun Road, Pilot Free Trade Zone, SHANGHAI 201203,

CHINA (P.R.C.), People's Republic of China ~72: CHU, Yuping;FENG, Ling;LI, Wenji;LIU, Bo;SHEN,

Zhixiang;WU, Zhenping~ 33:CN ~31:201710343882.5 ~32:16/05/2017

2019/07583 ~ Complete ~54:DOME FORMATION PROFILE & METHOD OF LIGHTWEIGHT CONTAINER

DESIGN AND MANUFACTURE ~71:CAN FORMING TECHNOLOGIES, LLC, 4910 Crimson Star Drive, United

States of America ~72: SINES, James Alan~ 33:US ~31:62/488,125 ~32:21/04/2017

2019/07600 ~ Provisional ~54:POWER STATION ~71:ALBERT STANDFORD, Buffelspoort Eco Park, 145

Reedbuck Drive - Dist., South Africa ~72: ALBERT STANDFORD~

2019/07578 ~ Complete ~54:METHOD FOR DEFOLIATING HEMP, DEFOLIANT AND APPLICATION THEREOF

~71:INSTITUTE OF BAST FIBER CROPS, CHINESE ACADEMY OF AGRICULTURAL SCIENCES, No. 348,

West Xianjiahu Road, Yuelu District, People's Republic of China ~72: FAN, Zhifang;GUO, Yuan;HAO,

Dongmei;LONG, Songhua;QIU, Caisheng;WANG, Hui;WANG, Yufu;ZHONG, Guoqian~ 33:CN

~31:201710974924.5 ~32:19/10/2017

2019/07627 ~ Provisional ~54:VUTTOMI CITRUS TEA ~71:VUTTOMI LIQUIDS PTY LTD, 6 BURFORD ROAD

VICTORIA, HOUGHTON, South Africa ~72: JOSEPH DUDLEY DITSHEGO~


Page | 62

2019/07581 ~ Complete ~54:FAST DISINTEGRATING TABLET ~71:ZEENAR ENTERPRISES PTY LTD, Suite 4,

419 Bay Street, Australia ~72: KANNAR, David;MADMON, Tomer;SZTO, Gregory Yu Foo~ 33:AU

~31:2017901445 ~32:20/04/2017;33:AU ~31:2017905101 ~32:20/12/2017;33:AU ~31:2018900784

~32:09/03/2018

2019/07580 ~ Complete ~54:MINING SCREENING PANEL FIXING SYSTEM ~71:SCHENCK PROCESS

AUSTRALIA PTY LIMITED, Ground Floor, 65 Epping Road, Australia ~72: MAMMADOV, Asad;STRONG,

Craig;THANGAVELU, Murugavel~ 33:AU ~31:2017902146 ~32:06/06/2017

2019/07586 ~ Complete ~54:READY-TO-DRINK MILK BASED BEVERAGES WITH IMPROVED TEXTURE AND

STABILITY ~71:Société des Produits Nestlé S.A., Entre-deux-Villes, VEVEY CH-1800,

SWITZERLAND, Switzerland ~72: ROUSSET, Philippe;SCHNEIDER, Margaret;SHER, Alexander A.;YE, Yubin~

33:US ~31:62/491,019 ~32:27/04/2017

2019/07570 ~ Complete ~54:CARTRIDGE ASSEMBLY ~71:ILLUMINA, INC., 5200 Illumina Way, San Diego,

92122, California, United States of America;ILLUMINA, SINGAPORE PTE. LTD., 29 Woodlands Industrial Park

E1, North Tech Lobby 3, #02-13/18, Singapore, 757715, Singapore ~72: BENG KEONG ANG;JAMES

OSMUS;RICHARD L LEMOINE;SZ-CHIN STEVEN LIN~ 33:US ~31:62/408,631 ~32:14/10/2016;33:NL

~31:2017959 ~32:08/12/2016

2019/07589 ~ Complete ~54:METHODS FOR THE TREATMENT OF SUBJECTS HAVING A HEPATITIS B

VIRUS (HBV) INFECTION ~71:Alnylam Pharmaceuticals, Inc., 300 Third Street, 3rd Floor, CAMBRIDGE 02142,

MA, USA, United States of America;Technische Universität München, Arcisstrasse 21, MUNICH

80333, GERMANY, Germany ~72: MICHLER, Thomas;PROTZER, Ulrike;SEPP-LORENZINO, Laura~ 33:US

~31:62/486,618 ~32:18/04/2017;33:US ~31:62/553,358 ~32:01/09/2017;33:US ~31:62/646,978

~32:23/03/2018;33:US ~31:62/655,862 ~32:11/04/2018

2019/07571 ~ Complete ~54:AERIAL PESTICIDE APPLICATION OPERATION METHOD FOR SINGLE-ARM

HEDGE TYPE GRAPERY BASED ON COMBINATION OF AGRICULTURAL MACHINERY AND AGRONOMY

~71:SHANDONG UNIVERSITY OF TECHNOLOGY, Room 313, Tower A, Gaochuang Park, People's Republic of

China ~72: FAN, Xin;HAN, Xin;KONG, Hui;LAN, Yubin;SHANG, Delin;YU, Jinyou~ 33:CN ~31:201811426154.1

~32:27/11/2018

2019/07560 ~ Provisional ~54:PINK LEMONADE ~71:Reneilwe Marengwa, 26 Logan Ave, Highveld, South Africa

~72: Reneilwe Marengwa~

2019/07593 ~ Complete ~54:BIOLOGICAL FLUID SEPARATION DEVICE ~71:Becton, Dickinson and Company,

1 Becton Drive, FRANKLIN LAKES 07417, NJ, USA, United States of America ~72: IVOSEVIC, Milan;LI,

Peng;WENTZELL, Scott~ 33:US ~31:62/516,833 ~32:08/06/2017

2019/07584 ~ Complete ~54:PROCESS FOR PREPARING AN ORAL DISINTEGRATING DOSAGE FORM

~71:ZEENAR ENTERPRISES PTY LTD, Suite 4, 419 Bay Street, Australia ~72: KANNAR, David;MADMON,

Tomer~ 33:AU ~31:2017901443 ~32:20/04/2017;33:AU ~31:2018900791 ~32:09/03/2018

2019/07579 ~ Complete ~54:EMERGENCY LIGHTING SYSTEM ~71:LEGRAND AUSTRALIA PTY LTD,

BUILDING 4, NEXUS INDUSTRY PARK, 43-47 LYN PARADE, PRESTONS, NEW SOUTH WALES 2170,

AUSTRALIA, Australia ~72: SABOURDY, Alain~ 33:AU ~31:2017901449 ~32:20/04/2017

2019/07585 ~ Complete ~54:COMPOSITIONS ~71:MEXICHEM FLUOR S.A. DE C.V., Eje 106 (sin

Número), Zona Industrial, Mexico ~72: LOW, Robert~ 33:GB ~31:1707909.6 ~32:17/05/2017


Page | 63

2019/07628 ~ Provisional ~54:VUTTOMI FLORAL TEA ~71:VUTTOMI LIQUIDS PTY LTD, 6 BURFORD ROAD

VICTORIA, HOUGHTON, South Africa ~72: JOSEPH DUDLEY DITSHEGO;NONHLANHLA RUTH DITSHEGO~

2019/07595 ~ Complete ~54:OCULAR DRUG DELIVERY FORMULATION ~71:INMED PHARMACEUTICALS

INC., #340-200 Granville Street, Vancouver, V6C 1S4, British Columbia, Canada ~72: MARYAM KABIRI;SAZZAD

HOSSAIN;VIKRAMADITYA GANAPATI YADAV~ 33:US ~31:62/503,258 ~32:08/05/2017

2019/07582 ~ Complete ~54:AEROSOL DELIVERY DEVICE ~71:RAI STRATEGIC HOLDINGS, INC., 401 North

Main Street, United States of America ~72: BLESS, Alfred Charles;BRINKLEY, Paul Andrew;NOVAK, III, Charles

Jacob~ 33:US ~31:15/597,537 ~32:17/05/2017

2019/07569 ~ Complete ~54:MEMBRANE FILTER ARRANGEMENT ~71:EAST RAND WATER CARE

COMPANY, Hartebeestfontein Office Park, R25 (Bronkhorstspruit/Bapsfontein), Kempton Park, South Africa ~72:

JAMES TOPKIN~ 33:ZA ~31:2018/06525 ~32:02/10/2018

2019/07572 ~ Complete ~54:METHOD FOR AERIAL SPRAYING OPERATION OF COTTON DEFOLIATING

CHEMICAL IN ONE-FILM THREE-ROW CULTIVATION MODE ~71:SHANDONG UNIVERSITY OF

TECHNOLOGY, Room 313, Tower A, Gaochuang Park, Zibo National New & Hi-tech Industrial Development

Zone, People's Republic of China ~72: FAN, Xin;HAN, Xin;KONG, Fanxia;KONG, Hui;LAN, Yubin;SHANG,

Delin;XIE, Yingjie;YU, Jinyou~ 33:CN ~31:201811356625.6 ~32:15/11/2018

2019/07601 ~ Complete ~54:SOFTWARE-DEFINED DEVICE INTERFACE SYSTEM AND METHOD ~71:10T

HOLDINGS (PTY) LTD, BYLSBRIDGE OFFICE PARK, BUILDING 14, BLOCK C, 1ST FLOOR, ALEXANDRA

ROAD, HIGHVELD EXT 73, South Africa ~72: DU TOIT, RUDI DEODAT;JACOBS, GYSBERT JOHANNES~

33:ZA ~31:2016/06120 ~32:05/09/2016

2019/07594 ~ Complete ~54:SHAPING STRUCTURE, COMPOSITE PART COMPRISING SUCH A SHAPING

STRUCTURE, METHOD FOR MANUFACTURING SUCH A COMPOSITE PART ~71:PORCHER INDUSTRIES,

38300, France ~72: MACREZ, Freddy;PORCHERET, Jacques;RAMEL, Patrick~ 33:FR ~31:1754261

~32:15/05/2017

2019/07566 ~ Complete ~54:WATER TREATMENT ~71:FEEDEM GROUP (PTY) LIMITED, Meyersdal Office

Park, Buildings 3 & 4, 65 Philip Engelbrecht Drive, Meyersdal, Alberton 1448, Gauteng Province, SOUTH

AFRICA, South Africa ~72: JOUBERT, Pieter;ROOS, Jacobus Marthinus~ 33:ZA ~31:2018/06731

~32:10/10/2018

2019/07588 ~ Complete ~54:LIPOPEPTIDE FOR POTENTLY INHIBITING HIV, DERIVATIVE THEREOF,

PHARMACEUTICAL COMPOSITION THEREOF AND USE THEREOF ~71:Institute of Pathogen Biology,

Chinese Academy of Medical Sciences, 9 Dong Dan San Tiao, Dong Cheng District, BEIJING 100730, CHINA

(P.R.C.), People's Republic of China;Shanxi Kangbao Biological Product Co., Ltd., Tai hang Northen Road No.69,

Changzhi, SHANXI 046011, CHINA (P.R.C.), People's Republic of China ~72: CHONG, Huihui;HE, Yuxian;ZHU,

Yuanmei~

2019/07596 ~ Complete ~54:DETERGENT COMPOSITION AND METHOD FOR DETECTING PRESENCE OF A

MARKER MOLECULE IN A SOLUTION ~71:UNILEVER PLC, Unilever House, 100 Victoria Embankment,

London, Greater London, EC4Y 0DY, United Kingdom ~72: ALAGIRISAMY NETHAJI;DEBOSREE

CHATTERJEE;GANESAN RAJENDIRAN;RACHANA SANKAR;SAMEER KESHAV BARNE;SARMISTHA

BISWAS~ 33:EP ~31:17173310.8 ~32:29/05/2017

2019/07629 ~ Provisional ~54:VUTTOMI SPICY TEA ~71:VUTTOMI LIQUIDS PTY LTD, 6 BURFORD ROAD

VICTORIA, HOUGHTON, South Africa ~72: JOSEPH DUDLEY DITSHEGO~


Page | 64

2019/07576 ~ Complete ~54:ANTIBODY-CYTOKINE ENGRAFTED PROTEINS AND METHODS OF USE IN

THE TREATMENT OF CANCER ~71:NOVARTIS AG, Lichtstrasse 35, Switzerland ~72: DEANE, Jonathan;DIAZ-

DE-DURANA, Yaiza;DIDONATO, Michael;FILIPPI, Christophe;SPRAGGON, Glen~ 33:US ~31:62/510,533

~32:24/05/2017

2019/07598 ~ Complete ~54:ELECTRONIC SIGNATURE PROCESSING APPARATUS AND METHODS

~71:MASTERCARD INTERNATIONAL INCORPORATED, 2000 Purchase Street, Purchase, 10577, New York,

United States of America ~72: MANISH KUMAR;NISHANT MAHESHWARI;RANDHIR KUMAR~ 33:SG

~31:10201705868T ~32:18/07/2017

2019/07567 ~ Complete ~54:LESS-LETHAL MUNITIONS ~71:BUYS, André Johann, 27 Helderkruin

Crescent, Woodhill Estate, Pretorius Park, South Africa ~72: BUYS, André Johann~ 33:US

~31:62/767,802 ~32:15/11/2018

2019/07577 ~ Complete ~54:COMBINATION THERAPIES FOR TREATING CANCER ~71:TESARO, INC., 1000

Winter St., North #3300, United States of America ~72: SUN, Kaiming;WANG, Jing, Yu;WANG, Zebin~ 33:US

~31:62/508,363 ~32:18/05/2017;33:US ~31:62/508,481 ~32:19/05/2017;33:US ~31:62/578,204

~32:27/10/2017

2019/07599 ~ Complete ~54:BIS-OCTAHYDROPHENANTHRENE CARBOXAMIDES AND PROTEIN

CONJUGATES THEREOF ~71:REGENERON PHARMACEUTICALS, INC., 777 Old Saw Mill River Road,

Tarrytown, 10591, New York, United States of America ~72: AMY HAN;ANDREW J MURPHY;WILLIAM OLSON~

33:US ~31:62/508,327 ~32:18/05/2017

- APPLIED ON 11/18/2019 -

2019/07616 ~ Complete ~54:CEMENTITIOUS COMPOSITE MAT ~71:Cortex Composites, Inc., P.O. Box 62,

PACIFIC PALISADES 90272, CA, USA, United States of America ~72: KRASNOFF, Curren E.~ 33:US

~31:62/487,351 ~32:19/04/2017;33:US ~31:62/529,557 ~32:07/07/2017;33:US ~31:62/628,763

~32:09/02/2018

2019/07612 ~ Complete ~54:HUBOMETER ~71:MARQUES DE LIMA, Eduardo Rafael, Rua Dr. Samuel Porto,

134 - Apto 41, Saúde, Brazil;RAMOS DE ALMEIDA, Gilvan, Rua Pedro Miguel, 521, Jardim do Parque,

Brazil;RIOS NICOLINI, Alexei, Rua Iracema Brasil de Siqueira, 573, Vila Oliveira, Brazil ~72: MARQUES DE

LIMA, Eduardo Rafael;RAMOS DE ALMEIDA, Gilvan;RIOS NICOLINI, Alexei~ 33:BR ~31:102017001071-6

~32:18/01/2017

2019/07602 ~ Provisional ~54:BITCOIN PREPAID “PAPER WALLET” GIFT CARD & TOP-UP BUSINESS

METHOD ~71:HBO CONSULTING & TRADING (PTY) LTD, 15 Marine Drive,Birkenhead, South Africa ~72:

GABRIEL FRANK DA SILVA~

2019/07610 ~ Complete ~54:CRYSTALLINE FORMS OF 5-BROMO-2,6-DI(1 H-PYRAZOL-1-YL)PYRIMIDIN-4-

AMINE AND NEW SALTS ~71:NOVARTIS AG, Lichtstrasse 35, Switzerland;PALOBIOFARMA S.L., Avenida

Ernst Luch 32, TCM3-0401 Mataro Barcelona, Spain ~72: CASTRO-PALOMINO LARIA, Julio Cesar;CUI,

Kai;KONG, Weiyong~ 33:CN ~31:PCT/CN2017/086624 ~32:31/05/2017

2019/07606 ~ Provisional ~54:S.O.S SOLE PROTECTORS ~71:Laura Crewe (ID number 850508 0056 08 8), 29

Appletree Lane, South Africa ~72: Laura Crewe (ID number 850508 0056 08 8)~

2019/07632 ~ Provisional ~54:FAN KARD ~71:SIHE NSELE, 21 DELOMORE HOSTEL, WITDEEP ROAD, South

Africa ~72: SIHE NSELE~


Page | 65

2019/07603 ~ Provisional ~54:PUBLICWAZE ~71:We-Consult, 52 Kunene Drive, Waterfall Country Village, South

Africa ~72: We-Consult~

2019/07613 ~ Complete ~54:DOSAGE REGIMES FOR THE ADMINISTRATION OF AN ANTI-CD19 ADC

~71:ADC THERAPEUTICS SA, Route de la Corniche 3B, Switzerland;MEDIMMUNE LIMITED, Milstein Building,

Granta Park, United Kingdom ~72: FEINGOLD, Jay Marshall;UNGAR, David Rodney~ 33:GB ~31:1709440.0

~32:14/06/2017;33:GB ~31:1709444.2 ~32:14/06/2017;33:GB ~31:1710494.4 ~32:30/06/2017;33:GB

~31:1710495.1 ~32:30/06/2017;33:GB ~31:1720542.8 ~32:08/12/2017;33:GB ~31:1720543.6

~32:08/12/2017;33:GB ~31:1802679.9 ~32:20/02/2018;33:GB ~31:1808473.1 ~32:23/05/2018

2019/07617 ~ Complete ~54:APPARATUS AND METHOD FOR THE AUTOMATED CONTROL OF

TRANSCUTANEOUS ELECTRICAL NERVE STIMULATION BASED ON CURRENT AND FORECASTED

WEATHER CONDITIONS ~71:GSK Consumer Healthcare S.A., Route de l'Etraz 2, PRANGINS 1197,

SWITZERLAND, Switzerland ~72: GOZANI, Shai Nachum;KONG, Xuan~ 33:US ~31:62/512,250

~32:30/05/2017;33:US ~31:15/990,994 ~32:29/05/2018

2019/07607 ~ Complete ~54:LABELED INHIBITORS OF PROSTATE SPECIFIC MEMBRANE ANTIGEN

(PSMA), THEIR USE AS IMAGING AGENTS AND PHARMACEUTICAL AGENTS FOR THE TREATMENT OF

PROSTATE CANCER ~71:DEUTSCHES KREBSFORSCHUNGSZENTRUM, Im Neuenheimer Feld 280, 69120,

Heidelberg, Germany;RUPRECHT-KARLS-UNIVERSITÃT HEIDELBERG, Grabengasse 1, 69117,

Heidelberg, Germany ~72: KLAUS KOPKA;MARTIN SCHÄFER;MARTINA BENESOVA;MATTHIAS

EDER;MICHAEL EISENHUT;ULRIKE BAUDER-WÜST;UWE HABERKORN;WALTER MIER~ 33:EP

~31:13004991.9 ~32:18/10/2013;33:EP ~31:14175612.2 ~32:03/07/2014

2019/07604 ~ Provisional ~54:BUNIBOO NAPPY BAG ~71:Karina Namhing, 100 Carisbrook Street, South Africa

~72: Karina Namhing~

2019/07631 ~ Provisional ~54:EZTAXI ~71:TSHEPO LEONETTE MASOGA, 6829 SHIMEROCK HILLS,

THERESAPARK, South Africa ~72: TSHEPO LEONETTE MASOGA~

2019/07608 ~ Complete ~54:SYSTEM AND METHOD FOR SOIL MOISTURE MONITORING AND IRRIGATION

MAPPING ~71:VALMONT INDUSTRIES, INC., One Valmont Plaza, United States of America ~72: LARUE,

Jacob L.~ 33:US ~31:62/511,414 ~32:26/05/2017

2019/07605 ~ Provisional ~54:DELIVERY BOX ~71:LOUW, Mark Charles, 5 Troupant Avenue, Magaliessig,

FOURWAYS 2191, SOUTH AFRICA, South Africa ~72: LOUW, Mark Charles~

2019/07614 ~ Complete ~54:PYRIMIDINE COMPOUND ~71:Otsuka Pharmaceutical Co., Ltd., 2-9, Kanda

Tsukasa-machi, Chiyoda-ku, TOKYO 1018535, JAPAN, Japan ~72: ARAI, Kenta;ITO, Nobuaki;IWATA,

Shin;SHINOHARA, Tomoichi;SUZUKI, Masaki~ 33:IB ~31:2017/020322 ~32:31/05/2017

2019/07619 ~ Complete ~54:DEUTERATED PYRIDONE AMIDES AND PRODRUGS THEREOF AS

MODULATORS OF SODIUM CHANNELS ~71:VERTEX PHARMACEUTICALS INCORPORATED, 50 Northern

Avenue, Boston, 02210, Massachusetts, United States of America ~72: LICONG JIANG;SARA SABINA HADIDA

RUAH~ 33:US ~31:62/507,172 ~32:16/05/2017;33:US ~31:62/547,718 ~32:18/08/2017

2019/07620 ~ Complete ~54:PNEUMATIC ENGINE ~71:TRANF TECHNOLOGY (XIAMEN) CO., LTD, No.3701-6

Xiangan North Road, Xiangan District Xiamen, 361000, Fujian, People's Republic of China ~72: JIANCHEN

PAN;JIANMING CHEN;JINGHUA ZENG;KAIXIN JIN;SHUIDIAN XU;TAO XU;YANFU LI;ZHIMIN CHEN~ 33:CN

~31:201710458557.3 ~32:16/06/2017


Page | 66

2019/07761 ~ Provisional ~54:DUMP VALVE ~71:DENNIS VAN NIEKERK, 34 PANNERS LANE, 2 HUMEWOOD

LINKS, RIVERCLUB, South Africa ~72: DENNIS VAN NIEKERK~

2019/07611 ~ Complete ~54:DOSAGE REGIMES FOR THE ADMINISTRATION OF AN ANTI-CD25 ADC

~71:ADC THERAPEUTICS SA, Route de la Corniche 3B, Switzerland;MEDIMMUNE LIMITED, Milstein Building,

Granta Park, United Kingdom ~72: FEINGOLD, Jay Marshall;WUERTHNER, Jens~ 33:GB ~31:1709439.2

~32:14/06/2017;33:GB ~31:1709441.8 ~32:14/06/2017;33:GB ~31:1710493.6 ~32:30/06/2017;33:GB

~31:1710496.9 ~32:30/06/2017;33:GB ~31:1720541.0 ~32:08/12/2017;33:GB ~31:1720544.4

~32:08/12/2017;33:GB ~31:1803298.7 ~32:28/02/2018

2019/07618 ~ Complete ~54:GROUND REINFORCING STRUCTURE AND RELATED METHOD

~71:BRENTWOOD INDUSTRIES, INC., P.O. Box 605, Reading, 19603, Pennsylvania, United States of America

~72: FRANK M KULICK III;LUKE LINGLE~ 33:US ~31:16/153,057 ~32:05/10/2018

2019/07622 ~ Complete ~54:COMPOSITIONS AND METHODS FOR GENERATING WEAK ALLELES IN

PLANTS ~71:COLD SPRING HARBOR LABORATORY, One Bungtown Road, Nicholas Building, P.O. Box 100,

Cold Spring Harbor, 11724, New York, United States of America ~72: DANIEL RODRIGUEZ-LEAL;DAVID

JACKSON;ZACHARY LIPPMAN~ 33:US ~31:62/507,317 ~32:17/05/2017

2019/07625 ~ Complete ~54:CORNER BLOCK AND BLOCK KIT COMPRISING SAME ~71:SHENZHEN MYX

PC BLOCKS CO LTD., Jinjing Room 201, Building A, No. 1, Qianwan 1st Road, Shenzhen-Hong Kong

Cooperation District, Qianhai, People's Republic of China ~72: HON, Man Ching~ 33:CN ~31:201720471364.7

~32:02/05/2017;33:CN ~31:201720967874.3 ~32:27/07/2017

2019/07623 ~ Complete ~54:T CELLS WITH REDUCED SURFACE FUCOSYLATION AND METHODS OF

MAKING AND USING THE SAME ~71:SEATTLE GENETICS, INC., 21823 - 30th Drive, S.E., Bothell, 98021,

Washington, United States of America ~72: JESSICA FIELD;NICOLE OKELEY;RYAN HEISER;SHYRA

GARDAI~ 33:US ~31:62/516,536 ~32:07/06/2017

2019/07624 ~ Complete ~54:NANOPORE SEQUENCERS ~71:ILLUMINA, INC., 5200 Illumina Way, San Diego,

92122, California, United States of America ~72: BOYAN BOYANOV;JEFFREY G MANDELL;JEFFREY S

FISHER;LIANGLIANG QIANG;ROHAN N AKOLKAR;STEVEN M BARNARD~ 33:US ~31:62/522,628

~32:20/06/2017

2019/07609 ~ Complete ~54:HOOD FOR SI-METAL TAPPING AND PROCESS FOR PRODUCTION OF

SILICON USING SUCH A HOOD ~71:WACKER CHEMIE AG, Hanns-Seidel-Platz 4, 81737 München,

Germany ~72: BERTAKIS, Evangelos;EULENBERGER, Ronald;SCHEI, Einar, Olav~

2019/07723 ~ Provisional ~54:ELECTRIC SOCKET WITH TAMPER SWITCH ~71:Tshabalala Sipho Gift, 379

Makong, South Africa ~72: Tshabalala Sipho Gift~

2019/07615 ~ Complete ~54:TREM2 ANTIGEN BINDING PROTEINS AND USES THEREOF ~71:Amgen Inc.,

One Amgen Center Drive, Mail Stop 28-5-A, THOUSAND OAKS 91320-1799, CA, USA, United States of America

~72: CHEN, Irwin;DRIVER, Ian;FOLTZ, Ian;HARRIS, Susie Miki;LU, Daniel;SAMBASHIVAN, Shilpa;TOLEDO

WARSHAVIAK, Dora~ 33:US ~31:62/488,691 ~32:21/04/2017;33:US ~31:62/530,753 ~32:10/07/2017;33:US

~31:62/580,400 ~32:01/11/2017

2019/07621 ~ Complete ~54:SYSTEM AND METHOD FOR BIOMETRIC IDENTIFICATION ~71:VERIDIUM IP

LIMITED, 100 New Bridge Street, London, EC4V 6JA, United Kingdom ~72: SCOTT STREIT~ 33:US

~31:15/592,542 ~32:11/05/2017


Page | 67

- APPLIED ON 11/19/2019-

2019/07638 ~ Complete ~54:DISPLAY DEVICES ~71:PHILLIPS, Richard Andrew, 10 Lugagane Close, Matumi

Golf Estate, NELSPRUIT 1200, SOUTH AFRICA, South Africa ~72: PHILLIPS, Richard Andrew~ 33:ZA

~31:2018/08148 ~32:03/12/2018

2019/07635 ~ Provisional ~54:BUSINESS ARTICLE GENERATION METHOD AND SYSTEM ~71:Graphix-Lab

(Pty) Ltd, 17 Laurie Stevens Street Unitas Park, South Africa ~72: LERATO MAKURUBE;MOJALEFA

MOKUBUNG~

2019/07642 ~ Complete ~54:PILOT ACTUATED CONTROL PILOT FOR OPERATING VALVE ~71:MAC

VALVES, INC., 30569 Beck Road, Wixom, 48393, Michigan, United States of America ~72: ERIC

JANSSEN;JEFF SIMMONDS;JOSEPH RICHARDSON;MATTHEW NEFF;ROBERT NEFF~ 33:US

~31:16/196,318 ~32:20/11/2018

2019/07658 ~ Provisional ~54:BATTERY OPERATED COLD ROOM ~71:MOSES MUHOJO MSISIA, 1 HERLOT

ST, MALVERN, South Africa ~72: MOSES MUHOJO MSISIA~

2019/07645 ~ Complete ~54:DEVICE AND METHOD FOR SEPARATING MATERIALS ~71:GENANO OY,

Metsänneidonkuja 6, Finland ~72: KARJALAINEN, Panu;MAKKONEN, Pasi;RÖNKKÖ,

Topi;SAARI, Sampo~ 33:EP ~31:17174187.9 ~32:02/06/2017;33:US ~31:15/611,811 ~32:02/06/2017

2019/07637 ~ Complete ~54:ANTHELMINTIC DEPSIPEPTIDE COMPOUNDS ~71:MERIAL, INC., 3239 Satellite

Blvd., Duluth, United States of America ~72: DE FALLOIS, Loic, Le Hir;LEE, Hyoung, Ik;LONG, Alan;MENG,

Charles;OGBU, Cyprian, O.;PACOFSKY, Gregory~ 33:US ~31:62/163,997 ~32:20/05/2015

2019/07659 ~ Provisional ~54:BATTERY OPERATED WATER PUMP ~71:MOSES MUHOJO MSISIA, 1

HERLOT ST, MALVERN, South Africa ~72: MOSES MUHOJO MSISIA~

2019/07644 ~ Complete ~54:RECOMBINANT MEASLES VIRUS EXPRESSING ZIKA VIRUS PROTEINS AND

THEIR APPLICATIONS ~71:CENTRE NATIONAL DE LA RECHERCHE SCIENTIFIQUE, 3, rue Michel-Ange,

France;INSTITUT PASTEUR, 25-28, Rue du Docteur Roux, France ~72: SIMON-LORIERE, Etienne;TANGY,

Frédéric~ 33:EP ~31:17305676.3 ~32:07/06/2017

2019/07660 ~ Provisional ~54:SELF CHARGING ELECTRIC CAR ~71:MOSES MUHOJO MSISIA, 1 HERLOT


2019/07662 ~ Provisional ~54:REMOTE VALIDATION ~71:Sadiki Mbebe, 8 Impala Avenue, South Africa ~72:

Sadiki Mbebe~

2019/07647 ~ Complete ~54:DEVICE FOR GENERATING HYDROGEN GAS ~71:HYDROGEN TECH SDN.

BHD., No. 3, Second Floor, Jalan USJ 21/11, Subang Jaya, Selangor, 47630, Malaysia ~72: CHIA, Chin

Yang;NG, Albert, Kok Foo;YEE, Yoke Keen~

2019/07648 ~ Complete ~54:PROPENE RECOVERY BY SCRUBBING WITH A SOLVENT/WATER MIXTURE

~71:BASF SE, CARL BOSCH STRASSE 38, 67056 LUDWIGSHAFEN AM RHEIN, GERMANY, Germany ~72:

KRAMP, Marvin;METZEN, Bernd;MUELLER, Christian;MUELLER, Ulrich;PARVULESCU, Andrei-

Nicolae;RIEDEL, Dominic;TELES, Joaquim, Henrique;URBANCZYK, Daniel;WEBER, Markus;WEGERLE,

Ulrike;WOERZ, Nicolai, Tonio~ 33:EP ~31:17167780.0 ~32:24/04/2017

2019/07649 ~ Complete ~54:PREVENTING OR REDUCING PLANT GROWTH BY BIOCEMENTATION

~71:DUST BIOSOLUTIONS GMBH, Am Klopferspitz 19, Germany ~72: Luitpold FRIED (German Citizen);Martin


Page | 68

SPITZNAGEL (German Citizen);Philipp SPRAU (German Citizen);Saskia PAZUR (German Citizen)~ 33:DE

~31:10 2018 103 314.1 ~32:14/02/2018

2019/07639 ~ Complete ~54:DEVICE, METHOD AND SYSTEM FOR COLLECTING DATA FROM A PUBLIC

TRANSPORT VEHICLE ~71:SmartVein (Pty) Ltd., 29 Crystal Terrace, Summerfields Estate, Samrand Road,

Kosmosdal, CENTURION 0157, Gauteng, SOUTH AFRICA, South Africa ~72: NDABANA, Busisiwe~ 33:ZA

~31:2018/01408 ~32:01/09/2018

2019/07634 ~ Provisional ~54:ANCHOR FOR A CEILING STRIP AND SYSTEM INCLUDING SAME

~71:CENTRAL UNIVERSITY OF TECHNOLOGY, FREE STATE, 20 President Brand Street, Bloemfontein, 9320,

South Africa ~72: ANDRE SONNEKUS~

2019/07640 ~ Complete ~54:THERAPEUTIC USES OF L-4-CHLOROKYNURENINE ~71:VISTAGEN

THERAPEUTICS, INC., 343 Allerton Avenue, South San Francisco, 94080, California, United States of America

~72: ALLEN E CATO;H. RALPH SNODGRASS;JACK S HICKLIN~ 33:US ~31:62/179,924 ~32:22/05/2015

2019/07650 ~ Complete ~54:FUNCTIONALIZED SACCHARIDES AS ANTI-INFLAMMATORY AGENTS

~71:HuVePharma, Uitbreidingstraat 80, ANTWERPEN 2600, BELGIUM, Belgium ~72: HAUTEKIET,

Veerle;PETKOV, Spas~ 33:EP ~31:17169794.9 ~32:05/05/2017;33:EP ~31:17173119.3 ~32:26/05/2017

2019/07656 ~ Provisional ~54:BATTERY OPERATED GENERATOR ~71:MOSES MUHOJO MSISIA, 1 HERLOT


2019/07651 ~ Complete ~54:KRAS G12C INHIBITORS AND METHODS OF USING THE SAME ~71:Amgen Inc.,

One Amgen Center Drive, THOUSAND OAKS 91320-1799, CA, USA, United States of America ~72: ALLEN,

Jennifer Rebecca;ALLEN, John Gordon;BOOKER, Shon;CEE, Victor J.;CHEN , Jian;KOPECKY, David

John;LANMAN, Brian Alan;LIU, Longbin;LOPEZ, Patricia;NGUYEN, Thomas T.;NISHIMURA, Nobuko;REED,

Anthony B.;SHIN, Youngsook;TAMAYO, Nuria A.;WURZ, Ryan Paul~ 33:US ~31:62/509,629 ~32:22/05/2017

2019/07655 ~ Complete ~54:A PRINT BAR STRUCTURE, A PRINTING APPARATUS, AND A METHOD OF

PRINTING ~71:PAILPAC PROPRIETARY LIMITED, 1 Lanner Road, New Germany, 3610, KwaZulu-Natal,

SOUTH AFRICA, South Africa ~72: MURRAY, Brian~ 33:ZA ~31:2017/02909 ~32:26/04/2017;33:ZA

~31:2017/02910 ~32:26/04/2017

2019/07654 ~ Complete ~54:ANTIMITOSCINS: TARGETED INHIBITORS OF MITOCHONDRIAL BIOGENESIS

FOR ERADICATING CANCER STEM CELLS ~71:LUNELLA BIOTECH, INC., 145 Richmond Road, Ottawa, K1Z

1A1, Ontario, Canada ~72: FEDERICA SOTGIA;MICHAEL P LISANTI~ 33:US ~31:62/508,702 ~32:19/05/2017

2019/07661 ~ Complete ~54:PHARMACEUTICAL FORMULATIONS OF A BRUTON'S TYROSINE KINASE

INHIBITOR ~71:PHARMACYCLICS LLC, 995 EAST ARQUES AVENUE, SUNNYVALE, CA 94085, United States

of America ~72: ATLURI, HARISHA;CHONG, CHING WAH;KUEHL, ROBERT;TAN, HEOW~ 33:US

~31:62/127,717 ~32:03/03/2015;33:US ~31:62/193,518 ~32:16/07/2015

2019/07641 ~ Complete ~54:TREATMENT OF CANCER BY MANIPULATION OF COMMENSAL MICROFLORA

~71:THE UNIVERSITY OF CHICAGO, 5801 S. Ellis Avenue, Chicago, 60637, Illinois, United States of America

~72: AYELET SIVAN;LETICIA CORRALES;THOMAS F GAJEWSKI~ 33:US ~31:62/169,112

~32:01/06/2015;33:US ~31:62/248,741 ~32:30/10/2015

2019/07643 ~ Complete ~54:AEROSOL GENERATING SYSTEM WITH MULTIPLE INDUCTOR COILS

~71:PHILIP MORRIS PRODUCTS S.A., Quai Jeanrenaud 3, Switzerland ~72: COURBAT, Jerome,

Christian;MIRONOV, Oleg;REEVELL, Tony;STURA, Enrico~ 33:EP ~31:17185588.5 ~32:09/08/2017


Page | 69

2019/07692 ~ Provisional ~54:BUDDY WARMER ~71:GIDEON MPHIKELELI MADUNA, 14 PRETORIUS STR

LTX, South Africa ~72: GIDEON MPHIKELELI MADUNA~

2019/07646 ~ Complete ~54:PRESSED BOARD PRODUCTS ~71:ZETLAND TECHNOLOGIES LIMITED, 8th

Floor, On Hing Building, 1 On Hing Terrace, Hong Kong, CHINA (P.R.C.), People's Republic of China ~72:

CHIUTA, Steven;KHOZA, Tebogo Ankie;REDDY, Goddeti Siva Mohan;SYMONS, Michael Windsor~ 33:US

~31:62/487,816 ~32:20/04/2017

2019/07652 ~ Complete ~54:SMART CABINET SYSTEM AND CONTROL METHOD THEREFOR ~71:HUANG,

Binwu, 601 Room, Unit 2, Block 7, Zone 1, Shangyou Road, Liunan District Liuzhou, People's Republic of

China;WEI, Tao, 21-1 Room, Block B, Xinghuayuan, No.66 Zhonghua Road, Xixiangtang District Nanning,

People's Republic of China;WU, Hengyuan, No.135 Qixing Road, Qingxiu District Nanning, People's Republic of

China ~72: HUANG, Binwu;WEI, Tao;WU, Hengyuan~ 33:CN ~31:201710358326.5 ~32:19/05/2017

2019/07657 ~ Provisional ~54:BATTERY OPERATED FRIDGE ~71:MOSES MUHOJO MSISIA, 1 HERLOT ST,

MALVERN, South Africa ~72: MOSES MUHOJO MSISIA~

2019/07653 ~ Complete ~54:DIESEL OXIDATION CATALYST ~71:BASF CORPORATION, 100 Park Avenue,

Florham Park, 07932, New Jersey, United States of America ~72: JOSEPH A PATCHETT~ 33:US

~31:62/506,225 ~32:15/05/2017

- APPLIED ON 11/20/2019-

2019/07672 ~ Complete ~54:STRIP OF FLAT CLOSURES MADE OF PLASTIC FOAM THAT ARE COUPLED

TOGETHER ~71:SCHUTTE BAGCLOSURES B.V., 8, Brouwerstraat, BK Uden, Netherlands ~72: VAN

DRUNEN, Frank, Emiel, Leon~ 33:NL ~31:2019208 ~32:10/07/2017

2019/07676 ~ Complete ~54:ENZYME COMPOSITION FOR MANAGEMENT OF METABOLIC HEALTH

~71:SAMI LABS LIMITED, 19/1 & 19/2, I MAIN, II PHASE, PEENYA INDUSTRIAL AREA, KARNATAKA

BANGALORE 560058, KARNATAKA, INDIA, India ~72: MAJEED, Muhammed;MAJEED,

Shaheen;NAGABHUSHANAM, Kalyanam~ 33:US ~31:62/510,858 ~32:25/05/2017

2019/07671 ~ Complete ~54:SYSTEMS AND METHODS RELATING TO CRYPTOCURRENCIES ~71:XCHAIN

(PTY) LTD T/A ATMX, 265 Main Street Waterkloof, Pretoria, South Africa ~72: WALGENBACH, Steven, Lance~

33:ZA ~31:2018/07910 ~32:23/11/2018

2019/07664 ~ Provisional ~54:ATM SELF-BALANCING SYSTEM AND METHOD ~71:SBV SERVICES

(PROPRIETARY) LIMITED, SBV House, Corner of 11th Avenue and 8th Street, Houghton, JOHANNESBURG

2198, Gauteng, SOUTH AFRICA, South Africa ~72: SINGH, Mahandranath;VAN DEN BERG, Willem Johannes~

2019/07681 ~ Complete ~54:SYSTEMS AND METHODS FOR DEFERRED POST-PROCESSES IN VIDEO

ENCODING ~71:ZENIMAX MEDIA INC., 1370 Piccard Drive Suite 120, Rockville, 20850, Maryland, United

States of America ~72: MICHAEL KOPIETZ~ 33:US ~31:62/488,526 ~32:21/04/2017;33:US ~31:62/618,498

~32:17/01/2018

2019/07678 ~ Complete ~54:VIRAL EXPRESSION CONSTRUCT COMPRISING A FIBROBLAST GROWTH

FACTOR 21 (FGF21) CODING SEQUENCE ~71:UNIVERSITAT AUTONOMA DE BARCELONA, Edifici A,

Campus universitari s/n, 08193, Spain ~72: BOSCH TUBERT, Fatima;JAMBRINA PALLARES,

Claudia;JIMÉNEZ CENZANO, Veronica~ 33:EP ~31:17172818.1 ~32:24/05/2017

2019/07690 ~ Complete ~54:COMMUNICATION METHOD, TERMINAL DEVICE AND NETWORK DEVICE

~71:Huawei Technologies Co., Ltd., Huawei Administration Building, Bantian, Longgang District, SHENZHEN


Page | 70

518129, GUANGDONG, CHINA (P.R.C.), People's Republic of China ~72: SUN, Hao;XUE, Lixia~ 33:CN

~31:201710309784.X ~32:04/05/2017

2019/07666 ~ Provisional ~54:AN APPARATUS FOR DETECTING OPERATION OF AN ELECTRICAL SAFETY

SYSTEM ~71:MARTIN, Roger Samuel Eric, 37 Viljoen Street, Ruimsig Country Estate, South Africa ~72:

MARTIN, Roger Samuel Eric~

2019/07683 ~ Complete ~54:SYSTEMS AND METHODS FOR RENDERING & PRE-ENCODED LOAD

ESTIMATION BASED ENCODER HINTING ~71:ZENIMAX MEDIA INC., 1370 Piccard Drive Suite 120,

Rockville, 20850, Maryland, United States of America ~72: MICHAEL KOPIETZ~ 33:US ~31:62/488,526

~32:21/04/2017;33:US ~31:62/647,180 ~32:23/03/2018;33:US ~31:62/655,901 ~32:11/04/2018

2019/07684 ~ Complete ~54:SHORT PUCCH FORMATS AND SCHEDULING REQUEST (SR) TRANSMISSION

FOR 5TH GENERATION (5G) NEW RADIO ACCESS TECHNOLOGY (NR) ~71:FG INNOVATION COMPANY

LIMITED, Flat 2623, 26/F Tuen Mun Central Square, 22 Hoi Wing Road, Tuen Mun, New Territories, Hong Kong,

People's Republic of China;SHARP KABUSHIKI KAISHA, 1, Takumi-cho, Sakai-ku, Sakai City, Osaka, 590-8522,

Japan ~72: TOSHIZO NOGAMI;ZHANPING YIN~ 33:US ~31:62/501,305 ~32:04/05/2017

2019/07685 ~ Complete ~54:HOLLOW PART MANUFACTURE ~71:MCLAREN AUTOMOTIVE LIMITED,

McLaren Technology Centre, Chertsey Road,, Horsell Woking, GU21 4YH, Surrey, United Kingdom;THE

UNIVERSITY OF SHEFFIELD, The University of Sheffield Western Bank, Sheffield , S10 2TN, Yorkshire, United

Kingdom ~72: CLAUDIO SANTONI;ELAINE ARNOLD;MARK LAYCOCK;TIMOTHY SWAIT~ 33:GB

~31:1706392.6 ~32:21/04/2017

2019/07688 ~ Complete ~54:FLUIDIC TEST CASSETTE ~71:Mesa Biotech, Inc., 6181 Cornerstone Court Suite,

Suite 101, SAN DIEGO 92121, CA, USA, United States of America ~72: CAI, Hong;CARY, Robert B.;THOMAS,

Donald J.~ 33:US ~31:62/488,453 ~32:21/04/2017

2019/07691 ~ Complete ~54:METHOD FOR SEX SORTING OF MOSQUITOES AND APPARATUS THEREFOR

~71:Senecio Ltd., 4A Bik'at HaYare'akh Street, KFAR-SABA 4463107, ISRAEL, Israel ~72:

EISENBERG, Rom;FLEISCHMANN, Yoram;KARLIN, Baruch E.;LEPEK, Hanan;NAVE, Tamir;TIROSH, Itamar~

33:US ~31:62/449,050 ~32:22/01/2017;33:US ~31:62/458,065 ~32:13/02/2017;33:US ~31:62/529,057

~32:06/07/2017;33:US ~31:62/533,242 ~32:17/07/2017

2019/07677 ~ Complete ~54:METHOD FOR CONSTRUCTING ENGINES OR MOTORS CONTAINED IN A

CYLINDRICAL CASING ~71:CARPYZ SAS, 215 rue Jean Jacques Rousseau 92136 Issy les Moulineaux, FR,

France ~72: CARROUSET, Pierre~ 33:LU ~31:100192 ~32:04/05/2017

2019/07680 ~ Complete ~54:SYSTEMS AND METHODS FOR GAME-GENERATED MOTION VECTORS

~71:ZENIMAX MEDIA INC., 1370 Piccard Drive Suite 120, Rockville, 20850, Maryland, United States of America

~72: MICHAEL KOPIETZ~ 33:US ~31:62/488,526 ~32:21/04/2017;33:US ~31:62/596,325 ~32:08/12/2017

2019/07663 ~ Provisional ~54:KNOTLESS WOVEN STEEL STRAND NET ~71:NICAUD COMPANIES 22 (PTY)

LTD, Plot 75, Rhenosterfontein, South Africa ~72: FLANAGAN, Frederick William;VISSER, Henri~

2019/07667 ~ Provisional ~54:SYSTEM AND METHOD FOR PROCESSING USER FEEDBACK ~71:VAN

ROMBURGH, Willem Johannes Jacobus, 148 Vergenoeg Street, Protea Heights, South Africa ~72: VAN

ROMBURGH, Willem Johannes Jacobus~

2019/07670 ~ Complete ~54:METHOD OF EXCAVATING A TAILINGS LAGOON ~71:GOODWIN PLC, Ivy

House Foundry, Hanley, United Kingdom ~72: CHAPMAN, Andrew;GOODWIN, Richard, Stanley;O’NIEN,


Page | 71

Stephen;SMALLWOOD, Garry;WANASINGHE, Mithila, Tharanath~ 33:GB ~31:GB1902635.0

~32:27/02/2019;33:GB ~31:GB1902726.7 ~32:28/02/2019;33:GB ~31:GB1914520.0 ~32:08/10/2019

2019/07686 ~ Complete ~54:PLAYER INPUT MOTION COMPENSATION BY ANTICIPATING MOTION

VECTORS ~71:ZENIMAX MEDIA INC., 1370 Piccard Drive Suite 120, Rockville, 20850, Maryland, United States

of America ~72: MICHAEL KOPIETZ~ 33:US ~31:62/488,526 ~32:21/04/2017;33:US ~31:62/634,464

~32:23/02/2018;33:US ~31:62/640,945 ~32:09/03/2018;33:US ~31:62/644,164 ~32:16/03/2018

2019/07689 ~ Complete ~54:SYSTEM AND METHOD FOR REPAIRING A COKE OVEN ~71:SunCoke

Technology and Development LLC, 1011 Warrenville Road, 6th Floor, LISLE 60532, IL, USA, United States of

America ~72: BALL, Mark Anthony;CHOI, Chun Wai;CRUM, Jason;QUANCI, John Francis;WEST, Gary Dean~

33:US ~31:62/510,109 ~32:23/05/2017

2019/07693 ~ Provisional ~54:TROYALL SMART BABY BATH TUB ~71:MARIOUS MULAUDZI, Nthabalala,

Mphadzha Village, Stand No.63, South Africa ~72: MARIOUS MULAUDZI~

2019/07682 ~ Complete ~54:SYSTEMS AND METHODS FOR ENCODER-GUIDED ADAPTIVE-QUALITY

RENDERING ~71:ZENIMAX MEDIA INC., 1370 Piccard Drive Suite 120, Rockville, 20850, Maryland, United

States of America ~72: MICHAEL KOPIETZ~ 33:US ~31:62/488,526 ~32:21/04/2017;33:US ~31:62/653,056

~32:05/04/2018

2019/07675 ~ Complete ~54:SUBSTITUTED SUCCINIMIDE DERIVATIVES AS PESTICIDES ~71:BASF SE,

CARL BOSCH STRASSE 38, 67056 LUDWIGSHAFEN AM RHEIN, GERMANY, Germany ~72: BRAUN, Franz-

Josef;GOCKEL, Birgit;HUWYLER, Nikolas;KOERBER, Karsten;MCLAUGHLIN, Martin, John;NARINE, Arun~

33:EP ~31:17168101.8 ~32:26/04/2017

2019/07679 ~ Complete ~54:COMMUNICATION METHOD, ACCESS NETWORK DEVICE AND TERMINAL

DEVICE ~71:GUANGDONG OPPO MOBILE TELECOMMUNICATIONS CORP., LTD., No. 18, Haibin Road,

Wusha, Chang'an Dongguan, 523860, Guangdong, People's Republic of China ~72: JIANHUA LIU~

2019/07665 ~ Provisional ~54:DRILL BIT ~71:Sasol Mining (Pty) Ltd, Sasol Place, 50 Katherine Street, Sandton,

Gauteng, 2090, South Africa ~72: ODELL, Gregory Bruce;SWANEPOEL, Richard~

2019/07668 ~ Provisional ~54:SMART SOLAR SYSTEM ~71:CALEB MATLHATSI MOLEFE, 809 MARLOTHI

STREET, South Africa ~72: CALEB MATLHATSI MOLEFE~ 33:ZA ~31:1 ~32:19/11/2019

2019/07673 ~ Complete ~54:BONE-TARGETING ANTIBODIES ~71:GENZYME CORPORATION, 50 Binney

Street, Cambridge, MA, United States of America ~72: PARK, Sunghae;QIU, Huawei;STEFANO, James~ 33:US

~31:62/448,763 ~32:20/01/2017

2019/07687 ~ Complete ~54:SALT OF AN AMINOPYRIDINE DERIVATIVE COMPOUND, A CRYSTALLINE

FORM THEREOF, AND A PROCESS FOR PREPARING THE SAME ~71:Yuhan Corporation, 74, Noryangjin-ro,

Dongjak-gu, SEOUL 06927, REPUBLIC OF KOREA, Republic of Korea ~72: CHUNG, Soo Yong;HAN, Tae

Dong;JU, Hyun;KANG, Jeong Ki;KIM, Dong Kyun;KIM, Jong Gyun;KIM, Kyeong Bae;LEE, Seong Ran;LEE,

Young Sung;OH, Sang Ho;OH, Se-Woong;PARK, Su Min;SHIN, Woo Seob~ 33:KR ~31:10-2017-0051687

~32:21/04/2017

2019/07669 ~ Provisional ~54:CHROMING AND DECORATING OF COFFINS AND CASKETS ~71:THOMAS

DAVID HAVENGA, 500 VIEW STREET, South Africa ~72: THOMAS DAVID HAVENGA~

2019/07674 ~ Complete ~54:METHOD OF LIVING BODY DETECTION AND TERMINAL DEVICE

~71:GUANGDONG OPPO MOBILE TELECOMMUNICATIONS CORP., LTD., No.18, Haibin road, Wusha,,


Page | 72

People's Republic of China ~72: TANG, Cheng;ZHANG, Xueyong;ZHOU, Haitao;ZHOU, Yibao~ 33:CN

~31:201710582818.2 ~32:17/07/2017

- APPLIED ON 11/21/2019-

2019/07712 ~ Complete ~54:SUBSTITUTED INDOLINE DERIVATIVES AS DENGUE VIRAL REPLICATION

INHIBITORS ~71:Janssen Pharmaceuticals, Inc., 1125 Trenton-Harbourton Road, TITUSVILLE 08560, NJ, USA,

United States of America;Katholieke Universiteit Leuven, Waaistraat 6, bus 5105, LEUVEN 3000, BELGIUM,

Belgium ~72: BARDIOT, Dorothée Alice Marie-Eve;BONFANTI, Jean-François;COESEMANS,

Erwin;FORTIN, Jérôme Michel Claude;KESTELEYN, Bart Rudolf Romanie;MARCHAND, Arnaud

Didier M.;MERCEY, Guillaume Jean Maurice;RABOISSON, Pierre Jean-Marie Bernard~ 33:EP ~31:17172237.4

~32:22/05/2017

2019/07718 ~ Complete ~54:BIOMARKER OF DISEASE ~71:Edith Cowan University, 270 Joondalup Drive,

JOONDALUP 6027, WA, AUSTRALIA, Australia ~72: GRAY, Elin;SU HAU LO, Johnny;ZAENKER,

Pauline;ZIMAN, Mel~ 33:AU ~31:2017901921 ~32:22/05/2017

2019/07724 ~ Provisional ~54:FREEZYWHEEL-ROTATING SHELVING FOR CHEST AND UPRIGHT

FREEZERS AUTO AND MANUAL AND INDUSTRIAL FREEZERS ~71:ELIZABETH HELENA WELHELMIENA

SIEMS, 29A BRICE STREET STRUBENVALE, South Africa ~72: PHILLIPUS PAULIS STEPHEN SIEMS~

2019/07695 ~ Provisional ~54:A COUPLER FOR A ROCK ANCHOR ~71:PROVEST GROUP (PTY) LTD, 55

Brink Street C/O Brink and Beyers Naude Street, South Africa ~72: GRIX, Etienne Douglas Lennox~

2019/07705 ~ Complete ~54:PERI ALPHADECK - LARGE AREA SLAB PANEL FORMWORK SYSTEM

~71:PERI GmbH, Rudolf-Diesel-Str. 19, Weissenhorn, Bavaria, 89264, Germany ~72: ARUN, K S;RAO,

CNVS;ROUTH, Anibrata;SHARANAPPA, A~ 33:IN ~31:201841045177 ~32:29/11/2018

2019/07707 ~ Complete ~54:CHILD CAR SEAT ~71:NAPIORKOWSKI, Stanislaw, Grazyny 15 lok. 314, Poland

~72: NAPIORKOWSKI, Stanislaw~ 33:EP ~31:17461528.6 ~32:27/04/2017

2019/07696 ~ Provisional ~54:MULTI-FUNCTION MANUALLY CONTROLLED USER INTERFACE FOR

VARIABLE OUTPUT POWER ELECTRONIC APPARATUS ~71:SMIT, Marthinus, Christoffel, 793A PLATRAND

STREET, FAERIE GLEN, 0043, RSA, South Africa;SMITH, Reginald, Gerald, 38 TENNANT ROAD,

KENILWORTH, CAPE TOWN, RSA, South Africa;STEYN, Tracey, 19 OLIVE LANE, CONSTANTIA NEK

ESTATE, HOUT BAY, CAPE TOWN, SOUTH AFRICA, South Africa ~72: SMIT, Marthinus, Christoffel;SMITH,

Reginald, Gerald;STEYN, Tracey~

2019/07715 ~ Complete ~54:VACCINE COMPRISING CLOSTRIDIUM TOXOIDS ~71:Hipra Scientific, S.L.U.,

Avda. La Selva, 135, AMER 17170, SPAIN, Spain ~72: GIBERT PÉREZ, Xavier;SITJÀ ARNAU,

Marta~ 33:EP ~31:17382358.4 ~32:09/06/2017

2019/07706 ~ Complete ~54:A GATE VALVE ~71:THE TRUSTEES FOR THE TIME BEING OF THE BEST

TRUST, F25 Bermuda Beach, Greenways Golf Estate, South Africa ~72: VAN DER MERWE, Jacques~

2019/07710 ~ Complete ~54:4-AMINO-6-(HETEROCYCLIC)PICOLINATES AND 6-AMINO-2-

(HETEROCYCLIC)PYRIMIDINE-4-CARBOXYLATES AND THEIR USE AS HERBICIDES ~71:DOW


JEFFREY B EPP;JEREMY KISTER;JOSHUA ROTH;NORBERT M SATCHIVI~ 33:US ~31:62/504,148

~32:10/05/2017


Page | 73

2019/07699 ~ Provisional ~54:CAN OPENER ~71:CAREL PHILLIPUS BREYTENBACH, 56 HILLTOP STREET,

South Africa ~72: CAREL PHILLIPUS BREYTENBACH~

2019/07708 ~ Complete ~54:NANOFIBER MANUFACTURING DEVICE AND HEAD USED FOR SAME ~71:M-

TECHX INC., 25-9, Shinkawa 1-chome, Chuo-ku, Tokyo, Japan ~72: ECHIZENYA, Takatsugu;IKEGAYA,

Morihiko;SOTA, Hiroyoshi~ 33:JP ~31:2017-101292 ~32:22/05/2017

2019/07719 ~ Complete ~54:METHOD OF OPERATING A SINTER PLANT ~71:Paul Wurth S.A., 32, rue

d'Alsace, LUXEMBOURG L-1122, LUXEMBOURG, Luxembourg ~72: KINZEL, Klaus Peter~ 33:LU

~31:100 260 ~32:22/05/2017

2019/07700 ~ Provisional ~54:OSCILLATING POSITIVE EXPIRATORY PRESSURE DEVICE ~71:CENTRAL

UNIVERSITY OF TECHNOLOGY, FREE STATE, 20 President Brand Street, Bloemfontein, 9320, South Africa

~72: CORNELIS MARTHINUS POTGIETER;JACQUES OLIVER;KEVIN LEE CAMPBELL;WILLIAM ALLAN

KINNEAR~

2019/07714 ~ Complete ~54:CONJUGATE OF ISOTRETINOIN AND PEPTIDE ~71:Caregen Co.,Ltd., 46-38, LS-

ro 91beon-gil, Dongan-gu, ANYANG-SI 14119, GYEONGGI-DO, REPUBLIC OF KOREA, Republic of Korea ~72:

CHUNG, Yong Ji;KIM, Eun Mi~ 33:KR ~31:10-2017-0058866 ~32:11/05/2017

2019/07709 ~ Complete ~54:LIQUID SMOKE REACTION PRODUCTS ~71:KERRY LUXEMBOURG

S.À.R.L., 17 RUE ANTOINE JANS, L-1820 LUXEMBOURG, LUXEMBOURG, Luxembourg ~72: LANDAY,

Richard;TORAASON, Joseph~ 33:US ~31:62/491,630 ~32:28/04/2017

2019/07701 ~ Provisional ~54:HEAT SHIELD FOR FOOTWEAR ~71:BBF SAFETY GROUP (PTY) LTD, 40

Gillitts Road, South Africa ~72: BEIER, Hermann Hans-Heinrich~

2019/07716 ~ Complete ~54:VIRAL VECTORS ENCODING RECOMBINANT FIX WITH INCREASED

EXPRESSION FOR GENE THERAPY OF HEMOPHILIA B ~71:Baxalta GmbH, Zaehlerweg 4, ZUG 6300,

SWITZERLAND, Switzerland;Baxalta Incorporated, 1200 Lakeside Drive, BANNOCKBURN 60015, IL, USA,

United States of America ~72: FALKNER, Falko-gunther;HORLING, Franziska;LENGLER,

Johannes;ROTTENSTEINER, Hanspeter;SCHEIFLINGER, Friedrich~ 33:US ~31:62/509,616 ~32:22/05/2017

2019/07721 ~ Complete ~54:SIGNAL PROCESSING METHOD AND APPARATUS ~71:GUANGDONG OPPO

MOBILE TELECOMMUNICATIONS CORP., LTD., No. 18 Haibin Road, Wusha, Chang'an Dongguan,

People's Republic of China ~72: TANG, Hai~

2019/07711 ~ Complete ~54:COMPOSITIONS AND METHODS FOR MODULATING HAIR GROWTH ~71:THE

REGENTS OF THE UNIVERSITY OF CALIFORNIA, 1111 Franklin Street, Twelfth Floor, Oakland, 94607-5200,

California, United States of America ~72: HEATHER CHRISTOFK;MICHAEL E JUNG;WILLIAM E

LOWRY;XIAOGUANG LIU~ 33:US ~31:62/527,775 ~32:30/06/2017;33:US ~31:62/654,095 ~32:06/04/2018

2019/07722 ~ Provisional ~54:TV/MONITOR HANDLE/CARRIER ~71:TIMOTHY BOSTON DUIKER, 7 Madeliefie

Street, Rust ter vaal,, South Africa ~72: TIMOTHY BOSTON DUIKER~

2019/07698 ~ Provisional ~54:RUBBER MODIFIED BITUMINOUS BINDERS ~71:CSIR, CSIR Campus, Meiring

Naude Road, Brummeria 0184, SOUTH AFRICA, South Africa ~72: MTURI, George A. J.~

2019/07697 ~ Provisional ~54:SECURE TRANSACTION SYSTEM AND METHOD FOR MICROGRID ENERGY

MANAGEMENT ~71:DESMOND THEMBA WILLIAMS, 17 MUSWELL ROAD, WEDGEFIELD OFFICE PARK,

South Africa ~72: DESMOND THEMBA WILLIAMS~


Page | 74

2019/07703 ~ Provisional ~54:SHAPE GOD/DESS PRE GRIND ~71:Taillevent Jacque Arceneaux, 2

WHITEHILLS BOULEVARD, South Africa ~72: TAILLEVENT JACQUE ARCENEAUX~

2019/07702 ~ Provisional ~54:TRACK AND TRACE SYSTEM FOR AND RELATED METHOD OF MANAGING

THE DISPENSING OF A PRODUCT ~71:DESAI, Nikhil Rajendra, Unit 1, Khyber Fountains, Lincoln Street,

Khyber Rock, JOHANNESBURG 2191, Gauteng, SOUTH AFRICA, South Africa ~72: DESAI, Nikhil Rajendra~

2019/07694 ~ Provisional ~54:DECORATIVE COFFINS & CASKETS ~71:THOMAS DAVID HAVENGA, 500

VIEW STREET, South Africa ~72: THOMAS DAVID HAVENGA~ 33:ZA ~31:1 ~32:20/11/2019

2019/07717 ~ Complete ~54:COVALENT INHIBITORS OF KRAS ~71:Araxes Pharma LLC, 3033 Science Park

Road, Suite 220, SAN DIEGO 92121, CA, USA, United States of America ~72: FENG, Jun;LI, Liansheng;LIU,

Yi;LIU, Yuan;REN, Pingda;WANG, Yi;WU, Tao~ 33:US ~31:62/511,163 ~32:25/05/2017;33:US ~31:62/625,889

~32:02/02/2018

2019/07720 ~ Complete ~54:SILICON WAFER PRINTING MACHINE ~71:FOLUNGWIN AUTOMATIC

EQUIPMENT CO., LTD., No. 23 Shida Road, Shibu Village, Liaobu Town Dongguan, People's Republic of China

~72: LOU, Xianliang~ 33:CN ~31:201710534291.6 ~32:03/07/2017

2019/07704 ~ Complete ~54:A POWER MANAGEMENT SYSTEM AND DEVICE FOR FLAMEPROOF

ALTERNATORS ~71:Giuliano RES, P.O. Box 760, Australia ~72: Giuliano RES (Australian Citizen)~ 33:AU

~31:2018904444 ~32:21/11/2018

2019/07713 ~ Complete ~54:SUBSTITUTED INDOLINE DERIVATIVES AS DENGUE VIRAL REPLICATION

INHIBITORS ~71:Janssen Pharmaceuticals, Inc., 1125 Trenton-Harbourton Road, TITUSVILLE 08560, NJ, USA,

United States of America;Katholieke Universiteit Leuven, Waaistraat 6, bus 5105, LEUVEN 3000, BELGIUM,

Belgium ~72: BARDIOT, Dorothée Alice Marie-Eve;BONFANTI, Jean-François;COESEMANS,

Erwin;DE BOECK, Benoît Christian Albert Ghislain;KESTELEYN, Bart Rudolf Romanie;MARCHAND,

Arnaud Didier M.;RABOISSON, Pierre Jean-Marie Bernard~ 33:EP ~31:17172247.3 ~32:22/05/2017

- APPLIED ON 11/22/2019 -

2019/07734 ~ Complete ~54:METHOD AND APPARATUS FOR INSTRUMENT PROPULSION ~71:ENDOGENE

LIMITED, Suite 10, 2 St Andrews Street, Australia ~72: SOUTORINE, Mikhail;SWITZER, Anthony~ 33:AU

~31:2017901531 ~32:27/04/2017;33:AU ~31:2018900500 ~32:16/02/2018

2019/07738 ~ Complete ~54:SYSTEM FOR AND METHOD OF PROCESSING SUGAR CANE ~71:Biomass

Technologies Pty Ltd, Mark Diamond, 473 Darling Street, BALMAIN 2041, NEW SOUTH WALES, AUSTRALIA,

Australia ~72: BROWN, Rodney A.;DIAMOND, Mark;SCOTT, Maxwell A.~ 33:AU ~31:2017901576

~32:01/05/2017

2019/07759 ~ Complete ~54:IMPROVED HYGIENE COMPLIANCE MONITORING ~71:ESSITY HYGIENE AND

HEALTH AKTIEBOLAG, S-405 03, Sweden ~72: LINDSTRÖM, Håkan~

2019/07735 ~ Complete ~54:METHOD FOR ACQUIRING CONTEXT CONFIGURATION INFORMATION,

TERMINAL DEVICE AND ACCESS NETWORK DEVICE ~71:GUANGDONG OPPO MOBILE

TELECOMMUNICATIONS CORP., LTD., No. 18 Haibin Road, Wusha, Chang'an Dongguan, People's

Republic of China ~72: LIU, Jianhua;YANG, Ning~

2019/07737 ~ Complete ~54:INSECTICIDAL POLYPEPTIDES HAVING IMPROVED ACTIVITY SPECTRUM

AND USES THEREOF ~71:PIONEER HI-BRED INTERNATIONAL, INC., 7100 N.W. 62nd Avenue, Johnston,


Page | 75

United States of America ~72: LU, Albert L.;NELSON, Mark Edward;WU, Gusui;YAMAMOTO, Takashi~ 33:US

~31:62/511,385 ~32:26/05/2017

2019/07736 ~ Complete ~54:ELECTRONIC DEVICE ~71:GUANGDONG OPPO MOBILE

TELECOMMUNICATIONS CORP., LTD., No. 18 Haibin Road, Wusha, Chang'an Dongguan, People's

Republic of China ~72: ZHOU, Yibao~ 33:CN ~31:201710555156.X ~32:10/07/2017

2019/07758 ~ Complete ~54:EASY OPEN CLOSURE ~71:CROWN PACKAGING TECHNOLOGY, INC., 11535

South Central Avenue, United States of America ~72: HALL, Jason;TACHET, Cedric~ 33:GB ~31:1706949.3

~32:02/05/2017

2019/07725 ~ Provisional ~54:RESIN-GROUTED ROCK BOLT ASSEMBLY WITH AN ADAPTED SEALING

BUSH ~71:INNOVATIVE MINING PRODUCTS (PTY) LTD, 109 Adcock Ingram Avenue, Aeroton, South Africa

~72: ABREU, Rual;CAWOOD, Martin;CROMPTON, Brendan Robert;PASTORINO, Paolo Ettore~

2019/07744 ~ Complete ~54:A PROTEIN BINDING NKG2D, CD16 AND A TUMOR-ASSOCIATED ANTIGEN

~71:Dragonfly Therapeutics, Inc., 35 Gatehouse Drive, WALTHAM 02451, MA, USA, United States of America

~72: CHANG, Gregory P.;CHEUNG, Ann F.;HANEY, William;LUNDE, Bradley M.;PRINZ, Bianka~ 33:US

~31:62/510,137 ~32:23/05/2017;33:US ~31:62/510,167 ~32:23/05/2017;33:US ~31:62/510,168

~32:23/05/2017;33:US ~31:62/510,169 ~32:23/05/2017;33:US ~31:62/539,425 ~32:31/07/2017

2019/07760 ~ Provisional ~54:POTTY SEAT ~71:MIRRIAM NTOMBIZODWA SHONGWE, 11 YELLOWWOOD

STREET, MAYBERRY PARK, South Africa ~72: MIRRIAM NTOMBIZODWA SHONGWE~

2019/07730 ~ Provisional ~54:MR. ~71:Paul Bolus, Europa Equestrian Estate , 22 Rondeberg Road Philadelphia,

Cape Town, South Africa ~72: Paul Philip Bolus~

2019/07743 ~ Complete ~54:A PROTEIN BINDING NKG2D, CD16 AND ROR1 OR ROR2 ~71:Dragonfly

Therapeutics, Inc., 35 Gatehouse Drive, WALTHAM 02451, MA, USA, United States of America ~72: CHANG,

Gregory P.;CHEUNG, Ann F.;HANEY, William;LUNDE, Bradley M.;PRINZ, Bianka~ 33:US ~31:62/510,135

~32:23/05/2017;33:US ~31:62/549,200 ~32:23/08/2017

2019/07726 ~ Provisional ~54:ZWIPPI FEDERATION ~71:Khotso Phelane, 79 Venus Crescent, South

Africa;Thilivhali Nyela, 92 Mars Street, South Africa ~72: Khotso Phelane;Thilivhali Nyela~

2019/07745 ~ Complete ~54:A PROTEIN BINDING NKG2D, CD16 AND A TUMOR-ASSOCIATED ANTIGEN

~71:Dragonfly Therapeutics, Inc., 35 Gatehouse Drive, WALTHAM 02451, MA, USA, United States of America

~72: CHANG, Gregory P.;CHEUNG, Ann F.;HANEY, William;LUNDE, Bradley M.;PRINZ, Bianka~ 33:US

~31:62/510,173 ~32:23/05/2017;33:US ~31:62/539,396 ~32:31/07/2017;33:US ~31:62/539,416

~32:31/07/2017;33:US ~31:62/539,419 ~32:31/07/2017;33:US ~31:62/546,292 ~32:16/08/2017;33:US

~31:62/546,296 ~32:16/08/2017;33:US ~31:62/552,146 ~32:30/08/2017

2019/07750 ~ Complete ~54:METHOD FOR TRANSMITTING REFERENCE SIGNAL, TERMINAL AND

NETWORK DEVICE ~71:GUANGDONG OPPO MOBILE TELECOMMUNICATIONS CORP., LTD., No. 18, Haibin

Road, Wusha, Chang'an Dongguan, 523860, Guangdong, People's Republic of China ~72: HAI TANG;ZHI

ZHANG~

2019/07742 ~ Complete ~54:GLUCURONIDE PRODRUGS OF JANUS KINASE INHIBITORS ~71:Theravance

Biopharma R&D IP, LLC, 901 Gateway Boulevard, SOUTH SAN FRANCISCO 94080, CA, USA, United

States of America ~72: BRASSIL, Patrick J.;HUDSON, Ryan;LONG, Daniel D.;LOO, Mandy;WILTON, Donna

A.A.~ 33:US ~31:62/509,847 ~32:23/05/2017


Page | 76

2019/07756 ~ Complete ~54:SHARK ADVOIDANCE SYSTEM AND METHOD ~71:RITTER, Erich, c/o

Sharkschool, Global Green Marine, Inc., 5970 Osprey Place, Pensacola, FL 32504 (US), United States of

America ~72: RITTER, Erich~ 33:US ~31:PCT/IB2017/000477 ~32:25/04/2017

2019/07727 ~ Provisional ~54:A COMPOSITE PANEL ~71:IKHAYA FUTUREHOUSE SYSTEMS

MANUFACTURING (PTY) LIMITED, 8 Marconi Nook, Hennopspark, Extension 15, Centurion, Republic of South

Africa, South Africa ~72: HALL, Roscoe, James~

2019/07746 ~ Complete ~54:6-5 FUSED RINGS AS C5A INHIBITORS ~71:CHEMOCENTRYX, INC., 850 Maude

Avenue, Mountain View, United States of America ~72: FAN, Pingchen;LANGE, Christopher W.;LUI, Rebecca

M.;MALATHONG, Viengkham;MALI, Venkat Reddy;PUNNA, Sreenivas;SINGH, Rajinder;TANAKA, Hiroko;ZENG,

Yibin;ZHANG, Penglie~ 33:US ~31:62/513,010 ~32:31/05/2017

2019/07757 ~ Complete ~54:CAN BASE FORMING ~71:CROWN PACKAGING TECHNOLOGY, INC., 11535

South Central Avenue, United States of America ~72: RUKAT, Bronislaw~ 33:GB ~31:1706554.1

~32:25/04/2017

2019/07741 ~ Complete ~54:METHOD AND DEVICE FOR ENCODING POLAR CODE ~71:Huawei Technologies

Co., Ltd., Huawei Administration Building, Bantian, Longgang District, SHENZHEN 518129, GUANGDONG,

CHINA (P.R.C.), People's Republic of China ~72: CHEN, Ying;DAI, Shengchen;DU, Yinggang;HUANG,

Lingchen;HUANGFU, Yourui;KAMENEV, Mikhail;LI, Rong;LUO, Hejia;POLIANSKII, Nikita;QIAO, Yunfei;SHEN,

Zukang;WANG, Jian;WANG, Jun;XU, Chen;ZHANG, Gongzheng;ZHANG, Huazi~ 33:CN ~31:201710653644.4

~32:02/08/2017

2019/07733 ~ Complete ~54:SELF-GLAZING CERAMICS ~71:THE UNIVERSITY OF JOHANNESBURG, CNR

KINGSWAY AND UNIVERSITY ROADS, AUCKLAND PARK, JOHANNESBURG, 2008, SOUTH AFRICA, South

Africa ~72: MAKHATHA, Mamookho, Elizabeth;MALATALIANA, Thabang, Fernando;MASHEANE, Monaheng,

Leonard;THAMAE, Thimomy~

2019/07740 ~ Complete ~54:HIGH-LEVEL SIGNALLING FOR FISHEYE VIDEO DATA ~71:QUALCOMM

Incorporated, ATTN: International IP Administration, 5775 Morehouse Drive, SAN DIEGO 92121-1714, CA, USA,

United States of America ~72: BI, Ning;FORUTANPOUR, Bijan;WANG, Ye-Kui~ 33:US ~31:62/511,189

~32:25/05/2017;33:US ~31:15/987,231 ~32:23/05/2018

2019/07753 ~ Complete ~54:METHODS OF TREATMENT FOR CERVICAL DYSTONIA ~71:REVANCE

THERAPEUTICS, INC., 7555 Gateway Boulevard, Newark, 94560, California, United States of America ~72:

CURTIS L RUEGG;JACOB M WAUGH~ 33:US ~31:62/508,324 ~32:18/05/2017

2019/07728 ~ Provisional ~54:A SYSTEM FOR DETERMINING A TYPE OF CANCER ~71:MALHERBE, Kathryn,

590 PEACEHAVEN ROAD, RIETVALLEIRAND, 0181, SOUTH AFRICA, South Africa;MIPAR SOFTWARE LLC,

5701 NORTH HIGH STREET, WORTHINGTON, OH 43085, USA, United States of America ~72: MALHERBE,

Kathryn;SMALL, Lawrence, Edward~

2019/07747 ~ Complete ~54:APPARATUS, SYSTEMS AND METHODS FOR DISPENSING DRINKS, FOOD,

AND OTHER LIQUIDS ~71:Edward SHOWALTER, 65 Pine Avenue #170, United States of America ~72: Edward

SHOWALTER (USA Citizen)~ 33:US ~31:15/607,395 ~32:26/05/2017;33:US ~31:15/975,700 ~32:09/05/2018

2019/07732 ~ Complete ~54:A LINKAGE ASSEMBLY FOR A RETRACTABLE LADDER ARRANGEMENT

~71:THE SMART 2011 TRUST, 36 MORSIM ROAD, HYDE PARK, SANDTON, 2196, SOUTH AFRICA, South

Africa ~72: GRAMMATIKOS, George~ 33:ZA ~31:2018/05627 ~32:23/08/2018


Page | 77

2019/07739 ~ Complete ~54:CONDENSED BICYCLIC HETEROCYCLIC-COMPOUND DERIVATIVES AS PEST

CONTROL AGENTS ~71:Bayer Aktiengesellschaft, Kaiser-Wilhelm-Allee 1, LEVERKUSEN 51373, GERMANY,

Germany ~72: FISCHER, Rüdiger;GÖRGENS, Ulrich;HAGER, Dominik;HOFFMEISTER, Laura;ILG,

Kerstin;KAUSCH-BUSIES, Nina;LISHCHYNSKYI, Anton;MOSRIN, Marc;TURBERG, Andreas;WEBBER,

Matthew;WILCKE, David;WILLOT, Matthieu~ 33:EP ~31:17167707.3 ~32:24/04/2017

2019/07752 ~ Complete ~54:OPERATION OF A USER EQUIPMENT AND A RECEIVING RADIO NODE BASED

ON A HARQ CODEBOOK, CONFIGURED BY A CONFIGURING RADIO NODE ~71:TELEFONAKTIEBOLAGET

LM ERICSSON (PUBL), , 164 83, Stockholm, Sweden ~72: ERIK DAHLMAN;MATTIAS ANDERSSON;ROBERT

BALDEMAIR;STEFAN PARKVALL~

2019/07729 ~ Provisional ~54:A LIFTING APPARATUS ~71:MEINTJIES, van der Merwe, Willem, Schalk, 4B

MOUNTAIN DRIVE, DERDEPOORT, PRETORIA, 0035, SOUTH AFRICA, South Africa;SCHULENBURG,

Heinrich, Dietrich, Wilhelm, 129A BURGER AVENUE, LYTTELTON, CENTURION, PRETORIA, 0157, SOUTH

AFRICA, South Africa ~72: MEINTJIES, van der Merwe, Willem, Schalk~

2019/07748 ~ Complete ~54:METHOD FOR TRANSMITTING DATA, TERMINAL DEVICE AND NETWORK

DEVICE ~71:GUANGDONG OPPO MOBILE TELECOMMUNICATIONS CORP., LTD., No. 18, Haibin Road,

Wusha, Chang'an Dongguan, 523860, Guangdong, People's Republic of China ~72: YANAN LIN~

2019/07751 ~ Complete ~54:STABLE HUMUS-WATER STORAGE HYBRID ~71:NOVIHUM TECHNOLOGIES

GMBH, Blasewitzer Str. 41, 01307, Dresden, Germany ~72: ANDRÉ MOREIRA;HORST

NINNEMANN;MICHAEL SCHLIPF;PETER LANGER;REINHARD SORGE~ 33:EP ~31:17172661.5

~32:24/05/2017

2019/07731 ~ Complete ~54:PROCESSING NON-ESTABLISHED CALLS AND SHORT MESSAGES ~71:ZEEP

HK LTD, Unit A, 26th floor, Fortis Bank Tower, 77-79 Gloucester Road, Hong Kong ~72: BAZIN,

Alexander;PARSHYN, Grygoriy~

2019/07749 ~ Complete ~54:REMOTE COMMUNICATION CONTROL METHOD, DEVICE AND MEMORY

MEDIUM FOR ENGINES OF LOCOMOTIVES ~71:CRRC DALIAN CO., LTD., No. 51, Zhongchang Street,

Shahekou District, Dalian, Liaoning, 116022, People's Republic of China ~72: FENG LIU;HONGFENG

WANG;KAI QI;XINGYU;YUBING WANG;ZIYI DUAN~ 33:CN ~31:201811373238.3 ~32:19/11/2018

2019/07755 ~ Complete ~54:5-5 FUSED RINGS AS C5A INHIBITORS ~71:CHEMOCENTRYX, INC., 850 Maude

Avenue, Mountain View, United States of America ~72: FAN, Pingchen;LANGE, Christopher W.;LUI, Rebecca

M.;MALATHONG, Viengkham;MALI, Venkat Reddy;PUNNA, Sreenivas;ZENG, Yibin;ZHANG, Penglie~ 33:US

~31:62/513,025 ~32:31/05/2017

2019/07754 ~ Complete ~54:COMBINATION OF AN ERBB-2/ERBB-3 BISPECIFIC ANTIBODY WITH

ENDOCRINE THERAPY FOR BREAST CANCER ~71:MERUS N.V., Yalelaan 62, 3584 CM, Utrecht, Netherlands

~72: CECILIA ANNA WILHELMINA GEUIJEN;DAVID ANDRE BAPTISTE MAUSSANG-DETAILLE~ 33:US

~31:62/507,675 ~32:17/05/2017


Page | 78

INSPECTION OF SPECIFICATIONS

A complete specification may, after acceptance is advertised, be inspected during office hours at the Patent

Office, Pretoria, at a charge of R4, 00. Please note, that in terms of section 43 (3) if the acceptance of an

application which claims priority in terms of section 31 (1) (c) is not published in terms of section 42 within 18

months from the earliest priority claimed from the relevant application in a convention country, it shall be opened

to public inspection after the expiration of 18 months from the earliest priority so claimed.

COPIES OF DOCUMENTS

The Patent Office, Private Bag X400, Pretoria, supplies copies of all patent and trade mark documents at the

following rate:

Photocopies: R1, 00 per page

(Payment to be affected by means of revenue stamps only.)

COMPLETE SPECIFICATIONS ACCEPTED AND ABRIDGEMENTS OR ABSTRACTS THEREOF

Complete specifications in respect of the under mentioned applications for letters Patent have been accepted by

the Registrar of Patents.

THE PATENTS ACT, 1978 (ACT NO. 57 OF 1978)

In terms of section 42 (b) of the Patents Act, 1978, a patent shall be deemed to have been sealed and granted as

from the date of publication of the acceptance.

The numerical references denote the following: (21) Number of application. (22) Date of application. (DA) Date of

acceptance. (51) Class. (71) Name of applicant(s). (72) Name of all inventors. (33) Country. (31) Number and (32)

Date of convention application. (54) Title of invention. (00) Number of sheets.



Page | 79

21: 2011/03515. 22: 2011/05/13. 43: 2019/09/11 51: C11D 71: The Procter & Gamble Company 72: LANT, Neil Joseph 33: US 31: 61/114,562 32: 2008-11-14 54: COMPOSITION COMPRISING POLYMER AND ENZYME 00: -

21: 2011/09432. 22: 2010/06/08. 43: 2019/09/26 51: A01H 71: EVOGENE LTD. 72: VINOCUR, BASIA JUDITH, DIBER, ALEX, KARCHI, HAGAI 33: US 31: 61/272,764 32: 2009-10-30 33: US 31: 61/213,457 32: 2009-06-10 54: ISOLATED POLYNUCLEOTIDES AND POLYPEPTIDES, AND METHODS OF USING SAME FOR INCREASING NITROGEN USE EFFICIENCY, YIELD, GROWTH RATE, VIGOR, BIOMASS, OIL CONTENT, AND/OR ABIOTIC STRESS TOLERANCE 00: - Provided are methods of increasing nitrogen use

efficiency, yield, biomass, growth rate, vigor, oil

content, fiber yield, fiber quality and/or abiotic stress

tolerance of a plant by expressing within the plant an

exogenous polynucleotide comprising a nucleic acid

sequence at least 80 % identical to SEQ ID NO: 1-

467, 785-3047; or an exogenous polynucleotide

encoding a polypeptide at least 80 % identical to

SEQ ID NO:468-784, 3048-4333, 4335-4682. Also

provided isolated polynucleotide comprising a

nucleic acid sequence selected from the group

consisting of SEQ ID NOs: 1-467, 785-3047, which

can be used to increase nitrogen use efficiency,

yield, biomass, growth rate, vigor, oil content, fiber

yield, fiber quality and/or abiotic stress tolerance of a

plant.

21: 2012/01331. 22: 2012/02/22. 43: 2019/10/17 51: B22F 71: SMITH INTERNATIONAL INC 72: BAO YAHUA, LIU QINGYUAN, YU FENG, CLAUNCH CHARLES J 33: US 31: 61/237,348 32: 2009-08-27 54: METHOD OF FORMING METAL DEPOSITS ON ULTRAHARD MATERIALS 00: - A method of forming a metal deposit on an ultra-hard

material. In an embodiment, the method includes

providing a plurality of ultra-hard particles, mixing the

ultra-hard particles in a solution with a metal salt,

drying the solution to create a mixture of metal salt

particles adhered to surfaces of the ultra-hard

particles, heating the mixture to convert the metal

salt particles into metal deposits on the surfaces of

the ultra-hard particles, and HTHP sintering the

mixture of ultra-hard particles with the metal deposits

to form a polycrystalline ultra-hard material.

21: 2012/04907. 22: 2012/07/02. 43: 2013/12/04 51: A63H 71: MESIKA YIGAL 72: MESIKA YIGAL 33: US 31: 12/657,332 32: 2010-01-19 54: LEVITATING DISK 00: -


Page | 80

Described is a levitating disk for performing illusions

of levitation. The disk includes a disk-shaped

housing, with a circuit board, microprocessor, and

batteries encased within the hous-ing. A series of

LEDs are connected with the housing and are

activated via a centrifugal force switch. The circuit

board and batteries are positioned within the

housing such that they dis-tribute the weight evenly

from a central axis toward the periphery of the

housing. A micro-thread is included for attaching

with the disk. Thus, in operation, a user can hang

the disk with the micro-thread and spin the disk

about the central axis to cause the lights to

illuminate and cause the disk to appear as if it is

levitating.

21: 2012/05542. 22: 2012/07/23. 43: 2019/08/30 51: A23F; A23L 71: UNIVERSITY OF PRETORIA 72: APOSTOLIDES, Zeno, VAN BREDA, Shane V. 33: ZA 31: 2011/05726 32: 2011-08-03 54: A METHOD OF DECAFFEINATING TEA 00: - The invention provides a method for decaffeinating

tea which includes the steps of comminuting fresh

tea leaves, mixing the comminuted tea leaves with

water in a mass ratio of between 1:10 and 1:30 at a

temperature of between 10-50°C to produce a

comminuted tea leaf water mixture, reducing the

pressure of the comminuted tea leaf water mixture to

a pressure of between 0,065 and 0,263 atm,

allowing the pressure to increase to atmospheric

pressure, and separating the comminuted tea leaves

from the water.

21: 2013/04459. 22: 2013/06/18. 43: 2019/10/08 51: A61K; C07K; C12N; C12P; A61P 71: NATIONAL UNIVERSITY OF SINGAPORE, DSO NATIONAL LABORATORIES 72: MACARY PAUL ANTHONY, TEOH EE PING EVELYN, HANSON BRENDON JOHN, TEO EN WEI, LIM ANGELINE PEI CHIEW, NG MAH LEE MARY, LOK SHEE MEI, KUKKARO PETRA EVELIINA 33: US 31: 61/423.085 32: 2010-12-14 54: HUMAN MONOCLONAL ANTIBODY WITH SPECIFICITY FOR DENGUE VIRUS SEROTYPE 1 E PROTEIN AND USES THEREOF 00: - Compositions and methods for the treatment or

prevention of Dengue virus infection in a vertebrate

subject are provided. In particular, human

neutralizing monoclonal antibodies to Dengue virus


Page | 81

isolated from EBV immortalized B cells derived from

patients who have recovered from Dengue infection

are disclosed. Methods are provided for

administering such antibodies to a vertebrate subject

in an amount effective to reduce, eliminate, or

prevent relapse from infection.

21: 2013/07054. 22: 2013/09/17. 43: 2019/10/22 51: G06G; G06T 71: LEICA GEOSYSTEMS AG 72: ROBERTSON CRAIG ANTHONY 33: AU 31: 2011900689 32: 2011-02-28 54: AN INTEGRATED TERRAIN MODELLING SYSTEM 00: - An integrated terrain modeling system is disclosed.

The integrated terrain modeling system has a site

module. The site module includes a database having

a terrain model of a site. The integrated terrain

modeling system has a first field unit which includes

a sensor operable to generate geodetic data of the

site formatted in a first format. The system also has

a further field unit which includes a sensor operable

to generate geodetic data of the site formatted in a

further format. The integrated terrain modelling

system has an integration system operable to

manipulate the geodetic data generated by the first

filed unit and the further filed unit to be in a common

format, thereby to provide seamless integration of

the geodetic data at the site module to update the

terrain model.

21: 2013/07453. 22: 2013/10/07. 43: 2019/10/22 51: A61K; A61P 71: INDUCE BIOLOGICS INC 72: CLOKIE CAMERON M.L., PEEL SEAN A.F. 33: US 31: 61/474,049 32: 2011-04-11 54: SYSTEM AND METHOD FOR MULTIPHASIC RELEASE OF GROWTH FACTORS 00: - A system for multiphasic delivery of at least one

growth factor at a treatment site comprises a delivery

vehicle for releasing at least one growth factor in an

initial release profile and a carrier for releasing at

least one growth factor in a sustained release profile.

The initial release profile releases at least one

growth factor over a period of hours to days, wherein

the growth factor is released in a large amount

initially, with the remainder being released in

progressively lower amounts. The sustained release

profile releases at least one growth factor over a

period of days to weeks, wherein the growth factor is

released at a generally constant amount over such

period. The system of the invention is particularly

suited for applications on bioimplants. The invention

also comprises methods and kits for multiphasic

delivery of at least one growth factor.

21: 2014/01884. 22: 2014/03/14. 43: 2019/09/04


Page | 82

51: A61K; A61P; C07D 71: F. Hoffmann-La Roche AG 72: AEBI, Johannes, AMREIN, Kurt, HORNSPERGER, Benoit, KNUST, Henner, KUHN, Bernd, LIU, Yongfu, MAERKI, Hans P., MAYWEG, Alexander V., MOHR, Peter, TAN, Xuefei, ZHOU, Mingwei 33: PCT/CN 31: 2011/079673 32: 2011-09-15 54: NEW DIHYDROQUINOLINE-2-ONE DERIVATIVES 00: -

21: 2014/03089. 22: 2014/04/25. 43: 2019/09/04 51: B04B 71: Weir Minerals Australia Limited 72: TRENCH, Michael 33: AU 31: 2011903977 32: 2011-09-27 54: CENTRIFUGAL SCREEN APPARATUS 00: - Screening apparatus includes a driving a shaft (12)

into a screen housing (13) having a removable

closure (14) and dividing wall (15) forming an

underflow chamber (16) and an overflow chamber

(17). The shaft (12) supports and drives an screen

(21) comprising a plate steel basket carrier portion

(22) axially spaced from intermediate ring frames

(23) and an outer frame ring and flange (24), all

interconnected by circumferentially spaced stringers

(25) to form an all-welded, integral, generally

truncated-conical screen (21) cage. The cage

supports a wedge wire screening surface (26). The

closure (14) and housing (13) mutually support an

inlet assembly (27) comprising a chute (32) feeding

the water and coarse coal to the inner end of the

screen assembly (21). The integral, all welded

screen (21) may be replaced as a unit without

refurbishment.

21: 2014/03350. 22: 2014/05/09. 43: 2019/09/10 51: A61K; A61P 71: Ampio Pharmaceuticals, Inc. 72: BAR-OR, David, WINKLER, James V. 33: US 31: 61/545,474 32: 2011-10-10 54: TREATMENT OF DEGENERATIVE JOINT DISEASE 00: - The invention provides a method of treating a

degenerative joint disease. The method comprises

administering an effective amount of a

pharmaceutical composition comprising a

diketopiperazine with amino acid side chains of

aspartic acid and alanine (DA-DKP). The invention

also provides a pharmaceutical product as well as a

kit comprising DA-DKP.

21: 2014/03385. 22: 2014/05/12. 43: 2019/10/24 51: F02C; F01K; F17C 71: 8 RIVERS CAPITAL, LLC 72: ALLAM, Rodney, John, FETVEDT, Jeremy Eron 33: US 31: 61/554,880 32: 2011-11-02 33: US 31: 61/555,096 32: 2011-11-03 33: US 31: 61/597,717 32: 2012-02-11


Page | 83

54: POWER GENERATING SYSTEM AND CORRESPONDING METHOD 00: - The present disclosure provides an integrated power

generating system and method and liquefied natural

gas (LNG) vaporization system and method. More

particularly, heat from a CO2 containing stream (15)

from the power generating system and method can

be used to heat (21) the LNG for re-gasification (44)

as gaseous CO2 from CO2 containing stream is

liquefied (55). The liquefied CO2 can be captured

and/or recycled back to a combustor (1) in the power

generating system and method.

21: 2014/03878. 22: 2014/05/27. 43: 2019/09/11 51: H04N 71: Samsung Electronics Co., Ltd. 72: PARK, Young-o, KIM, Il-Koo, KIM, Chan-yul, CHOI, Kwang-pyo 33: US 31: 61/552,698 32: 2011-10-28 54: METHOD FOR INTER PREDICTION AND DEVICE THEREFOR, AND METHOD FOR MOTION COMPENSATION AND DEVICE THEREFOR 00: - The present invention relates to a method for inter

prediction and a method for motion compensation.

Disclosed is a method for inter prediction, wherein:

inter prediction for a current image is performed by

using a long-term reference image stored in a

decoded picture buffer (DPB); a motion vector and

residual data of the current image generated by the

inter prediction are determined; and picture order

count (POC) information of the long-term reference

image is partitioned into most significant bits (MSB)

information and least significant bits (LSB)

information, so that the LSB information is

determined as a long-term reference index which

indicates the long-term reference image.

21: 2014/06140. 22: 2014/08/21. 43: 2019/09/11 51: B65D 71: MAUSER-WERKE GMBH 72: PRZYTULLA, Dietmar 33: DE 31: 20 2012 001 726.8 32: 2012-02-20 54: PALLET CONTAINER 00: - The present invention relates to a pallet container

(10) having a thin-walled inner container (12) made

of thermoplastic material for storing and transporting

liquid or flowable filling materials, having a lattice-

profile supporting casing (14) that closely encloses

the inner container (12) as a supporting casing, and

having a base pallet (16) on which the inner

container (12) rests and to which the lattice-profile

supporting casing (14) is firmly connected, wherein

the lattice- profile supporting casing (14) comprises

intersecting vertical (20) and horizontal (22) profile

bars which are connected together at their

intersecting points by mechanical joining, such as

clinching or punch riveting, and wherein the profile

bars (20, 22) are additionally fixed in a rotationally

secure manner at their connecting points (18, 24,

26) via a mechanical form fit (42, 43) or a form-fitting

bearing region (42, 43).


Page | 84

21: 2014/06326. 22: 2014/08/27. 43: 2019/09/11 51: A61K; A61P; C07D 71: Vitae Pharmaceuticals, LLC 72: DONG, Chengguo, FAN, Yi, LEFTHERIS, Katerina, LOTESTA, Stephen, SINGH, Suresh B., TICE, Colin, ZHAO, Wei, ZHENG, Yajun, ZHUANG, Linghang 33: US 31: 61/612,051 32: 2012-03-16 54: LIVER X RECEPTOR MODULATORS 00: - Provided herein are novel compounds and

pharmaceutically acceptable salts thereof that are

liver X receptor modulators. Also provided are

compositions comprising compounds of the

invention and a carrier. Additionally, use of the

compounds herein and methods for treating a

disease or disorder associated with the liver X

receptor are further described.

21: 2014/06390. 22: 2014/08/29. 43: 2019/09/11 51: A61K; A61P; C07D 71: Vitae Pharmaceuticals, LLC 72: DONG, Chengguo, FAN, Yi, LEFTHERIS, Katerina, LOTESTA, Stephen, SINGH, Suresh B., TICE, Colin, ZHAO, Wei, ZHENG, Yajun, ZHUANG, Linghang 33: US 31: 61/612,063 32: 2012-03-16 54: LIVER X RECEPTOR MODULATORS 00: - Provided herein are novel compounds and

pharmaceutically acceptable salts thereof that are

liver X receptor modulators. Also provided are

compositions comprising compounds of the

invention and a carrier. Additionally, use of the

compounds herein and methods for treating a

disease or disorder associated with the liver X

receptor are further described.

21: 2014/07673. 22: 2014/10/22. 43: 2019/10/17 51: G01S 71: COMMONWEALTH SCIENTIFIC AND INDUSTRIAL RESEARCH ORGANISATION 72: BOSSE, Michael Carsten, ZLOT, Robert Michael 33: AU 31: 2012901508 32: 2012-04-17 54: THREE DIMENSIONAL SCANNING BEAM AND IMAGING SYSTEM 00: - A three dimensional scanning beam and imaging

system (800) enable economical and efficient three

dimensional scans of an environment. The system

(800) includes a ranging apparatus (805), and a

reactive linkage mechanism (810) having a first end

(815) and a second end (820). The first end (815) is

connected to the ranging apparatus (805) and the

second end (820) is connected to an object (825)

that moves the system (800) through an

environment. Additionally, an imaging apparatus

(840) is operatively coupled to either the first end

(815) or the second end (820) of the reactive linkage

mechanism (810). In use acceleration of the object

(825) with respect to the environment is converted

by the reactive linkage mechanism (810) to motion

of the ranging apparatus (805) with respect to the

object (825), which increases the field of view of the

ranging apparatus (805) with respect to the

environment.

21: 2014/08120. 22: 2014/11/06. 43: 2019/10/24 51: C12N; C12Q 71: CLINICAL GENOMICS PTY LTD, COMMONWEALTH SCIENTIFIC AND INDUSTRIAL RESEARCH ORGANISATION 72: MOLLOY, Peter, LAPOINTE, Lawrence, PEDERSEN, Susanne 33: US 31: 61/646,174 32: 2012-05-11 54: DIAGNOSTIC GENE MARKER PANEL FOR COLORECTAL CANCER 00: -


Page | 85

The present invention relates generally to a method

of screening for the onset, predisposition to the

onset and/or progression of a neoplasm. More

particularly, the present invention relates to a

method of screening for the onset, predisposition to

the onset and/or progression of a neoplasm by

screening for changes to the methylation levels of a

panel of gene markers including BCATl, IKZFl, IRF4,

GRASP and/or CAHM. The method of the present

invention is useful in a range of applications

including, but not limited to, those relating to the

diagnosis and/or monitoring of colorectal neoplasms,

such as colorectal adenocarcinosis.

21: 2015/01177. 22: 2015/02/20. 43: 2019/09/10 51: E21D 71: SETEVOX (PTY) LTD 72: VENTER, Johann, Adriaan 33: ZA 31: 2012/05524 32: 2012-07-23 54: MINE ROOF SUPPORT 00: - A yielding mine roof support is provided which is

made in the form of a hollow tube made from an

epoxy, phenolic, or polyester fibreglass composite.

21: 2015/01207. 22: 2015/02/23. 43: 2019/09/16 51: A61K; A61P 71: ONO PHARMACEUTICAL CO., LTD., PAION UK LIMITED 72: Maki KONDO, Toshihiko KONOMI, Shigehito SATO, Matsuyuki DOI

33: JP 31: 2012-192081 32: 2012-08-31 54: METHOD FOR ADMINISTERING HYPNOTIC/SEDATIVE AGENT 00: - A hypnotic/sedative agent comprising methyl 3-

[(4S)-8-bromo-1-methyl-6-(2-pyridinyl)-4H-

imidazo[1,2- a][1,4]benzodiazepin-4-yl]propanoate or

a salt thereof is administered to a vein of a patient by

a two-step administration method as disclosed in the

present invention, whereby general anesthesia can

be introduced safely and rapidly and the state of

general anesthesia can be maintained.

21: 2015/01340. 22: 2015/02/27. 43: 2019/09/04 51: H04L G08B H04N 71: AVIGILON CORPORATION 72: LEE, Ryan, MARLATT, Shaun, ADAM, Matthew, WIGHTMAN, Ross, MAGOLAN, Greg, MARTZ, Andrew 33: US 31: 13/607,447 32: 2012-09-07 54: PHYSICAL SECURITY SYSTEM HAVING MULTIPLE SERVER NODES 00: - A physical security system having multiple server

nodes may be built as a distributed network. To send

data between the nodes in the network, a first node

may access a node identifier identifying a second

node, with both the first and second nodes forming

at least part of a server cluster, and the first node

may then send the data to the second node. The

node identifier forms at least part of cluster

membership information identifying all and

accessible by all server nodes in that server cluster.

Functionality such as the ability to share views

between system users and the ability for those users

to control an unattended display may be

implemented on a distributed network, a federated

network, or another type of network.


Page | 86

21: 2015/01828. 22: 2015/03/17. 43: 2019/09/04 51: A61M 71: Eli Lilly and Company 72: HEINTZ, Amy M., BENNISON, Corrie, MUENZER, Christopher H., BLUM, Timothy M., MCKENZIE, Christopher P., MADLAND, Steven M., ELLIS, Jeffrey L., KASEMAN, Brian 33: US 31: 61/713,250 32: 2012-10-12 33: US 31: 61/713,236 32: 2012-10-12 54: CHEMICAL ENGINES AND METHODS FOR THEIR USE, ESPECIALLY IN THE INJECTION OF HIGHLY VISCOUS FLUIDS 00: - Chemical engines and processes for their use and

construction are described. The chemical engines

can provide powerful and compact devices,

especially autoinjectors for the rapid, powered

injection of viscous medicines. Novel formulations

and designs of chemical engines and delivery

technologies employing the chemical engines are

described.

21: 2015/02846. 22: 2013/08/27. 43: 2019/09/27 51: B21B 71: THYSSENKRUPP STEEL EUROPE AG, OUTOKUMPU NIROSTA GMBH 72: WÖRSTER, FRANK, GLASS, ROMAN, KARSTEN, UTZ, KAZMIERSKI, JÖRG, KOLBE, NINA, KRAUTSCHICK, HANS-JOACHIM, LANGE, KLAUS MANFRED, PULS, STEFAN PETER,


Page | 87

SCHAUER-PAß, JANINE, SCHUHMACHER, BERND, WIEMER, DIRK 33: EP 31: 12199475.0 32: 2012-12-27 33: DE 31: 10 2012 109 287.7 32: 2012-09-28 54: METHOD FOR PRODUCING A FLAT STEEL PRODUCT HAVING HIGH REFLECTIVITY, FLAT STEEL PRODUCT, AND MIRROR ELEMENT FOR SOLAR CONCENTRATORS 00: - The invention relates to a method for producing a flat

steel product having high reflectivity, the surfaces of

which have an arithmetic mean roughness Ra less

than 0.03 µm, wherein flat steel product having an

arithmetic mean roughness Ra < 2.5 µm on at least

one surface is cold-rolled in several rolling passes,

the total deformation rate achieved by means of the

cold rolling is 75 - 90%, the deformation rate

decreases from rolling pass to rolling pass, the

rolling pressure in the first rolling pass is 200 - 800

MPa and the rolling pressure in the last rolling pass

is 1000 - 4000 MPa, a rolling oil having a viscosity of

5 - 10 mm2/s at 40 °C is added during the cold

rolling, the rolling speed is > 200 m/min, and the cold

rolling is performed by means of a working roller

having a mean roughness Ra < 0.01 µm at least in

the last rolling pass. Then the cold-rolled flat steel

product is annealed under a protective gas

atmosphere and rerolled dry. The invention further

relates to a flat steel product produced accordingly

and a solar concentrator produced from such a flat

steel product.

21: 2015/03737. 22: 2015/05/26. 43: 2019/09/04 51: A01H; C12N 71: Leibniz-Institut Für Pflanzengenetik Und Kulturpflanzenforschung (IPK) 72: SHARBEL, Timothy, CORRAL, José M. 33: EP(DE) 31: 12194821.0 32: 2012-11-29 54: IMPROVED METHODS FOR INDUCING APOMIXIS IN PLANTS 00: - The present invention relates to methods for

inducing apomixis in a plant, methods for the

production of apomictic plants and the plants and

plant seeds obtained thereby.

21: 2015/03751. 22: 2015/05/26. 43: 2019/11/04 51: G06T; G09F; H04N 71: MERIFIELD, Michael John, BROWN, Michael John Walter

72: MERIFIELD, Michael John, BROWN, Michael John Walter 33: GB 31: 1219539.2 32: 2012-10-31 54: A METHOD OF DEPICTING AN IMAGE 00: - A visual advertisement is disclosed which is carried

by a substrate. The advertisement comprises a first

inverse perspective transformation image (48) and a

contiguous second inverse perspective

transformation image (46). The images (48, 46) are

inverted with respect to one another. The first image

(48), when the images are viewed in one direction, is

the predominant image and the second image (46) is

a subsidiary image. When the images (48, 46) are

viewed in the opposite direction the second image

(46) is the predominant image and the first image

(48) is the subsidiary image.

21: 2015/04421. 22: 2015/06/19. 43: 2019/10/08 51: A61K; A61P 71: NOVARTIS AG 72: FEUERBACH, Dominik, GOMEZ-MANCILLA, Baltazar, HE, Yunsheng, JOHNS, Donald, LOPEZ-LOPEZ, Cristina, MCALLISTER, Kevin Hall, PEZOUS, Nicole, SANDFORD, Lisa, WEISS, Markus 33: US 31: 61/735,720 32: 2012-12-11 54: BIOMARKER PREDICTIVE OF RESPONSIVENESS TO ALPHA 7 NICOTINIC ACETYLCHOLINE RECEPTOR ACTIVATOR TREATMENT 00: - The invention provides methods for predicting

therapeutic responsiveness of a subject suffering

from cognitive impairments or dysfunctions,

psychotic and/or neurodegenerative disorders to an

alpha 7 nicotinic acetylcholine receptor activator

treatment.


Page | 88

21: 2015/04748. 22: 2015/07/01. 43: 2019/10/08 51: A61K; C07K; A61P 71: METHERESIS TRANSLATIONAL RESEARCH S.A. 72: VIGNA, Elisa, MICHIELI, Paolo, COMOGLIO, Paolo Maria 33: IT 31: TO2013A000012 32: 2013-01-09 54: NEW ANTIBODY FRAGMENTS, COMPOSITIONS AND USES THEREOF 00: - Antibody fragment comprising a first polypeptide

comprising a light chain variable domain and two

constant domains and a second polypeptide

comprising a heavy chain variable domain and two

constant domains, wherein two chain constant

domains are light chain constant domains and two

constant domains are CHI heavy chain constant

domains.

21: 2015/04843. 22: 2015/07/03. 43: 2019/10/22 51: B65D; E03B 71: GREENCO WATER PTY LTD 72: BLAIR, Nigel, MCMAHON, Simon 33: AU 31: 2012905471 32: 2012-12-12 33: AU 31: 2013902634 32: 2013-07-16 54: MODULAR TANKS 00: - A modular tank comprises one or more wall modules

coupled together and one or more liner bags

supported by the one or more wall modules wall

modules for the containment of liquid, in particular

water. The wall modules can be planar or curved

and the edges of the wall modules are coupled

together via joining members. The modular tank

comprises one or more layers of the wall modules.

One or more of the wall modules comprise a hole

and the one or more liner bags, which can be

coupled together, comprise one or more ports that

protrude through the holes in the wall modules to

support the liner bags.

21: 2015/04844. 22: 2015/07/03. 43: 2019/10/24 51: B29C; B29D; B29L; B65D 71: NABER BEHEER B.V. 72: NABER, Wilhelmus Cornelis Maria 33: NL 31: 2010144 32: 2013-01-18 33: NL 31: 2011432 32: 2013-09-12 54: PACKAGE, METHOD FOR MANUFACTURING A PACKAGE, AND MOLD FOR APPLICATION FOR THE PURPOSE OF SUCH METHOD 00: - A package comprises an entirety of a tray (10)

having an open side and a ring-shaped cover rim

(20) which is located at the open side of the tray

(10), at an outer circumferential rim (16) of the tray

(10), and which is connected to the tray (10) through

a relatively weak breaking portion (30). For the

purpose of manufacturing the package, a mold (41)

is provided. Also, a sheet (40) is provided and

placed in the mold (41), wherein a movement of the

sheet (40) is forced in two different directions. The

cover rim (20) is formed with an inner ring (21) in

which an inward bulge (28) is realized, along at least

a portion of the circumference thereof, as an aids in


Page | 89

establishing a clamping connection between the

cover rim (20) and the tray (10) once the cover rim

(20) has been broken away from the tray (10).

21: 2015/05518. 22: 2015/07/31. 43: 2019/08/27 51: E21C 71: Suhua LIU 72: Suhua LIU 33: CN 31: 201320023824.1 32: 2013-01-04 33: CN 31: 201310100163.2 32: 2013-03-13 33: CN 31: 201310096331.5 32: 2013-03-15 33: CN 31: 201310384442.6 32: 2013-08-23 33: CN 31: 201310561729.1 32: 2013-11-07 33: CN 31: 201310561655.1 32: 2013-11-07 33: CN 31: 201310716478.X 32: 2013-12-24 33: CN 31: 201410002136.6 32: 2014-01-03 54: EASILY REMOVABLE RECIPROCATING IMPACT HEAD WITH ANTI-ROTATION INSERTION HOLE FOR MINING MACHINE 00: - The invention relates to the field of mining machinery, particularly to an easily removable reciprocating impact head with an anti-rotation insertion hole special for a reciprocating impact mining machine. The easily removable reciprocating impact head comprises a reciprocating impact head device which comprises a reciprocating impact head, and the reciprocating impact head comprises a reciprocating impact tooth, a fixed seat, snap springs or elastic pins or locking pins; the reciprocating impact tooth also comprises an impact tooth and impact tooth shoulders, wherein the impact tooth is arranged on an impact tooth insertion pillar or an impact tooth insert, and the impact tooth shoulders are arranged at the lower part of the impact tooth or at the end part of the impact tooth insert; the reciprocating impact tooth and the fixed seat

comprise hole grooves allowing the snap springs or the elastic pins or the locking pins to be arranged, the snap springs or the elastic pins or the locking pins are arranged in the hole grooves, the fixed seat and the reciprocating impact tooth are connected in a penetrating manner, and the snap springs or the elastic pins or the locking pins withstand rearward pulling force of the impact movement; the impact tooth insertion pillar is inserted into the tooth seat insert or the tooth seat insertion pillar is inserted in to the impact tooth insert; the impact tooth shoulders are tightly snap-fitted with tooth seat shoulders so as to withstand the reacting force of the reciprocating impact, and a hole anti-rotation structure and a pillar anti-rotation structure are snap-fitted to prevent the reciprocating impact tooth from rotating.

21: 2015/06150. 22: 2014/02/27. 43: 2019/09/13 51: A61K; A61P 71: ASTEX PHARMACEUTICALS, INC. 72: CORAL, SANDRA, AZAB, MOHAMMAD, TAVERNA, PIETRO, COVRE, ALESSIA 33: US 31: 61/887,165 32: 2013-10-04 33: US 31: 61/771,525 32: 2013-03-01 54: DRUG COMBINATIONS


Page | 90

00: - The invention provides combinations of derivatives

of decitabine and other active agents, including T-

cell activating agents, cancer vaccines, and

adjuvants. Some derivatives of decitabine exhibit

superior chemical stability and shelf life, with similar

physiological activity. Methods of treating one or

more myelodysplasia syndromes, cancers,

haematological disorders, or diseases associated

with abnormal haemoglobin synthesis using the

combinations are described.

21: 2015/06189. 22: 2014/02/18. 43: 2019/09/04 51: C12N; A61K; A61P; C12Q 71: THE HOSPITAL FOR SICK CHILDREN, UNIVERSITY HEALTH NETWORK 72: KELLER, GORDON, OGAWA, SHINICHIRO, GHANEKAR, ANAND, BEAR, CHRISTINE, KAMATH, BINITA M, OGAWA, MINA, SURAPISITCHAT, JAMES 33: US 31: 61/766,002 32: 2013-02-18 54: METHODS FOR GENERATING HEPATOCYTES AND CHOLANGIOCYTES FROM PLURIPOTENT STEM CELLS 00: - Methods for producing hepatocyte and/or

cholangiocyte lineage cells from pluripotent stem

cells, the method comprising (a) specifying the

extended nodal agonist treated induced endodermal

cell population to obtain a cell population comprising

hepatocyte and/or cholangiocyte progenitors by

contacting the extended nodal agonist treated

induced endodermal cell population with

specification media comprising a FGF agonist and a

BMP4 agonist and/or active conjugates and/or

fragments thereof; (b) inducing maturation, and

optionally further lineage specification and/or

expansion of the hepatocyte and/or cholangiocyte

progenitors of the cell population to obtain a

population comprising hepatocyte lineage cells such

as hepatoblasts, hepatocytes and/or cholangiocytes,

the inducing maturation step comprising generating

aggregates of the cell population. Optionally, the

method also comprises activating the cAMP pathway

within the aggregates and forming co-aggregates.

21: 2015/06231. 22: 2014/02/13. 43: 2019/09/04 51: A01K 71: HATCHTECH GROUP B.V. 72: METER, TJITZE 33: NL 31: 2010301 32: 2013-02-14 54: TRAY FOR INCUBATING EGGS 00: - The invention relates to a tray (1) for containing a

number of eggs (2) in an incubation chamber, the

tray comprising a number of egg accommodation

spaces (3) in which space an egg is able to be

hatched, and at least one passage (4) for a chicken

through which passage a chicken hatched from said

egg may pass through the tray and enter a chicken

accommodation space located below the tray.


Page | 91

21: 2015/06861. 22: 2015/09/16. 43: 2019/10/17 51: H01L 71: RENOVAGEN LTD 72: HINGLEY, John 33: US 31: 14/092,458 32: 2013-11-27 33: GB 31: 1302961.6 32: 2013-02-20 33: GB 31: 1320055.5 32: 2013-11-13 54: A MOBILE SOLAR POWER PLANT 00: - A mobile power plant comprising a retractable

flexible solar array structure comprising a plurality of

thin film photovoltaic modules mounted on a flexible

substrate; a spool attached to a portion of the

flexible solar array structure and around which the

flexible solar array structure can be rolled; power

cabling integrated into the flexible solar array

structure for transmitting power from the plurality of

photovoltaic modules to the spool-end of the flexible

solar array structure; and a transportable container

in which the spool is mounted, the transportable

container being capable of housing the flexible solar

array structure when it is in a rolled configuration.

21: 2015/07237. 22: 2015/09/30. 43: 2019/10/08 51: A61K; C07K; A61P 71: SHANGHAI LUMOSA THERAPEUTICS CO., LTD.

72: PENG, Shiqi, ZHAO, Ming, WU, Jianhui, WANG, Yuji, FENG, Qiqi 33: CN 31: 201310225330.6 32: 2013-06-05 54: NEW COMPOUNDS HAVING TRIPLE ACTIVITIES OF THROMBOLYSIS, ANTITHROMBOTIC AND RADICAL SCAVENGING, AND SYNTHESIS, NANO-STRUCTURE AND USE THEREOF 00: - Provided in the present invention are new

compounds having the triple activities of

thrombolysis, antithrombotic and radical scavenging

as represented by general formula (I), wherein T is a

connecting arm having at least two groups for

connection use, Q is a peptide having a thrombolysis

activity, and R1 and R2 are C1-4alkyl, wherein R1

and R2 can be the same or different. Also provided

in the present invention are the preparation method

and use of the compound, and a pharmaceutical

composition containing the compounds.

21: 2015/07718. 22: 2015/10/15. 43: 2019/10/17 51: A61K; A61P 71: CRESSET BIOMOLECULAR DISCOVERY LTD 72: ROTHAUL, Alan Leslie, VINTER, Jeremy Gilbert, SCOFFIN, Robert Arthur 33: GB 31: 1306413.4 32: 2013-04-09 33: GB 31: 1306411.8 32: 2013-04-09 54: THE LOCAL TREATMENT OF INFLAMMATORY OPHTHALMIC DISEASES 00: - The present invention provides Nalidixic acidand

analogues of Nalidixic acid for use in the treatment

of inflammatory ophthalmic disorders by local

administration.


Page | 92

21: 2015/07755. 22: 2015/10/16. 43: 2019/10/17 51: A61K; C12Q 71: THE BOARD OF TRUSTEES OF THE UNIVERSITY OF ILLINOIS, BOARD OF REGENTS, THE UNIVERSITY OF TEXAS SYSTEM 72: HERGENROTHER, Paul J., BOOTHMAN, David A., BAIR, Joseph S., CAO, Lifen, HUANG, Xiumei, LUO, Xiuquan, MA, Xinpeng, MOORE, Zachary R., PARKINSON, Elizabeth I., GAO, Jinming 33: US 31: 61/810,008 32: 2013-04-09 54: TUMOR-SELECTIVE COMBINATION THERAPY 00: - The therapies described herein can be selectively

lethal toward a variety of different cancer cell types

and cancer conditions in a subject. The combination

therapies described herein can be useful for the

management, treatment, control, or adjunct

treatment of diseases, where the selective lethality is

beneficial in chemotherapeutic therapy, particularly

where the disease is accompanied by elevated

levels of NQO1.

21: 2015/07883. 22: 2015/10/22. 43: 2019/10/17 51: G01G 71: SCHENCK PROCESS EUROPE GMBH 72: MÜLLER, Ralph, RAIS, Viktor, GROLL, Peter 33: DE 31: 10 2013 011 606.6 32: 2013-07-11 54: LOADING SYSTEM AND METHOD FOR LOADING A FREIGHT CAR WITH BULK MATERIAL 00: - The invention relates to a loading system for loading

at least one freight car (1) of a train with bulk

material, comprising a closable outlet opening (51)

for metering the bulk material, which outlet opening

is arranged on a dispensing device (5) of a bulk

material reservoir, wherein the freight car (5) can be

moved under the outlet opening (51) on rails (6) and

at least one measuring device (2) having an

evaluating device (3) is arranged in order to detect

wheel loads, axle loads, bogie loads, and/or the total

weight of the freight car (1). According to the

invention, the measuring device (2) comprises, per

rail (6), at least two measuring segments (21, 22,

21a, 22a) arranged one after the other in a direction

of travel of the train, wherein at least one of the

measuring segments (21, 21a) lies below the outlet

opening (51) or in the action region of the bulk

material falling through the outlet opening (51).

21: 2015/08163. 22: 2015/11/04. 43: 2019/10/17 51: A01C 71: ROBUST SEED TECHNOLOGY A&F AKTIEBOLAG 72: SHEN, Tongyun 54: IMPROVED METHOD FOR SEED PRIMING 00: - Disclosed is a method of priming dry seeds, wherein

said seeds firstly are immersed into an aqueous

solution and subsequently removed once the seeds

have been saturated with water. After having been

removed for the aqueous solution, the water content

of the seeds are reduced, thereafter the seeds are

incubated under an atmosphere of air having a

relative humidity of at least 95%, but less than

100%.


Page | 93

21: 2015/08202. 22: 2015/11/02. 43: 2017/02/20 51: G08B 71: BIGGS, Brian 72: BIGGS, Brian 33: ZA 31: 2014/05706 32: 2014-08-01 54: EMERGENCY MANAGEMENT SYSTEM 00: - An emergency management system is disclosed

configured to be installed in or near an enclosure

associated with a user who is affected by an

emergency, the system comprising: activation

means in easy reach of the user; a dispenser

arrangement including an incapacitating agent

stored in a holding container; and at least one

discharge opening in fluid communication with the

dispenser arrangement and operatively located

outside the enclosure, wherein the activation means

is configured to be activated by the user in response

to the emergency such that the dispenser

arrangement draws a volume of incapacitating agent

from the holding container and transfers same to the

discharge opening from where said agent is ejected

to temporary incapacitate a person located in the

immediate surroundings of the enclosure. The

invention also extends to an emergency

management method in which such system is used.

21: 2015/08264. 22: 2015/11/10. 43: 2019/10/08 51: B03B 71: CDE GLOBAL LIMITED 72: CONVERY, Anthony 33: GB 31: 1420006.7 32: 2014-11-10 54: APPARATUS FOR CLASSIFYING PARTICULATE MATERIAL 00: - An apparatus for classifying particulate material

comprising at least one tank for receiving a feed

slurry, means for introducing water into a lower

region of the at least one tank whereby water is

caused to flow upwardly and through the feed slurry

contained therein, whereby hydraulic separation

takes place within the at least one tank with particles

of lower settling velocity progressing upwardly and

into means for effecting discharge of an overflow

fraction from the at least one tank, and particles of

greater settling velocity progressing downwardly to a

lower region of at least one tank, wherein said feed

slurry is introduced into the at least one tank in an

upwards direction.

21: 2015/09101. 22: 2015/12/14. 43: 2019/10/17


Page | 94

51: G06Q 71: VISA CAPE TOWN (PTY) LTD 72: MEREDITH, Owen David 33: ZA 31: 2013/04772 32: 2013-06-26 54: FINANCIAL ACCOUNT WITH GROUP AUTHORIZATION 00: - A method and system for enabling a group of users

to transact with a source of funds stored in a value

store is provided. An authorization server receives a

proposal for a transaction to use the source of funds

from an electronic device of a member of the group.

The authorization server transmits the proposal to

electronic devices of at least some of the other

members of the group, and receives responses

indicating agreement or disagreement with the

proposal from at least some of the other members of

the group. In response to receiving a predetermined

number of responses indicating agreement with the

proposal, the transaction is authorized and at least

one of the members of the group is allowed to fulfil

the transaction. In response to a failure to receive a

predetermined number of responses indicating

agreement with the proposal, the transaction is

denied.

21: 2016/00358. 22: 2014/07/08. 43: 2019/09/19 51: A61K; A61P 71: GALDERMA S.A. 72: JACOVELLA, JEAN, CHAPPUIS, JEAN-PAUL, SORDELLO WAGNER, NATHALIE, KAOUKHOV, ALEXANDRE, GRAEBER, MICHAEL, SALIN, LAURENCE, PONCET, MICHEL, BRIANTAIS, PHILIPPE, BENKALI, KHALED 33: US 31: 61/919,208 32: 2013-12-20 33: US 31: 14/209,927 32: 2014-03-13 33: US 31: 61/927,717 32: 2014-01-15 33: US 31: 61/843,540 32: 2013-07-08 54: TREATMENT OF INFLAMMATORY LESIONS OF ROSACEA WITH IVERMECTIN 00: - Methods for safe and effective treatment of

inflammatory lesions of rosacea in a subject are

described. The methods involve once daily topically

applying to an affected skin area a topical

composition containing ivermectin and a

pharmaceutically acceptable carrier. It has been

demonstrated that once daily topical treatment with

ivermectin is significantly superior than twice-daily


Page | 95

topical treatment with metronidazole in reducing

inflammatory lesion counts.

21: 2016/00871. 22: 2014/10/31. 43: 2019/09/27 51: B65D 71: CAFFITALY SYSTEM S.P.A. 72: ACCURSI, GIOVANNI 33: IT 31: VR2013A000285 32: 2013-12-17 54: CAPSULE FOR MAKING BEVERAGES 00: - A capsule for making beverages comprising a cup-

shaped containment body (2) in turn comprising a

tubular lateral wall (5) and a bottom portion (6) and

forming inside it a containment chamber (4) which

contains a powdered food substance; a closing

element (3) is fixed to the containment body (2) to

close it. The bottom portion (6) comprises a bowl-

shaped first sheet made of a first material having a

resistance to piercing and tearing which is less than

that of a second material constituting the tubular

lateral wall (5), and comprises a central zone (9)

extending transversally to the central axis and a

connecting wall (10) which is connected to the

central zone (9) and which comprises at least one

component of extension parallel with the central

axis, the connecting wall (10) being connected to the

tubular lateral wall (5) at the first edge (7).

21: 2016/02675. 22: 2016/04/19. 43: 2019/09/06 51: B62D 71: SSAB Technology AB 72: ISAKSSON, Anders 33: SE 31: 1351167-0 32: 2013-10-03 54: SIDE MEMBER, CHASSIS AND TRAILER CHASSIS PROVIDED WITH SUCH A SIDE MEMBER 00: - Side member (23) for a chassis (27) provided with a

wheel (26) which side member (23) comprises an

upper flange (32) and a lower flange (33). Both of

the flanges (32, 33) of the side member (23) have a

continuous extension along the whole of the side

member's (23) entire length. The upper or lower

flange (32, 33) exhibits two oppositely directed

curved portions (38, 39) that are both located in front

of or behind said wheel (26) so that the curved

flange's (32, 33) perpendicular distance to the non-

curved flange (32) at one end of the chassis (27) is

greater than the corresponding perpendicular

distance to the non-curved flange (32) at the other

end of the chassis (27). The non-curved flange (32)

and the curved flange (33) are connected to one

another via at least one connecting member (40, 51,

52). The side member (23) is provided with a centre

flange (34) which is located between said upper

flange (32) and said lower flange (33) and which

extends from one end of said upper and lower flange

(32, 33) to a region located between said two curved

portions (38, 39).


Page | 96

21: 2016/02847. 22: 2014/12/04. 43: 2019/09/19 51: A61M 71: GENENTECH, INC. 72: VEDRINE, LIONEL, WAITZ, ARIEL 33: US 31: 61/912,628 32: 2013-12-06 54: APPARATUS AND METHODS FOR LOW-VOLUME MEDICAMENT DELIVERY 00: - Apparatus and methods for delivering medicament.

The apparatus may include a fitting (110) for a fluid

dispenser. The fitting (110) may include a detent

(218) that is configured to limit insertion of the

dispenser into the fitting (110) by contacting a

terminal surface of the dispenser; and a seal for

sealing against the surface. The apparatus may

include an insert (102) for the fitting. The insert may

include a gasket (204) to seal against the terminal

surface of the dispenser; a proximal rim (208) to

engage a lateral wall of the dispenser; and a

connector (206, 207) fixed to the gasket (204) and

the rim (208). The apparatus may include a coupler

to engage a pre-filled dispenser; and a body (211)

defining a passageway that is configured to be

placed in fluid communication with the dispenser.

The apparatus may include a dispenser that includes

a detent and a seal (Fig. 13). The detent may limit

insertion of the dispenser into a fitting.

21: 2016/03005. 22: 2016/05/05. 43: 2019/09/06 51: C21B 71: Primetals Technologies Austria GmbH 72: MILLNER, Robert, ROSENFELLNER, Gerald, STOCKINGER, Josef 33: EP(AT) 31: 13193606.4 32: 2013-11-20 54: METHOD AND DEVICE FOR PROVIDING REDUCING GAS UNDER CONSTANT CONDITIONS 00: - The application relates to a method for producing

metallic sponge, wherein metal-oxide-containing

starting materials are reduced to metallic sponge in

a reduction unit by means of a reducing gas, and

reducing gas thereby consumed is drawn off from

the reduction unit as top gas, and wherein the

reducing gas entering the reduction unit is produced

by mixing at least a partial amount of the top gas

with at least one reactant gas with reduction

potential to form a mixed gas, or from pure reactant

gas with reduction potential. In this case, reactant

gas with reduction potential is stored together with at

least a partial amount of the top gas in a gas

reservoir as a stored gas mixture, and at least a

partial amount of the stored gas mixture is

introduced into the top gas before mixing the top gas

with the reactant gas with reduction potential, and/or

is introduced into the reactant gas, and/or is

introduced into the mixed gas.


Page | 97

21: 2016/03085. 22: 2016/05/09. 43: 2019/09/12 51: C10L 71: Afton Chemical Corporation 72: RUSSO, Joseph M., COLUCCI, William Jay 33: US 31: 61/905,449 32: 2013-11-18 54: MIXED DETERGENT COMPOSITION FOR INTAKE VALVE DEPOSIT CONTROL 00: - A detergent additive package, fuel additive

concentrate, fuel composition and method for

operating an engine on an unleaded gasoline fuel.

The additive package includes a Mannich base

detergent mixture, wherein the mixture contains a

first Marmich base detergent component derived

from a di- or polyamine and a second Mannich base

detergent component derived from a monoamine. A

weight ratio of the first Mannich base detergent to

the second Mannich base detergent in the mixture

ranges from about 1:6 to about 3:1.

21: 2016/03189. 22: 2014/11/14. 43: 2019/09/19 51: A61K; C07D 71: AKEBIA THERAPEUTICS, INC. 72: COPP, JAMES DENSMORE, NEWMAN, ANN W, LUONG, ANNE 33: US 31: 61/904,803 32: 2013-11-15 54: SOLID FORMS OF {[5-(3-CHLOROPHENYL)-3-HYDROXYPYRIDINE-2-CARBONYL]AMINO}ACETIC ACID, COMPOSITIONS, AND USES THEREOF 00: - Provided herein are solid forms comprising {[5-(3-

chlorophenyl)-3-hydroxypyridine-2-carbonyl]amino}

acetic acid, compositions comprising the solid forms,

methods of making the solid forms and methods of

their use for the treatment of various diseases and/or

disorders.

21: 2016/03220. 22: 2016/05/12. 43: 2019/09/06 51: B05D 71: SICPA HOLDING SA 72: SCHMID, Mathieu, DESPLAND, Claude-Alain, LOGINOV, Evgeny, AMERASINGHE, Cédric, DEGOTT, Pierre 33: EP(CH) 31: 13197160.8 32: 2013-12-13 54: PROCESSES FOR PRODUCING EFFECTS LAYERS 00: - The invention relates to the field of the protection of

security documents such as for example banknotes

and identity documents against counterfeit and

illegal reproduction. In particular, the present

invention provides processes for producing optical

effect layers (OELs) on a substrate and OELs

obtained thereof, said process comprising two

magnetic orientation steps: a step of exposing a

coating composition comprising platelet-shaped

magnetic or magnetisable pigment particles to a

dynamic magnetic field of a first magnetic-field-

generating device so as to bi-axially orient at least a

part of the platelet-shaped magnetic or magnetisable

pigment particles and a step of exposing the coating

composition to a static magnetic field of a second

magnetic-field-generating device, thereby mono-

axially reorienting at least a part of the platelet-

shaped magnetic or magnetisable pigment particles.


Page | 98

21: 2016/03308. 22: 2016/05/16. 43: 2019/09/06 51: A61K; A61P 71: AbbVie Stemcentrx LLC 72: SANTAGUIDA, Marianne, AUJAY, Monette, SAUNDERS, Laura, LIU, David, FOORD, Orit, STULL, Robert A., ESCARPE, Paul Anthony 33: US 31: 61/900,916 32: 2013-11-06 54: NOVEL ANTI-CLAUDIN ANTIBODIES AND METHODS OF USE 00: - Provided herein are novel anti-CLDN antibodies and

antibody drug conjugates (ADC), including

derivatives thereof, and methods of using the same

to treat proliferative disorders.

21: 2016/03457. 22: 2016/05/20. 43: 2019/09/06 51: C07C 71: Les Laboratoires Servier 72: BRIERE, Jean-François, LEBEUF, Raphaël, LEVACHER, Vincent, HARDOUIN, Christophe, LECOUVE, Jean-Pierre 33: FR 31: 13/62198 32: 2013-12-05 54: NEW PROCESS FOR THE SYNTHESIS OF AGOMELATINE 00: -

The invention relates to a method for the industrial

synthesis of the compound of formula (I).

21: 2016/03682. 22: 2016/05/30. 43: 2019/09/06 51: A61K; A61P; C07D 71: JIANGSU TASLY DIYI PHARMACEUTICAL CO., LTD. 72: ZHOU, Wei, JING, Yunrong, WANG, Yongfeng, WANG, Guocheng 33: CN 31: 201310595107.0 32: 2013-11-22 54: TAXANES COMPOUNDS, PREPARATION METHOD THEREFOR, AND USES THEREOF 00: - The present invention provides taxanes compounds

with a formula (I) or formula (II) structure, a method

for preparing the compounds, and the compound,

and uses of medicinal salts thereof and solvates

used as compositions of active ingredients in the

preparation of oral antitumor medicaments. In

formula (I), R1 is -COR6, -COOR6, or -CONR7aR7b;

R2 is C1-C6 alkyl, C1-C6 alkenyl, substitution

hydrocarbyl, heterocyclic radical, aromatic group or

substitute aromatic nucleus; R3 is -OR6, -OCOOR6,

-OCOSR6, or -OCONR7aR7b; R4 is -OR6, -

OCOOR6, -OCOSR6, -OCONR7aR7b, or H; R6 is

C1-C6 alkyl, C1-C6 alkenyl, C1-C6 alkynyl,

substitution hydrocarbyl, aromatic group or

heterocyclic radical; R7a, R7b is hydrogen,

hydrocarbyl, substitution hydrocarbyl or heterocyclic

radical. In formula (II), R1 is -COR6, or -COOR6; R2

is aromatic group; R3 is -OR6; and R6 is C1-C6

alkyl, C1-C6 alkenyl, C1-C6 alkynyl, substitution

hydrocarbyl, aromatic group or heterocyclic radical.


Page | 99

21: 2016/03872. 22: 2014/12/09. 43: 2019/09/19 51: G01N 71: ILLUMINA, INC. 72: ZHONG, CHENG FRANK, FINKELSTEIN, HOD, BOYANOV, BOYAN, DEHLINGER, DIETRICH, SEGALE, DARREN 33: US 31: 61/914,275 32: 2013-12-10 54: BIOSENSORS FOR BIOLOGICAL OR CHEMICAL ANALYSIS AND METHODS OF MANUFACTURING THE SAME 00: - Biosensor including a device base having a sensor

array of light sensors and a guide array of light

guides. The light guides have input regions that are

configured to receive excitation light and light

emissions generated by biological or chemical

substances. The light guides extend into the device

base toward corresponding light sensors and have a

filter material. The device base includes device

circuitry electrically coupled to the light sensors and

configured to transmit data signals. The biosensor

also includes a shield layer having apertures that are

positioned relative to the input regions of

corresponding light guides such that the light

emissions propagate through the apertures into the

corresponding input regions. The shield layer

extends between adjacent apertures and is

configured to block the excitation light and the light

emissions incident on the shield layer between the

adjacent apertures.

21: 2016/03893. 22: 2014/12/05. 43: 2019/09/12 51: C07D; C07B; A61K; A61P 71: VERTEX PHARMACEUTICALS INCORPORATED 72: CHARRIER, JEAN-DAMIEN, DAVIS, CHRISTOPHER JOHN, FRAYSSE, DAMIEN, ETXEBARRIA I JARDI, GORKA, PEGG, SIMON, PIERARD, FRANCOISE, PINDER, JOANNE, STUDLEY, JOHN, ZWICKER, CARL, SANGHVI, TAPAN, WALDO, MICHAEL, MEDEK, ALES, SHAW, DAVID MATTHEW, PANESAR, MANINDER, ZHANG, YUEGANG, ALEM, NAZIHA 33: US 31: 62/008,220 32: 2014-06-05 33: US 31: 61/912,636 32: 2013-12-06 33: US 31: 62/058,819 32: 2014-10-02 54: 2-AMINO-6-FLUORO-N-[5-FLUORO-PYRIDIN-3-YL]PYRAZOLO[1,5-A]PYRIMIDIN-3-CARBOXAMIDE COMPOUND USEFUL AS ATR KINASE INHIBITOR, ITS PREPARATION, DIFFERENT SOLID FORMS AND RADIOLABELLED DERIVATIVES THEREOF 00: - The present invention relates to compounds useful

as inhibitors of ATR protein kinase. The invention

relates to pharmaceutically acceptable compositions

comprising the compounds of this invention;

methods of treating of various diseases, disorders,

and conditions using the compounds of this

invention; processes for preparing the compounds of

this invention; intermediates for the preparation of

the compounds of this invention; and solid forms of

the compounds of this invention. The compounds of

this invention have formula I-A or I-B: wherein the

variables are as defined herein.


Page | 100

21: 2016/03989. 22: 2016/06/13. 43: 2019/10/17 51: G01M 71: SCHENCK PROCESS EUROPE GMBH 72: SCHÄFER, Jan 33: DE 31: 10 2014 001 515.7 32: 2014-02-07 54: VIBRATING MACHINE 00: - The invention relates to a vibrating machine

comprising a condition-monitoring device that has a

first vibrating body (1) supported flexibly in relation to

a second vibrating body (2) or a base, a first exciter

(3) that produces a targeted vibration behaviour of

the vibrating machine or the vibrating body (1). The

condition-monitoring device has at least one first

micro-electro-mechanical device in the form of an

inertial sensor with at least three acceleration

sensors and at least three yaw-rate sensors.

21: 2016/04051. 22: 2016/06/14. 43: 2019/08/30 51: B01D; C07C; F25J

71: LINDE AKTIENGESELLSCHAFT 72: FRITZ, Helmut, PESCHEL, Andreas 33: EU 31: 14000041.5 32: 2014-01-07 54: SEPARATION PROCESSING METHOD FOR A PRODUCT STREAM OF A DIMETHYL ETHER REACTOR 00: - The invention relates to a separation processing method for a product stream of a reactor used for the synthesis of dimethyl ether from synthesis gas. The product stream is fed into a absorption column in a partially gaseous state. A liquid bottom stream is removed at the bottom end of the absorption column. Part of a gaseous top stream is cooled to a first temperature to form a first condensate stream, and further cooled to form additional condensate streams. Part of the first condensate stream is used to form a liquid reflux and part of the additional condensate streams are fed into an additional distillation column from which a liquid stream containing dimethyl ether is removed. The invention also relates to a corresponding separation plant and a plant (100) for producing dimethyl ether.

21: 2016/04252. 22: 2016/06/23. 43: 2019/10/09 51: B63B 71: IHC HOLLAND IE B.V. 72: VAN DER HORST, Arjen, VAN DEN BERG, Jan-Paul 33: NL 31: 2012002 32: 2013-12-20 54: BOW COUPLING DEVICE 00: - The invention relates to a method for coupling a

manoeuvrable vessel (1) to a floating structure (2),

the method comprising; - providing a pickup system

(3) coupled to the floating structure, the pickup

system comprising a float (4), - providing a vessel

coupling system (5) comprising manoeuvrable

coupling means (6) on the manoeuvrable vessel, -


Page | 101

aiming the manoeuvrable coupling means towards

the pickup system, - guiding the manoeuvrable

coupling means into float coupling means (7) of the

pickup system, such that the manoeuvrable coupling

means is accommodated in to the float coupling

means, - locking the manoeuvrable coupling means

into the float coupling means, such that a coupling

connection between the manoeuvrable vessel and

the floating structure is established, - connecting the

floating structure to the coupling vessel

21: 2016/04490. 22: 2014/11/28. 43: 2019/09/12 51: A61P; A61K; C07D 71: TEVA PHARMACEUTICAL INDUSTRIES LIMITED 72: CARAMELLI, CHIARA, FEDERICO, CESARE, GABELLIERI, EMANUELE, MAGNANI, MATTEO, MICCO, IOLANDA, TERSTAPPEN, GEORG C 33: EP 31: 13195372.1 32: 2013-12-02 54: S1P3 ANTAGONISTS 00: - The present invention relates to antagonists of the

S1P3 receptor formula (A) as herein described and

pharmaceutical compositions thereof. The

compounds of formula (A) are useful in the

preparation of a medicament, in particular for the

treatment of Alzheimer's disease.

21: 2016/04616. 22: 2016/07/06. 43: 2019/10/08 51: A22C 71: DEVRO (SCOTLAND) LIMITED 72: VISSER, Petrus Rimke 33: NL 31: 2012103 32: 2014-01-17 54: FOOD PRODUCT AND METHOD OF PREPARATION 00: - The invention relates to a method for preparing a

food product by means of co-extrusion, wherein a

casing composition and a barrier composition are

co-extruded as layers upon an edible filler, such that

the edible filler is provided with a casing layer and a

barrier layer. After co extrusion, said barrier layer is

present between the edible filler and the casing

layer. Advantageously, the casing composition

comprises collagen, a polysaccharide and water. In

embodiments, the casing composition may comprise

collagen in an amount of between 2 and 7 wt.%,

preferably between 3 and 6 wt.%; and, the casing

composition may comprise a polysaccharide in an

amount of between 1 and 5 wt.%, preferably

between 2 and 4 wt.%. Further, the invention relates

to a food product. The food product, for instance a

sausage, comprises an edible filler, a casing layer,

and a barrier layer, wherein the edible filler is

covered by the barrier layer at least partly, and

wherein the barrier composition is coverer by the

casing layer at least partly.


Page | 102

21: 2016/05309. 22: 2015/04/08. 43: 2019/09/06 51: C01B 71: HALDOR TOPSØE A/S 72: DAHL, PER JUUL, CHRISTENSEN, THOMAS SANDAHL 33: DK 31: PA 2014 00203 32: 2014-04-08 54: A PROCESS FOR HEATING AN ATR 00: - The present invention relates to a process for

heating an ATR or POX comprising the steps of

heating a process stream by at least one heating

means, admitting the heated process stream to an

ATR or POX reactor through a main burner, and

heating the ATR or POX reactor to or above

autoignition temperature of the process stream via

the heated process stream.

21: 2016/05586. 22: 2016/08/12. 43: 2019/10/22 51: A61K; C07D; A61P 71: KARUS THERAPEUTICS LTD 72: SHUTTLEWORTH, Stephen Joseph, CECIL, Alexander Richard Liam, SILVA, Franck Alexandre 33: GB 31: 1402431.9 32: 2014-02-12 54: TRICYCLIC HETEROCYCLIC COMPOUNDS AS PHOSPHOINOSITIDE 3-KINASE INHIBITORS 00: - A compound of formula I: (I) or a pharmaceutically

acceptable salt thereof, wherein: W is O, N-H, N-(C1

-C 10 alkyl) or S; each X is independently CH or N;

R1 is a 5 to 7-membered saturated or unsaturated,

optionally substituted heterocycle containing at least

1 heteroatom selected from N or O; R2 is LY; each L

is a direct bond, C1 -C 10 alkylene, C2 -C10

alkenylene or C2 -C 10 alkynylene; Y is an optionally

substituted fused, bridged or spirocyclic non-

aromatic 5-12 membered heterocycle containing up

to 4 heteroatoms selected from N or O; and each R3

is independently H, C1-C 10 alkyl, halogen, fluoro

C1 -C10 alkyl, O- C1 -C10 alkyl, NH-C1 -C10 alkyl,

S-C1 -C10 alkyl, O- fluoro C1 -C10 alkyl, NH-acyl,

NH-C(O)-NH-C1 -C10 alkyl, C(O)-NH-C1 -C10 alkyl,

aryl or heteroaryl, are useful as inhibitors of the class

IA phosphoinositide 3- kinase enzyme, PI3K-p110d,

and therefore have potential utility in the therapy of

cancer, immune and inflammatory diseases.

21: 2016/05726. 22: 2016/08/17. 43: 2019/09/06 51: A61K; C07D 71: Bayer Pharma Aktiengesellschaft 72: THEDE, Kai, BENDER, Eckhard, SCOTT, William, GIESE, Anja, ZORN, Ludwig, LIU, Ningshu, MÖNNING, Ursula, SIEGEL, Franziska, GOLZ, Stefan, HÄGEBARTH, Andrea, LIENAU, Philip, PUEHLER, Florian, BASTING, Daniel, SCHNEIDER, Dirk, MÖWES, Manfred, GEISLER, Jens 33: US 31: 61/968,172 32: 2014-03-20 54: NOVEL COMPOUNDS 00: - The present invention relates to inhibitors of the Wnt

signalling pathways of general formula (I) as

described and defined herein, to methods of

preparing said compounds, to intermediate

compounds useful for preparing said compounds, to

pharmaceutical compositions and combinations

comprising said compounds and to the use of said

compounds for manufacturing a pharmaceutical

composition for the treatment or prophylaxis of a

disease, in particular of a hyper-proliferative

disorder, as a sole agent or in combination with

other active ingredients.

21: 2016/05760. 22: 2016/08/18. 43: 2019/09/06 51: G01N 71: EnginZyme AB 72: CASSIMJEE, Karim Engelmark, BÄCKVALL, Jan-Erling 33: SE 31: 1450105-0 32: 2014-01-31 54: IMMOBILIZED PROTEINS AND USE THEREOF 00: - The invention relates to an immobilized protein

material comprising a protein that is immobilized on

a glass material or organic polymer through affinity

tag binding. The glass material may be a porous


Page | 103

glass material such as (hybrid) controlled porosity

glass. The invention also relates to the use of an

immobilized enzyme material as a heterogeneous

biocatalyst in chemical synthesis. The invention

further relates to a method for the immobilization of

affinity tagged proteins on a glass material or

organic polymer, and to a method for the purification

and isolation of affinity tagged proteins by the

immobilization of such proteins on a glass material

or organic polymer.

21: 2016/05881. 22: 2016/08/24. 43: 2019/10/29 51: A01N; A01P 71: SEKUNJALO HEALTH AND MEDICAL COMMODITIES (PTY) LTD 72: Ian RIPLEY 54: PLANT PROTECTION COMPOSITION AND METHOD 00: - Plant protection compositions are described which

comprise at least one fatty acid chain of between 2

and 10 carbons in length and flavonoid content. In a

preferred composition the flavonoid content

comprises at least the flavonoids naringin and

neohesperidin. The use of such compositions, for

example in agriculture, horticulture and home

gardening is also described as well as methods for

producing such compositions.

21: 2016/06047. 22: 2016/08/31. 43: 2017/08/14 51: G01N 71: CHINA UNIVERSITY OF MINING AND TECHNOLOGY 72: ZHU, Zhencai, PENG, Yuxing, JI, Hongtao, CHEN, Guoan, CAO, Guohua, WANG, Dagang, LI, Wei, ZHOU, Gongbo, SHEN, Gang, LU, Hao, CHANG, Xiangdong

33: CN 31: 201410728399.5 32: 2014-12-05 54: WOUND LIFTING WIRE ROPE IMPACT FRICTION TEST SYSTEM IN A KILOMETER-DEEP WELL 00: - A wound lifting wire rope impact friction test system

in a kilometer-deep well, comprising: a frame (5), a

roller (1) is disposed on the left end of the frame (5),

and is mounted within a bearing block (8) above the

frame (5) via a roller central shaft (9), the roller

central shaft (9) is connected to a variable-speed

motor (6) via a torque and rotational speed meter

(7), a thrust oil cylinder (4) is horizontally disposed at

the same height as the roller central shaft (9) on the

right end of the frame (5), the thrust oil cylinder (4)

and a friction wheel (2) are connected together via a

pin, a centroid position of the friction wheel (2) is

located at the same height as the thrust oil cylinder

(4), two sides of the friction wheel (2) are fixed on a

movable bearing (3), the movable bearing (3) is

mounted on a guide rail (13) fixed on the frame, two

wire ropes (10) are wound side by side on the roller

(1), and one wire rope (12) is wound on the friction

wheel (2). The system simulates a working condition

of wound lifting wire rope impact friction test system

in a kilometer-deep well, studies tribology property of

the wire rope under different rotational speeds,

accelerations, impact velocities, and contact

pressures, and has a simple and compact structure,

a low cost, and provides an easy method and

effective results.

21: 2016/06082. 22: 2016/09/01. 43: 2017/10/02 51: B62D 71: MECHANICAL SYSTEM DYNAMICS PTY LTD 72: PREM, Hans, MAI, Kinh-Luan Vie 33: AU 31: 2014900304 32: 2014-02-02


Page | 104

54: MULTI-ARTICULATED GOODS-CARRYING ROAD VEHICLE 00: - A combination vehicle for road transport of heavy

goods. The vehicle comprises: - a prime mover at

the front, - a first semitrailer comprising a first semi-

trailer body attached directly to the prime mover, and

- a trailer attached to be towed behind the first semi-

trailer. The trailer comprises: - a second semi-trailer

body, - a dolly mounted beneath the front of the

second semi-trailer body and having a dolly frame

connected to the second semi-trailer body by a

pivoting connection, and - a drawbar assembly

connecting the dolly frame to the rear of the firs

semi-trailer. The rear of the first semi-trailer is

supported by only a first single axle set, and the

trailer is supported by an arrangement of exactly

three axles.

21: 2016/06315. 22: 2016/09/13. 43: 2019/09/12 51: F16L 71: CRC-EVANS PIPELINE INTERNATIONAL, INC. 72: RAJAGOPALAN, Shankar, BOUCHE, Jose C., CURBO, Jason W., KETTELKAMP, Jonathon B., KIRK, Brian L., MALLICK, Siddharth 33: US 31: 14/228,708 32: 2014-03-28 54: INTERNAL PIPELINE COOLER 00: - An internal heat exchanger (IHEX) for pipeline

welding includes a drive system configured to move

the IHEX into a position within at least one pipe

section near a weld joint location with another pipe

section. The IHEX further includes a cooling section

including cooling structure configured to selectively

cool one or more interior surface portions of the at

least one pipe section, and a controller in

communication with the cooling structure and

configured to activate the cooling section when the

IHEX is at the position within the at least one pipe

section.

21: 2016/06909. 22: 2016/10/07. 43: 2019/10/08 51: G01K 71: AQUANTA INC. 72: VAN HOUTEN, Arnoud, B. J., JOHNSON, Evan, Fair 33: US 31: 14/248,302 32: 2014-04-08 54: THERMAL ENERGY METERING USING AN ENTHALPY SENSOR 00: - Apparatus and methods are provided for thermal

energy metering by measuring the average

temperature of fluid in a tank, such as a hot water

storage tank. Average temperature is measured with

an elongated temperature sensor wire that can span

the vertical height of the tank. The sensor wire can

be protected with a waterproofing jacket. The sensor

wire can be coupled to a second substantially

parallel wire. A processing unit measures

temperature from changes in the resistance of the

sensor wire and measures rates of change to allow

the system to distinguish different sources of heat

increase and/or decrease.


Page | 105

21: 2016/07987. 22: 2016/11/18. 43: 2019/10/21 51: G07C 71: CORDINER, Peter Alexander, METCALF, Kenneth Grant 72: CORDINER, Peter Alexander, METCALF, Kenneth Grant 54: AN ELECTRONIC LOCKING SYSTEM 00: - A system and method for enabling opening of an

electronic locking device (602) from a remote

location is disclosed. A remotely accessible server

(608) receives an opening request to open a locking

device (602) which secures a closing member (612).

The opening request includes a unique identifier of

the locking device (602) and a mobile device

identifier of a mobile communications device (606)

requesting to open the locking device (602). The

server (608) further receives a media content item

(624) captured using a front-facing camera (622) of

the communications device (606). The server (608)

then determines, based on predefined parameters,

whether the communications device (606) is

permitted to open the locking device (602). If the

server (608) determines that the communications

device (606) is permitted to open the locking device

(602), it transmits an opening instruction to the

locking device (602) to unlock the closing member

(612).

21: 2016/08215. 22: 2016/11/28. 43: 2019/09/04 51: C03C; E06B 71: Saint-Gobain Glass France 72: MAILLET, Alexandre 33: FR 31: 1455067 32: 2014-06-04 54: GLAZING FOR SOLAR PROTECTION PROVIDED WITH THIN-FILM COATINGS 00: - The invention relates to a solar protection glazing

comprising a substrate, preferably a glass substrate,

said substrate being covered with a coating of

dielectric materials on each of the surfaces thereof,

wherein each of said coatings consists of a film

based on titanium oxide or a stack of films consisting

of dielectric materials incorporating such a film, the

thicknesses of said films based on titanium oxide in

each of the coatings being between 10 and 70 nm.


Page | 106

21: 2016/08345. 22: 2016/12/02. 43: 2019/09/04 51: C07F 71: Umicore AG & Co. KG 72: DOPPIU, Angelino, KARCH, Ralf, RIVAS-NASS, Andreas, WOERNER, Eileen 33: DE 31: 10 2014 109 763.7 32: 2014-07-11 54: PROCESS FOR PREPARING HYDRIDOCARBONYLTRIS(TRIPHENYLPHOSPHINE)RHODIUM(I) 00: -

21: 2016/08535. 22: 2015/05/18. 43: 2019/09/26 51: C08G; A61K; C07F 71: INTERQUIM S.A. 72: GALLARDO SÁNCHEZ, ADAYA, NONELL MARRUGAT, SANTIAGO, MARQUILLAS OLONDRIZ, FRANCISCO, SALLARES ROSELL, JOAN, MIRALLES BACETE, RICARDO 33: EP 31: 14168778.0 32: 2014-05-19 54: SILYLATED IMINE AND CARBAMATE POLYMERIC BENZOATE COMPOUNDS, USES, AND COMPOSITIONS THEREOF 00: - The present invention relates to organosilicon

polymers containing benzoic acid esters in form of

particles, process for their preparation, cosmetic or

dermatological composition comprising them, as well

as their use for protecting a human or animal living

body from UV radiation.

21: 2016/08675. 22: 2016/12/15. 43: 2019/10/17 51: A61K; C12N; A61P 71: LEVICEPT LIMITED 72: WESTBROOK, Simon 33: GB 31: 1412748.4 32: 2014-07-17 54: THERAPEUTIC USE OF P75NTR NEUROTROPHIN BINDING PROTEIN 00: - The present invention relates to a new therapeutic

use of a p75NTR neurotrophin binding protein and

related molecules in the treatment of osteoarthritis.

21: 2017/00190. 22: 2017/01/10. 43: 2019/10/29 51: B22D 71: AMSTED RAIL COMPANY, INC. 72: YANG, Zhaoli, ZUO, Yue, ZHU, Xuejun, ZHANG, Sijin, YAN, Chengqun, DU, Zhongxian , SUN, Jianfei, CAO, Fuyang, YANG, Dongye 33: CN 31: 201620016148.9 32: 2016-01-10 54: GAS PRESSURE TANK STRUCTURE 00: - A gas pressure tank structure is provided including a

tank wall provided on its left side with a compression

oil cylinder, the compression oil cylinder is provided

on its lower side with a locking ring, the locking ring

is provided on its lower side with a spring cylinder,

the tank wall is provided therein with a refractory

brick and a guide mechanism, the tank wall is

provided at its upper end with a sealing structure

and is provided at its lower side with an arc joint, the

refractory brick is provided thereon with a steel ladle

stand, and the tank wall is provided thereon with a

tank cover. The pressure tank and tank cover have

enough strength to not deform at high temperature

and under high pressure. A good sealing provided

between the pressure tank and tank cover ensures

that there is no gas leakage in pressure pouring.


Page | 107

21: 2017/00192. 22: 2017/01/10. 43: 2019/10/29 51: B22D 71: AMSTED RAIL COMPANY, INC. 72: DU, Zhongxian, MA, Hongwei, STRICKLAND, James Harold, ZHANG, Sijin, YAN, Chengqun, SUN, Jianfei, CAO, Fuyang, CHEN, Hongjun 33: CN 31: 201610019713.1 32: 2016-01-10 54: PRESSURE CONTROL SYSTEM AND MEANS FOR PRESSURE POURING OF CAST STEEL WHEELS 00: - A pressure control system and means for pressure

pouring of cast steel wheels is described, comprising

a control system and a main gas circuit. The control

system comprises an upper computer connected via

a signal line with a PLC unit which is connected with

each of a sensor, an operation box and an electronic

valve. The sensor comprises an inside-tank pressure

sensor and an inside-mold liquid level detecting

sensor, and the electronic valve comprises a quick

breaking valve and a servo valve. The main gas

circuit comprises a gas pressure bag, a ball valve, a

pressure reducing valve, a solenoid valve and a

pressure tank which are connected with one another

via gas tubes. The pressure control system is safe,

reliable and convenient for operation; multi-speed

mold filling is achieved; and it can select multiple

flowing speeds in combination, so as to adapt to the

production of different wheel types.

21: 2017/00510. 22: 2017/01/23. 43: 2019/10/17 51: H02J 71: UNIVERSITY OF JOHANNESBURG 72: KUNENE, Keith Trevor, SCHWARTZ, Lois 33: ZA 31: 2015/07898 32: 2015-10-23 54: AN APPARATUS FOR MONITORING AND CONTROLLING ELECTRICITY USAGE 00: - This invention relates to an apparatus for monitoring

and controlling electricity usage and more

specifically, but not exclusively, to an apparatus for

monitoring and controlling electricity usage for a

home. In accordance with the invention there is

provided an apparatus for monitoring and controlling

electricity usage comprising a housing with a display

on one side of the housing, electricity storage and

conversion means, and a controller connected to the

energy storage and conversion means, an electrical

supply line, and at least one electrical load. The

controller being configured to control electricity

provided to and from the energy storage and

conversion means, the electrical supply line, and the

electrical load; and communication means for

communicating with the controller.

21: 2017/00958. 22: 2017/02/07. 43: 2019/08/23 51: A01N; A01P 71: ICB PHARMA SPÓKA JAWNA 72: WITOSAWSKI Janusz; GAWRON Anna; LISZKA Dawid 54: LIQUID SPREADING COMPOSITION WITH ECTOPARASITICIDAL ACTIVITY, A METHOD AND USE THEREOF FOR COMBATING ECTOPARASITES IN HUMAN AND VETERINARY MEDICINE, AS WELL AS IN AGRICULTURAL, HORTICULTURAL AND/OR GARDEN ENVIRONMENTS


Page | 108

00: - The present invention relates to a liquid spreading composition with ectoparasiticidal activity. The invention also relates to a method and use of such a liquid spreading composition for combating ectoparasites in human and veterinary medicine, as well as in agricultural, horticultural and/or garden environments. The composition comprises at least one emollient ester and isohexadecane, wherein the weight ratio of said at least one emollient ester to isohexadecane is within 1:9 to 7:3. The invention improves the spreading properties of a composition enabling it for an efficient delivery of an active substance or substances over the surface of the host on which it is applied. The spreading composition may also be used alone for an efficient ectoparasiticidal treatment in human and veterinary medicine, as well as for combating extoparasites in agricultural, horticultural and/or garden environments. With at least one additional agent the spreading composition may also be used in cosmetic, as well as for pest control, including insect and rodent control.

21: 2017/01063. 22: 2017/02/13. 43: 2019/09/20 51: A61K; A61P 71: DUCHESNAY INC. 72: VRANDERICK, Manon, ST-ONGE, Jean-Luc, GALLO, Michele, GERVAIS, Éric 54: PLURIMODAL RELEASE FORMULATION OF DOXYLAMINE AND PYRIDOXINE AND/OR METABOLITES OR SALTS THEREOF 00: - A solid oral dosage form comprising a core

comprising a doxylamine component and a

pyridoxine component coated with an enteric coating

is disclosed. The solid oral dosage form further

comprises two active ingredient-containing coatings

surrounding the enteric coating, the active

ingredient-containing coatings being separated from

one another by an intermediate coating, and one of

the two active ingredient-containing coatings

comprising a doxylamine component and being free

of a pyridoxine component, and the other of the two

active ingredient-containing coatings comprising a

pyridoxine component and being free of doxylamine

component. Uses of the solid oral dosage form for

the alleviation of the symptoms of nausea and

vomiting, for example in the case of nausea and

vomiting of pregnancy (NVP), are also disclosed.

21: 2017/01483. 22: 2017/02/28. 43: 2019/09/30 51: B60D

71: CUSTOM HARNESS MANUFACTURER CC 72: KUNZ, Dirk Frederick 33: ZA 31: 2016/01423 32: 2016-03-02 54: TOW-BAR ELECTRICAL INTERFACE ASSEMBLY AND COMPONENTS THEREOF 00: - A tow-bar interface is provided that has an electronic

slave module for activating and deactivating trailer

lights by way of a releasable multi-pin connector

assembly. The electronic slave module has electrical

outputs associated with it for an electronic courtesy

light and is adapted to be mounted to or near a tow-

bar fitted to a towing vehicle. It is furthermore

programmed to respond to received control signals

by activating the electronic courtesy light circuit. The

received control signals may correspond to the

unlocking of the vehicle, the locking of the vehicle or

the activation of an internal courtesy light or the

vehicle parking lights. The electronic slave module is

furthermore programmed to hold the electronic

courtesy light circuit activated for a predetermined

period of time or until a predetermined action takes

place with regard to preparing to drive the vehicle.

21: 2017/01489. 22: 2017/02/28. 43: 2019/09/20 51: C08F; C08G; C08L 71: CHRYSO 72: FERRARI, Lucia, LEISING, Frédéric 33: FR 31: 14 58083 32: 2014-08-28 54: BLOCK COPOLYMERS WHICH CAN BE USED AS PLASTICISERS 00: - The invention relates to a block copolymer

comprising: at least one block A that does not

comprise a phosphonate group and comprises at

least one poly(alkylene oxide) group, and at least

one block B produced by the polymerisation of a

monomer B1 or a mixture of ethylenically


Page | 109

unsaturated monomers comprising at least one

monomer B1, where a monomer B1 is an

ethylenically unsaturated monomer comprising at

least one phosphonate function. The invention also

relates to the method for the production thereof by

means of controlled radical polymerisation RAFT,

and to the uses of same.

21: 2017/01556. 22: 2017/03/02. 43: 2019/09/19 51: F16L; G01N; G21C 71: AREVA NP 72: FUTIN, Emmanuel, BERNE, Olivier, GRYPCZYNSKI, Daniel 33: FR 31: 14 58232 32: 2014-09-03 54: ASSEMBLY FOR ACTING ON THE OUTER SURFACE OF A TUBE, AND CORRESPONDING METHOD 00: - The invention relates to an assembly comprising a

carrier (13) and at least one inspection or

maintenance tool, the carrier (13) comprising at least

one rolling body and an actuator. The carrier also

comprises a device (21) for connecting the carrier

(13) to the tube (1), which is arranged such that the

tube (1) absorbs at least 50% of the weight of the

carrier (13) and the tool.

21: 2017/02819. 22: 2017/04/21. 43: 2019/08/27 51: A61K; A61Q; C11D 71: Colgate-Palmolive Company 72: NABI, Zeenat, DUBOVOY, Viktor, MASTRULL, Jeffrey, TALANCON, Daniel, CHENG, Shujiang, DU-THUMM, Laurence, PAN, Long 54: CLEANSING BARS WITH TAURINE 00: - A cleansing bar composition comprising at least one

cleanser chosen from soap and surfactant; taurine,

in free or salt form; and one or more hydrophobic

stabilizing agents. The hydrophobic stabilizing agent

prevents the crystallization of taurine on the surface

of the cleansing bar. Also methods of making the

cleansing bar to inhibit crystallization of taurine in a

cleansing bar.

21: 2017/03055. 22: 2017/05/03. 43: 2019/09/10 51: A61K; C07K 71: Janssen Vaccines & Prevention B.V. 72: BUNNIK, Evelien M., CUSTERS, Jerôme H.H.V., SCHEPER, Gerrit Ch., OOSTERHUIS, Koen, UIL, Taco Gilles, KHAN, Selina 33: EP(NL) 31: 14191660.1 32: 2014-11-04 54: THERAPEUTIC HPV16 VACCINES 00: - The invention provides designer nucleic acid

constructs and polypeptides that can be used as

therapeutic vaccines against HPV 16. These

polypeptides comprise essentially all possible T-cell

epitopes of HPV 16 oncoproteins E6 and E7, but

nevertheless have a strongly reduced (as compared

to wt E6 and E7), up to non-detectable, transforming

activity, by comprising fragments of the E6 and E7

proteins that have been re-ordered, while at the

same time containing a minimized number of


Page | 110

undesired neo-epitopes. The invention provides a

nucleic acid molecule encoding a polypeptide

comprising a sequence as set forth in SEQ ID NO: 1.

In certain embodiments, the encoded polypeptide

further comprises at least one epitope of a human

papillomavirus (HPV) E2 protein, for example an

HPV 16 E2 protein.

21: 2017/03503. 22: 2017/05/22. 43: 2019/08/27 51: A61K; A61P 71: Laboratorios del Dr. Esteve, S.A. 72: VELA-HERNANDEZ, Jose-Miguel, MERLOS-ROCA, Manuel, ZAMANILLO-CASTANEDO, Daniel 33: EP(ES) 31: 14382519.8 32: 2014-12-15 54: USE OF SIGMA RECEPTOR LIGANDS IN OSTEOARTHRITIS 00: - The invention relates to compounds of formula (I) or

formula (II) having pharmacological activity towards

the sigma receptor, for use in the treatment or

prevention of osteoarthritis and pain due to

osteoarthritis.

21: 2017/03531. 22: 2017/05/23. 43: 2019/08/27 51: G01N 71: Vertex Pharmaceuticals Incorporated 72: BORSJE, Eric, RASMUSSEN, Henrik Torstholm 33: US 31: 62/081,181 32: 2014-11-18 54: PROCESS OF CONDUCTING HIGH THROUGHPUT TESTING HIGH PERFORMANCE LIQUID CHROMATOGRAPHY 00: - The present invention utilizes a high throughput

testing (HTT) method of high performance liquid

chromatography (HPLC) to validate samples of

pharmaceutical compositions. In one embodiment,

improved sample preparation techniques comprise

adding the entire vial of a sample to a wide mouth

disposable bottle, adding diluent, shaking overnight,

and centrifuging.

21: 2017/03563. 22: 2017/05/24. 43: 2019/08/27 51: C10G 71: Badger Licensing LLC 72: HWANG, Shyh-Yuan H., MOY, J. Erik 33: US 31: 62/084,158 32: 2014-11-25 54: PROCESS FOR REDUCING THE BENZENE CONTENT OF GASOLINE 00: -

21: 2017/03569. 22: 2017/05/24. 43: 2019/08/27 51: C22B 71: FLSmidth A/S 72: CHAIKO, David J., EYZAGUIRRE, Carlos 33: US 31: 62/092,773 32: 2014-12-16 54: SYSTEM AND METHOD FOR ABOVE-ATMOSPHERIC LEACHING OF METAL SULFIDES 00: - A system and method for improving leach kinetics

and recovery during above-atmospheric leaching of

a metal sulfide is disclosed. In some embodiments,

the method may comprise the steps of: (a) producing

a metal sulfide concentrate [34] via flotation; (b)

moving the produced metal sulfide concentrate [34]


Page | 111

to at least one chamber [22a] of at least one reactor

such as an autoclave [20]; (c) leaching the produced

metal sulfide concentrate in said at least one

chamber [22a] in the presence of oxygen [82] at a

pressure and/or temperature above ambient, and in

the presence of partially-used [25] and/or or new [92]

grinding media within the at least one chamber

[22a]. Systems [10] and apparatus [20, 200] for

practicing the aforementioned method are also

disclosed.

21: 2017/03678. 22: 2017/05/29. 43: 2019/09/04 51: A01H; C07K; C12N 71: Nunhems B.V. 72: SCHAAREMAN, Robert Theodorus Gerardus, THOMAS, Vincent Pierre Andre, VAN DER AREND, Adrianus J. M., RAEDTS, Robert Johannes Martinus, RODRIGUEZ (Deceased), Olga Julián 33: EP(NL) 31: 14191135.4 32: 2014-10-30 54: LETTUCE PLANTS COMPRISING RESISTANCE AGAINST NASONOVIA RIBISNIGRI BIOTYPE 1 00: -

21: 2017/03703. 22: 2017/05/30. 43: 2019/09/04 51: H04W


Page | 112

71: QUALCOMM Incorporated 72: PATIL, Abhishek Pramod, ABRAHAM, Santosh Paul, RAISSINIA, Alireza, CHERIAN, George 33: US 31: 62/091,081 32: 2014-12-12 54: TRAFFIC ADVERTISEMENT IN NEIGHBOR AWARE NETWORK (NAN) DATA PATH 00: - A method of communication includes generating a

control message at a particular device. The control

message indicates availability of data to be sent by

the particular device. The data includes first data

corresponding to a first access category. The

method also includes, subsequent to determining

that transmission of the control message is to be

delayed, determining a first delay based on the first

access category. The method further includes

sending the control message from the particular

device upon expiration of a delay period. The delay

period is based on the first delay.

21: 2017/03848. 22: 2017/06/05. 43: 2019/10/14 51: B22F; E21B 71: SMITH INTERNATIONAL, INC. 72: BAO, Yahua, WANG, Fulong, BELNAP, J. Daniel, EYRE, Ronald K., FANG, Yi 33: US 31: 62/092,967 32: 2014-12-17 54: POLYCRYSTALLINE DIAMOND SINTERED/REBONDED ON CARBIDE SUBSTRATE CONTAINING LOW TUNGSTEN 00: - A method of forming a polycrystalline diamond

cutting element includes assembling a diamond

material, a substrate, and a source of catalyst

material or infiltrant material distinct from the

substrate, the source of catalyst material or infiltrant

material being adjacent to the diamond material to

form an assembly. The substrate includes an

attachment material including a refractory metal. The

assembly is subjected to a first high-pressure/high

temperature condition to cause the catalyst material

or infiltrant material to melt and infiltrate into the

diamond material and subjected to a second high-

pressure/high temperature condition to cause the

attachment material to melt and infiltrate a portion of

the infiltrated diamond material to bond the infiltrated

diamond material to the substrate.

21: 2017/03875. 22: 2017/06/06. 43: 2019/09/04 51: A61K; A61P 71: The Johns Hopkins University 72: FU, Jie, HANES, Justin, KAYS, Joshua, YU, Yun, YANG, Ming, CLELAND, Jeffrey, STARK, Walter J., XU, Qingguo, YANG, Jin 33: US 31: 62/092,118 32: 2014-12-15 54: SUNITINIB FORMULATIONS AND METHODS FOR USE THEREOF IN TREATMENT OF OCULAR DISORDERS 00: - Methods for increasing the encapsulation or

incorporation of Sunitinib into polymeric matrices

have been developed. The resulting formulations

provide for more sustained controlled release of

sunitinib or its analog or a pharmaceutically

acceptable salt thereof. Increased loading is

achieved using an alkaline solvent system. The

pharmaceutical compositions can be administered to

treat or prevent a disease or disorder in or on the

eye of a patient associated with vascularization,

such as corneal neovascularization and acute

macular degeneration. Upon administration, the

sunitinib or its analog or salt is released over an

extended period of time at concentrations which are


Page | 113

high enough to produce therapeutic benefit, but low

enough to avoid unacceptable levels of cytotoxicity.

21: 2017/04163. 22: 2015/11/24. 43: 2019/09/27 51: G06F 71: PRECISION PLANTING LLC 72: SAUDER, DOUG, ALLGAIER, RYAN 33: US 31: 62/083,640 32: 2014-11-24 54: SYSTEM AND METHODS FOR IDENTIFYING FIELDS AND TASKS 00: - Described herein are a system and methods for

identifying fields and tasks (e.g., agricultural fields

and tasks). In one embodiment, system includes a

display device to display a representation of one or

more agricultural fields with geo-referenced

boundaries and to receive one or more inputs for

identifying at least one agricultural field with

agricultural field identification information. A

processing system is communicatively coupled to

the display device. The processing system is

configured to automatically transmit raw data

including measurement data and location

component data to the display device in response to

a machine or an implement starting and to

automatically identify location component data of the

raw data. The processing system is further

configured to automatically assign raw data to at

least one agricultural field.

21: 2017/04422. 22: 2017/06/29. 43: 2019/10/16

51: B61H; F16D 71: WESTINGHOUSE AIR BRAKE TECHNOLOGIES CORPORATION 72: WHALEN, Shaun, T., GREGAR, Peter, Paul, NATSCHKE, Scott, Lee 33: US 31: 62/097,879 32: 2014-12-30 54: SLACK ADJUSTER MAIN SPRING HOUSING CONTAMINANT SUMP 00: - A drainage system for use with a slack adjuster for a

railway brake rigging wherein the slack adjuster

includes a main spring housing, a cone nut housing

enclosing a critical operating area of the slack

adjuster, and an over travel housing. The drainage

system includes at least one opening extending

through a sidewall portion of the main spring

housing. The opening is configured to allow fluid

and/or contaminates to drain therethrough to reduce

exposure of the critical operating area of the slack

adjuster to the fluid and/or contaminants. A

seal/splash guard can be provided at the intersection

of the main spring housing and the cone nut housing

to prevent fluid and contaminants from entering into

the cone nut housing.

21: 2017/04552. 22: 2017/07/05. 43: 2019/10/29 51: E21B; E21C 71: IHC HOLLAND IE B.V. 72: KLEIJN, Ate Conraad, PLAT, Robert, VERICHEV, Stanislav Nikolaevich 33: NL 31: 2014022 32: 2014-12-19 54: DEVICE AND METHOD FOR CRUSHING ROCK BY MEANS OF PULSED ELECTRIC ENERGY 00: - The invention relates to a method for processing

submerged material at the bottom of a body of

water, like the bottom of the sea, by application of

electric energy, comprising providing electrodes in a

process zone proximate the material for providing an

electric current through the material for crushing the


Page | 114

material, and displacing of fluid of the body of water

away from the process zone to outside the process

zone before application of the electric energy.

21: 2017/04656. 22: 2017/07/11. 43: 2019/09/06 51: F22B; F28D 71: Aktsyonernoe Obshchestvo "Ordena Trudovogo Krasnogo Znameni I Ordena Truda CHSSR Opytnoe Konstructo, "Gidropress" (АО OKB "Gidropress") 72: LACHOV, Dmitriy Aleksandrovich, SAFRONOV, Aleksey Vladimirovich 33: RU 31: 2014150427 32: 2014-12-12 54: HORIZONTAL STEAM GENERATOR FOR A REACTOR PLANT 00: - The invention relates to the electric power industry,

and more particularly to horizontal steam generators

for nuclear power stations and to a reactor plant with

a water-cooled, water-moderated reactor and a

horizontal steam generator. The present reactor

plant comprises: a nuclear reactor with four

circulation loops, each of which comprises a steam

generator with a horizontal bundle of heat exchange

tubes, said tubes being divided into banks by

intertube passages and being connected to primary

coolant collectors inside a cylindrical housing with

ellipsoidal ends; a main circulation pump; and also a

main primary coolant circulation pipe. The inside

diameter of the housing, the transverse distance

between the axes of the primary coolant collectors,

and the length of the steam generator along the

inside surfaces of the ellipsoidal ends are selected

from defined relationships. The invention improves

the heat transfer performance as well as the

reliability and lifespan of the steam generator.

21: 2017/04709. 22: 2017/07/12. 43: 2019/10/29 51: A61K; C07K; C12N; A61P 71: HELIX BIOPHARMA CORP. 72: CHAO, Heman, WONG, Wau Yau, TIAN, Baomin, GASPAR, Kimberly Jayne, KUMAR, Praveen 33: US 31: 62/107,210 32: 2015-01-23 54: ANTIBODY-UREASE CONJUGATES FOR THERAPEUTIC PURPOSES 00: - Pharmaceutical compositions comprising antibody-

urease conjugates and substantially free of

unconjugated urease are disclosed. These

compositions are prepared by a method that does

not require chromatographic purification. These

pharmaceutical compositions have utility in the

treatment of cancer by antibody-directed enzyme

prodrug therapy wherein the urease converts

endogenous urea into ammonia in situ to induce

cytotoxicity.

21: 2017/04995. 22: 2017/07/21. 43: 2019/10/24


Page | 115

51: A47C; G07F 71: NOVOMATIC AG 72: GAWEL, Marek 33: DE 31: DE 20 2015 000 755.4 32: 2015-01-30 33: AT 31: A 50078/2015 32: 2015-01-30 54: TERMINAL SYSTEM 00: - A terminal system comprises a device terminal (2)

and an operator seat (3) which can be connected to

the device terminal (2), wherein the device terminal

(2) and the operator seat (3) have energy and/or

signal coupling parts (5) and mechanical positioning

coupling parts (6) which can be coupled to each

other, wherein each of the energy and/or signal

coupling parts and the positioning coupling parts (6)

can be engaged with each other by pushing together

the operator seat (3) and device terminal (2) parallel

to the ground, wherein the positioning coupling parts

(6) comprise vertical and horizontal positioning

means for vertically and horizontally orienting the

operator seat (3) with respect to the device terminal

(2) by pushing together in the coupling direction,

characterised in that the vertical positioning means

(7) and the horizontal positioning means (8) are

coupling pieces formed separately from each other,

wherein the vertical positioning means (7) has a

clearance in the horizontal direction transversely to

the coupling and decoupling direction (24) and the

horizontal positioning means (8) has a clearance

(13) in the vertical direction, wherein the vertical

positioning means (7) and/or the horizontal

positioning means (8) each have at least two pairs of

coupling pieces (9, 10) which can engage with each

other, which are spaced from each other

transversely with respect to a longitudinal centre

plane through the operator seat (3) and/or through

the device terminal (2), and wherein tensioning

means (14) are provided for tensioning the operator

seat (3) and device terminal (2) relative to each

other, wherein said tensioning means (14) are

associated with the positioning coupling parts (6).

21: 2017/05024. 22: 2017/07/24. 43: 2019/09/04 51: B28B; C04B; E04D 71: Monier Roofing GmbH 72: DRECHSLER, Andreas, FRIEDRICH, Michael, HEISE, Michael, KLEIN, Jürgen, WESTPHAL, Stephan, CRANFIELD, Ben 33: DE 31: 10 2015 102 530.2 32: 2015-02-23 54: ROOFING TILE AND METHOD FOR PRODUCING SUCH A ROOFING TILE 00: -


Page | 116

21: 2017/05309. 22: 2017/08/04. 43: 2019/08/27 51: A61K; C07C; C07D; A61P 71: PIRAMAL ENTERPRISES LIMITED 72: SHARMA, Rajiv, KUMAR, Sanjay, MAHAJAN, Vishal, BAJAJ, Komal, GODSE, Pallavi 33: US 31: 62/112,285 32: 2015-02-05 54: COMPOUNDS CONTAINING CARBON-CARBON LINKER AS GPR120 AGONISTS 00: - The present invention relates to compound of

Formula (I) containing carbon-carbon linker, a

stereoisomer, a tautomer, a pharmaceutically

acceptable salt, a pharmaceutically acceptable

solvate, a prodrug, a polymorph, N -oxide, S-oxide,

or a carboxylic acid isostere thereof; processes for

their preparation; pharmaceutical compositions

comprising said compounds; and their use for the

treatment of the diseases or disorders mediated by

GPR120 receptor.

21: 2017/05502. 22: 2017/08/14. 43: 2019/07/01 51: D01F 71: KUSE, Kolja 72: KUSE, Kolja 33: DE 31: 20 2015 000 375.3 32: 2015-01-17 54: CARBONISATION REACTOR FOR COMBINED GENERATION OF CONSTRUCTION MATERIAL AND ELECTRICITY BY SUNLIGHT 00: -

The invention describes an energy-efficient method

for cogeneration of carbon fibres and electricity by

means of bundled sunlight for CO2-neutral

manufacture of building materials having

compressive and tensile stability. The energy

efficiency comes from the principle of using bundled

sunlight for directly heating the carbon fibres to be

produced, this being made possible by the original

PAN fibre, during oxidation and pyrolysis, turning

dark and ultimately becoming the almost ideal black

body. The heat produced is used, later or

simultaneously to the production of fibre material, for

producing electricity, in accordance with the classic

combined heat and power concept, so as to boost

the efficiency, already heightened by this process, of

carbon fibre production and to supply energy in the

high-value form of electricity.

21: 2017/05852. 22: 2016/03/07. 43: 2019/09/27 51: A61K; C07H 71: ATEA PHARMACEUTICALS, INC. 72: SOMMADOSSI, JEAN-PIERRE, MOUSSA, ADEL 33: US 31: 62/253,958 32: 2015-11-11 33: US 31: 62/129,319 32: 2015-03-06 33: US 31: 62/276,597 32: 2016-01-08 54: BETA-D-2'-DEOXY-2'ALPHA-FLUORO-2'-BETA-C-SUBSTITUTED-2-MODIFIED-N6-SUBSTITUTED PURINE NUCLEOTIDES FOR HCV TREATMENT 00: - A compound of the structure (A), or a

pharmaceutically acceptable salt or composition

thereof for the treatment of a host infected with or

exposed to an HCV virus or other disorders more

fully described herein.


Page | 117

21: 2017/05920. 22: 2017/08/31. 43: 2019/10/22 51: A61K; C07K; C12P 71: JOUNCE THERAPEUTICS, INC. 72: SAZINSKY, Stephen, MICHAELSON, Jennifer S., SATHYANARAYANAN, Sriram, ELPEK, Kutlu Goksu 33: US 31: 62/137,034 32: 2015-03-23 33: US 31: 62/147,484 32: 2015-04-14 33: US 31: 62/156,588 32: 2015-05-04 33: US 31: 62/242,489 32: 2015-10-16 33: US 31: 62/255,635 32: 2015-11-16 54: ANTIBODIES TO ICOS 00: - Provided herein are various embodiments relating to

antibodies. Some of the embodiments include

agonist antibodies that bind ICOS. Such antibodies

can be used in methods to treat, for example,

cancer. In some embodiments, an isolated antibody

that binds ICOS is provided, wherein the antibody is

an agonist of CD4 T cells (such as CD4 T effector

(Teff) cells). In some embodiments, an isolated

antibody that binds ICOS is provided, wherein the

antibody is an agonist of CD4 T cells (such as CD4

Teff cells) and depletes T regulatory (Treg) cells. In

some embodiments, an isolated antibody that binds

ICOS is provided, wherein the antibody depletes

Treg cells, but does not deplete Teff cells.

21: 2017/06056. 22: 2017/09/06. 43: 2019/09/11 51: B01J C07D C01B 71: BASF SE, DOW GLOBAL TECHNOLOGIES LLC 72: RIEDEL, Dominic, TELES, Joaquim, Henrique, URBANCZYK, Daniel, WEGERLE, Ulrike, SPISKE, Luise, PARVULESCU, Andrei-Nicolae, SCHROEDER, Alexander, MUELLER, Ulrich, WEIDENBACH, Meinolf, WITZL, Werner, J. 33: EP 31: 15154998.7 32: 2015-02-13 33: US 31: 62/115,658 32: 2015-02-13 54: PROCESS FOR THE REGENERATION OF A TITANIUM ZEOLITE CATALYST FOR PROPYLENE EPOXIDATION 00: - The invention relates to process for the regeneration

of a catalyst comprising a titanium containing zeolite

as catalytically active material comprising a stage

comprising introducing a feed stream comprising

propene, hydrogen peroxide or a hydrogen peroxide

source, and an organic solvent into a reactor

containing a catalyst comprising the titanium

containing zeolite, subjecting the feed stream in the

reactor to epoxidation conditions in the presence of

the catalyst, removing a product steam comprising

propylene oxide and the organic solvent from the

reactor, stopping introducing the feed stream,

washing the catalyst with a liquid aqueous system

and calcining the washed catalyst.

21: 2017/06122. 22: 2017/09/08. 43: 2019/09/19 51: G06Q 71: DOTXML TECHNOLOGIES (PTY) LTD 72: BAM, Erich, BEZUIDENHOUT, Deon 33: ZA 31: 2016/03948 32: 2016-06-10 54: VOUCHER REDEMPTION SYSTEM 00: - The invention provides a service voucher system in

which voucher codes are presented to a service

provider for redemption in respect of which the

voucher code represents value in relation to a

service to be used by a consumer who redeems the

voucher. The action of redemption triggers, in a

computer server that records or monitors the

redemption event, the sending of a message to the

consumer containing a promotional or value added

service offer, or both, and requesting an acceptance

response or a rejection response. An acceptance

response triggers the despatch of a promotional or

value added service voucher or personal


Page | 118

identification number (PIN) to the consumer at a

selected communications address. Data concerning

the consumer's acceptance is recorded on a

database together with other data about the

consumer including one or more of the consumer’s

whereabouts at the time of redemption of the

voucher code.

21: 2017/06156. 22: 2017/09/11. 43: 2019/09/04 51: A01N; A23L; C12P 71: Valent Biosciences LLC 72: HUANG, Zhengyu, BELKIND, Benjamin A., NAIR, Ayyappan, VENBURG, Gregory D., FASSEL, Robert, KIM, Yong-ki 33: US 31: 62/135,316 32: 2015-03-19 54: CONCENTRATED NATAMYCIN SUSPENSION FORMULATIONS 00: - The present invention generally relates to

concentrated natamycin suspension formulations for

inhibition of fungal growth. Specifically, the present

invention relates to stable suspension concentrate

formulations comprising from about 25 % to about

48 % w/w natamycin, from about 0.1 % to about 10

% w/w of an anionic surfactant selected from the

group consisting of polyelectrolyte polymers,

modified styrene acrylic polymers, dioctyl sodium

sulfosuccinates, sodium salts of naphthalene

sulfonates, and combinations thereof, and water.

The formulations of the present invention contain

natamycin as particles which are on average less

than 11 microns in diameter and the formulations

have a viscosity of less than 1400 centipoise at 21

degrees Celsius.

21: 2017/06163. 22: 2016/03/24. 43: 2019/09/20 51: H01M; C08J 71: JOHNSON MATTHEY FUEL CELLS LIMITED 72: COLEMAN, ROBERT JEFFREY, RALPH, THOMAS ROBERTSON, HAIG, SAM, PLECHKOVA, NATALIA V 33: GB 31: 1505311.9 32: 2015-03-27 54: PROCESS 00: - A process for the recovery of a perfluorosulphonic

acid ionomer from a component comprising a

perfluorosulphonic acid ionomer is disclosed, the

process comprising immersing the component

comprising the perfluorosulphonic acid ionomer in a

solvent comprising an aliphatic diol and heating.

Also disclosed is the use of the recovered

perfluorosulphonic acid ionomer, for example in to

prepared a proton conducting membrane or a

catalyst ink.

21: 2017/06306. 22: 2016/03/07. 43: 2019/09/19 51: B65D 71: UNILEVER PLC 72: CHEN, JUN, IYER, NURANI DHARMARAJ KRISHNAPRAKASH, PARGEN, PETER ERICH 33: CN 31: PCT/CN2015/074702 32: 2015-03-20 33: EP 31: 15165625.3 32: 2015-04-29 54: A CLOSURE ASSEMBLY FOR A CONTAINER


Page | 119

00: - The invention relates to a closure assembly (1) for a

container (2) and a container thereof. The invention

more particularly relates to a closure assembly which

provides leak tight closure for liquid or viscous

products and can be simply opened or closed by

minimal effort and additionally can be inverted to

stably rest on a horizontal surface to act as a tottle.

21: 2017/06343. 22: 2017/09/20. 43: 2019/09/23 51: B60R; B60T; B61F; B61L 71: ALSTOM TRANSPORT TECHNOLOGIES 72: THEVENOT, Maxime 33: FR 31: 16 58851 32: 2016-09-21 54: AN OBSTACLE DETECTION DEVICE, FOR A RAILWAY VEHICLE 00: - The device (2) for detecting an obstacle includes: - a

detection bar (4) intended to extend transversely to

the vehicle and able to receive an impact with an

obstacle, - at least one assembly (6) for detecting an

impact, supporting the detection bar (4) and

comprising: a casing (12) intended to be added onto

the vehicle, a lever (14) secured to the detection bar

(4) and movable in rotation relatively to the casing

(12) around a first axis (A) parallel to the detection

bar (4), between a rest position and an actuation

position, and an elastic return member (16) for the

lever (14) towards its rest position. The device

includes a triggering device (8) which may be

actuated by the lever in the actuation position. The

detection assembly (6) comprises adjustment means

(18), able to apply a pre-stress on the elastic

member (16).

21: 2017/06344. 22: 2017/09/20. 43: 2019/09/20 51: B31B; B65B; B65D 71: FOCKE & CO. (GMBH & CO. KG) 72: ALBRECHT, Peter, STORCKS, Andreas, VUJEVIC, Aleksandar 33: DE 31: 10 2016 011 458.4 32: 2016-09-23 54: METHOD AND DEVICE FOR PRODUCING HINGE-LID PACKS 00: - In the production of hinge-lid type cigarette packs, a

problem exists with the insertion of a frame (17) or a

shoulder into a bottom part (10) of the hinge-lid

pack. The frame (17), which is (rect)angular in the

end position, is fed to a frame unit (35) in the flatly

folded state and is set upright by means of righting

members – suction heads (54) – as a result of

engaging the outside of frame portions (18) and at

the same time is deformed by means of stop bolts

(57) in such a manner that the outer contours of the

frame (17) are smaller than the surface of a bottom

wall (12). The frame (17) deformed in this manner is

lowered into the bottom part (10) and there is

brought into the angular end form.


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21: 2017/06348. 22: 2017/09/20. 43: 2019/09/19 51: A61K; C07D; A61P 71: MUTABILIS 72: BRIAS, Julie, CHASSET, Sophie, CHEVREUIL, Francis, LECOINTE, Nicolas, LEDOUSSAL, Benoît, LE STRAT, Frédéric, VOMSCHEID, Sophie, RICHARD, Sébastien, FAIVRE, Fabien, BARBION, Julien, CARAVANO, Audrey, LE FRALLIEC, Géraldine, SIMON, Christophe 33: EP 31: 15305508.2 32: 2015-04-03 33: EP 31: 16305069.3 32: 2016-01-26 54: HETEROCYCLIC COMPOUNDS AND THEIR USE IN PREVENTING OR TREATING BACTERIAL INFECTIONS 00: - The present invention relates to heterocyclic

compounds of formula (I), their process of

preparation, pharmaceutical compositions

comprising these compounds and use thereof,

optionally in combination with other antibacterial

agents and/or beta-lactam compounds, for the

prevention or treatment of bacterial infections. The

present invention also relates to the use of these

compounds as beta-lactamase inhibitors and/or as

antibacterial agents.

21: 2017/06393. 22: 2017/09/21. 43: 2019/10/22 51: C02F 71: KP2M LIMITED 72: MORGAN, Philip Graeme 33: GB 31: 1503638.7 32: 2015-03-13 54: SYSTEM AND METHOD TO TREAT FLUIDS BY SONOELECTROCHEMISTRY 00: - A fluid treatment unit (TU) comprises a first anode

electrode (5), a second grounded electrode (7) and

an ultrasound generator (12) mounted to the

grounded electrode (7), the grounded electrode (7)

and a facing first anode electrode (5) defining

between them a treatment zone (9), the unit TU

having an inlet (2) for introduction of fluid to the

treatment zone (9) and an outlet (3) for egress of

treated fluid from the treatment zone (9), the

treatment zone (9) providing a flow path along which

fluid entering through the inlet (2) is flowable towards

the outlet (3), the flow path extending substantially

along the surface of both the second ground

electrode (7) and a facing first anode electrode (5).


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21: 2017/06547. 22: 2016/04/12. 43: 2019/09/30 51: B01J 71: JOHNSON MATTHEY PUBLIC LIMITED COMPANY 72: COUPLAND, DUNCAN, WINFIELD, SOPHIE 33: GB 31: 1506325.8 32: 2015-04-14 54: SHAPED CATALYST PARTICLE 00: - The invention concerns particles which may include

a catalytically active component, in the form of a

three-dimensional ellipsoidal shape having three

major axes at least two of which axes are of different

lengths. Beds of such particles are useful for forming

particle beds through which a fluid may flow.

21: 2017/06850. 22: 2017/10/10. 43: 2019/10/22 51: G06Q 71: VOUCHER ACTIVATION IP SERVICES PTE. LTD 72: COOPER, Philip Graham, SCHMULIAN, Jason Marc, HUNT, Jonathan Paul, RAGHUNATHAN, Vijay, MONEY, Dean Andrew 33: IN 31: 1291/KOL/2014 32: 2014-12-11 54: SYSTEM AND METHOD FOR PROCESSING VOUCHERS 00: - A voucher processor (122) receives (204) a plurality

of voucher identifiers from a voucher provider (132)

and, for each voucher identifier, instructs (208) the

issuing of payment credentials of a payment

instrument from an issuer processor (123). The

issuer processor (123) or the voucher processor

(122) links (210) each voucher identifier to payment

credentials of a corresponding payment instrument.

The voucher processor (122) or issuer processor

(123) submits the plurality of voucher identifiers to

the voucher provider (132) along with the linked

payment credentials for each voucher identifier, such

that, subsequent to a voucher being activated (408),

the voucher provider is capable of initiating (424) a

transfer of funds associated with the voucher in

favour of the voucher provider (132) by transmitting

the payment credentials linked to the voucher

identifier for receipt by the issuer processor (123).

The issuer processor (123) may receive the payment

credentials via an acquiring bank (138) and a

payment processor (124) in an open-loop manner.


Page | 122

21: 2017/06952. 22: 2017/10/13. 43: 2019/10/22 51: A63C 71: MELLOW BOARDS GMBH 72: GREEN, Kilian, SCHREIBER, Christoph 33: DE 31: 102015106255.0 32: 2015-04-23 54: DRIVE MODULE FOR A SKATEBOARD AND SET AND SKATEBOARD WITH SUCH A DRIVE MODULE 00: - The invention relates to a drive module (1) for a

skateboard, said drive module (1) comprising at

least one axle (20) with at least one wheel (27)

which is or can be driven by an electric motor, and a

frame (10), which is connected to the axle (20) and

has a receiving space (11) for an energy storage unit

(30), in particular for a secondary battery, the drive

module (1) being replaceably connectible to the

skateboard. The invention also relates to a set and a

skateboard comprising said drive module.

21: 2017/06981. 22: 2017/10/16. 43: 2019/10/22 51: B02C 71: METSO MINERALS, INC. 72: VIILO, Keijo, RANNANPÄÄ, Janne 33: FI 31: 20155346 32: 2015-05-13 54: JAW CRUSHER, MINERAL MATERIAL PROCESSING PLANT AND METHOD FOR PROCESSING MINERAL MATERIAL 00: - A jaw crusher, a mineral material processing plant

and a method for processing mineral material. The

jaw crusher (100) comprises a fixed jaw and a

movable jaw for forming a crushing chamber (3)

therebetween which is open at the top, the fixed jaw

comprising a first wear part (1) mounted thereto and

the movable jaw comprising a pitman (4) and a

second wear part (2) mounted thereto; wherein the

pitman (4) is rotatably mounted to a first eccentric

shaft (8). The pitman (4) is further rotatably mounted

to second eccentric shaft 9 configured to guide the

stroke of the movable jaw to create a movement

pattern with a substantially linear crushing stroke,

wherein the eccentricity of the second eccentric

shaft (9) is larger than that of the first eccentric shaft.


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21: 2017/07104. 22: 2017/10/19. 43: 2019/09/04 51: G05B; G05D; H02M 71: Earth Star Solutions, LLC 72: MILLAR, Gary Bret 33: US 31: 62/144,070 32: 2015-04-07 54: SYSTEMS AND METHODS FOR CUSTOMIZED LOAD CONTROL 00: - Included are embodiments for customized load

control. One embodiment of a method includes

receiving altered alternating current power, where

the altered alternating current power is altered via

inclusion of a delay to communicate a message,

converting the message in the altered alternating

current power into a computer-readable format, and

determining an action to take related to the

message. Some embodiments include utilizing the

altered alternating current power for performing the

action, based on the message.

21: 2017/07284. 22: 2017/10/26. 43: 2019/10/22 51: A41D; H01R 71: AB CONNECTORS LTD 72: DAVIES, Marcus, GARDNER, Andrew, WHITWORTH, David 33: GB 31: 1507591.4 32: 2015-05-01 33: GB 31: 1516315.7 32: 2015-09-15

54: A METHOD OF MOUNTING AN ELECTRICAL CONNECTOR TO FLEXIBLE PLANAR MATERIAL AND APPARATUS THEREFOR 00: - There is described a method of establishing an

electrical connection through a flexible planar

material. The method involves attaching an

intermediate coupling element to the flexible planar

material so as to align an aperture defined by the

intermediate coupling element with a hole through

the flexible planar material, and coupling an

electrical connector to the intermediate coupling

element so as to permit electrical connection through

the flexible planar material. In this way, the

intermediate coupling element can be attached to

the garment during the garment manufacture

process, and subsequently the electrical connector

can be coupled to the intermediate coupling element

separately from the main garment manufacture.

21: 2017/07454. 22: 2017/11/03. 43: 2019/10/22 51: A61K; C08B; C12P 71: BIOLOGICAL E LIMITED 72: MATUR, Ramesh, Venkat, KANDIMALLA, Vivek Babu, MANTENA, Narender Dev, DATLA, Mahima, REDDY, Muthyala Venkateswara, CHARAN, Kantam 33: IN 31: 2161/CHE/2015 32: 2015-04-28 54: METHOD FOR SEPARATION OF PROTEIN AND OTHER IMPURITIES FROM MICROBIAL CAPSULAR POLYSACCHARIDES 00: - The invention relates to a method for the removal of

protein and other impurities from microbial capsular

polysaccharides. More particularly, the present

invention relates to isolation of microbial capsular

polysaccharides in pure form after removal of protein

and other impurities.


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21: 2017/07484. 22: 2017/11/06. 43: 2019/10/17 51: G01N 71: GRIFOLS WORLDWIDE OPERATIONS LIMITED 72: GRANCHA GAMON, Salvador, COSTA RIEROLA, Montserrat, ORTIZ FERNANDEZ, Ana Maria 33: ES 31: 201631468 32: 2016-11-16 54: IN VITRO DIAGNOSTIC METHOD FOR ALZHEIMER'S DISEASE BASED ON THE ALBUMIN REDOX LEVEL IN THE CEREBROSPINAL FLUID 00: - The present invention relates to an in vitro method

for diagnosing Alzheimer’s disease (AD), comprising

the steps of: a) determining the content of

mercaptoalbumin (HMA) in a sample of

cerebrospinal fluid (CSF); and b) comparing the

content determined with the content of HMA in CSF

in healthy subjects. If the HMA content is less than

that of the healthy subjects, it is indicative of AD.

21: 2017/07626. 22: 2017/11/10. 43: 2019/09/10 51: A01K; B65D; B65G 71: Ynsect 72: COMPARAT, Solène, HUBERT, Antoine, BERRO, Fabrice, LEVON, Jean-Gabriel, LAUNAY, Frank, SARTON DU JONCHAY, Thibault 33: FR 31: 1553207 32: 2015-04-13 54: FARM FOR REARING INSECTS 00: - The invention relates to a farm for rearing insects,

comprising a first zone (Z1) in which the insects

being reared are stored in containers while they

grow and a second zone (Z2) comprising at least

one station configured for effecting a rearing-related

task on the insects in a container or on said

container. The containers are grouped in the first

zone (Z1) in sets of palletized containers referred to

as basic units. The first zone (Z1) comprises pallet

racks in which the basic units are disposed. The first

zone (Z1) is furthermore equipped with an

automated device configured to move the basic units

between the first zone (Z1) and an interface (1) with

the second zone (Z2).

21: 2017/07817. 22: 2017/11/17. 43: 2019/10/24 51: A61K; A61P 71: SURGIMAB S.A.S. 72: CAILLER, Françoise, FRAMERY, Bérénice 33: EP 31: 15170617.3 32: 2015-06-03 54: FLUORESCENT CONJUGATES 00: - The invention provides a conjugate with

fluorochrome moiety F coupled to a targeting moiety

T. Moiety F is described by formula (I), and the

targeting moiety T is characterised in that it has

affinity to a tumour marker, such as an antibody or

antibody fragment. The conjugate may be used for

tumour diagnostics including photodetection of

tumour nodules during resection surgery.

21: 2017/07827. 22: 2017/11/17. 43: 2019/10/22 51: C07K; C12N; C12Q; G01N 71: THE UNIVERSITY OF QUEENSLAND 72: ALEXANDROV, Kirill, STEIN, Viktor, GUO, Zhong 33: AU 31: 2015902093 32: 2015-06-01 54: ELECTROCHEMICAL BIOSENSOR 00: - A biosensor comprises an amino acid sequence of

an enzyme such as glucose dehydrogenase which is

capable of reacting with a substrate to produce one

or more electrons, wherein the enzyme has been

engineered to be switchable from a catalytically


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inactive to a catalytically active state in response to

binding a target molecule. A method of detecting a

target molecule is provided wherein an enzyme such

as glucose dehydrogenase reacts with a substrate to

produce one or more electrons as a result of the

enzyme switching from a catalytically inactive to a

catalytically active state in response to binding the

target molecule.

21: 2017/08218. 22: 2017/12/04. 43: 2019/09/18 51: C12N; C12P 71: STELLENBOSCH UNIVERSITY 72: CRIPWELL, Rosemary Anne, VAN ZYL, Willem Heber, ROSE, Shaunita Hellouise 33: GB 31: GB 1 620 658.3 32: 2016-12-05 54: RECOMBINANT YEAST AND USE THEREOF 00: - A recombinant yeast that expresses both an a-

amylase (SEQ ID NO: 1) and a glucoamylase (SEQ

ID NO: 2) from Talaromyces emersonii (recently re-

named as Rasamsonia emersonii) is provided. The

use of the recombinant yeast in a process for

producing an alcohol, in particular a biofuel, from

starch or sugars is also described.

21: 2017/08220. 22: 2017/12/04. 43: 2019/09/18 51: B65D 71: DS SMITH PACKAGING FRANCE 72: BOURDIN, Olivier 33: FR 31: 1555092 32: 2015-06-04 54: BOX AND BLANK MADE FROM CARDBOARD SHEET WITH CONVEX CENTRING DEVICES 00: - The invention consists of a box (1) and a blank or a

set of blanks made from corrugated cardboard sheet

comprising side walls (3, 4, 5, 6), a top wall (7) linked

to at least two of said opposing side walls by a

junction line (11, 12) or a folded edge, and a bottom

wall (13) forming the bottom of the box. The top wall

comprises at least two convex portions (14)

comprising a projecting part (15), and the bottom

comprises at least two perforated surface portions

(18) of complementary shape arranged to engage

with the projecting parts (15) of the box below. Each

convex portion (14) comprises an oblique triangular

or substantially triangular panel (19) belonging partly

to a side wall or a folded edge.

21: 2017/08327. 22: 2017/12/07. 43: 2019/10/22 51: B61L 71: ZHUZHOU CRRC TIMES ELECTRIC CO., LTD. 72: OU, Shengfen, WU, Junliang, YANG, Yibin, TANG, Guoping, YE, Lihui, ZHU, Yongjia, ZENG, Chuizhou, LONG, Weihua, HE, Jiankun, DENG, Guozhi 33: CN 31: 201510465133.0 32: 2015-07-31 54: METHOD AND SYSTEM FOR POSITIONING LOCOMOTIVE 00: - Disclosed are a method and system for positioning a

locomotive, the method comprising: determining a

current state of a positioning environment (S101); if

an LKJ is in a monitoring state and a satellite signal

is found, acquiring LKJ position data and GPS/BD

position data, and correcting deviation of the position

using an LKJ positioning method as a main method

and using a GPS positioning method as an auxiliary

method (S102); if the LKJ is in the monitoring state

and the satellite signal is not found, acquiring the

LKJ position data using the LKJ positioning method

(S103); if the LKJ is in a non-monitoring state and

the satellite signal is found, acquiring a

predetermined number of GPS coordinate data of


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the locomotive continuously, and positioning the

locomotive according to the GPS coordinate data

(S104); and if the LKJ is in the non-monitoring state

and the satellite signal is not found, positioning the

locomotive using a positioning method based on

speed measurement and a dead reckoning method

(S105). The present invention combines the LKJ

positioning method and the GPS positioning method

to solve the problem in which the locomotive cannot

be accurately positioned throughout the course, and

the positioning of the present invention is continuous

and has high precision.

21: 2017/08346. 22: 2017/12/08. 43: 2019/10/22 51: F16K; G05B 71: AREVA NP 72: PINET, Dominique, MACE, Jean Reynald, PERISSE, Jocelyn, DECHANET, Thierry 33: FR 31: 1555401 32: 2015-06-12 54: EQUIPMENT AND METHOD FOR SUPERVISING VALVES IN A HYDRAULIC CIRCUIT, ASSOCIATED HYDRAULIC CIRCUIT AND COMPUTER PROGRAM PRODUCT

00: - The invention relates to electronic equipment (12) for

supervising valves (11) in a hydraulic circuit (10),

each valve (11) being movable between an open

position and a closed position, and includes: a

plurality of electronic devices for detecting changes

in position (16), each electronic device being

associated with a valve (11) and being configured to

detect a change in position between the open and

closed positions of the valve (11); an electronic

apparatus (18) for supervising the valves (11); and a

radio system (20) for transmitting messages

between each detection device (16) and the

supervision apparatus (18). The supervision

apparatus (18) is configured to calculate, on the

basis of messages received from the detection

devices (16) via the radio transmission system (20),

a sequence of consecutive changes in the position

of the valves (11) in order to compare the calculated

sequence with a predefined sequence and generate

a signal according to said comparison.

21: 2017/08348. 22: 2017/12/08. 43: 2019/09/18


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51: G10L 71: FRAUNHOFER-GESELLSCHAFT ZUR FÖRDERUNG DER ANGEWANDTEN FORSCHUNG E.V. 72: KÜCH, Fabian, UHLE, Christian, KRATSCHMER, Michael, NEUGEBAUER, Bernhard, MEIER, Michael 33: EP 31: 15172593.4 32: 2015-06-17 54: LOUDNESS CONTROL FOR USER INTERACTIVITY IN AUDIO CODING SYSTEMS 00: - An audio processor for processing an audio signal

(100), comprises: an audio signal modifier (2) for

modifying the audio signal (100) in response to a

user input (200); a loudness controller (6) for

determining a loudness compensation gain (C)

based on a reference loudness (Lref) or a reference

gain (gi) and a modified loudness (Lmod) or a

modified gain (hi), where the modified loudness

(Lmod) or the modified gain (hi) depends on the user

input; and a loudness manipulator (5) for

manipulating a loudness of a signal (101) using the

loudness compensation gain (C).

21: 2017/08414. 22: 2017/12/12. 43: 2019/10/22 51: A61K 71: VTESSE, INC. 72: MACHIELSE, Bernardus, Nicolaas, DARLING, Allan 33: US 31: 62/173,889 32: 2015-06-10 33: US 31: 62/175,075 32: 2015-06-12 33: US 31: 62/189,114 32: 2015-07-06 33: US 31: 62/245,974 32: 2015-10-23 33: US 31: 62/249,876 32: 2015-11-02 33: US 31: 62/263,599 32: 2015-12-04 33: US 31: 62/276,728 32: 2016-01-08 33: US 31: 62/308,736 32: 2016-03-15 33: US 31: 62/314,765 32: 2016-03-29

33: US 31: 62/331,385 32: 2016-05-03 33: US 31: 62/345,721 32: 2016-06-03 54: HYDROXYPROPYL BETA-CYCLODEXTRIN COMPOSITIONS AND METHODS 00: - This disclosure provides mixtures of beta-

cyclodextrin molecules substituted at one or more

hydroxyl positions by hydroxypropyl groups, the

mixture optionally including unsubstituted beta-

cyclodextrin molecules, for use as a

pharmaceutically active ingredient; methods of

making such mixtures; methods of qualifying such

mixtures for use in a pharmaceutical composition

suitable for intrathecal or intracerebroventricular

administration; pharmaceutical compositions suitable

for intrathecal or intracerebroventricular

administration comprising such mixtures; and

methods of using the pharmaceutical compositions

for treatment of Niemann-Pick disease Type C.

21: 2017/08425. 22: 2017/12/12. 43: 2019/09/18 51: A23C; A23G; A23L 71: FRIESLANDCAMPINA NEDERLAND B.V. 72: NICOLAS, Yves, DRESSELHUIS, Diane Margriet, HUISMAN, Miranda Maryska Helena 33: EP 31: 15170865.8 32: 2015-06-05 54: SELF-SUPPORTING DAIRY COMPOSITION 00: - The invention relates to a self-supporting food

composition, having a total non-gelatin protein

content of 8-15 wt.%, based on the total weight of

the composition, at least part of the total non-gelatin

protein content being casein, the casein content

being 7-13 wt. %, based on the total weight of the

composition; the composition comprising 0.2-10 wt.

% fat, based on the total weight of the composition;

the composition comprising a cold-set gelling agent,

in a relative amount of at least 0.3 wt. %, preferably


Page | 128

0.5-5 wt. %, based on the total weight of the

composition; the composition comprising water; and

the composition having an about neutral pH.

21: 2017/08465. 22: 2017/12/13. 43: 2019/10/17 51: A62C 71: AMRONA AG 72: WAGNER, Ernst-Werner 33: EP 31: 15175014.8 32: 2015-07-02 54: OXYGEN REDUCTION SYSTEM AND METHOD FOR CONFIGURING AN OXYGEN REDUCTION SYSTEM 00: - The invention relates to a plant for reducing the

oxygen content in the atmosphere of an enclosed

space and/or for maintaining a reduced oxygen

content in the atmosphere of an enclosed space,

below a preset operating concentration that is

reduced in comparison to the oxygen concentration

in normal ambient air. To that end, the plant has a

gas separation system whose outlet is fluidically

connected to the enclosed space for the continuous

supply of an oxygen-reduced gas mixture or oxygen-

displacing gas. The gas separation system is

configured such that, during continuous operation of

the gas separation system, the oxygen concentration

in the atmosphere of the enclosed space is always in

a range between the preset operating concentration

and a preset or settable lower limit concentration.

21: 2017/08688. 22: 2017/12/20. 43: 2019/10/22 51: A01B 71: HAIDNAY INNOVATION COMPANY PTY LTD 72: KELLY, Shane Peter 33: AU 31: 2015902282 32: 2015-06-16 54: A RADIAL FINGER TILLAGE DISC APPLIED TO CHAIN 00: - A tillage element of a tillage tool, comprising a first

member being a plurality of circumferentially spaced

radially extending finger elements, the tillage

element further comprising a second member being

a means for securing the first member to an

elongate member, such that the circumferentially

spaced radially extending finger elements are

secured in relation to and around the elongate

member.


Page | 129

21: 2018/00224. 22: 2018/01/12. 43: 2019/08/27 51: E21D 71: Seneca Industries Inc. 72: MYERS, Timothy J., CLINE, Michael, DICKINSON, John 33: US 31: 13/826,463 32: 2013-03-14 54: MINING METHODS AND EQUIPMENT 00: - Methods and equipment have been developed that

combine the use of continuous miners, flexible

conveyor trains, and longwall mining techniques to

provide flexible and efficient removal of resources

from subterranean formations.

21: 2018/00235. 22: 2018/01/12. 43: 2019/09/17 51: B41F 71: Zhongshan HeYing Intelligent Equipment Co., Ltd 72: Zhang, Fan 33: CN 31: 201711128484.8 32: 2017-11-15 54: CONVEYING DEVICE USED FOR LONG-STRIP PARTS 00: - A conveying device used for long-strip parts

comprising a machine frame, an unwinding roll and a

winding roll that are disposed on the machine frame,

a tensioning part that is disposed on the machine

frame, a material-conveying belt, a clamping jaw

mechanism, a sucking-disc device and a rotation

driving device; the tensioning part is pressed against

the material-conveying belt that is tensioned

between the unwinding roll and the winding roll. The

clamping jaw mechanism, which is movably

disposed on the machine frame, is located on one

side of the tensioning part; the clamping jaw

mechanism is used for clamping the long-strip parts

located on the material-conveying belt that

corresponds to the tensioning part; the sucking-disc

device, which is disposed on the machine frame, is

located above the clamping jaw mechanism; the

sucking-disc device is used for sucking up the long-

strip parts clamped by the clamping jaw mechanism;

the rotation driving device is disposed on the

machine frame for propelling the winding roll to

rotate.

21: 2018/00700. 22: 2018/02/02. 43: 2019/08/27 51: A24F 71: LEBOS, Jared Joseph 72: LEBOS, Jared Jospeh, DEEB, Dale Robin 54: HOOKAH HEAD 00: - This invention relates to a disposable hookah head

10 that comprises a base portion 12 that is

configured to seat on a hookah (not shown), and a

receptacle portion 14 that extends from an

operatively upper end of the base portion 12, for

receiving a smokable substance 16 therein. At least

part of the receptacle portion 14 is covered by a

barrier


Page | 130

21: 2018/00717. 22: 2018/02/02. 43: 2019/08/27 51: C09D; D21H 71: Changde Jinde New Material Technology Co., Ltd 72: YU, Zan, TIAN, Lu, ZHONG, Wen, LUO, Zhen, ZHANG, Yongjun, WEI, Xuexue, QIAN, Zhengyu, DU, Jianjun 33: CN 31: 201611245130.7 32: 2016-12-29 54: MILDEW RESISTANT PRESERVATION PAPER, PREPARATION METHOD AND PREPARATION APPARATUS THEREOF 00: - A mildew resistant preservation paper comprises a

paper-based layer, a mildew resistant preservation

coating provided on one surface of the paper-based

layer, and a decorative coating provided on the other

surface of the paper-based layer; a mildew resistant

preservation coating material is a raw material of the

mildew resistant preservation coating; wherein the

mildew resistant preservation coating material is

comprised of, by weight percent, 20%-60% of resin,

30%-70% of solvent, 0.5%-10% of mildew resistant

agent and 0.3%-5% of auxiliary, wherein the resin is

at least one selected from the group consisting of

polyurethane, acrylic ester copolymer, polyvinyl

alcohol, polyvinylidene chloride, modified

polyvinylidene chloride, ethylene-vinyl acetate

copolymer, polyvinyl acetate copolymer and vinyl

acetate-butyl ester copolymer, and the solvent is at

least one selected from the group consisting of water

and ethanol. The obtained mildew resistant

preservation coating has a dense surface with small

pores, thus has a good effect on keeping moisture

constant. Dispersion of the mildew resistant agent

inside the resin can also prevent mildewing

efficiently, which further achieves a good

preservation effect.

21: 2018/00719. 22: 2018/02/02. 43: 2019/08/27 51: C09D

71: Changde Jinde New Material Technology Co., Ltd 72: YU, Zan, ZHONG, Wen, TIAN, Lu, LUO, Zhen, ZHANG, Yongjun, WEI, Xuexue, QIAN, Zhengyu, DU, Jianjun 33: CN 31: 201611243845.9 32: 2016-12-29 54: MILDEW RESISTANT PRESERVATION COATING MATERIAL AND PREPARATION METHOD AND APPLICATION THEREOF 00: - A mildew resistant preservation coating material and

a preparation method and application thereof are

provided. The mildew resistant preservation coating

material is provided herein, comprising, by weight

percent, 20% to 60% of a resin, 30% to 70% of a

solvent, 0.5% to 10% of a mildew resistant agent

and 0.3% to 5% of an auxiliary, wherein the resin is

at least one selected from the group consisting of

polyurethane, an acrylic ester copolymer, polyvinyl

alcohol, polyvinylidene chloride, modified

polyvinylidene chloride, an ethylene-vinyl acetate

copolymer, a polyvinyl acetate copolymer and a vinyl

acetate-butyl ester copolymer, and the solvent is at

least one selected from the group consisting of water

and ethanol. If the resin is dissolved in the solvent

and adjusts its film-forming property via an auxiliary,

the proportions of the components are controlled, so

that a non-porous coating with a dense surface is

formed. Thus, moisture can be efficiently inhibited

from entering the coating and exiting therefrom, thus

achieving the effects of maintaining a constant

moisture level and freshness and moisture

preservation. Moreover, the resin is satisfactorily

intermiscible with the mildew resistant agent so that

the mildew resistant agent is sufficiently dispersed in

the resin. In this way, the mildew resistant agent can

enter a cell via the cytomembrane of a

microorganism, thereby killing the microorganism or

preventing it from germination so as to prevent

mildew growth and thus achieve the effect of stable

preservation for a long term.

21: 2018/00764. 22: 2018/02/06. 43: 2019/08/27 51: A01G; B05B 71: UNIVERSITY OF SOUTH AFRICA 72: STOFFBERG, Gerrit Hendrik 33: ZA 31: 2016/07676 32: 2016-11-08 54: AN IRRIGATION SPRINKLER 00: -


Page | 131

This invention relates to an irrigation sprinkler 10,

100 which includes an at least partially flexible

tubular body 13 having a rigid exoskeleton 16 which

is configured for directional flexure in a

predetermined angular direction. A conventional

sprinkler head 15 is connected to a distal end of the

tubular body 13 in order to discharge water when a

pressurised water supply is opened. In the absence

of an applied water pressure, the body 13 is limp

and lies in a collapsed condition on the ground

surface. However, once the water supply is opened,

water gushes into and through the body 13 causing

it to rise up into an operative condition in which it

stands proud of the ground surface in an upright or

erect position. The exoskeleton 16 controls the

direction in which the sprinkler 10 collapses when

water supply is cut off.

21: 2018/01028. 22: 2018/02/15. 43: 2019/09/11 51: A01M; F41C; F41G 71: GRAUPNER, Rudolf 72: GRAUPNER, Rudolf 33: ZA 31: 2016/08654 32: 2016-12-15

54: AN ADJUSTABLE SUPPORT ARRANGEMENT FOR SUPPORTING AN OBJECT 00: - An adjustable support arrangement is for supporting

an object (e.g., a gun) and a body part (e.g., an

elbow) of a user of the object. The support

arrangement has a first support frame comprising

three primary legs and a first support member atop

of the first support frame. The support arrangement

has a second support frame comprising an auxiliary

leg and an arm. The support arrangement has a

second support member atop the arm, the arm being

configured to space the second support member

away from the first support member and the auxiliary

leg being configured to support and space the

second support member away from the primary legs

such that, in use, the object is supportable on the

first support member and the body part of the user is

supportable on the second support member being

spaced away from the first support member.

21: 2018/01046. 22: 2016/08/15. 43: 2019/09/19 51: A61F 71: HIP INNOVATION TECHNOLOGY, LLC 72: TERMANINI, ZAFER, MACDONALD, STEVEN, VANHIEL, BRIAN, DAVIS, TAYLOR 33: US 31: 62/208,127 32: 2015-08-21


Page | 132

54: SURGICAL TRAYS, INSTRUMENTS AND METHODS FOR IMPLANTING A HIP REPLACEMENT PROSTHESIS 00: - Surgical trays, tools and methods for use in hip

replacement surgery wherein the hip replacement

prosthesis is a reverse hip prosthesis. The trial

components, specialized tools and methods of the

invention enable a surgeon to identify the optimum

components of the reverse hip prosthesis for

implantation in a patient based on the sizes and

angles best adapted to the patent's anatomy.

21: 2018/01051. 22: 2016/08/15. 43: 2019/09/19 51: A61F 71: HIP INNOVATION TECHNOLOGY, LLC 72: TERMANINI, ZAFER, VANHIEL, BRIAN, AMBRECHT, ADAM 33: US 31: 62/210,652 32: 2015-08-27 54: SURGICAL TRAYS, INSTRUMENTS AND METHODS FOR REMOVING COMPONENTS OF A HIP REPLACEMENT PROSTHESIS 00: - Surgical trays and tools for use in hip revision

surgery wherein the implanted prosthesis is a

reverse prosthesis comprising an acetabular ball and

a femoral cup. A set of trays is provided having tools

for i) separating a femoral cup from an acetabular

ball, ii) separating a femoral cup from a femoral

implant and iii) separating an acetabular ball from an

acetabular cup. A tool for removing an acetabular

cup from an acetabulum is also described. A surgical

method is also provided wherein the acetabular ball

and femoral cup are separated first followed by, in

any order, separating the femoral cup from the

femoral implant and separating the acetabular ball

from the acetabular cup.

21: 2018/01111. 22: 2018/02/19. 43: 2019/08/27 51: G06F; G06Q 71: THE STANDARD BANK OF SOUTH AFRICA LIMITED 72: TROTEL, Gwenael Jean Zacharie 33: ZA 31: 2017/00898 32: 2017-02-06 54: METHODS OF AND SYSTEMS FOR FACILITATING FINANCIAL TRANSACTIONS 00: - A method of creating merchant specific virtual cards

using a virtual card feature on a banking app on a

user’s mobile device or a corresponding banking

website is provided. At a high level, the method

comprises receiving a request from the user to

create a virtual card; displaying a generic virtual card

and at least one merchant specific virtual card for

selection by the user; and creating a prepaid virtual

card in real time, which is tied or linked to its own

account having a prepaid store value, according to

the selection made by the user. The virtual card

comprises card data to enable transactions, the card

data comprising a 16 digit number corresponding to

a conventional primary account number (PAN), an

expiry date and a security number.


Page | 133

21: 2018/01117. 22: 2018/02/19. 43: 2019/08/27 51: A61B 71: Megadyne Medical Products, Inc. 72: MILLIS, Roger, LEWIS, Ryan D., BORGMEIER, Paul R., GREEP, Darcy W., FRAMPTON, Chad S. 33: US 31: 62/194,390 32: 2015-07-20 54: ELECTROSURGICAL WAVE GENERATOR 00: - A portable, battery powered electrosurgical wave

generator is usable in performing electrically driven

medical procedures. The wave generator can be

small and lightweight to enable a user to carry and

use the wave generator in non-operating room type

settings. The wave generator can include a control

unit that generates output signals in each of a cutting

mode, coagulation mode, and a bipolar mode. The

control unit can use a single circuit structure to

generate the output signals for the cutting,

coagulation, and bipolar modes. The output signals

can be generated solely from a voltage produced by

an incorporated battery within the generator.

21: 2018/01414. 22: 2018/03/01. 43: 2019/09/11 51: B32B 71: Dart Container Corporation 72: NADELLA, Krishna V., EMERSON, Alan 33: US 31: 61/752,220 32: 2013-01-14 54: SYSTEMS FOR UNWINDING A ROLL OF THERMOPLASTIC MATERIAL INTERLEAVED WITH A POROUS MATERIAL, AND RELATED METHODS 00: - An apparatus (un-interleaver) for unwinding a roll of

material interleaved with another material, and for

separating the materials, includes a first platform, a

second platform, a tension-sensor, an edge-sensor,

and a controller. The controller monitors signals

generated by the tension-sensor and the edge-

sensor, and in response to the signals: a) causes the

speed at which the second platform rotates to

change to maintain a predetermined tension in the

second material as the second material travels from

the first platform toward the second platform, and b)

causes the second platform to move relative to the

first platform to align the edge of the second material

traveling toward the roll of second material with the

edge of the second material in the roll.


Page | 134

21: 2018/01489. 22: 2018/03/05. 43: 2019/09/11 51: G06F; G06Q 71: REVIVAL TECHNOLOGIES AND ACADEMY (PTY) LTD. 72: MAKHADO, Mpho 33: ZA 31: 2017/00442 32: 2017-01-13 54: A LOCATION-BASED TRANSPORT METHOD AND SYSTEM 00: - A computer-implemented location-based transport

method includes receiving, from a requestor mobile

device of a requestor, a request message which

requests a transport-related product or service and

which includes at least an indication of a type of the

transport-related product or service and a

destination location of the transport-related product

or service. The method includes determining from a

supplier database at least one matching supplier and

determining a source location of the at least one

supplier. The method includes calculating an

effective distance of the transport-related product or

service and determining from a transport provider

database, at least one matching transport provider.

The method includes estimating a cost of the

transport-related product or service based on the

effective distance and the type of transport-related

product or service and sending, to the requestor

mobile device, a response message for a proposed

transport-related transaction including an indication

of the cost estimate.

21: 2018/01506. 22: 2018/03/05. 43: 2019/09/02 51: A23C; A23G; A23L 71: Nestec S.A. 72: SHER, Alexander A., KAPCHIE, Virginie, PRABHAKAR, Veena, VAGHELA, Madansinh, ROUSSET, Philippe 33: US 31: 62/202,002 32: 2015-08-06 54: READY-TO-DRINK BEVERAGES WITH IMPROVED TEXTURE BY CONTROLLED PROTEIN AGGREGATION 00: -


Page | 135

The present invention relates to ready-to-drink

beverage products. In particular, the invention is

concerned with a protein system induced by

controlled aggregation of milk proteins which imparts

outstanding sensory attributes and improved

physical stability of the beverage product, in

particular when containing low fat and/or low sugar.

A method of producing such beverage and the

products obtainable from the method are also part of

the present invention.

21: 2018/01507. 22: 2018/03/05. 43: 2019/09/02 51: H04W 71: NEC Corporation 72: IANEV, Iskren, VELEV, Genadi, TAMURA, Toshiyuki, KUNZ, Andreas 33: EP(DE) 31: 15189240.3 32: 2015-10-09 54: DEDICATED CORE NETWORKS (DCN) SELECTION 00: - The invention provides for a method of selecting a

Dedicated Core Network (DCN) based on assisting

indication by mobile terminals, and including the step

of configuring the RAN Nodes of the mobile network

with the DCN Types of the serving EPC Nodes so

that the RAN Nodes can map the DCN selection

assisting information from the connecting mobile

terminals with the right dedicated EPC Node. This

allows for the RAN Node to connect the mobile

terminals with EPC Node of the mobile terminal's

dedication at initial attach and then keep the mobile

terminals on the same DCN. Thus, a re-routing of

mobile terminals NAS message from one EPC Node

to another EPC node is avoided. The invention also

allows for a flexible and dynamic change of the EPC

Nodes dedication based on operator's configuration

and policy. Additionally, the invention allows for DCN

access restriction control by broadcasting of the

supported DCN Types by the RAN Node.

21: 2018/01534. 22: 2018/03/06. 43: 2019/09/05 51: A01N; A01P 71: Bayer CropScience Aktiengesellschaft 72: TOSSENS, Herve, PEREZ CATALAN, Julio, AULER, Thomas, MENNE, Hubert 33: EP(DE) 31: 15180105.7 32: 2015-08-07 54: NEW USES OF 2-(2,4-DICHLOROPHENYL)METHYL-4,4-DIMETHYL-3-ISOXAZOLIDONE AS FOLIAR HERBICIDE 00: - The present invention is directed to new uses of the

herbicidal active compound 2-(2,4-

dichlorophenyl)methyl-4,4-dimethyl-3-isoxazolidone

(compound I) as foliar herbicide. Furthermore, the

present invention is directed to combinations

comprising active compound 2-(2,4-

dichlorophenyl)methyl-4,4-dimethyl-3-isoxazolidone

(compound I) and to a method for controlling

undesired weeds by applying the herbicidal active

compound 2-(2,4-dichlorophenyl)methyl-4,4-

dimethyl-3-isoxazolidone (compound I) or

combinations comprising compound I to weeds or to

the area in which the weeds grow after emergence

of the crop.

21: 2018/01536. 22: 2018/03/06. 43: 2019/09/11 51: A01N; A61K; C07D 71: Bayer CropScience Aktiengesellschaft 72: FISCHER, Rüdiger, WILCKE, David, KAUSCH-BUSIES, Nina, HAGER, Dominik, ILG, Kerstin, HOFFMEISTER, Laura, WILLOT, Matthieu, PORTZ, Daniela, GÖRGENS, Ulrich, TURBERG, Andreas 33: EP(DE) 31: 15180149.5 32: 2015-08-07 54: 2-(HET)ARYL-SUBSTITUTED FUSED HETEROCYCLE DERIVATIVES AS PESTICIDES 00: -


Page | 136

21: 2018/01584. 22: 2018/03/07. 43: 2019/09/11 51: H04W 71: UNIFIED MESSAGING SYSTEMS ASA 72: POLU, Srinivasa Rao 33: IN 31: 2501/DEL/2015 32: 2015-08-13 54: METHODS AND SYSTEMS FOR DYNAMIC CONTROL OF FLOW OF ALERT MESSAGES IN MOBILE NETWORKS 00: - A method and a system for sending alert messages

are provided. The method includes accessing

location information of a plurality of user mobile

devices in a mobile network from a database. The

method further includes accessing a message

handling capacity information of each of a plurality of

network elements in the mobile network.

Furthermore, the method includes sending, through

the plurality of network elements, an alert message

to the plurality of user mobile devices based on the

location information. Moreover, sending the alert

message through a network element of the plurality

of network elements includes at least controlling a

sending rate of the alert message through to the

network element based on a message handling

capacity information of the network element and a

real-time delivery status information of the alert

message that are already sent through the network

element.

21: 2018/01631. 22: 2018/03/09. 43: 2019/09/02 51: A61K; A61P; C07H 71: GLAXOSMITHKLINE INTELLECTUAL PROPERTY

72: ADAMS, Jerry, Leroy, DUFFY, Kevin, J., LIAN, Yiqian 33: US 31: 62/332,517 32: 2016-05-06 33: US 31: 62/327,579 32: 2016-04-26 33: US 31: 62/299,704 32: 2016-02-25 33: US 31: 62/299,253 32: 2016-02-24 33: US 31: 62/262,668 32: 2015-12-03 54: CYCLIC PURINE DINUCLEOTIDES AS MODULATORS OF STING 00: - A compound of Formula (I) wherein Y 1, Y2, X 1, X

2, R 1, R 2, R3, R4, R5, R6, R8, and R9 are as

defined herein; and pharmaceutically acceptable

salts and tautomers thereof, compositions,

combinations and medicaments containing said

compounds and processes for their preparation. The

invention also relates to the use of said compounds,

combinations, compositions and medicaments, in

the treatment of diseases in which modulation of

STING (Stimulator of Interferon Genes) is beneficial,

for example inflammation, allergic and autoimmune

diseases, infectious diseases, cancer, pre-

cancerous syndromes and as vaccine adjuvants.

21: 2018/01638. 22: 2018/03/09. 43: 2019/09/02 51: G06K; G06T 71: AirFusion Inc. 72: WELLER, Whitney, PEPUS, Gregory 33: US 31: 62/162,586 32: 2015-05-15 54: PORTABLE APPARATUS AND METHOD FOR DECISION SUPPORT FOR REAL TIME AUTOMATED MULTISENSOR DATA FUSION AND ANALYSIS 00: - The present invention encompasses a physical or

virtual, computational, analysis, fusion and


Page | 137

correlation system that can automatically,

systematically and independently analyze collected

sensor data (upstream) aboard or streaming from

aerial vehicles and/or other fixed or mobile single or

multi-sensor platforms. The resultant data is fused

and presented locally, remotely or at ground stations

in near real time, as it is collected from local and/or

remote sensors. The invention improves detection

and reduces false detections compared to existing

systems using portable apparatus or cloud based

computation and capabilities designed to reduce the

role of the human operator in the review, fusion and

analysis of cross modality sensor data collected from

ISR (Intelligence, Surveillance and Reconnaissance)

aerial vehicles or other fixed and mobile ISR

platforms. The invention replaces human sensor

data analysts with hardware and software providing

two significant advantages over the current manual

methods.

21: 2018/01639. 22: 2018/03/09. 43: 2019/09/02 51: A61K; A61P; C07D 71: Idorsia Pharmaceuticals Ltd 72: DIETHELM, Stefan, PANCHAUD, Philippe, RUEEDI, Georg, SPECKLIN (deceased), Jean-Luc, SURIVET, Jean-Philippe 33: PCT/EP(CH) 31: 2015/068450 32: 2015-08-11 54: SUBSTITUTED 1,2-DIHYDRO-3H PYRROLO[1,2-c]IMIDAZOL-3 ONE ANTIBACTERIALS 00: -

21: 2018/01859. 22: 2018/03/20. 43: 2019/09/11 51: A61K; A61P; C07D 71: Bayer Pharma Aktiengesellschaft 72: PLATZEK, Johannes 33: EP(DE) 31: 15182043.8 32: 2015-08-21 54: METHOD FOR THE PREPARATION OF (4S)-4-(4-CYANO-2-METHOXYPHENYL)-5-ETHOXY-2,8-DIMETHYL-1,4-DIHYDRO-1-6-NAPHTHYRIDINE-3-CARBOXAMIDE AND THE PURIFICATION THEREOF FOR USE AS AN ACTIVE PHARMACEUTICAL INGREDIENT 00: - The present invention relates to a novel and

improved method for the preparation of (4S)-4-(4-

cyano-2-methoxyphenyl)-5-ethoxy-2,8-dimethyl-1,4-

dihydro-1-6-naphthyridine-3-carboxamide of the

formula (I) and of a crystalline modification of said

compound.


Page | 138

21: 2018/01865. 22: 2018/03/20. 43: 2019/09/11 51: A61K; A61P; C07D 71: Bayer Pharma Aktiengesellschaft 72: PLATZEK, Johannes, ZORN, Ludwig 33: EP(DE) 31: 15182044.6 32: 2015-08-21 54: METHOD FOR THE PREPARATION OF THE METABOLITES OF (4S)- AND (4R)-4-(4-CYANO-2-METHOXYPHENYL)-5-ETHOXY-2,8-DIMETHYL-1,4-DIHYDRO-1,6-NAPHTHYRIDINE-3-CARBOXAMIDE AND THE USE THEREOF 00: - The present invention relates to a novel method for

the preparation of (4R)-4-(4-cyano-2-

methoxyphenyl)-5-ethoxy-2,8-dimethyl-1,4-dihydro-

1,6-naphthyridine-3-carboxamide of the formula 4R

(I) and the metabolites of (4S)- and (4R)-4-(4-cyano-

2-methoxyphenyl)-5-ethoxy-2,8-dimethyl-1,4-

dihydro-1,6-naphthyridine-3-carboxamide of the

formula (I), of the formulae M1a (S), M1b (R), M2a

(S), M2b (R), M3a (S) and M3b (R) and the use

thereof.

21: 2018/01889. 22: 2018/03/20. 43: 2019/09/11 51: F15B 71: SAMSON AG 72: GRAEFF, Jochen 33: DE 31: 20 2015 104 477.1 32: 2015-08-24 54: PRESSURIZING MEDIUM-OPERATED DRIVE FOR A CONTROL VALVE, COMPRISING A SENSOR ARRANGEMENT 00: - Pressurizing medium-operated drive for a control

valve, comprising a drive housing (20) and an axially

movable drive rod (14); the drive housing (20)

includes a bleeding connection (22) or a hole for

mounting conveying means; a sensor arrangement

(30) is connected to the bleeding connection (22) or

the bore for mounting conveying means; said sensor

arrangement (30) comprises a fluid-tight sensor

housing (32) which includes a fluid connection (34);

a cable sensor (36), the cable (38) of which runs

through the fluid connection (34) and is connected to

the drive rod (14), is disposed inside the sensor

housing (32).

21: 2018/01923. 22: 2016/09/30. 43: 2019/09/26 51: H02K 71: E-CIRCUIT MOTORS, INC. 72: SHAW, STEVEN ROBERT 33: US 31: 62/236,407 32: 2015-10-02 33: US 31: 62/236,422 32: 2015-10-02 33: US 31: 15/199,527 32: 2016-06-30 54: STRUCTURES AND METHODS FOR CONTROLLING LOSSES IN PRINTED CIRCUIT BOARDS 00: - The disclosure relates to printed circuit board motors

and specifically to printed circuit boards used in

motors and generators. Windings formed from

copper on printed circuit boards have been used for

purposes of forming antennas, inductors,

transformers, and stators that can be incorporated in

permanent magnet brushless DC (permanent

magnet synchronous) machines For energy

conversion devices using modern permanent


Page | 139

magnet materials and PCB stators, the magnetic

field is not strongly confined by magnetically

susceptible materials. Thus, the interaction between

fields from adjacent turns in a winding, and/or

windings on adjacent layers (for a multilayer

configuration) may be significant. The structures

disclosed hereinafter reduce the effective resistance

in the windings, and therefore reduce the associated

losses to achieve a reduced current density in

portions of the rotating energy conversion devices.

The effect of the disclosed structures is a

measurable reduction in loss mechanisms as a

function increasing frequency, compared to the

currently available devices. These effects are

significant in frequency ranges important to energy

conversion processes as well as typical control

strategies, for example, pulse- width modulation.

21: 2018/01998. 22: 2016/08/26. 43: 2019/09/30 51: A61L; C02F 71: PAPADOPOULOS, MICHAEL 72: PAPADOPOULOS, MICHAEL, PAPADOPOULOS, CHRISTIAN, PAPADOPOULOS, MARK, LEWIS, JAMES RAY 33: US 31: 62/211,576 32: 2015-08-28 54: SYSTEM AND METHOD FOR FLUID STERILIZATION 00: - A system and method of fluid sterilization is

provided, which incorporates a heating section to

heat pressurized fluid above prescribed thresholds

for temperature, pressure, and duration (e.g., dwell

time) to achieve desired levels of sterilization,

including a heat exchanger to both (a) preheat fluid

prior to entering the heating section and (b) cool

outflow of the heating apparatus, in which fluid

travels through the apparatus by operating valves

forward and aft of the heating section in a controlled

sequence to facilitate flow through the system while

maintaining prescribed pressure and temperature

profiles. The system operates within prescribed

ranges of pressure and temperature to achieve the

desired level of sterilization without need of

maintaining a fixed temperature or a fixed pressure

within any portion of the system, including the

heating section.

21: 2018/02015. 22: 2018/03/27. 43: 2019/08/23 51: E21D 71: NCM INNOVATIONS (PTY) LTD 72: PASTORINO, Paolo Ettore, BERGHORST, Adrian 54: GROUTABLE ROCK ANCHOR ASSEMBLY 00: - A rock anchor assembly is provided by the invention

which includes a rock anchor comprising a flexible

element and a first and a second cylindrical

connector element engaged to a proximal end

portion and a distal end portion respectively of the

element, a tubular sleeve, made at least of a flexible

material that longitudinally extends between a first

end and a second end, on the rock anchor such that

end parts of the rock anchor project from the first

and second ends respectively of the sleeve; a load

bearing barrel which is centrally bored to engage the

first connector element between the first end of the

sleeve and a proximal end of the rock anchor, which

barrel is adapted to engage with the first end of the

sleeve in sealing contact, and which barrel has at


Page | 140

least one grout conduit between an exterior surface

of the barrel and the bore, which at least one conduit

defines a part of a grout passage which

communicates the exterior surface of the barrel with

an interior of the sleeve, when the barrel is engaged

with the sleeve; a seal which seals the grout

passage to grout outflow but accommodates inflow

of grout from a source; a tensioning means engaged

with the first tubular connector element between the

proximal end of the rock anchor and the barrel, and

a mechanical anchor engaged with the second

tubular connector.

21: 2018/02150. 22: 2018/04/03. 43: 2019/09/10 51: A23L; A61K; A61Q; C07D 71: Firmenich Incorporated 72: PATRON, Andrew P., NONCOVICH, Alain, UNG, Jane, DAVIS, Timothy, FOTSING, Joseph R., PRIEST, Chad, TACHDJIAN, Catherine 33: US 31: 62/236,080 32: 2015-10-01 54: COMPOUNDS USEFUL AS MODULATORS OF TRPM8 00: - The present disclosure relates to compounds which

are useful as cooling sensation compounds.

21: 2018/02386. 22: 2016/10/18. 43: 2019/09/18 51: A23D 71: UNILEVER PLC 72: FLENDRIG, LEONARDUS MARCUS, VAN DER HIJDEN, HENDRIKUS THEODORUS W M 33: EP 31: 15190467.9 32: 2015-10-19 54: COMPOSITION COMPRISING AN OIL PHASE

00: - The present invention relates to a composition

comprising a structured oil phase, wherein the oil

phase comprises liquid oil; hardstock fat; and

particles of puffed maize kernel endosperm,

dispersed in said oil phase, wherein upon sieving at

least 80 wt% of said particles passes a sieve with

apertures of 500 μιτι. The invention also provides a

method to prepare such compositions and use of a

synergistic combination of hardstock fat and

particles of puffed maize kernel endosperm to

structure the oil phase of a composition comprising

an oil phase.

21: 2018/02388. 22: 2016/09/20. 43: 2019/09/12 51: G01N; E02D; G01J; G06T 71: THE CLIMATE CORPORATION 72: XIANG, HAITAO, YANG, XIANYUAN, KOSHNICK, NICK, CISEK, NICK 33: US 31: 14/866,160 32: 2015-09-25 54: ESTIMATING SOIL PROPERTIES WITHIN A FIELD USING HYPERSPECTRAL REMOTE SENSING 00: - A method for estimating soil properties within a field

using hyperspectral remotely sensed data. A soil

preprocessing module receives soil spectrum data

records that represent a mean soil spectrum of a

specific geo-location of a specified area of land. The

soil preprocessing module removes interference

signals and creates a set of one or more spectral

bands. A soil regression module inputs the one or

more soil spectral bands and predicts soil property

datasets. The soil property datasets include specific

soil properties relevant to determining fertility of the

soil or soil property levels that may influence soil

management at a specific geo-location. The soil

regression module selects multiple specific soil

property datasets that best represent the existing

soil properties including soil properties predicted and

the spectral band data used to determine the soil

properties. The soil regression module sends this

predicted data to a soil model database.


Page | 141

21: 2018/02659. 22: 2018/04/20. 43: 2019/09/02 51: E04H; H04N 71: Zodiac Pool Care Europe 72: PICHON, Philippe 33: FR 31: 1559339 32: 2015-10-01 54: SWIMMING POOL CLEANING SYSTEM WITH IMAGE CAPTURE DEVICE 00: - The invention relates to a swimming pool cleaning

system comprising a cleaning apparatus (10) to be

immersed in the pool, the system further comprising

at least one moving image acquisition means (30)

secured to a float (31) via a flexible tie (32).

21: 2018/03095. 22: 2018/05/11. 43: 2019/09/10 51: C07F

71: ZS Pharma, Inc. 72: KEYSER, Donald Jeffrey, GUILLEM, Alvaro F. 33: US 31: 14/883,428 32: 2015-10-14 54: EXTENDED USE ZIRCONIUM SILICATE COMPOSITIONS AND METHODS OF USE THEREOF 00: - The present invention relates to zirconium silicate

compositions having a lead content that is below 0.6

ppm and methods of manufacturing zirconium

silicate at reactor volumes exceeding 200-L with a

lead content below 1.1 ppm. The lead content of the

zirconium silicate of this invention are within the

levels that are considered acceptable for extended

use given the dose requirements for zirconium

silicate.

21: 2018/03240. 22: 2018/05/16. 43: 2019/09/11 51: B02C 71: FLSmidth A/S 72: FULLAM, Michael 33: US 31: 62/270,103 32: 2015-12-21 54: APPARATUS AND METHOD FOR REMOVING MAGNETIC MATERIAL FROM GRINDING CIRCUITS 00: - An apparatus and method for removing a magnetic

material from a grinding circuit, the apparatus

comprising: a screening device configured for

separating undersized material from oversized

material; an outfeed table, at least a portion of the

outfeed table being positioned below the screening

device, the outfeed 5 table being operatively

configured for receiving the oversized material from

the screening device and for spreading the

oversized material into a layer of oversized material;

and a magnetic device, at least a portion of the

magnetic device located above the outfeed table, the

magnetic device being operatively configured for


Page | 142

removing the magnetic material from the layer of

oversized 10 material.

21: 2018/03339. 22: 2018/05/18. 43: 2019/09/18 51: B22D; B22F 71: INNERCO SP. Z O.O. 72: OLEJNIK, Ewa, JESIOLOWSKA, Anna 33: PL 31: P.414755 32: 2015-11-12 33: PL 31: P.419422 32: 2016-11-11 54: POWDER COMPOSITION FOR THE MANUFACTURE OF CASTING INSERTS, CASTING INSERT AND METHOD OF OBTAINING LOCAL COMPOSITE ZONES IN CASTINGS 00: - The invention relates to a powder composition used

for the fabrication of casting inserts designed to

produce local composite zones resistant to abrasive

wear, wherein said composite zones are reinforced

with carbides and borides or with mixtures thereof

formed in situ in castings, and wherein said powder

composition is characterized in that it comprises

powder reactants of the formation of carbides and/or

borides selected from the group of TiC, WC, ZrC,

NbC, TaC, TiB2, ZrB2, or mixtures thereof, said

carbides and/or borides forming after crystallization

particles reinforcing the composite zones in castings,

and wherein said powder composition further

comprises moderator powders in the form of a

mixture of metal powders, which after crystallization

form matrix of the composite zone in casting. The

invention also relates to a casting insert for the

fabrication in casting of local composite zones

resistant to abrasive wear, and to a method for the

fabrication of local composite zones in castings,

using for this purpose the reaction of the self -

propagating high temperature synthesis (SHS).

21: 2018/03505. 22: 2018/05/28. 43: 2019/10/24 51: E21B 71: BLY IP INC. 72: RITTER, David Robert, WRIGHT, Christopher Allen, MARKHAM, Anthony Charles William 33: US 31: 62/271,052 32: 2015-12-22 54: DRILL ROD CLAMPING SYSTEM AND METHODS OF USING SAME 00: - A drill rod clamping system for securing a drill rod in

a selected position. The drill rod clamping system

has a hollow spindle with an upper portion that

defines axial slots and a base portion that defines at

least one radial opening. A plurality of jaws are

moveable radially inwardly to a drill rod gripping

position and radially outwardly to a drill rod releasing

position. Each jaw is received within a respective

axial slot of the hollow spindle. An actuator moves

the plurality of jaws between the drill rod gripping

position and the drill rod releasing position. A

compressed gas spring assembly exerts force on the

actuator to close the jaws. A hydraulic operator

exerts force on the actuator to overcome the force of

the compressed gas spring assembly to open the


Page | 143

jaws. The radial openings of the base portion of the

spindle permit flushing of material flowing within the

spindle.

21: 2018/03649. 22: 2018/05/31. 43: 2019/10/29 51: A61K; C12N; A61P 71: «PHARMENTERPRISES BIOTECH» LIMITED LIABILITY COMPANY 72: EGOROV, Andrei Yurievich, FERKO, Boris, KROKHIN, Artem Alexandrovich, ROMANOVA, Yulia Romanovna 33: RU 31: 2015147703 32: 2015-11-06 33: RU 31: 2016111907 32: 2016-03-30 54: ATTENUATED INFLUENZA VECTORS FOR THE PREVENTION AND/OR TREATMENT OF INFECTIOUS DISEASES AND FOR THE TREATMENT OF ONCOLOGICAL DISEASES 00: - The present invention relates to the field of medicine

and virology. An attenuated influenza A virus, an

influenza virus vector based thereon, and a

pharmaceutical composition comprising thereof are

provided, which can be used for the prevention

and/or treatment of an infectious disease. In

addition, the present invention relates to an

attenuated influenza A virus, an influenza virus

vector based thereon, and a pharmaceutical

composition comprising thereof, which can be used

for the treatment of oncological diseases.

21: 2018/03797. 22: 2018/06/07. 43: 2019/09/04 51: A01K 71: Agri Advanced Technologies GmbH 72: FORNER DOMENECH, Ivan, HERNÁNDEZ GOMEZ, Santiago 33: EP(DE) 31: 16151757.8 32: 2016-01-18 54: METHOD, DEVICE AND SYSTEM FOR HANDLING, GRADING AND VACCINATING LIVING BIRDS 00: - The invention provides a device, a system and a

method for handling, grading and vaccinating living

birds, wherein the device (1) comprises a main

member (10); a receiving member (20) rotatably

attached to the main member and configured to

receive and hold the birds by their scapula-humeral

joints in a first position and to release the birds in a

second position; and a locking member (30) movably

attached to the main member and configured to lock

the receiving member in the first position and to

release the receiving member to rotate from the first

position to the second position to release the birds.


Page | 144

21: 2018/03843. 22: 2018/06/08. 43: 2019/09/04 51: A63B 71: NDC Corporation 72: WATANABE, Masaei 33: JP 31: 2015-241908 32: 2015-12-11 54: TOOL FOR RECORDING NUMBER OF SWINGS IN BALL GAME 00: - A tool for recording the number of hits in a ball game

according to the present invention comprises a

plurality of beads 20 with holes, and a cord 30 which

penetrates through holes 20H in the beads 20 and

holds the beads 20 with freedom to slide. The cord

30 is formed from a cord material that does not

extend and retract in the axial direction, but which

extends and retracts in the radial direction and is

normally urged outward in the radial direction. The

cord 30 contracts diametrically in such a way as to

resiliently latch the walls of the holes 20H of the

beads 20, thereby holding the beads 20 in position.

In this way, the beads do not become displaced

even if a player swings the tool greatly, and thus the

number of hits in the ball game can be recorded and

verified reliably, in addition to which assembly of the

tool is simple.

21: 2018/03906. 22: 2018/06/12. 43: 2019/09/17 51: A61D 71: Applied LifeSciences and Systems, LLC 72: KARIMPOUR, Ramin 33: US 31: 62/254,737 32: 2015-11-13 54: AUTOMATIC SYSTEM AND METHOD FOR DELIVERING A SUBSTANCE TO AN ANIMAL 00: - A system and method for automatically delivering a

substance to an animal including a positioning

system that positions each animal singularly, a

sensor that detects the location of a predetermined

targeted area on the animal and an image

processor. The system further includes a delivery

device having a plurality of delivery outlets for

delivering a substance to the targeted area. The

sensor, image processor and delivery device are in

communication with a computer processor. The

sensor activates the image processor which takes at

least one image of the animal positioned singularly.


Page | 145

The image is communicated to the computer

processor and analyzed. The computer processor

activates the delivery outlet proximate the

predetermined target area on the animal which

delivers an effective dosage of substance to the

predetermined targeted area.

21: 2018/03907. 22: 2018/06/12. 43: 2019/09/17 51: A01K; A61B; B07C; G06F 71: Applied LifeSciences and Systems, LLC 72: KARIMPOUR, Ramin 33: US 31: 62/254,737 32: 2015-11-13 54: SYSTEM AND METHOD OF DETERMINING THE HEALTH & GENDER OF A CHICK 00: - A first system for determining the relative health of a

chick having a first moving platform to support a

chick, a first image capture device, a first database

having a library of digital images relating to healthy

and unhealthy chicks and a computer processor in

communication with the image capture device and

database. A second system for determining the

gender of a chick includes a second moving

platform, a second image capture device, stimuli

directed at the chick to cause the chick to open its

wings. The second system also includes a second

database having wing patterns of male and female

chicks of the breed of the chick on the second

moving platform and a second computer processor

in communication with the second image capture

device and the second database.

21: 2018/03943. 22: 2018/06/13. 43: 2019/10/15 51: E03F 71: DION GRANT SUTHERLAND 72: DION GRANT SUTHERLAND 33: ZA 31: 2017/01777 32: 2017-03-13 54: FLUID MANIFOLD 00: - A fluid trap apparatus comprising of a fluid manifold,

the fluid manifold has a chamber which defines three

adjacent internal spaces being in fluid flow

communication, the first space has at least one

outlet, wherein the at least one outlet defines a

receiving formation for operatively receiving and

retaining a collector pipe, the two other spaces each

having their own inlet, said inlet having a receiving

formation having rotatable means for operatively

receiving, retaining and rotating a pipe along a

horizontal plane, an interconnecting zone positioned

between any two adjacent internal spaces, said zone

defining a first regulating means for operatively

regulating a fluid level inside any of the internal

spaces thereby forming a fluid seal.

21: 2018/03992. 22: 2016/08/12. 43: 2019/09/25 51: B01D 71: FLUVICON GMBH


Page | 146

72: GRIESSLER, THOMAS 33: EP 31: 15181170.0 32: 2015-08-14 54: FLUID PURIFICATION BY FORWARD OSMOSIS, ION EXCHANGE AND RE-CONCENTRATION 00: - An apparatus (100) for purifying fluid, wherein the

apparatus (100) comprises an osmosis unit (102)

configured for pre-purifying the fluid to be purified by

forward osmosis of the fluid, which is to be purified,

through an osmosis membrane (104) into a chamber

(106) comprising dissolved first ions, in particular

first cations and first anions, an ion exchange unit

(108) configured for exchanging at least part of the

first ions, in particular at least part of at least one of

the first cations and the first anions, by second ions,

in particular at least one of second cations and

second anions, and a re-concentration unit (110)

configured for separating the pre-purified fluid after

the ion exchange into purified fluid and into a re-

concentrate enriched with the respective ions, in

particular anions and cations.

21: 2018/04038. 22: 2018/06/15. 43: 2019/09/27 51: B03D 71: WV PROCESS SOLUTIONS INC 72: BOZZATO, Paolo 33: IT 31: 102015000082442 32: 2015-12-11 54: APPARATUS AND PROCESS FOR SEPARATING THROUGH FOAM 00: - An apparatus for foam separation comprises a foam

separation cell (12; 112; 212) provided with a

treatment chamber (13), inside of which a flow of

liquid containing material to be separated can be

introduced. The apparatus further comprises one or

more devices (21, 27) for introducing and/or

generating air bubbles, useful to carry out the foam

separation between the hydrophobic material and

the hydrophilic material.

21: 2018/04135. 22: 2016/12/18. 43: 2019/09/26 51: G01N; B01L 71: KATHOLIEKE UNIVERSITEIT LEUVEN, VRIJE UNIVERSITEIT BRUSSEL 72: VAN INGELGEM, YVES, LANDUYT, BART, VERGUTS, SVEN 33: GB 31: 1522323.3 32: 2015-12-17 54: SYSTEMS AND METHODS FOR CONDUCTING ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY 00: - A system for measuring electrical characteristics of

bioparticles is described. The system comprises an

incubator for performing electrochemical

measurements in a defined environment and a

substrate holder positioned in said incubator for

holding a substrate comprising a plurality of wells

(110). The system is furthermore configured for

continuously or regularly measuring electrochemical

data. The system also comprises a processing

means for comparing the continuously or regularly

measured electrochemical data with reference data

and for determining a moment for adding an active

compound based on said comparison.


Page | 147

21: 2018/04142. 22: 2018/06/20. 43: 2019/10/16 51: A61K; C07K; G01N 71: PROGASTRINE ET CANCERS S.À R.L. 72: PRIEUR, Alexandre 33: EP 31: 15307189.9 32: 2015-12-31 33: EP 31: 16305139.4 32: 2016-02-05 54: COMPOSITIONS AND METHODS FOR DETECTING AND TREATING ESOPHAGEAL CANCER 00: - The present invention relates to methods for the in

vitro diagnosis of esophageal cancer, and to

compositions and methods for the prevention or the

treatment of esophageal cancer, wherein said

compositions comprise an antibody binding to

progastrin and said methods comprise the use of an

antibody binding to progastrin.

21: 2018/04224. 22: 2017/03/08. 43: 2019/09/27 51: G10L 71: TELEFONAKTIEBOLAGET LM ERICSSON (PUBL) 72: NORVELL, ERIK, JANSSON TOFTGÅRD, TOMAS 33: US 31: 62/305,683 32: 2016-03-09 54: A METHOD AND APPARATUS FOR INCREASING STABILITY OF AN INTER-CHANNEL TIME DIFFERENCE PARAMETER 00: - A method for increasing stability of an inter-channel

time difference (ICTD) parameter in parametric audio

coding, wherein a multi-channel audio input signal

comprising at least two channels is received. The

method comprises obtaining an ICTD

estimate, ICTDest(m), for an audio frame m and a

stability estimate of said ICTD estimate, and

determining whether the obtained ICTD

estimate, ICTDest(m), is valid. If the ICTDest(m) is not

found valid, and a determined sufficient number of

valid ICTD estimates have been found in preceding

frames, a hang-over time is determined using the

stability estimate and a previously obtained valid

ICTD parameter, ICTD (m—1), is selected as an

output parameter, ICTD (m), during the hang-over

time. The output parameter, ICTD (m), is set to zero

if valid ICTDest(m) is not found during the hang-over

time.

21: 2018/05030. 22: 2018/07/26. 43: 2019/03/14 51: B67B 71: WINE UP LTD. 72: Nahman SOUSSAN, Eliyauo HARRAR, David TIMIST 33: US 31: 62/537,499 32: 2017-07-27 54: BOTTLE OPENER CORK REMOVER 00: - A device for removing a cork from a bottle, the

device including: (a) a hollow needle, adapted to be

inserted in the cork; and (b) pressurized gas sealed

in an inner volume of a container; wherein the

pressurized gas is adapted to be released from the

container when a path of fluid communication is

formed between a proximal end of the hollow needle


Page | 148

and the inner volume of the container, such that the

pressurized gas is channeled through the hollow

needle, and into the cork or into the bottle, below the

cork thereby forcing the cork out of the bottle.

21: 2018/05138. 22: 2018/07/31. 43: 2019/09/19 51: C07C 71: ADVANCED BIODESIGN 72: ROOL, Patrice, DE CARNE-CARNAVALET, Benoit 33: FR 31: 1651283 32: 2016-02-17 54: PROCESS FOR PREPARING AMINOTHIOL ESTER COMPOUNDS AND SALTS THEREOF 00: - A process for preparing aminothiol ester compounds

and salts thereof. The present invention relates to a

process for preparing compounds of formula (I), (I)

comprising the following steps: a) reacting a

compound of formula (II) with an inorganic acid or an

organic acid, (II) b) reacting the compound obtained

in step a) with a base; c) reacting the compound

obtained in step b) with CO2 ; d) reacting the

compound obtained in step c) with an alkyl

chloroformate, a reagent capable of forming, with the

compound obtained in step c), an acid halide, or a

reagent capable of forming, with the compound

obtained in step c), a mixed anhydride; e) reacting

the compound obtained in step d) with an SMe anion

precursor compound.

21: 2018/05178. 22: 2018/08/01. 43: 2019/10/23 51: F21K 71: SHENZHEN DIANMING TECH. CO., LTD. 72: Zhang, Yi 54: DETACHABLE LED LAMP 00: - A detachable LED lamp, comprising: at least one

module portion, comprising: an LED module, a lens,

an inner radiator having an inner cylinder and an

outer cylinder, an airflow channel, and an outer

radiator having a through hole; and a clamping sheet

set comprising at least two clamping sheets, wherein

the inner edges of the at least two clamping sheets

clamp and fix at least one module portion, and the

outer edges of the at least two clamping sheets

serve as fixing portions operable for locking and

fixing the street lamp housing; wherein the total

radiation power of the heat pipe set is larger than or

equal to the power to be radiated by the LED

module.


Page | 149

21: 2018/05303. 22: 2017/02/22. 43: 2019/09/03 51: A61K; A61Q; C08G; C08L; C08J 71: UNILEVER PLC 72: LIMER, ADAM JOHN, LOU, ANJING, DOBKOWSKI, BRIAN JOHN, ZHAO, WEI, SONG, WENHUI 33: CN 31: PCT/CN2016/074541 32: 2016-02-25 54: PROCESS FOR PREPARING A SILICONE ELASTOMER WITH HYDROPHILIC ACTIVES AND A PERSONAL CARE COMPOSITION CONTAINING THE ELASTOMER 00: - A method for preparing silicone elastomers

containing hydrophilic skin actives with excellent

characteristics is described. The elastomer shows

enhanced efficacy with respect to the skin actives

compared to skin care compositions formulated with

individual elastomer and active components. Skin

care compositions containing the inventive silicone

elastomers and methods of skin treatment are also

described.

21: 2018/05338. 22: 2017/01/12. 43: 2019/09/03 51: A23L; A61K 71: UNIVERSITY OF SOUTHERN CALIFORNIA 72: LONGO, VALTER D, WRIGHT, WOODRING E 33: US 31: 62/277,649 32: 2016-01-12 54: USE OF LONG-TERM FASTING MIMICKING AS DIETARY TREATMENT FOR MULTIPLE MYELOMA AND OTHER CANCERS 00: - A method to treating a subject with multiple myeloma

includes a step of identifying a patient having

multiple myeloma. A fasting mimicking and

enhancing diet is administered to the subject a

predetermined time period of at least 8 days. A diet

package for implementing the method is also

provided.

21: 2018/05340. 22: 2017/01/12. 43: 2019/09/03 51: B67D 71: FREEZIO AG 72: KRÜGER, MARC, EMPL, GÜNTER, FISCHER, DANIEL 33: DE 31: 10 2016 212 012.3 32: 2016-07-01 33: DE 31: 10 2016 212 013.1 32: 2016-07-01 33: DE 31: 10 2016 218 509.8 32: 2016-09-27 33: DE 31: 10 2016 200 254.6 32: 2016-01-12 33: DE 31: 10 2016 218 884.4 32: 2016-09-29 33: DE 31: 10 2016 218 507.1 32: 2016-09-27 54: CARTRIDGE RECEPTACLE, CARTRIDGE SYSTEM, BEVERAGE PREPARATION MACHINE, AND METHOD FOR PRODUCING A BEVERAGE 00: - The invention relates to a cartridge system (1) for

producing a beverage in a beverage preparation

machine, comprising a cartridge (2) that has a

reservoir (6) filled with a beverage substance (7),

and a cartridge receptacle (10) that can be reversibly

connected to the cartridge, said cartridge receptacle

(10) comprising a mixing chamber (8) and a

cartridge discharge device (34) which causes at

least partial transfer of the beverage substance (7)

from the reservoir (6) into the mixing chamber (8),

the cartridge receptacle (10) comprising a fluid


Page | 150

supply (12) which opens into the mixing chamber

(8). The invention also relates to the cartridge

receptacle (10) of the cartridge system (1), the

beverage preparation machine, and the

corresponding method for producing a beverage

(70).

21: 2018/05341. 22: 2017/01/12. 43: 2019/09/03 51: B67D 71: FREEZIO AG 72: KRÜGER, MARC, EMPL, GÜNTER, FISCHER, DANIEL 33: DE 31: 10 2016 212 013.1 32: 2016-07-01 33: DE 31: 10 2016 200 254.6 32: 2016-01-12 33: DE 31: 10 2016 218 884.4 32: 2016-09-29 33: DE 31: 10 2016 218 507.1 32: 2016-09-27 33: DE 31: 10 2016 212 012.3 32: 2016-07-01 33: DE 31: 10 2016 218 509.8 32: 2016-09-27 54: CARTRIDGE RECEIVER, CARTRIDGE SYSTEM, DRINK PREPARATION MACHINE AND METHOD FOR PRODUCING A DRINK 00: - The invention relates to a cartridge receiver (10) for

producing a drink (70) using a cartridge (2) that

comprises a reservoir (6) filled with a drink

substance (7), it being possible to insert the

cartridge receiver (10) into a drink preparation

machine (3) and connect it to the cartridge (2),

wherein the cartridge receiver (10) comprises a

mixing chamber (8) that can be brought into fluidic

connection with the reservoir (6), and a fluid supply

(12) that opens into the mixing chamber (8). The

invention is characterised in that the cartridge

receiver (10) comprises a mandrel guide (80) and a

puncturing mandrel (73) that is displaceably

mounted within said mandrel guide (80), wherein the

puncturing mandrel (73) can be displaced between a

retracted position in which said puncturing mandrel

(73) is positioned at a distance from a sealing

element (18) of the cartridge (2), and an extended

position in which said puncturing mandrel (73)

pierces the sealing element (18) and projects into

the reservoir (6). The outer wall of the puncturing

mandrel (73) comprises at least one lateral channel

(71) for conducting the drink substance (7) in the

direction of the mixing chamber (8) when the sealing

element (18) has been pierced.

21: 2018/05343. 22: 2017/01/12. 43: 2019/09/03 51: B67D 71: FREEZIO AG 72: KRÜGER, MARC, EMPL, GÜNTER, FISCHER, DANIEL 33: DE 31: 10 2016 218 884.4 32: 2016-09-29 33: DE 31: 10 2016 212 012.3 32: 2016-07-01 33: DE 31: 10 2016 218 507.1 32: 2016-09-27 33: DE 31: 10 2016 218 509.8 32: 2016-09-27 33: DE 31: 10 2016 212 013.1 32: 2016-07-01 33: DE 31: 10 2016 200 254.6 32: 2016-01-12


Page | 151

54: CARTRIDGE FOR A BEVERAGE OR FOOD SUBSTRATE 00: - The invention relates to a cartridge comprising a wall

region, to one end of which a connection region is

connected, which is closed particularly with a

membrane, and on the opposite end of which

optionally a bottom region is provided, the wall

region and optionally the bottom region containing a

cavity which receives a beverage and/or food

substrate.

21: 2018/05386. 22: 2017/03/06. 43: 2019/09/19 51: G01N; E21B; G01B; G01V 71: MINALYZE AB 72: ARTURSSON, MIKAEL, SJÖQVIST, AXEL 33: SE 31: 1630051-9 32: 2016-03-05 54: SYSTEM AND METHOD FOR ANALYZING DRILL CORE SAMPLES 00: - A System for collecting and processing data

concerning physical features of drill core samples

with three-dimensional shape and appearance. The

system comprises a contact less analytical

apparatus for measuring and collecting data of at

least some part of the outer surface of the drill core

samples, a first data-storing means for storing data

collected by the analytical apparatus,a processing

unit that applies one or more data evaluation

algorithms on the data stored in the first data storage

means in order to extract data regarding physical

features of the drill cores (1) as an output,and a

second data storage means for storage of the

resulting output from the processing unit. The

system is also related to a method for measuring

and collecting data on the three-dimensional shape

and appearance of drill core samples, such as

planar discontinuities including orientation marks on

the drill core samples.

21: 2018/05389. 22: 2017/03/15. 43: 2019/09/04 51: B29C 71: SACMI COOPERATIVA MECCANICI IMOLA SOCIETÀ COOPERATIVA 72: PENAZZI, DAVIDE 33: IT 31: 102016000026937 32: 2016-03-15 54: A FEMALE MOULD 00: - A female mould having a forming cavity (3) inside

which a concave object can be formed, comprises: -

an annular forming element (4; 104; 204) extending

about an axis (Z) and delimiting the forming cavity

(3) about said axis (Z); - a plate element (5; 105;

205) which delimits the forming cavity (3)

transversely to said axis (Z), the plate element (5;

105; 205) having a reference surface (7) extending

transversely to said axis (Z) externally of the forming

cavity (3) - a peripheral annular component (15; 115)

at least partially surrounding the annular forming

element (4; 104; 204). The annular forming element


Page | 152

(4; 104; 204) abuts against a first portion of the

reference surface (7) of the plate element (5; 105;

205). The peripheral annular component (15; 115)

abuts against a second portion of the reference

surface (7) of the plate element (5; 105; 205).

21: 2018/05390. 22: 2017/03/15. 43: 2019/09/04 51: B29C; B25B 71: SACMI COOPERATIVA MECCANICI IMOLA SOCIETÀ COOPERATIVA 72: MARETTI, PIERO, BERGAMI, STEFANO, PENAZZI, DAVIDE 33: IT 31: 102016000026982 32: 2016-03-15 54: A METHOD AND A TOOL FOR ASSEMBLING A FEMALE MOULD AND A FEMALE MOULD ARRANGEMENT 00: - A method for assembling a female mould (1) on a

moulding machine, comprises the steps of: providing

a pre-assembled female mould arrangement (64),

the pre- assembled female mould arrangement (64)

comprising a plurality of components including at

least a base (33), forming means having a forming

cavity (3) and a fastening element (13) which

renders the forming means fixed relative to the base

(33); placing the pre-assembled female mould

arrangement (64) on a support (42) of the moulding

machine; - fixing the pre-assembled female mould

arrangement (64) to the support (42).

21: 2018/05392. 22: 2018/08/13. 43: 2019/09/04 51: A23P; A47J 71: STANFORD, Albert 72: STANFORD, Albert 33: ZA 31: 2015/07582 32: 2015-10-12 54: TOASTER 00: - The invention provides an appliance (10) for making

a hollow toasted food product. The appliance (10)

includes a pair of opposed parts (12.1, 12.2) which is

hingedly connected 5 along one side such that

opposed surfaces (16.1, 16.2) can, in use, be folded

onto each other, a heating element in heat

communication with each surface (16.1, 16.2), a

hollow formed in one or each opposed heating

surface, such that a cavity (20) is formed when the

parts are folded closed onto each other, and wherein

the opposed edges (24.1, 24.2) of each hollow is

proximate each other, when closed. The appliance

10 further includes an inside mould (26) of which the

outer surface is complementary and smaller than the

inner surface of the cavity.


Page | 153

21: 2018/05411. 22: 2018/08/14. 43: 2019/09/03 51: C08K 71: BASF SE 72: WEGMANN, Alex, TARTARINI, Cinzia 33: EP 31: 16194214.9 32: 2016-10-17 33: EP 31: 16152274.3 32: 2016-01-21 54: ADDITIVE MIXTURE FOR STABILIZATION OF POLYOL AND POLYURETHANE 00: - The invention relates to a composition, which

comprises the components (a) an organic material

susceptible to oxidative, thermal or light-induced

degradation, which is a polyether polyol, a polyester

polyol or a polyurethane; (b) a bisphenolic stabilizer

of formula (I) wherein n is 1, 2, 3, 4, 5, 6, 7, 8, 9, 10

or 11; and (c) a chromanol stabilizer of formula (II)

wherein R1 and R2 are independently of each other

H or C1-alkyl. A process for manufacturing the

aforementioned composition, the use of an additive

mixture comprising component (b) and (c) for

stabilizing the component (a) and the additive

mixture itself are described.

21: 2018/05412. 22: 2018/08/14. 43: 2019/09/03 51: B01D B01F 71: SQUARETAIL PTY LTD 72: REID, Terrence 33: AU 31: 2016900186 32: 2016-01-21 54: METHOD AND APPARATUS FOR REMOVING CARBON DIOXIDE FROM FLUE GAS 00: - A method of removing carbon dioxide from flue gas

is disclosed. The method comprises mixing the flue

gas with ammonia; and contacting the gas mixture

with calcium nitrate solution to produce calcium

carbonate precipitates and ammonium nitrate

solution; or contacting the gas mixture with sodium

nitrate solution to produce sodium carbonate

precipitates and ammonium nitrate solution. The

carbonate/bicarbonate precipitates are recovered by

separating the carbonate/bicarbonates (s) from said

solutions. An apparatus for performing the above

method is also disclosed. The apparatus comprises

a reaction vessel with an inlet to receive said

solution and an inlet to receive and deliver a flue

gas-ammonia mixture to a gas-liquid contactor which

is configured to diffuse said gas mixture into either

calcium nitrate or sodium nitrate solution. The

reaction vessel is also provided with an impellor and

draft tube configured to circulate the diffused gas

mixture throughout the calcium nitrate or sodium

nitrate solution for a period of time sufficient to

produce carbonate/bicarbonate precipitates locking

the CO2 into a solid form.


Page | 154

21: 2018/05416. 22: 2017/03/13. 43: 2019/09/03 51: B01D; B32B; D04H 71: TORAY INDUSTRIES, INC. 72: MORI, TATSUYA, SUGIMOTO, TAKESHI, MITSUNAGA, REO 33: JP 31: 2016-065136 32: 2016-03-29 54: LAMINATED POLYARYLENE SULFIDE HEAT-RESISTANT FILTER 00: - The present invention provides a laminated

polyarylene sulfide heat-resistant filter at a low cost,

the laminated polyarylene sulfide heat-resistant filter

having excellent rigidity and wear resistance at high

temperatures while having excellent dust-separating

and dust-collecting performance. The present

invention is a laminated polyarylene sulfide heat-

resistant filter comprising a plurality of layers,

including at least a first web layer that is a filtering

surface, and a second web layer that is a non-

filtering surface, said filter characterized in that the

first web layer comprises 30-70 wt% of polyarylene

sulfide fibers having a fineness of 0.5-1.2 dtex, and

30-70 wt% of polyarylene sulfide fibers having a

fineness of 1.3-3.0 dtex (the entirety of the first web

layer being 100 wt%), and is further characterized in

that the second web layer comprises polyarylene

sulfide fibers having fineness of 1.0-4.0 dtex.

21: 2018/05417. 22: 2017/05/18. 43: 2019/09/03 51: D04H; B32B 71: REIFENHÄUSER GMBH & CO. KG MASCHINENFABRIK, FIBERTEX PERSONAL CARE A/S 72: HANSEN, MORTEN RISE, SOMMER, SEBASTIAN, HWA, WONG KUAN, WEI, TAN WAN 33: EP 31: 16170169.3 32: 2016-05-18 33: DE 31: 10 2017 003 230.0 32: 2017-04-03 33: EP 31: 16170156.0 32: 2016-05-18

54: NONWOVEN LAMINATE FABRIC COMPRISING MELTBLOWN AND SPUNDBOND LAYERS 00: - The invention relates to a nonwoven laminate fabric

comprising a meltblown nonwoven layer sandwiched

between first and second spundbond nonwoven

layers, wherein at least one of the spundbond layers

is a high loft spunbond nonwoven layer comprising

or consisting of crimped multicomponent fibers.

21: 2018/05418. 22: 2017/02/14. 43: 2019/09/03 51: A61K; A61P 71: UNIVERSITÀ DEGLI STUDI DI GENOVA, L-NUTRA INC. 72: NENCIONI, ALESSIO, BALLESTRERO, ALBERTO, ODETTI, PATRIZIO, MONACELLI, FIAMMETTA, CAFFA, IRENE, LONGO, VALTER 33: IT 31: 102016000017036 32: 2016-02-18 54: USE OF A FASTING MIMICKING DIET TO ENHANCE THE EFFICACY OF ANTIESTROGENS IN CANCER THERAPY 00: - A compound having antiestrogenic activity is used in

a method for the treatment of BC or other estrogen-

responsive tumors in a human patient, wherein the

method comprises subjecting the patient to a fasting

mimicking diet for a period of 24- 190 hours while

the patient is being treated with the compound

having antiestrogenic activity, which can be a

selective estrogen receptor modulator (SERM), a


Page | 155

selective estrogen receptor downregulator (SERD)

or an aromatase inhibitor (AI).

21: 2018/05420. 22: 2017/02/08. 43: 2019/09/27 51: H04M 71: KIRUSA, INC. 72: MUMICK, INDERPAL SINGH, ANAND, SURINDER SINGH 33: IN 31: 201744004391 32: 2017-02-07 33: US 31: 62/292,835 32: 2016-02-08 33: US 31: 15/424,903 32: 2017-02-06 54: PLACEMENT OF A MISSED CALL 00: - A method, a missed call client application (MCCA)

deployed on a calling party device, and a missed call

management system (MCMS) are provided for

placing a missed call from a source number of the

calling party device to a destination number of a

called party device. The MCMS receives the source

number and the destination number from the calling

party device through a data network or a

telecommunication network based on a presence of

connectivity between the calling party device and the

data network as detected by the MCCA. The MCMS

places a missed call from the source number to the

destination number by placing a call to the

destination number with an identification of an

originator of the call as the source number and

terminating the call when the call successfully

reaches the destination number prior to completion

of the call.

21: 2018/05421. 22: 2017/03/08. 43: 2019/09/03 51: G06Q 71: BETSOLD LIMITED 72: YOUNG, NICOLA, MCMONAGLE, KEVIN 33: GB 31: 1604218.6 32: 2016-03-11 54: A COMPUTER IMPLEMENTED METHOD AND COMPUTER SYSTEM FOR AUCTIONING OR TRADING BETS 00: - A method and apparatus for auctioning bets receives

data on a bet placed on the outcome of an event and

data identifying a seller from a seller interface, the

data on the bet including data on the stake placed

and the odds; generates auction data using the

received data, the auction data including an auction

end time prior to the event; generates an auction

interface to display the auction data to bidders to

create an auction; receives bid data associated with

the auction data and data identifying a bidder from

the auction interface; terminates the auction at the

auction end time and determines a bidder with a

highest bid; and electronically transfers the value of

the highest bid to the seller and one of: assigns the

bet to the highest bidder, and if the bet wins,

electronically transfers the value of the winnings

from the seller to the bidder with the highest bid.

21: 2018/05422. 22: 2017/01/13. 43: 2019/09/03 51: B09B; C02F 71: GLOBAL AQUATICA PTY LTD 72: COSTIN, SAMUEL PATRICK 33: AU 31: 2016900129 32: 2016-01-15 54: PROCESSES FOR TREATING ACID PRODUCING WASTE ROCK 00: - A process for reducing the volume of a collection of

acid producing mine waste material is disclosed. The

process comprises: contacting a mine waste material

with water under oxidative conditions to produce a

mineral containing acidic water and mineral and/or

sulphide depleted mine waste material; separating

the mineral containing acidic water and mineral

and/or sulphide depleted mine waste material;

treating the mineral containing acidic water to

remove one or more minerals therefrom and provide

treated water; and further contacting the mine waste

material and/or the mineral and/or sulphide depleted

mine waste material with the treated water and

carrying out the steps one or more times until a total


Page | 156

volume of the mineral and/or sulphide depleted mine

waste material is less than a total volume of the

starting acid producing mine waste material. Also

disclosed is a process for converting acid producing

mine waste material to a more environmentally

acceptable substantially non-acid producing mine

waste material.

21: 2018/05439. 22: 2018/08/15. 43: 2019/09/03 51: A61K C07D 71: ZIBO BIOPOLAR CHANGSHENG PHARMACEUTICAL CO. LTD., SHANGHAI INSTITUTE OF MATERIA MEDICA, CHINESE ACADEMY OF SCIENCES 72: LIAO, Xibin, LI, Jia, LU, Zhijian, ZHOU, Yubo, GAO, Anhui 33: US 31: 62/281,252 32: 2016-01-21 54: BRUTON'S TYROSINE KINASE INHIBITORS 00: - Bruton's tyrosine kinase (Btk) inhibitors have the

following Formula (I).

21: 2018/05451. 22: 2018/08/15. 43: 2019/10/22 51: B65H 71: GRG BANKING EQUIPMENT CO., LTD. 72: LAI, Zhongwu 33: CN 31: 201610513396.9 32: 2016-06-30 54: SHEET MEDIUM FLATTENING APPARATUS AND FINANCIAL SELF-SERVICE DEVICE 00: - A sheet medium flattening apparatus, comprises a

support frame (101), a first conveyor wheel set (104)

and a flattening block (111); the support frame (101)

is provided with a first passage plate (103) and a

second passage plate (102), the gap between the

first passage plate (103) and the second passage

plate (102) being a conveyance passage; the first

conveyor wheel set (104) is able to convey a sheet

medium (200); the flattening block (111) is able to

protrude into and retract from the conveyance

passage through a through hole on the first passage

plate (103); the second passage plate (102) is

provided with a groove cooperating with the

flattening block (111), and the flattening block (111)

is able to protrude, when the first conveyor wheel set

(104) conveys the sheet medium (200), into the

conveyance passage and push the sheet medium

(200) into the groove so as to make the sheet

medium (200) flat again. The flattening block in the

sheet medium flattening apparatus is able to push

the sheet medium into the groove in the second

passage plate so as to make the arc-shaped sheet

medium flat again, allowing a user to conveniently

take out the sheet medium. Further included is a

financial self-service device using the sheet medium

flattening apparatus, being able to flatten an arc-

shaped banknote, and prevent the banknote from

being stuck during transmission in the financial self-

service device.


Page | 157

21: 2018/05454. 22: 2016/09/26. 43: 2019/09/03 51: B60B 71: ZHENGXING WHEEL GROUP CO., LTD. 72: LAI, JIANHUI, LIN, ZIYUAN, NING, YUNCHENG 33: CN 31: 201610149308.1 32: 2016-03-16 33: CN 31: 201620201704.X 32: 2016-03-16 33: CN 31: 201620202383.5 32: 2016-03-16 33: CN 31: 201620109705.1 32: 2016-02-03 54: TYRE DISC HAVING THICKENED EDGES AROUND HEAT DISSIPATION OPENINGS AND PROCESSING EQUIPMENT 00: - A lightweight tyre disc for use with a vehicle

increases the strength of edges around heat

dissipation openings of the disc by increasing the

thickness of the material at the edges of an inner

wall of the disc around the heat dissipation openings

(21), thereby increasing the overall service life of the

disc. The parts between the heat dissipation

openings (the parts on a truncated cone (20) where

the heat dissipation openings are not present) are

made of a thin material, thereby forming a unique

uneven surface at the inner wall or an outer wall of

the rounded side of truncated cone portion of the

disc. While ensuring a load capacity of the tyre is

unaffected, the disc can increase an overall strength

of the disc, and spend a reasonable and effective

amount of the materials during manufacturing,

thereby reducing a weight of the tyre disc, and

consequently, the overall weight and fuel

consumption of the vehicle is reduced. Also provided

is processing equipment capable of manufacturing a

tyre disc comprising thickened edges around heat

dissipation openings.

21: 2018/05455. 22: 2017/02/20. 43: 2019/09/03 51: H05C 71: LACME HOLDING 72: HAMM, VALÉRY 33: FR 31: 16 51451 32: 2016-02-23 54: SYSTEM FOR CONTROLLING THE ELECTRICAL POWER SUPPLY OF AN ENERGISER FOR AN ELECTRIC FENCE AND METHOD FOR OPERATING SAID SYSTEM 00: - The invention relates to a system comprising a

remote control (21), a pull-out box (8) comprising an

emitting and receiving RF chip (16), a switch (14)

controlling the electrical power supply of the

energiser (4), and a first electronic circuit (15) for

operating the switch (14), exchanging RF signals

with the RF chip (16). The system comprises a

remote control (20) for reading and emitting signals

conducted by the fence wire (2), a galvanic

connection (9, 10) to the electric fence, and in the

pull-out box, a second electronic circuit (19) for

operating the switch (14) in connection with the

remote control (20), and means for transforming

signals conducted by the wire (2) into RF signals

emitted by the RF chip (16).


Page | 158

21: 2018/05458. 22: 2017/02/16. 43: 2019/09/03 51: G01J; G01S; H04N 71: SAFRAN ELECTRONICS & DEFENSE 72: MARTINEZ, ALAIN 33: FR 31: 16 00269 32: 2016-02-18 54: CIRCUIT FOR DETECTING LIGHT PULSES 00: - The invention relates to a circuit for detecting light

pulses intended for being connected to a photodiode

(2), the detection circuit comprising an integration

capacitor (Cint), discharge means (13) and

comparison means (12) suitable for comparing an

integration voltage (Vint) at the terminals of the

integration capacitor with a reference threshold

voltage (Vseuil) in order to produce a signal for

detecting a light pulse. The reference voltage

threshold (Vseuil) is a self-adaptive threshold which

depends on a light background noise level. The

invention also relates to a detection device

comprising a photodiode and such a detection

circuit. The invention further relates to a detection

matrix including a plurality of such detection devices.

21: 2018/05459. 22: 2016/04/14. 43: 2019/09/03 51: H04W 71: TELEFONAKTIEBOLAGET LM ERICSSON (PUBL) 72: STEPHENNE, ALEX, GHIMIRE, JAGADISH 33: US 31: 62/296,937 32: 2016-02-18 54: IMPROVED COEXISTENCE OF DELAY-TOLERANT AND DELAY-SENSITIVE SESSIONS 00: - A method of operation of a scheduler implemented

in a network node of a cellular communications

system comprises scheduling one or more delay-

tolerant transmissions by one or more respective

wireless devices in a subframe. Scheduling the one

or more delay-tolerant transmissions by the one or

more respective wireless devices comprises, for

each wireless device: identifying a plurality of

available resources in a subframe; for each available

resource of the plurality of available resources in the

subframe, determining one or more link adaptation

parameters for the wireless device for the available

resource based on information representing a

statistical model of predicted puncturing of delay-

tolerant transmissions using the available resource

in order to enable transmission of delay-sensitive

transmissions; and selecting one of the plurality of

available resources in the subframe for the delay-

tolerant transmission of the wireless device based

on at least one of the one or more link adaptation

parameters.


Page | 159

21: 2018/05489. 22: 2017/01/30. 43: 2019/09/03 51: C12N; A61K; A61P 71: MEDIWOUND LTD. 72: ASCULAI, EILON, GEBLINGER, DAFNA, KLEYMAN, MERY, BARTFELD, DEBORAH HANAH 33: US 31: 62/289,246 32: 2016-01-31 54: DEBRIDING COMPOSITION FOR TREATING WOUNDS 00: - The present invention relates to debriding

compositions in the form of an aqueous gel.

Particularly, the present invention relates to a

debriding composition comprising a proteolytic

enzyme mixture obtained from bromelain present in

a dry form, and an aqueous gel carrier, wherein,

prior to use, the proteolytic enzyme mixture being

admixed with the aqueous gel carrier to form a

debriding composition useful for debridement and

treatment of chronic wounds.

21: 2018/05490. 22: 2016/01/20. 43: 2019/09/03 51: A61K; A61Q 71: THERAVIDA, INC. 72: MCGRAW III, BENJAMIN F 54: METHODS AND COMPOSITIONS FOR TREATING HYPERHIDROSIS 00: - Aspects of the disclosure include methods for

treating hyperhidrosis in a subject with a composition

including a muscarinic antagonist and a muscarinic

antagonist. In practicing methods according to

certain embodiments, a therapeutically effective

amount of a composition including a muscarinic

antagonist or a pharmaceutically acceptable salt

thereof and a muscarinic antagonist or a

pharmaceutically acceptable salt thereof is

administered to a subject and is sufficient to reduce

hyperhidrosis in the subject and to reduce a dry

mouth side effect of the muscarinic antagonist.

Compositions for practicing the subject methods are

also described as well as dose units containing one

or more of the subject compositions.

21: 2018/05495. 22: 2016/03/10. 43: 2019/09/03 51: H04W 71: TELEFONAKTIEBOLAGET LM ERICSSON (PUBL) 72: RAMKULL, JOACHIM 54: RADIO RESOURCE CONTROL CONNECTION ESTABLISHMENT 00: - A wireless communication device (106) intends to

request an RRC connection to initiate a voice call,

initiate a data session or respond to paging. The

wireless communication device (106) considers the

maximum response time for the connection setup

indicated by a serving cell (131) and compare to the

maximum response (i.e. waiting) time for the

connection setup indicated by a neighbour cell (121,

122). A long maximum response time may indicate a

cell with high load. If the maximum response time

indicated by a neighbour cell (121, 122) is

significantly lower, the wireless communication

device (106) may either reselect and request RRC

connection from this neighbour cell (121, 122)

instead or reduce the time to wait for a response

from the serving cell (131) and reselect to the


Page | 160

neighbour cell (121, 122) if there is no response

from the serving cell within the reduced time.

21: 2018/05496. 22: 2017/02/09. 43: 2019/09/04 51: C07K; A61K; A61P 71: CDRD VENTURES INC. 72: ARNS, STEPHEN PAUL, JAQUITH, JAMES BRIAN, BAUDELET, DAVY JÉRÉMY, SIMONSON, ERIC ROY, LIGGINS, RICHARD TOM, KUMAR, NAG SHARWAN, HSIEH, TOM HAN HSIAO 33: US 31: 62/293,216 32: 2016-02-09 54: SOMATOSTATIN RECEPTOR ANTAGONIST COMPOUNDS AND METHODS OF USING THE SAME 00: - The present invention is directed to somatostatin

receptor antagonist compounds having the structure

of Formula I, compositions comprising the same, and

methods of using such compounds and

compositions. The compounds may be useful in the

prevention or treatment of hypoglycemia.

21: 2018/05519. 22: 2017/03/13. 43: 2019/09/03 51: C12N 71: BIONTECH RNA PHARMACEUTICALS GMBH, TRON - TRANSLATIONALE ONKOLOGIE AN DER UNIVERSITÄTSMEDIZIN DER JOHANNES GUTENBERG-UNIVERSITÄT MAINZ GEMEINNÜTZIGE GMBH 72: BEISSERT, TIM, SAHIN, UGUR, PERKOVIC, MARIO 33: EP 31: PCT/EP2016/056165 32: 2016-03-21 54: RNA REPLICON FOR VERSATILE AND EFFICIENT GENE EXPRESSION 00: - The present invention embraces a RNA replicon that

can be replicated by a replicase of alphavirus origin.

The RNA replicon comprises sequence elements

required for replication by the replicase, but these

sequence elements do not encode any protein or

fragment thereof, such as an alphavirus non-

structural protein or fragment thereof. Thus, in the

RNA replicon according to the invention, sequence

elements required for replication by the replicase

and protein-coding region(s) are uncoupled.

According to the present invention the uncoupling is

achieved by the removal of at least one initiation

codon compared to a native alphavirus genomic

RNA. In particular, the RNA replicon comprises a 5'

replication recognition sequence, wherein the 5'

replication recognition sequence is characterized in

that it comprises the removal of at least one initiation

codon compared to a native alphavirus 5' replication

recognition sequence. The replicase of alphavirus


Page | 161

origin may be encoded by an open reading frame on

the RNA replicon or on a separate RNA molecule.

The present invention enables efficient and safe

expression of a protein of interest in a cell or

organism, but is not associated with undesired

production of fragments of alphavirus non-structural

protein. Methods of protein production in vitro and in

vivo, as well as medical uses, are provided herein.

21: 2018/05520. 22: 2017/03/13. 43: 2019/09/03 51: C12N; A61K 71: BIONTECH RNA PHARMACEUTICALS GMBH, TRON - TRANSLATIONALE ONKOLOGIE AN DER UNIVERSITÄTSMEDIZIN DER JOHANNES GUTENBERG-UNIVERSITÄT MAINZ GEMEINNÜTZIGE GMBH 72: BEISSERT, TIM, SAHIN, UGUR, PERKOVIC, MARIO 33: EP 31: PCT/EP2016/056160 32: 2016-03-21 54: TRANS-REPLICATING RNA 00: - The present invention generally relates to systems

and methods suitable for high-level protein

production. While one or more elements of the

present invention are derived from an alphavirus, the

present invention does not require propagation of

virus particles. In particular, a system comprising two

separate RNA molecules is foreseen, each

comprising a nucleotide sequence derived from an

alphavirus: one RNA molecule comprises a RNA

construct for expressing alphavirus replicase, and

one RNA molecule comprises a RNA replicon that

can be replicated by the replicase in trans. The RNA

construct for expressing alphavirus replicase

comprises a 5'-cap. It was surprisingly found that the

5'-cap is suitable for efficiently driving expression of

a transgene from the replicon in trans. The system of

the present invention enables expression of a

protein of interest in a cell or organism, but is not

associated with undesired virus-particle formation.

Therefore, the present invention is suitable for

efficiently and safely producing a protein of interest,

e.g. a therapeutic protein or an antigenic protein,

such as a vaccine, in a target organism. Respective

methods of protein production in vitro and in vivo as

well as medical uses are provided herein. The

present invention also provides DNA encoding the

RNA molecules of the invention, and cells

comprising the RNA molecules of the invention.

21: 2018/05521. 22: 2017/03/07. 43: 2019/09/03 51: A01N; A01P 71: ISHIHARA SANGYO KAISHA, LTD. 72: OGAWA, MUNEKAZU, HAYASHI, HIROYUKI, ABE, YUZUKA, NISHIMURA, AKIHIRO 33: JP 31: 2016-043197 32: 2016-03-07 54: METHOD FOR ENHANCING PLANT DISEASE CONTROLLING EFFECTS OF ISOFETAMID AND METHOD FOR CONTROLLING PLANT DISEASES 00: - To provide a method for controlling plant diseases,

which enhancing plant disease controlling effects. A

method for controlling plant disease, which

comprises applying isofetamid or its salt as a

component (a) and at least one component (b)

selected from the group consisting of a nonionic

surfactant, an anionic surfactant, a cationic

surfactant, a vegetable oil, a paraffin and a resin, to

plants or to soil where they grow.


Page | 162

21: 2018/05522. 22: 2017/03/29. 43: 2019/09/03 51: C07D; A01N; A01P 71: ISHIHARA SANGYO KAISHA, LTD. 72: UEKI, TOSHIHIKO, YAMADA, RYU, TANAKA, HISAKI 33: JP 31: 2016-067797 32: 2016-03-30 54: PYRIDAZINONE COMPOUND OR ITS SALT, AND HERBICIDE CONTAINING IT 00: - A novel herbicide having remarkable herbicidal

activities against undesired plants is provided. A

pyridazinone compound represented by the formula

(I) or its salt: wherein X is -O-, -S-, -SO-, -SO2-

or -N(Y)-; Q is monocyclic aryl which may be

substituted by Z, monocyclic heteroaryl which may

be substituted by Z or the like; Y is a hydrogen atom

or alkyl; Z is halogen, alkyl or the like; R1is alkyl,

alkenyl or the like; R2is a hydrogen atom, alkyl or the

like; R3is halogen, hydroxy or the like; R4is a

hydrogen atom, alkyl or the like; and n is an integer

of from 0 to 4.

21: 2018/05523. 22: 2017/03/07. 43: 2019/09/03 51: A61K 71: JANSSEN PHARMACEUTICA N.V., THE GLOBAL ALLIANCE FOR TB DRUG DEVELOPMENT, INC. 72: UPTON, ANNA MARIE, COOPER, CHRISTOPHER BLAIR, ANDRIES, KOENRAAD JOZEF LODEWIJK MARCEL, GUILLEMONT, JEROME EMILE GEORGES, VAN DEN BROECK, WALTER MARCEL MATHILDE, PALMER, BRIAN DESMOND, MA, ZHENKUN 33: US 31: 62/304,661 32: 2016-03-07 54: ANTIBACTERIAL COMPOUNDS AND USES THEREOF 00: -

The present invention relates to compounds of

formula (I) including any stereochemically isomeric

form thereof, or pharmaceutically acceptable salts

thereof, for the treatment of tuberculosis.

21: 2018/05525. 22: 2017/02/10. 43: 2019/09/03 51: C07C 71: DOW TECHNOLOGY INVESTMENTS LLC 72: BECKER, MICHAEL C, BRAMMER, MICHAEL A, GILES, JASON F, MILLER, GLENN A, PHILLIPS, GEORGE R, WATSON, RICK B, WAMBERGUE, STEPHANE, SMIDT, MARTIN LUCAS 33: US 31: 62/294,092 32: 2016-02-11 54: PROCESSES FOR CONVERTING OLEFINS TO ALCOHOLS, ETHERS, OR COMBINATIONS THEREOF 00: - Embodiments of the present invention relate to

processes for converting olefins to alcohols, ethers,

or combinations thereof that are suitable for use as a

gasoline additive. In one embodiment, the process

comprises (a) receiving a feed stream, wherein the

feed stream comprises one or more olefins having 2

to 5 carbon atoms in an amount of up to 80% by

weight based on the weight of the feed stream; (b)

hydroformylating the feed stream in the presence of

a catalyst to convert at least 80% of the olefins from

the feed stream to oxygenates; (c) separating a

product stream from step (b) into an oxygenate

stream and a stream comprising unreacted olefins,

inerts, the catalyst, and the remaining oxygenates;

and (d) treating the oxygenate stream to convert a


Page | 163

plurality of the oxygenates into at least one of an

alcohol, an ether, or combinations thereof having at

least 3 carbon atoms, wherein at least 25 weight

percent of the alcohols and ethers having at least 3

carbon atoms are branched based on the total

weight of the alcohols and ethers having at least 3

carbon atoms, and wherein the alcohols, ethers, or

combination thereof is suitable for use as a gasoline

additive.

21: 2018/05543. 22: 2017/03/29. 43: 2019/09/03 51: C07C; B01J; C07B 71: KAO CORPORATION 72: ISHIHARA, DAISUKE, TSUBAKI, NORITATSU, YONEYAMA, YOSHIHARU 33: JP 31: 2016-074920 32: 2016-04-04 54: METHOD FOR PRODUCING ALCOHOL 00: - [Problem] To provide a method for producing an

alcohol and a method for producing a catalyst for

alcohol production with which it is possible to

selectively obtain a target long-chain C8-22 alcohol

in one step using a synthetic gas as the raw

material. [Solution] A method for producing a C8-22

alcohol, the method including the following steps.

Step 1: a step for obtaining a bimodal carrier by

forming a porous layer on the surface of a porous

material having a pore size mode of 30-200 nm; step

2: a step for supporting cobalt on the bimodal carrier

obtained in step 1 and obtaining a catalyst having

peaks in pore distribution in each of the 1-25 nm

range and the 30-200 nm range; step 3: a step for

reacting carbon monoxide and hydrogen at a gauge

pressure of 2-100 MPa in the presence of the

catalyst obtained in step 2.

21: 2018/05544. 22: 2017/02/01. 43: 2019/09/03 51: C07D; A61K; A61P 71: TAKEDA PHARMACEUTICAL COMPANY LIMITED 72: FUJIMOTO, TATSUHIKO, RIKIMARU, KENTARO, FUKUDA, KOICHIRO, SUGIMOTO, HIROMICHI, MATSUMOTO, TAKAHIRO, TOKUNAGA, NORIHITO, HIROZANE, MARIKO 33: JP 31: 2016-019834 32: 2016-02-04 54: SUBSTITUTED PIPERIDINE COMPOUND AND USE THEREOF 00: - Provided is a substituted piperidine compound

having an orexin type 2 receptor agonist activity. A

compound represented by the formula (I): wherein

each symbol is as described in the DESCRIPTION,

or a salt thereof has an orexin type 2 receptor

agonist activity, and is useful as a prophylactic or

therapeutic agent for narcolepsy.

21: 2018/05545. 22: 2017/01/27. 43: 2019/09/03 51: A61K 71: INSTAR TECHNOLOGIES A.S. 72: STRÁNSKÁ, DENISA, SVOBODOVA, JANA, BERKA, PAVEL, DOLEŽAL, PAVEL


Page | 164

33: US 31: 62/287,863 32: 2016-01-27 33: US 31: 62/439,324 32: 2016-12-27 54: OROMUCOSAL NANOFIBER CARRIERS FOR THERAPEUTIC TREATMENT 00: - The present disclosure relates to oromucosal

nanofiber carriers that are mucoadhesive or

comprise a mucoadhesive agent for administration

of active agents, including substances for their

preparation, methods of preparation, and methods of

use.

21: 2018/05548. 22: 2017/03/22. 43: 2019/09/03 51: A61K 71: RUPRECHT-KARLS-UNIVERSITÄT HEIDELBERG, DEUTSCHES KREBSFORSCHUNGSZENTRUM 72: LEUCHS, BARBARA, MARCHINI, ANTONIO, ROMMELAERE, JEAN, ANGELOVA, ASSIA, JÄGER, DIRK, WICK, WOLFGANG, DAHM, MICHAEL 33: EP 31: EP16020193.5 32: 2016-05-27 33: EP 31: EP16163555.2 32: 2016-04-01 54: CANCER THERAPY WITH AN ONCOLYTIC VIRUS COMBINED WITH A CHECKPOINT INHIBITOR 00: - The present invention concerns a pharmaceutical

composition where a checkpoint inhibitor is

combined with an oncolytic virus and the use of said

combination for the treatment of cancer.

21: 2018/05549. 22: 2017/01/13. 43: 2019/09/03 51: A61M 71: RA, YONG-KUK 72: RA, YONG-KUK 33: KR 31: 10-2016-0010355 32: 2016-01-27 54: SYRINGE 00: - The present invention relates to a syringe and,

particularly, to a device for more smoothly suctioning

a medicinal fluid by sharing a part of an injection

channel excluding a syringe needle, or by forming a

suction channel completely independent from the

injection channel in a conventional syringe having

the injection channel including the syringe needle,

the syringe comprising a syringe needle (10) and

cylinder (20) so as to have an injection channel

extending from the cylinder (20) to the syringe

needle (10), and further comprising: an opening and

closing means (400) for selectively sealing the

injection channel; a suction channel including a

through-hole (200) for allowing for communication

between the inside and the outside of any one of the

syringe needle (10), a connector for connecting the

syringe needle (10) to the cylinder (20), and the

cylinder (20), such that the suction channel extends

up to the cylinder (20) from a hollow cap (100)

having a tip; and a valve means (300) for controlling

the opening and the closing of the suction channel

by a user operation. Therefore, since a separate

suction channel not passing through a syringe

needle is formed in a conventional syringe so as to

allow a medicinal fluid to suction more smoothly,

user convenience and marketability of a product can

be maximized, and the suction channel can be

forcibly closed during injection.


Page | 165

21: 2018/05566. 22: 2017/01/18. 43: 2019/09/03 51: C07D; C07C 71: DOW AGROSCIENCES LLC 72: BARTON, THOMAS, GAO, XIN, HUNTER, JIM, LEPLAE, PAUL R, LO, WILLIAM C, BORUWA, JOSHODEEP, TANGIRALA, RAGHURAM, WATSON, GERALD B, HERBERT, JOHN 33: US 31: 62/286,631 32: 2016-01-25 33: US 31: 62/286,642 32: 2016-01-25 54: MOLECULES HAVING PESTICIDAL UTILITY, AND INTERMEDIATES, COMPOSITIONS, AND PROCESSES, RELATED THERETO 00: - This disclosure relates to the field of molecules

having pesticidal utility against pests in Phyla

Arthropoda, Mollusca, and Nematoda, processes to

produce such molecules, intermediates used in such

processes, compositions containing such molecules,

and processes of using such molecules and

compositions against such pests. These molecules

and compositions may be used, for example, as

acaricides, insecticides, miticides, molluscicides, and

nematicides. This document discloses molecules

having the following formula ("Formula One").

21: 2018/05568. 22: 2017/01/18. 43: 2019/09/03 51: A01N; C07C 71: DOW AGROSCIENCES LLC 72: BARTON, THOMAS, GAO, XIN, HUNTER, JIM, LEPLAE, PAUL R, LO, WILLIAM C, BORUWA, JOSHODEEP, TANGIRALA, RAGHURAM, WATSON, GERALD B, HERBERT, JOHN 33: US 31: 62/286,684 32: 2016-01-25 33: US 31: 62/286,690 32: 2016-01-25 54: MOLECULES HAVING PESTICIDAL UTILITY, AND INTERMEDIATES, COMPOSITIONS, AND PROCESSES, RELATED THERETO 00: - This disclosure relates to the field of molecules











21: 2018/05569. 22: 2017/01/18. 43: 2019/09/03 51: C07D; C07C 71: DOW AGROSCIENCES LLC 72: GAO, XIN, BARTON, THOMAS, BORUWA, JOSHODEEP, HUNTER, JIM, LEPLAE, PAUL R,


Page | 166

LO, WILLIAM C, TANGIRALA, RAGHURAM, WATSON, GERALD B, HERBERT, JOHN 33: US 31: 62/286,535 32: 2016-01-25 33: US 31: 62/286,573 32: 2016-01-25 54: MOLECULES HAVING PESTICIDAL UTILITY, AND INTERMEDIATES, COMPOSITIONS, AND PROCESSES, RELATED THERETO 00: - This disclosure relates to the field of molecules











21: 2018/05570. 22: 2017/01/18. 43: 2019/09/03 51: A01N; A01P 71: DOW AGROSCIENCES LLC 72: BARTON, THOMAS, GAO, XIN, HUNTER, JIM, LEPLAE, PAUL R, LO, WILLIAM C, BORUWA, JOSHODEEP, TANGIRALA, RAGHURAM, WATSON, GERALD B, HERBERT, JOHN 33: US 31: 62/286,708 32: 2016-01-25 33: US 31: 62/286,702 32: 2016-01-25 54: MOLECULES HAVING PESTICIDAL UTILITY, AND INTERMEDIATES, COMPOSITIONS, AND PROCESSES, RELATED THERETO 00: - This disclosure relates to the field of molecules










having Formula (I).

21: 2018/05578. 22: 2018/08/21. 43: 2019/09/03 51: A41D; A61F; A61N; C09K; C22C 71: DEMAC, S.A. 72: DE LA TORRE BARREIRO, Jose Luis 54: DEVICE FOR TREATING ARTHRITIS AND OSTEOARTHRITIS IN EXTREMITIES AND CHRONIC INFLAMMATIONS AND FOR REDUCING MUSCULAR PAIN AND TENSION 00: - The invention relates to a device for treating arthritis

and osteoarthritis in extremities, which has the

general form of a sheath in the form of a glove or

sock comprising: an porous, inner fabric layer (14); a

second layer in the manner of a paraffin-filled

bladder (1) that covers the entire inner space, the

inner paraffin layer (1) being surrounded by a Teflon

splint (2) provided with means for straightening the

fingers (nitonol wires or similar), followed by a very

thin layer of latex or insulating material (4), and lastly

an outer covering (6). Complementarily, the device

can comprise wires or resistors (5) around each

finger or parallel to the palm or back of the hand.

Additionally, the device comprises a control unit (12)

for activation and for controlling the temperature and

currents to be applied.


Page | 167

21: 2018/05609. 22: 2018/08/22. 43: 2019/10/22 51: A61M 71: INNOMASK TECHNOLOGIES KFT. 72: OLÁH, Tamás, TÓTH, Zoltán Márton 33: HU 31: P1600201 32: 2016-03-21 54: LARYNGEAL MASK 00: - The invention is a laryngeal mask, comprising a

head part (14) and an inlet tube (16) connected to

the head part (14), and a passage (15) is formed

between a laryngeal opening (11) of the head part

(14) and an inlet opening (21) of the inlet tube (16),

the laryngeal opening (11) is adapted for fitting onto

a trachea, and the inlet opening (21) of the inlet tube

(16) is opposite the connection of the inlet tube (16)

with the head part (14), and an annular cushion (20)

connected to an outer part of the head part (14)

around the laryngeal opening (11). The laryngeal

mask further comprises a covering element (10)

encompassing the annular cushion (20), folding it

back to the head part (14) and covering the

laryngeal opening (11), the covering element (10) is

connected to the outer part of the head part (14) at a

part being towards the inlet tube (16) from the

connection of the annular cushion (20), and a

releasable connection is formed circumferentially in

the covering element (10) or at the connection of the

head part (14) and the covering element (10), and a

puller element (12) being connected to an inner side

of the covering element (10) being towards the

laryngeal opening (11), being arranged in the

passage (15) and being pullable from the inlet tube

(16) through the inlet opening (21), and being

adapted for removing at least one part of the

covering element (10) through the inlet opening (21)

of the inlet tube (16) by releasing the releasable

connection.

21: 2018/05611. 22: 2016/01/29. 43: 2019/09/03 51: H04W 71: PANASONIC INTELLECTUAL PROPERTY CORPORATION OF AMERICA 72: WANG, LILEI, FENG, SUJUAN, GOLITSCHEK EDLER VON ELBWART, ALEXANDER, BASU MALLICK, PRATEEK, HOSHINO, MASAYUKI, LOEHR, JOACHIM 54: ENODEB, USER EQUIPMENT AND WIRELESS COMMUNICATION METHOD 00: -


Page | 168

Provided are an eNB, a UE and wireless

communication methods. The eNB in an

embodiment comprises: circuitry operative to fill a

SPS activation/deactivation field in a DCI with a

predetermined pattern of bits; and a transmitter

operative to transmit the DCI to a first UE for the first

UE to start periodically transmitting signals to a

second UE or stop periodically transmitting signals

to the second UE based on the SPS

activation/deactivation field, wherein the DCI is in a

SPS format formed by adopting part or all bits of at

least one field of DCI format 5 as the SPS

activation/deactivation field, and information

supposed to be transmitted in the at least one field is

indicated with the assistance of or by RRC or MAC

signaling.

21: 2018/05612. 22: 2017/02/22. 43: 2019/09/03 51: H04W; H04L 71: PANASONIC INTELLECTUAL PROPERTY CORPORATION OF AMERICA 72: MOTOZUKA, HIROYUKI, SHIRAKATA, NAGANORI, IRIE, MASATAKA, SAKAMOTO, TAKENORI 33: JP 31: 2016-048375 32: 2016-03-11 33: JP 31: 2016-199336 32: 2016-10-07 33: JP 31: 2016-244730 32: 2016-12-16 33: JP 31: 2016-087003 32: 2016-04-25 33: JP 31: 2016-037328 32: 2016-02-29 54: TRANSMISSION DEVICE AND TRANSMISSION METHOD 00: -

A transmission device 100 is provided with: an L-

Header generation unit 103 for generating a legacy

header in which control information pertaining to an

extended preamble is added to data length

information that indicates the data length of a

transmission signal; a frame joining unit 113 for

generating the transmission signal using a frame

format in which the generated legacy header, an

extended header, the extended preamble, and a

data field are arranged in the order stated; and a

transmission filter unit 114 for transmitting the

generated transmission signal. The data length of

the transmission signal indicates the combined

length of the extended header, the extended

preamble, and the data field.

21: 2018/05613. 22: 2017/02/28. 43: 2019/09/04 51: A01N; A01P 71: FMC CORPORATION 72: ALBRIGHT, ROBERT B, RICHMAN, DINA L, CALDWELL, NATHAN D, BLACK, BRUCE C 33: US 31: 62/301,364 32: 2016-02-29 54: INSECT REPELLENT 00: - In one aspect, this invention relates to pest repellent

compositions comprising a fatty acid and an

anthranilate ester. In another aspect, this invention

relates to a method of repelling pests employing

such composition. In another aspect, this invention

relates to products formulated from such

composition.

21: 2018/05615. 22: 2017/02/24. 43: 2019/09/04 51: A61K; C07K; C12N 71: APPLIED BIOLOGICAL LABORATORIES, INC. 72: LATEFI, NAZLIE 33: US 31: 62/299,775 32: 2016-02-25


Page | 169

54: COMPOSITIONS AND METHODS FOR PROTECTING AGAINST AIRBORNE PATHOGENS AND IRRITANTS 00: - The present disclosure features methods and

compositions for enhancing the ability of the

respiratory membranes to filter airborne pathogens

and protect a subject from respiratory infections that

result from inhalation of such pathogens. In

particular, the disclosure provides antimicrobial

compositions that prevent and treat respiratory

infections caused by bacteria, fungi, and viruses.

21: 2018/05616. 22: 2016/02/22. 43: 2019/09/03 51: A01H; C07K; C12N 71: BEJO ZADEN B.V. 72: HAARSMA, ADRIANA DORIEN, ZWAAN, WILLEM ARIE, NIJKAMP, JURGEN FRANCISCUS, WIJNKER, JACOBUS PETRUS MARTINUS, DEKKER, PETER ARNOLDUS, KROON, LAURENTIUS PETRUS NICOLAAS MARTINUS, SCHRIJVER, ALBERTUS JOHANNES MARIA 54: POWDERY MILDEW RESISTANCE GENES IN CARROT 00: - The present invention relates to powdery mildew,

and especially powdery mildew caused by the plant

pathogen Erysiphe heraclei, resistant carrot plants or

Daucus carota plants, wherein the powdery mildew

resistance is provided by one or two dominant

powdery mildew resistance genes. The present

invention further relates to molecular markers

genetically linked to the present powdery mildew,

and especially powdery mildew caused by the plant

pathogen Erysiphe heraclei, resistance providing

genes and the use thereof for identifying carrots

plants, or Daucus carota plants, being resistant to

powdery mildew, and especially powdery mildew

caused by the plant pathogen Erysiphe heraclei. The

present invention also relates to seeds, plant parts,

pollen, egg cells, callus, suspension culture, somatic

embryos and edible plant parts of the present plants.

21: 2018/05629. 22: 2014/03/13. 43: 2019/09/03 51: A61K; A61P; C12P 71: NUSIRT SCIENCES, INC. 72: ZEMEL, MICHAEL, BRUCKBAUER, ANTJE 33: US 31: 61/800,363 32: 2013-03-15 54: LEUCINE AND NICOTINIC ACID REDUCES LIPID LEVELS 00: - Compositions and kits useful for synergistically

reducing lipid content in a subject, synergistically

enhancing a decrease in weight gain, enhancing an

increase in fat oxidation, and/or enhancing an

increase in activation of Sirt1 in a subject are

provided herein. Such compositions can contain

synergizing amounts of nicotinic acid, nicotinamide

riboside and/or nicotinic acid metabolites in

combination with leucine and/or a leucine

metabolite, with or without resveratrol.


Page | 170

21: 2018/05630. 22: 2014/03/14. 43: 2019/09/04 51: C12N 71: GENENTECH, INC. 72: VIJAYASANKARAN, NATARAJAN, MEIER, STEVEN J, VARMA, SHARAT, YANG, YI 33: US 31: 61/799,602 32: 2013-03-15 54: CELL CULTURE COMPOSITIONS WITH ANTIOXIDANTS AND METHODS FOR POLYPEPTIDE PRODUCTION 00: - Cell culture media comprising antioxidants are

provided herein as are methods of using the media

for cell culturing and polypeptide production from

cells. Compositions comprising polypeptides, such

as therapeutic polypeptides, produced by the

methods herein are also provided.

21: 2018/05642. 22: 2017/01/23. 43: 2019/09/04 51: C25B 71: H2 ENGINEERING D.O.O. 72: FRATTI, GIOVANNI, CREMONESE, ROBERTO, BOCCIA, MASSIMILIANO 33: IT 31: 102016000007663 32: 2016-01-26 54: ELECTROLYTIC CELL FOR GENERATING HYDROGEN 00: - The present invention refers to an electrolytic cell for

generating hydrogen through the electrolysis of

water, comprising an anodic compartment (10) and a

cathodic compartment (9) separated by a solid

polymeric electrolyte alkaline membrane (4). The

anodic compartment (10) comprises a positive

electrode or anode (3) at least partially submerged in

a layer of water (19), and the cathodic compartment

(9) comprises a negative electrode or cathode (2).

The cell (1) is comprised between a first closing

plate (7) and a second closing plate (8). A tie-rod

(22), provided in the central portion of the first

closing plate (7), passes through the first closing

plate (7), the cell (1) and the second closing plate

(8). A central collector (21) for conveying the

hydrogen generated in the cathodic compartment (9)

is arranged coaxially to the tie-rod (22) and is in

communication with the cathodic compartment (9)

through an opening (23) formed in the tie-rod (22).

21: 2018/05643. 22: 2017/02/24. 43: 2019/09/03 51: B01F; C07D 71: UNIVERSITÄT INNSBRUCK 72: HUMMEL, MICHAEL, NAIER, BENJAMIN, SCHOTTENBERGER, HERWIG, HUPPERTZ, HUBERT, PARTL, GABRIEL, NOISTERNIG, MICHAEL 33: EP 31: 16157380.3 32: 2016-02-25 54: COMPOSITION COMPRISING A FLUORINE-CONTAINING SURFACTANT 00: - The invention relates to a composition comprising a

fluorine-containing surfactant having a cationic

group, a divalent sulfur-containing group and a

fluorinated group, further comprising an anion that

corresponds to the cationic group of the fluorine-


Page | 171

containing surfactant, the cationic group being an N-

alkylated heterocyclic group.

21: 2018/05644. 22: 2017/02/24. 43: 2019/09/04 51: C09D; C08F 71: UNIVERSITÄT INNSBRUCK, HWK KRONBICHLER GMBH 72: NAIER, BENJAMIN, SCHOTTENBERGER, HERWIG, DAXENBICHLER, ANNA, BECHTOLD, THOMAS, PARTL, GABRIEL, ANDRE, MAXIMILIAN, KRONBICHLER, SIMON, KRONBICHLER, REINHARD 33: EP 31: 16157388.6 32: 2016-02-25 54: CROSSLINKABLE COMPOSITION AND METHOD FOR PRODUCING A COATED ARTICLE 00: - The invention relates to a crosslinkable composition

comprising functionalized monomers comprising a

crosslinkable group, a cationic group and a

fluorinated group, wherein the composition

comprises anions corresponding to the cationic

groups of the functionalized monomers, wherein the

cationic group is an N-substituted cyclic and in

particular heteroaromatic group comprising a 5-

membered ring and/or at least two heteroatoms and

wherein a spacer which is an uncharged and

unfluorinated organyl group and preferably an

alkylene group is arranged between the cationic

group and the fluorinated group.

21: 2018/05645. 22: 2017/01/30. 43: 2019/09/03 51: G01Q; G01N; G11B 71: OUSTER, INC. 72: PACALA, ANGUS, FRICHTL, MARK 33: US 31: 62/289,004 32: 2016-01-29 54: SYSTEMS AND METHODS FOR CALIBRATING AN OPTICAL DISTANCE SENSOR 00: - A calibration system is provided including an

aperture layer, a lens layer, an optical filter, a pixel

layer and a regulator. The aperture layer defines a

calibration aperture. The lens layer includes a

calibration lens substantially axially aligned with the

calibration aperture. The optical filter is adjacent the

lens layer opposite the aperture layer. The pixel

layer is adjacent the optical filter opposite the lens

layer and includes a calibration pixel substantially

axially aligned with the calibration lens. The

calibration pixel detects light power of an illumination

source that outputs a band of wavelengths of light as

a function of a parameter. The regulator modifies the

parameter of the illumination source based on a light

power detected by the calibration pixel.

21: 2018/05676. 22: 2017/02/01. 43: 2019/09/04 51: H04L; H04J; H04W 71: SHARP KABUSHIKI KAISHA 72: HAYASHI, TAKASHI, OUCHI, WATARU, AIBA, TATSUSHI, SUZUKI, SHOICHI 33: JP 31: 2016-019537 32: 2016-02-04 54: TERMINAL DEVICE AND COMMUNICATION METHOD 00: - A communication device (terminal device and/or

base station device) for supporting a plurality of

subcarrier intervals (spacing), wherein a terminal

device and a communication method are provided

by which efficient communication is made possible.

The terminal device transmits or receives a signal,

and sets the subcarrier interval used for transmitting

or receiving the signal, such that when the signal

includes SRB data, the subcarrier interval used for

transmitting or receiving the signal is a first

subcarrier interval, and when the signal includes

DRB data, the subcarrier interval used for

transmitting or receiving the signal is a second

subcarrier interval.


Page | 172

21: 2018/05677. 22: 2016/12/02. 43: 2019/09/03 51: B01D; C02F 71: TSURUMI MANUFACTURING CO., LTD. 72: NAKANO, TSUYOSHI, SENGA, TATSUYA 33: JP 31: 2016-045977 32: 2016-03-09 54: SOLID-LIQUID SEPARATOR AND SOLID-LIQUID SEPARATION SYSTEM 00: - This solid liquid separator (100a) is provided with: a

screw type dehydration unit (2) that includes a screw

(22) and carries out primary dehydration of a

substance to be processed; and a rotor type

dehydration unit (3) that includes a plurality of rotors

(30), is disposed at a stage after the screw type

dehydration unit, and carries out secondary

dehydration of the substance to be processed that

has undergone primary dehydration by the screw

type dehydration unit. The screw is constituted so as

to rotate at a speed of rotation faster than a rotor.

21: 2018/05678. 22: 2016/03/21. 43: 2019/09/04 51: C03C 71: JUSHI GROUP CO., LTD. 72: ZHANG, YUQIANG, CAO, GUORONG, ZHANG, LIN, XING, WENZHONG, GU, GUIJIANG 33: CN 31: 201610146263.2 32: 2016-03-15 54: HIGH PERFORMANCE GLASS FIBRE COMPOSITION, AND GLASS FIBRE AND COMPOSITE MATERIAL THEREOF 00: - A high performance glass fibre composition, and a

glass fibre and a composite material thereof. The

content, given in weight percentage, of each

component of the glass fibre composition is as

follows: 52-67% of SiO2, 12-24% of Al2O3, 0.05-4.5%

of Sm2O3+ Gd2O3, less than 2% of Li2O + Na2O +

K2O, 10-24% of CaO + MgO + SrO, less than 16% of

CaO, less than 13% of MgO, less than 3% of TiO2,

and less than 1.5% of Fe2O3. The glass fibre

composition significantly improves the mechanical

properties and the thermal stability of glass,

significantly reduces the liquidus temperature and

the forming temperature of glass, and under equal

conditions, significantly reduces the crystallisation

rate of glass. The glass fibre composition is

particularly suitable for the tank furnace production

of a high performance glass fibre having excellent

thermal stability.

21: 2018/05679. 22: 2017/02/24. 43: 2019/09/04 51: A61K; C07K; C12N 71: HPVVAX, LLC 72: IOANNIDES, TIM 33: US 31: 62/300,785 32: 2016-02-27 33: US 31: 62/328,487 32: 2016-04-27 33: US 31: 62/444,576 32: 2017-01-10


Page | 173

33: US 31: 62/455,434 32: 2017-02-06 33: US 31: 62/338,183 32: 2016-05-18 54: METHOD AND COMPOSITION FOR TREATING CANCER OR SKIN LESION USING A VACCINE 00: - A method for treating or reducing the incidence of

recurrence of cancer, benign tumors or HPV-

associated lesions, including skin cancer, and

particularly squamous cell carcinoma (SCC) and

basal-cell carcinoma, by administering one or more

doses of HPV recombinant vaccine to a patient.

21: 2018/05680. 22: 2017/02/28. 43: 2019/09/03 51: C12P; A01N; C12N 71: AGRIMETIS, LLC 72: GREEN, BRIAN MICHAEL, GRADLEY, MICHELLE LORRAINE, ALCASABAS, ANNETTE 33: US 31: 62/302,421 32: 2016-03-02 33: US 31: 62/413,240 32: 2016-10-26 33: US 31: 62/336,989 32: 2016-05-16 54: METHODS FOR MAKING L-GLUFOSINATE 00: - Methods for the production of L-glufosinate (also

known as phosphinothricin or (S)-2-amino-4-

(hydroxy(methyl)phosphonoyl)butanoic acid) are

provided. The methods comprise a two-step

process. The first step involves the oxidative

deamination of D-glufosinate to PPO (2-oxo-4-

(hydroxy(methyl)phosphinoyl)butyric acid). The

second step involves the specific amination of PPO

to L-glufosinate, using an amine group from one or

more amine donors. By combining these two

reactions, the proportion of L-glufosinate in a mixture

of L-glufosinate and D-glufosinate can be

substantially increased.

21: 2018/05709. 22: 2018/08/27. 43: 2019/09/03 51: A45B 71: AUBRY, Xavier, JOURDAIN, Cyrille 72: AUBRY, Xavier, JOURDAIN, Cyrille 33: FR 31: 1561412 32: 2015-11-26 54: FOLDABLE HEAD-TYPE PARASOL, AND METHOD FOR FOLDING THE HEAD OF SUCH A PARASOL 00: - The parasol (10) includes: a base (30) comprising a

pole (32), a head (20) secured to one end of said

pole (32) and comprising a canvas (22) capable of

filtering at least part of the rays of the sun, and a

structure (21) intended for supporting said canvas

(22) and deformable between a first so-called "open

configuration," wherein the canvas (22) is

outstretched, and a second so-called "folded

configuration," wherein the canvas (22) is folded.

The support structure (21) comprises a hoop (210),

referred to as a "peripheral hoop", which is closed in

on itself and lies in a plane in the open configuration

of the support structure (21). Said parasol is

characterized in that the canvas (22) is attached

inside the peripheral hoop (210) such that said

canvas (22) is stretched out inside said peripheral

hoop (210), in the open configuration of the support

structure (21).


Page | 174

21: 2018/05712. 22: 2017/01/16. 43: 2019/09/03 51: H01M 71: INSTITUTE OF PROCESS ENGINEERING, CHINESE ACADEMY OF SCIENCES, BEIJING ZHONGKAIHONGDE TECHNOLOGY CO., LTD. 72: YANG, HAITAO, ZHU, QINGSHAN, FAN, CHUANLIN, MU, WENHENG, LIU, JIBIN, WANG, CUNHU, BAN, QIXUN 33: CN 31: 2016100600283 32: 2016-01-28 54: A SYSTEM AND METHOD FOR PRODUCING HIGH-PURITY AND HIGH-ACTIVITY VANADIUM ELECTROLYTE 00: - Disclosed herein are a system and method for

producing a high-purity and high-activity vanadium

electrolyte, comprising converting high-purity

vanadium oxytrichloride into an ammonium salt in a

fluidized bed (2) by gas phase ammoniation, then in

another fluidized bed (3), reducing the ammonium

salt into a low-valence vanadium oxide having an

average vanadium valence of 3.5, adding clean

water and sulfuric acid for dissolution, and further

performing activation by ultrasound to obtain a 3.5-

valence vanadium electrolyte which can be directly

used in a new all-vanadium redox flow battery stack.

The method of producing an ammonium salt

containing vanadium in the fluidized bed (2) by gas

phase ammoniation is of short process and high

efficiency. Precise regulation of the valence state of

the reduction product is implemented by arranging

an internal member in the reduction fluidized bed (3),

and ultrasonication is used to activate the vanadium

ion, thereby greatly improving the activity of the

electrolyte. The present method has the advantages

of short process, high efficiency and good

cleanliness, and stable product quality, etc. and is

applicable to large-scale industrial production, with

good economic and social benefits.

21: 2018/05713. 22: 2017/01/16. 43: 2019/09/03 51: H01M 71: INSTITUTE OF PROCESS ENGINEERING, CHINESE ACADEMY OF SCIENCES, BEIJING ZHONGKAIHONGDE TECHNOLOGY CO., LTD. 72: ZHU, QINGSHAN, YANG, HAITAO, FAN, CHUANLIN, MU, WENHENG, LIU, JIBIN, WANG, CUNHU, BAN, QIXUN 33: CN 31: 201610059580.0 32: 2016-01-28 54: SYSTEM AND METHOD FOR PREPARING HIGH PURITY VANADIUM ELECTROLYTE 00: - Provided are a system and a method for preparing a

high purity vanadium electrolyte. Vanadium

oxytrichloride is used as a raw material, a low-

valence vanadium oxide is prepared by ammonium

salt precipitation and fluidization reduction, and a

sulfuric acid solution and clean water are added to

prepare a high purity vanadium electrolyte at a low

temperature under the conditions of supersonic

wave-assisted dissolution and activation. Through

heat exchange between an ammonium salt and a

reduction tail gas and heat exchange between a

reduction product and fluidized nitrogen, heat is

efficiently used. The ammonia gas in the reduction

tail gas is recovered and used for vanadium

precipitation so that ammonia gas recycling is

realized. An inner member is arranged in a reduction

fluidized bed, so that accurate control of the valence

of a reduction product is realized. Furthermore,

through the use of supersonic wave-assisted

dissolution and activation, the vanadium electrolyte

is prepared at a low temperature and the electrolyte


Page | 175

activity is improved. The system and the method

have advantages such as a short process, high

efficiency and cleanliness, and stable product

quality; and are suitable for large-scale industrial

production.

21: 2018/05714. 22: 2017/01/16. 43: 2019/09/03 51: H01M 71: INSTITUTE OF PROCESS ENGINEERING, CHINESE ACADEMY OF SCIENCES, BEIJING ZHONGKAIHONGDE TECHNOLOGY CO., LTD. 72: FAN, CHUANLIN, ZHU, QINGSHAN, YANG, HAITAO, MU, WENHENG, LIU, JIBIN, WANG, CUNHU, BAN, QIXUN 33: CN 31: 201610060093.6 32: 2016-01-28 54: SYSTEM AND METHOD FOR PRODUCING 3.5-VALENCE HIGH-PURITY VANADIUM ELECTROLYTE 00: - Disclosed herein are a system and method for

producing a 3.5-valence high-purity vanadium

electrolyte, comprising hydrolyzing high-purity

vanadium oxytrichloride into vanadium pentoxide in

a fluidized bed (2) by means of gas phase

hydrolysis, and in a reduction fluidized bed (5),

reducing vanadium pentoxide into a low-valence

vanadium oxide having an average vanadium

valence of 3.5 through precise control, and adding

water and a sulfuric acid solution under microwave

field applied externally for dissolution at a low

temperature, to obtain a 3.5-valence high-purity

vanadium electrolyte which can be directly used in a

new all-vanadium redox flow battery stack. The

preparation of vanadium pentoxide by means of gas-

phase hydrolysis in the fluidized bed (2) is of short

process and high efficiency. By providing an internal

member within the reduction fluidized bed (5), the

precise regulation of the valence state of the

reduction product is achieved, and the special

chemical effect of the microwave field is used to

promote dissolution of the vanadium oxide and

activate the vanadium ions, and the dissolution and

preparation of the electrolyte is performed in a low

temperature range, thereby greatly improving the

activity of the electrolyte. The present method has

the advantages of short process, high efficiency and

good cleanliness, and stable product quality, etc.

and is applicable to large-scale industrial production,

with good economic and social benefits.

21: 2018/05715. 22: 2017/01/16. 43: 2019/09/03 51: H01M 71: INSTITUTE OF PROCESS ENGINEERING, CHINESE ACADEMY OF SCIENCES, BEIJING ZHONGKAIHONGDE TECHNOLOGY CO., LTD. 72: ZHU, QINGSHAN, YANG, HAITAO, FAN, CHUANLIN, MU, WENHENG, LIU, JIBIN, WANG, CUNHU, BAN, QIXUN 33: CN 31: 201610059741.6 32: 2016-01-28 54: SYSTEM AND METHOD FOR PREPARING HIGH-ACTIVITY SPECIFIC-VALENCE-STATE ELECTROLYTE OF ALL-VANADIUM FLOW BATTERY 00: - Provided are a system and a method for preparing a

high-activity specific-valence-state electrolyte of an

all-vanadium flow battery. A vanadium-containing


Page | 176

material is reduced into a low-valence vanadium

oxide with the averaged valence state being any

value in the range of 3.0-4.5 through precise

fluidization control, then water and sulfuric acid are

added for dissolution, and a microwave field is

further adopted for activation, so as to obtain a

specific-valence-state vanadium electrolyte. Heat is

efficiently utilized through heat exchange between

the vanadium-containing material and a reduction

tail gas and heat exchange between a reduction

product and fluidized nitrogen; an inner member and

discharging ports at different heights are arranged in

a fluidized reduction bed to achieve precise control

over the valence state of the reduction product; and

vanadium ions are activated by using the special

chemical effect of the microwave field, such that the

electrolyte activity is greatly improved. The method

has advantages such as a short process, high

efficiency and cleanliness, and stable product

quality; is suitable for large-scale industrial

production; and has good economic benefits and

social benefits.

21: 2018/05716. 22: 2017/01/16. 43: 2019/09/03 51: H01M 71: INSTITUTE OF PROCESS ENGINEERING, CHINESE ACADEMY OF SCIENCES, BEIJING ZHONGKAIHONGDE TECHNOLOGY CO., LTD.

72: YANG, HAITAO, ZHU, QINGSHAN, FAN, CHUANLIN, MU, WENHENG, LIU, JIBIN, WANG, CUNHU, BAN, QIXUN 33: CN 31: 201610060029.8 32: 2016-01-28 54: SYSTEM AND METHOD FOR PREPARING VANADIUM BATTERY HIGH-PURITY ELECTROLYTE 00: - A system and method for preparing a vanadium

battery high-purity electrolyte, using vanadium

oxytrichloride as a raw material; preparing low-

valence vanadium oxide having an average

vanadium valence of 3.5 by means of liquid phase

hydrolysis and fluidised reduction, adding clean

water and sulphuric acid dissolution, and further

using ultraviolet activation to obtain an electrolyte

that can be directly used for a new all-vanadium

redox flow battery stack; the sensible heat and latent

heat of the high-temperature exhaust gas are

recovered by means of reduction fluidised bed high

temperature exhaust combustion of pre-heated

powder vanadium material and the sensible heat of

the reduction product is recovered by means of heat

transfer of the reduction product and fluidised

nitrogen; implementing accurate regulation and

control of the state of the reduction product by

arranging internal components in a reduction

fluidised bed (3) and using ultraviolet to activate the

vanadium ions improves electrolyte activity; the

present system and method have the advantages of

a short procedure, efficiency and cleanliness, and

stable product quality, and can be used in large-

scale industrial production.


Page | 177

21: 2018/05717. 22: 2017/01/31. 43: 2019/09/30 51: H04W 71: TELEFONAKTIEBOLAGET LM ERICSSON (PUBL) 72: HÖGLUND, ANDREAS 33: US 31: 62/291,971 32: 2016-02-05 54: RANDOM ACCESS COVERAGE ENHANCEMENT LEVEL RAMP UP PROCEDURE 00: - In one embodiment, a method in a user equipment

(UE) for random access (RA) coverage

enhancement (CE) is disclosed. The method

includes transmitting a random access preamble to a

UE, wherein a power of the random access

preamble is determined, in part, by a current CE

level. The method further includes incrementing a

value of a counter by one, wherein the value of the

counter indicates a number of random access

preambles previously transmitted by the UE. The

method may then compare the value of the counter

after incrementing its value, to a transmission limit,

wherein the transmission limit indicates a maximum

number of random access preamble transmission

attempts for the current CE level. In response to the

counter being equal to the transmission limit plus

one, the method includes resetting the value of the

counter.

21: 2018/05721. 22: 2018/08/27. 43: 2019/09/03 51: A61K; C07K 71: NOVARTIS AG 72: CHEN, Zijun, DENG, Sujun, HE, Yun, HUANG, Dagang, KUGLER, Markus, LI, Qian, LU, Chris, Xiangyang, LUO, Xiao, SHAN, Yongqiang, TISSOT-DAGUETTE, Kathrin, Ulrike, WU, Jing 33: CN 31: PCT/CN2015/080887 32: 2015-06-05 54: ANTIBODIES TARGETING BONE MORPHOGENETIC PROTEIN 9 (BMP9) AND METHODS THEREFOR 00: - The present invention relates to isolated antibodies

and antigen-binding fragments thereof which bind

human BMP9 and compositions and methods of use

thereof.

21: 2018/05736. 22: 2016/02/10. 43: 2019/09/03 51: A61K; A61P 71: DEUTSCHES KREBSFORSCHUNGSZENTRUM, RUPRECHT-KARLS-UNIVERSITÄT 72: GELETNEKY, KARSTEN, ROMMELAERE, JEAN, WICK, WOLFGANG, WICK, ANTJE, DAHM, MICHAEL 33: EP 31: 15154629.8 32: 2015-02-11 54: CANCER THERAPY WITH A PARVOVIRUS COMBINED WITH BEVACIZUMAB 00: - Described is a pharmaceutical composition

comprising (a) a parvovirus and (b) bevacizumab


Page | 178

and the use of said composition for treatment of

cancer, e.g., a solid tumor.

21: 2018/05742. 22: 2018/08/28. 43: 2019/09/03 51: C07D C07C 71: BASF SE 72: KLAUBER, Eric, George, RACK, Michael, SÖRGEL, Sebastian, GOCKEL, Birgit, GÖTZ, Roland 33: EP 31: 16153833.5 32: 2016-02-02 54: CATALYTIC HYDROGENATION PROCESS FOR PREPARING PYRAZOLES 00: - The present invention relates to a catalytic process

for preparing pyrazoles comprising the step of

cyclizing hydrazone substituted a,ß-unsaturated

carbonyl compounds by reacting them with hydrogen

in a reaction mixture comprising as components (a)

a hydrogenation catalyst, (b) an acid selected from

Brønsted acids, ammonium salts of Brønsted acids,

and Lewis acids, (c) a protic solvent, and optionally

(d) an aprotic solvent.

21: 2018/05751. 22: 2017/05/11. 43: 2019/09/04 51: B05B 71: SUMITOMO CHEMICAL COMPANY, LIMITED 72: DAU, VAN THANH, OKUIE, TAKAHIRO 33: JP 31: 2016-106347 32: 2016-05-27 54: SPRAY DEVICE 00: - A spray device 2 according to one embodiment

includes a liquid reservoir 60 that stores the liquid L

to be sprayed, a liquid supply unit 58 that supplys

the liquid to the liquid reservoir, and a spray unit 62

which is in communication with the liquid reservoir

and is configured to spray the liquid in the liquid

reservoir, wherein a liquid supply port 582a of the

liquid supply unit is arranged in the liquid reservoir in

a state where the liquid supply port faces a bottom

portion 68 of the liquid reservoir in the liquid

reservoir, and is apart from the bottom portion, and

the liquid reservoir is opened to atmosphere,

possibly by an breather element (84) with a

labyritnth air path. A variant - non represented- may

include a branch path branching off from a portion of

the liquid supply path on the spray unit side, and

connected to the liquid reservoir.

21: 2018/05752. 22: 2017/03/10. 43: 2019/09/03 51: A01N; A01P 71: SUMITOMO CHEMICAL COMPANY, LIMITED 72: KIGUCHI, SO 33: JP 31: 2016-048173 32: 2016-03-11 54: SYNERGISTIC FUNGICIDAL COMPOSITION FOR CONTROLLING PLANT DISEASES 00: - The present invention provides a composition for

controlling a plant disease comprising a compound

represented by formula (1), and a compound

represented by formula (2), and a method for

controlling a plant disease, comprising a step of

applying each effective amount of the compound

represented by the above formula (1) and the

compound represented by the above formula (2) to a

plant or soil for cultivating the plant, the composition

and method having excellent control efficacies

against plant diseases.


Page | 179

21: 2018/05757. 22: 2017/02/09. 43: 2019/09/03 51: E02F; B21K 71: CATERPILLAR GLOBAL MINING LLC 72: GOSLAWSKI, ERIK A 33: US 31: 15/046,579 32: 2016-02-18 54: ECCENTRIC ASSEMBLY FOR WALKING MECHANISM 00: - An eccentric assembly for a walking mechanism is

provided. The eccentric assembly includes a barrel

member and a shaft member. The barrel member

includes a circumferential portion extending in a

longitudinal direction and a web portion extending

inwardly from the circumferential portion. Further, the

web portion includes a cut-out region and an inner

periphery outlining the cut-out region. The shaft

member includes a tubular portion extending in the

longitudinal direction and a flange portion extending

outwardly from the tubular portion. The flange

portion includes an outer periphery. Further, the

shaft member is coupled to the barrel member such

that the outer periphery of the flange portion

substantially conforms to the inner periphery of the

web portion. Further, the flange portion is configured

to adjust an eccentricity of the shaft member with

respect to the barrel member.

21: 2018/05785. 22: 2018/08/29. 43: 2019/10/22 51: A23K 71: SPECIALITES PET FOOD 72: GUILLER, Isabelle, BRAMOULLE, Loïc, DE RATULD, Aurélie, CREMONT, Mattieu 33: EP 31: 16305240.0 32: 2016-03-02 54: PALATABLE CAT KIBBLES CONTAINING SPECIFIC FAT FRACTIONS 00: - The present invention concerns a cat kibble

comprising at least : a)an animal material A

comprising an endogenous fat fraction Fa, b)an

exogenous animal fat Fb, c)a vegetable material C

comprising an endogenous fat fraction Fc, wherein

said cat kibble comprises at least 2.0% of

exogenous fat Fb by weight of cat kibble, wherein

the ratio R1 of Fa/Fb ranges from 0.7 to 2.5, and

wherein the ratio R2 of (Fa + Fb)/Fc ranges from 6.0

to 13.0. The present invention also concerns a

method for preparing a cat kibble.

21: 2018/05805. 22: 2017/04/25. 43: 2019/09/03 51: C09K; A61K; C08F; E21B 71: INDEPENDENCE OILFIELD CHEMICALS LLC 72: DAWSON, JEFFREY, ASHMORE, AIDEN 33: US 31: 62/327,587 32: 2016-04-26 54: FORMULATIONS AND METHODS 00: - Formulations for fracturing fluids are prepared by

mixing a granulated water-soluble friction reducing

polymer with an invert polymer emulsion friction


Page | 180

reducing formulation optionally in the presence of an

organophilic clay, without the need for specialized

field equipment. The mixture can be dosed into

water to produce a fracturing fluid which is found to

be technically highly advantageous and cost-

effective.

21: 2018/05806. 22: 2017/03/10. 43: 2019/09/04 51: C11B; C11D 71: UNILEVER PLC 72: JONES, CRAIG WARREN, PARKER, ANDREW PHILIP 33: EP 31: 16163620.4 32: 2016-04-04 54: FRAGRANCED COMPOSITIONS AND THEIR USE 00: - A composition for treating a surface, the composition

having a pH in the range 5 to 8 and comprising a

pro-fragrance compound having an unsaturated

bond and an iodine value greater than 100, that

releases an aroma compound on ozonolysis of said

unsaturated bond, wherein the remainder of the

composition does not contain more than 1wt%

compounds having an iodine value greater than 10

and further contains an aroma compound having an

iodine value of less than 10. Also, use of the

composition for treating a surface whereby after

application of the composition to the surface the pro-

fragrance compound having an unsaturated bond

and an iodine value greater than 100, that releases

an aroma compound on ozonolysis of said

unsaturated bond, reacts with ozone in the

atmosphere to produce fragrance changing levels of

an aroma compound selected from: anisaldehyde,

benzaldehyde, benzophenone, 2-bornaone,

camphor, cyclocitral, fenchone, isovanillin,

menthone, β-nopinone, piperitone, pulegone,

safranal, thujone, vanillin, and verbenone.

21: 2018/05807. 22: 2017/03/23. 43: 2019/09/04 51: H04W 71: TELEFONAKTIEBOLAGET LM ERICSSON (PUBL) 72: SUGIRTHARAJ, DAVID, ALRIKSSON, PETER, PHAN, MAI-ANH, WITTENMARK, EMMA 33: US 31: 62/312,805 32: 2016-03-24 54: NETWORK NODE, METHOD AND COMPUTER PROGRAM PRODUCT FOR SCHEDULING OF PAGING MESSAGES WITH RESPECT TO DISCOVERY SIGNAL TRANSMISSIONS

00: - A network node for wireless access is operating in a

cellular network for an unlicensed frequency band

and arranged for serving wireless devices in the

unlicensed frequency band. The serving of the

wireless devices in the unlicensed band relies on

making a clear channel assessment in the

unlicensed band for ascertaining that the unlicensed

band is currently not occupied by other

transmissions and when not occupied commencing

transmission. Upon commencing the transmission,

the network node is arranged to attempt scheduling

a paging message together with a message

providing a discovery signal and determine whether

the transmission of the discovery signal and the

paging message use the same subframe scrambling

code, and if they do, transmit the paging message

and the discovery signal in the same subframe. A

method and computer program for the network node

are also disclosed.

21: 2018/05808. 22: 2017/03/30. 43: 2019/09/03 51: H04W 71: TELEFONAKTIEBOLAGET LM ERICSSON (PUBL) 72: BLASCO SERRANO, RICARDO, SORRENTINO, STEFANO, DO, HIEU 33: US 31: 62/316,876 32: 2016-04-01 54: METHOD FOR SCHEDULING VEHICLE-TO-VEHICLE COMMUNICATIONS 00: -


Page | 181

A system (40), communication device (31), and

method for scheduling transmissions from the

communication device. The device predicts (11, 22)

an arrival time of a next packet for transmission

when a current packet arrives in a transmission

buffer. The device plans (12, 23) a future

transmission time of the next packet based on the

predicted arrival time of the next packet, and books

(13, 24) transmission resources for the planned

future transmission time. If the next packet has

arrived before the planned future transmission time,

the device transmits (26) the next packet. If the next

packet has not arrived before the planned future

transmission time, the device re-plans (30) the future

transmission time of the next packet. The device

may unbook (28) the transmission resources for the

planned future transmission time, book (24)

transmission resources for the re-planned future

transmission time, and notify (29) other

communication devices that the unbooked

transmission resources are available for use by the

other communication devices.

21: 2018/05812. 22: 2017/03/30. 43: 2019/09/19 51: H04L 71: TELEFONAKTIEBOLAGET LM ERICSSON (PUBL)

72: MURUGANATHAN, SIVA, HARRISON, ROBERT MARK, FRENNE, MATTIAS, GAO, SHIWEI 33: US 31: 62/317,063 32: 2016-04-01 54: REDUCED DENSITY CHANNEL STATE INFORMATION REFERENCE SIGNAL 00: - According to some embodiments, a method for use

in a network node of transmitting channel state

information reference signals (CSI-RS) comprises

transmitting a number M of CSI-RS ports to one or

more wireless devices. A fraction of the M ports are

transmitted over a first physical resource block

(PRB) and a remaining fraction of the M ports are

transmitted over a second PRB. Some embodiments

further comprise mapping the number M of CSI-RS

ports to resource elements of a radio subframe. A

fraction of the M ports are mapped to a first PRB of

the subframe and a remaining fraction of the M ports

are mapped to a second PRB of the subframe.

21: 2018/05846. 22: 2017/02/24. 43: 2019/09/03 51: G01S 71: SAFRAN ELECTRONICS & DEFENSE 72: MARTINEZ, ALAIN 33: FR 31: 16 00330 32: 2016-02-29 54: DEVICE FOR DETECTING A LASER SPOT 00: - Laser-spot-detecting device (0) comprising a

plurality of elementary optoelectronic detectors (1)

that are each connected to an elementary pulse-

detecting circuit (3), each elementary pulse-

detecting circuit comprising a comparator and a

memory module (26) that is connected to one output

of the comparator, the memory modules being


Page | 182

connected to a multiplexing circuit (35) having an

output forming a digital spatial output of the laser

spot detecting device. The laser spot detecting

device furthermore includes a global OR circuit (21)

having inputs connected to the outputs of the

comparators and having an output forming a real-

time digital temporal output of the laser-spot-

detecting device. Method for detecting a laser spot

implemented by such a detecting device.

21: 2018/05847. 22: 2017/05/16. 43: 2019/09/19 51: A47F 71: AEROFOIL ENERGY LIMITED 72: MCANDREW, PAUL 33: GB 31: 1608586.2 32: 2016-05-16 54: IMPROVEMENTS TO OPEN DISPLAY REFRIGERATORS 00: - An open display refrigerator (1) comprises a

refrigerated interior space (2, 7), air in the

refrigerated interior space (2, 7) being separated

from air exterior to the open display refrigerator (1)

by an air curtain established by a fan which blows air

through an air outlet (4, 7) towards a corresponding

air inlet (5) which recovers air from the air curtain for

recirculation to the air outlet (4, 7). A distal region of

the air outlet (4, 7) is occluded to leave only a region

of the air outlet (4, 7) proximal to the interior space

(2, 7) open, and an air curtain guide is aligned in a

direction of air flow of the air curtain with an edge

(11) of the blanking plate (15, 8) proximal to the

interior space (2, 7). Alternatively, a proximal region

of the air outlet (4, 7) is occluded to leave only a

region of the air outlet (4, 7) distal from the interior

space (2, 7) open, an air curtain guide aligned in a

direction of airflow of the air curtain with an edge

(11) of the air outlet (4, 7) distal from the interior

space (2, 7). In this alternative, a shelf (14, 9) in the

refrigerator (1) is disposed such that a gap between

an edge (11) of the shelf (14, 9) adjacent the air

curtain guide and the air curtain guide is lower than

a predetermined threshold.

21: 2018/05848. 22: 2016/06/13. 43: 2019/09/03 51: H04B 71: WESTINGHOUSE AIR BRAKE TECHNOLOGIES CORPORATION 72: WOLF, CHARLES L 33: US 31: 15/073,929 32: 2016-03-18 54: DISTRIBUTED POWER REMOTE COMMUNICATION STATUS SYSTEM AND METHOD 00: - A computer-implemented method for determining at

a lead locomotive in a train consist a

communications status of at least one remote

locomotive of a plurality of remote locomotives of the

train consist, and a system for determining, at a lead

locomotive in a train consist, a communications

status of at least one remote locomotive of the train

consist.


Page | 183

21: 2018/05851. 22: 2017/03/01. 43: 2019/09/04 51: F25D 71: COOLFINITY IP B.V. 72: TEN HOUTEN, MAARTEN ROLAND, BEKS, PETRUS MARTINUS LEONARDUS FRANCISCUS, SLUIJTER, ROBERT HUGO, WILKINSON, SIMON JAMES HEMMINGWAY 33: EP 31: 16158188.9 32: 2016-03-02 54: REFRIGERATOR AND COOLING PROCESS 00: - Cooling process and refrigerator (1) comprising: - a

cooling chamber (7) - a cold storage chamber (11) in

fluid communication with a top section and with a

bottom section of the cooling chamber (7); - a cold

storage (13) in the cold storage chamber (11) - a fan

(19) for circulating air through the cooling chamber

(7) and the cold storage chamber (11); - a vapour

compression system connectable to the mains

comprising an evaporator (21) in the cold storage

chamber (11); - a battery operatively connected to

the fan (19); - a control unit configured to activate

the battery to feed the fan (19) in the event of a

power failure of the mains.

21: 2018/05860. 22: 2018/08/31. 43: 2019/09/04 51: A61K; A61P; C07D 71: Janssen Pharmaceutica NV 72: VENKATESAN, Hariharan, TANIS, Virginia, KINZEL, Olaf, GEGE, Christian, STEENECK, Christoph, KLEYMANN, Gerald, HOFFMANN, Thomas, GOLDBERG, Steven, FOURIE, Anne M., XUE, Xiaohua 33: US 31: 62/072,563 32: 2014-10-30 54: TRIFLUOROMETHYL ALCOHOLS AS MODULATORS OF RORyt 00: -


Page | 184

21: 2018/05861. 22: 2018/08/31. 43: 2019/09/04 51: A61K; A61P; C07D 71: Janssen Pharmaceutica NV 72: VENKATESAN, Hariharan, TANIS, Virginia, KINZEL, Olaf, GEGE, Christian, STEENECK, Christoph, KLEYMANN, Gerald, HOFFMANN, Thomas, GOLDBERG, Steven, FOURIE, Anne M., XUE, Xiaohua 33: US 31: 62/072,563 32: 2014-10-30 54: TRIFLUOROMETHYL ALCOHOLS AS MODULATORS OF RORyt 00: -

21: 2018/05865. 22: 2018/08/31. 43: 2019/09/03 51: E21F 71: SPIROTECH MINING SERVICES (PTY) LTD.

72: HEINEMANN, LIONEL CLIFFORD, O'HAUGHEY, DEANE CONOR 33: ZA 31: 2017/03747 32: 2017-05-31 54: A CONSTRUCTION ELEMENT 00: - This invention concerns a construction element for

constructing a ventilation barrier in a mine. The

construction element includes an enclosure, a

number of void fillers occupying internal space within

the enclosure and a one way valve. The one way

valve allows a filling medium in a first direction in

which it is introduced into the enclosure and

prevents the flow of filling medium in a second

direction, out of the enclosure through the valve

opening. The invention also relates to a ventilation

barrier as well as a method of constructing a

ventilation barrier in a mine using a construction

element.

21: 2018/05867. 22: 2015/10/02. 43: 2019/09/03 51: C01B 71: ASPEN AEROGELS, INC 72: EVANS, OWEN, DEKRAFFT, KATHRYN, ZAFIROPOULOS, NICHOLAS, DONG, WENTING, MIHALCIK, DAVID, GOULD, GEORGE, MELNIKOVA, IRENE 33: US 31: 62/118,864 32: 2015-02-20 33: US 31: 62/232,945 32: 2015-09-25 33: US 31: 62/059,555 32: 2014-10-03 54: IMPROVED HYDROPHOBIC AEROGEL MATERIALS 00: - The present disclosure provides an aerogel

composition which is durable and easy to handle,

which has favorable performance in aqueous

environments, and which also has favorable

combustion and self-heating properties. Also


Page | 185

provided is a method of preparing an aerogel

composition which is durable and easy to handle,

which has favorable performance in aqueous

environments, and which has favorable combustion

and self-heating properties. Further provided is a

method of improving the hydrophobicity, the liquid

water uptake, the heat of combustion, or the onset of

thermal decomposition temperature of an aerogel

composition.

21: 2018/05869. 22: 2016/03/10. 43: 2019/09/04 51: G10L 71: DOLBY INTERNATIONAL AB 72: VILLEMOES, LARS, PURNHAGEN, HEIKO, EKSTRAND, PER 33: US 31: 62/133,800 32: 2015-03-16 33: EP 31: 15159067.6 32: 2015-03-13 54: DECODING AUDIO BITSTREAMS WITH ENHANCED SPECTRAL BAND REPLICATION METADATA IN AT LEAST ONE FILL ELEMENT 00: - Embodiments relate to an audio processing unit that

includes a buffer, bitstream payload deformatter, and

a decoding subsystem. The buffer stores at least

one block of an encoded audio bitstream. The block

includes a fill element that begins with an identifier

followed by fill data. The fill data includes at least

one flag identifying whether enhanced spectral band

replication (eSBR) processing is to be performed on

audio content of the block. A corresponding method

for decoding an encoded audio bitstream is also

provided.

21: 2018/05885. 22: 2016/11/18. 43: 2019/09/04 51: B65D 71: SHANGHAI HONGYAN RETURNABLE TRANSIT PACKAGINGS CO., LTD. 72: SU, YONGPING 33: CN 31: 201510816141.5 32: 2015-11-20 54: FRAME AND PALLET COAMING BOX 00: - A frame and a pallet coaming box, the frame (100)

comprising: two long side plates (10) and two groups

of short side plates (20) opposite thereto, each

group of short side plates (20) comprising two short

side plates (21, 22), wherein the two short plates

(21, 22) are capable of being folded over each other,

and the long side plates (10) and the short side

plates (21, 22) that are next to each other are

capable of being folded over one another; one of the

two short side plates (21, 22) being provided with at

least one first engaging portion (211), and the other

short side plate being provided with a second

engaging portion (221) matching the first engaging

portion; a locking device (30) being further arranged

between the two short side plates (21, 22), the

locking device (30) comprising an operating member

(31), a locking member (32), and a locking structure

(33) matching the locking member (32); the locking

member (32) being mounted on a short side plate

(21, 22), the locking structure (33) being arranged on

the other short side plate (21, 22), and the operating

member (31) operatively driving the locking member

(32) to mutually lock or separately unlock with the

locking structure (33) so as to lock or unlock the two

short side plates (21, 22). The frame minimizes

outward deformation of side plates caused by

engagement, and improves stability of containers

during loading, transporting or stacking.

21: 2018/05886. 22: 2018/08/31. 43: 2019/09/04 51: B65D; C08L 71: KUHL, Norbert, WASSMER, Martin 72: KUHL, Norbert, WASSMER, Martin


Page | 186

33: DE 31: 10 2016 201 498.6 32: 2016-02-01 54: OXYGEN-TIGHT FOOD CONTAINER 00: - The invention relates to a food packaging unit (20)

comprising a food container (1) for receiving a liquid,

pasty or free-flowing food. The injection-moulded,

single-component, cup-shaped base body (2) of the

food container surrounds, with a wall (5), a bottom

(6) and an outwardly projecting collar (7), an opening

(4) which is closed by a food-container-covering film

(10) applied to the collar (7). The food container (1)

is injection-moulded in a single layer from a polymer

blend comprising two components, a first component

of which being PVOH or a PVOH copolymer. The

food-container-covering film (10), which can be

applied to the plastic food container (1) in order to

close the opening (4) by sealing, welding or

adhesion, comprises a cellulose-containing layer

which is coated wtih PVOH, or a PVOH polymer

blend layer.

21: 2018/05947. 22: 2017/02/07. 43: 2019/09/23 51: E21B 71: PROTON TECHNOLOGIES INC. 72: GATES, IAN D, WANG, JINGYI 33: US 31: 62/292,556 32: 2016-02-08 54: IN-SITU PROCESS TO PRODUCE HYDROGEN FROM UNDERGROUND HYDROCARBON RESERVOIRS 00: - A hydrocarbon reservoir is treated with heat to

induce gasification, water-gas shift, and/or

aquathermolysis reactions to generate gases

including hydrogen. The hydrogen alone is produced

to the surface by using hydrogen-only membranes in

the production wells.

21: 2018/05953. 22: 2017/03/16. 43: 2019/09/06 51: A61K; C07K 71: PROLYNX LLC 72: SCHNEIDER, ERIC L, HEARN, BRIAN, HENISE, JEFFREY C, ASHLEY, GARY W, SANTI, DANIEL V 33: US 31: 62/416,058 32: 2016-11-01 33: US 31: 62/309,330 32: 2016-03-16 54: EXTENDED RELEASE CONJUGATES OF EXENATIDE ANALOGS 00: - Extended-release conjugates of stabilized GLP-1

agonists balance agonist stability with release rates

to provide long lasting administration to treat

diabetes and related conditions on once-a-month or

less frequent dosing schedules.

21: 2018/05962. 22: 2018/09/05. 43: 2019/10/10 51: C12N 71: UNIVERSITY OF WASHINGTON


Page | 187

72: LEDBETTER, JEFFREY A, HAYDEN-LEDBETTER, MARTHA, ELKON, KEITH, SUN, XIZHANG 33: US 31: 61/257,458 32: 2009-11-02 33: US 31: 61/370,752 32: 2010-08-04 54: THERAPEUTIC NUCLEASE COMPOSITIONS AND METHODS 00: - Hybrid nuclease molecules and methods for treating

an immune-related disease or disorder in a mammal,

and a pharmaceutical composition for treating an

immune-related disease in a mammal.

21: 2018/06023. 22: 2018/09/07. 43: 2019/10/24 51: B01D; B22D; C01F; C04B; C21C; F27D 71: KERNEOS S.A. 72: ANEZIRIS, Christos, VERES, Daniel, GEHRE, Patrick, PARR, Christopher David 33: EP 31: 16305289.7 32: 2016-03-16 54: REACTIVE MATERIAL BASED ON CALCIUM ALUMINATE AND CARBON, ITS PROCESS OF PREPARATION AND ITS USES FOR REFINING METAL MELTS OR SLAGS 00: - The present invention concerns the field of refining

metal melts or slags and provides in particular a

reactive material based on calcium aluminate and

carbon, its process of preparation and various

methods for refining metal melts using the same.

21: 2018/06057. 22: 2017/03/15. 43: 2019/09/18

51: C22C; B22F 71: HÖGANÄS AB (PUBL) 72: LARSSON, CAROLINE, ENGSTRÖM, ULF, SZABO, CHRISTOPHE 33: EP 31: 16161814.5 32: 2016-03-23 54: IRON BASED POWDER 00: - Disclosed is a new diffusion-bonded powder

consisting of an iron powder having 1-5%, preferably

1.5-4% and most preferably 1.5-3.5% by weight of

copper particles diffusion bonded to the surfaces of

the iron powder particles. The new diffusion bonded

powder is suitable for producing components having

high sintered density and minimum variation in

copper content.

21: 2018/06270. 22: 2017/12/25. 43: 2019/09/26 51: H01L; C23C 71: BEIJING APOLLO DING RONG SOLAR TECHNOLOGY CO., LTD. 72: LIN, JIAN, QI, WEIBIN, ZHU, KAI 33: CN 31: 201711376921.8 32: 2017-12-19 54: SOLAR CELL CO-EVAPORATION PRODUCTION LINE 00: - The present disclosure discloses a solar cell co-

evaporation production line, which includes a base

support transfer line, a substrate transfer line, and a

master control room. The base support transfer line

is provided with a base support upper line port and a

base support lower line port. The substrate transfer

line is connected to a co-evaporation device and is

provided with a feed port and a discharge port. Both

the feed port and the discharge port are connected

to the base support transfer line. The master control

room is used for controlling the base support transfer

line and the substrate transfer line to act. The solar


Page | 188

cell co-evaporation production line provided by the

present disclosure implements automatic transferring

and processing of a copper-indium-gallium-selenium

(CIGS) thin-film cell in a co-evaporation process by

arranging the base support transfer line and the

substrate transfer line, also implements an automatic

circulation of the base support, saves manpower,

increases production efficiency, and saves

production costs.

21: 2018/06332. 22: 2017/04/20. 43: 2019/09/25 51: B01D 71: PURE DRAGON ENVIRONMENTAL LTD. 72: WEAGLE, GLENN ERIC, DANROTH, ALLAN ROBERT, DUHAIME, KEITH MAURICE 33: US 31: 62/326,452 32: 2016-04-22 54: DEVICE AND METHOD FOR REMOVAL OF POLLUTANTS FROM GAS STREAMS 00: - A filtering device is provided for filtering pollutants

from a gas stream. The device includes a cartridge

comprising an inner perforated passage, an outer

perforated jacket, one or more non-perforated ends

and a sorbent bed contained between the inner

passage and the outer jacket; and a outer shell

containing the cartridge and having a first port in

fluid communication with the inner perforated

passage and a second port in fluid communication

with the outer perforated jacket. A flowpath of the

gas stream into any one of the first port or the

second port, through the sorbent bed and out of the

other of the first port or the second port is a

bidirectional flowpath. A method is further provided

for filtering pollutants from a gas stream. The

method includes the steps of allowing the gas

stream to flow into a filtering device in a first

direction, the device comprising a cartridge having a

sorbent bed contained therein; directing the gas

stream to bend in a second direction differing from

the first direction as it enters the sorbent bed; and

allowing the gas stream to pass through the sorbent

bed and to exit the device.

21: 2018/06368. 22: 2018/09/19. 43: 2019/10/10 51: B64C; B64D 71: AERALIS LTD 72: CRAWFORD, Tristan A. D. 33: GB 31: 1602059.6 32: 2016-02-04 54: MODULAR AIRCRAFT 00: - A modular jet trainer aircraft (1) which can be

reconfigured to provide a plurality of different

handling aircraft, including a base structure on which

elements can be changed in order to alter the

handling capabilities, manoeuvrability and power of

the aircraft. The aircraft may have a first basic

configuration (1) which enables a pilot to learn

relatively basic handling skills. The propulsions

system and/or wing structures can then be changed

to provide an aircraft (11) with more sophisticated


Page | 189

handling and greater power capabilities. The engine

(17) is located fully outside the fuselage structure

(14) whilst still being positioned on the centre-line of

the fuselage (14) and with the engine's line of thrust

directed through the centre of the fuselage and close

to the aircraft's centre of gravity, which allows the

fuselage, as primary or airworthy-critical structure, to

be completed independently from the installation of

the engine.

21: 2018/06414. 22: 2017/03/30. 43: 2019/09/30 51: A61K 71: THERAPEUTICSMD, INC. 72: INSKEEP, PHILIP B, PERSICANER, PETER H R, SHADIACK, ANNETTE, THORSTEINSSON, THORSTEINN, SANCILIO, FREDERICK D, LEGASSIE, JASON D 33: US 31: 62/317,060 32: 2016-04-01 54: STEROID HORMONE PHARMACEUTICAL COMPOSITION 00: - This disclosure provides a novel pharmaceutical

composition for delivering steroid hormones to a

patient in need thereof.

21: 2018/06491. 22: 2017/03/28. 43: 2019/09/30 51: H04W 71: TELEFONAKTIEBOLAGET LM ERICSSON (PUBL) 72: KAZMI, MUHAMMAD, SIOMINA, IANA 33: US 31: 62/316,698 32: 2016-04-01 54: METHODS FOR CONTROLLING RELATIVE MEASUREMENTS IN THE PRESENCE OF LBT 00: - In one aspect, a wireless device (50) is configured to

perform relative measurements involving radio

measurements of transmissions from first and

second cells. The wireless device determines that

LBT operations performed by a network node (30)

for one or both of the first and second cells may

affect a measurement component of a relative

measurement. The wireless device (50) performs the

relative measurement based on the determination.

The network node may also determine whether

downlink LBT operations performed on the cells

impact at least one measurement component of the

relative measurement performed by the wireless

device. The network node (30) determines

configuration parameters related to the relative

measurement, based on said determining, and

signals the configuration parameters to the wireless

device.


Page | 190

21: 2018/06931. 22: 2018/10/17. 43: 2019/09/11 51: C01B; C08J; C08K; C09C 71: BYK-Chemie GmbH, BYK USA Inc. 72: DZIWOK, Klaus, COUTELLE, Helmut, BRIELL, Robert, NASH, Tyler 33: EP(DE) 31: 16175824.8 32: 2016-06-22 54: A PROCESS OF MANUFACTURING THICKENERS AND THE USE OF THUS PRODUCED THICKENERS IN HIGH-VISCOSITY EPOXY RESIN FORMULATIONS 00: -

21: 2018/07394. 22: 2018/11/05. 43: 2019/09/11 51: F16N 71: MACNAUGHT PTY LTD 72: UCCELLANI, Marco, SINGH, Prabhjot 33: AU 31: 2017902478 32: 2017-06-27 54: GREASE COUPLER 00: - A grease coupler, comprising: an outer sleeve; an

inner sleeve; a connection body; a collar; a collar

spring; jaws to lock and unlock with a grease nipple;

a nozzle; a nozzle spring; a collar ball groove; and

an inner ball groove; sleeve locking balls; a nozzle

ball groove; and nozzle locking balls.

21: 2018/07805. 22: 2018/11/20. 43: 2019/06/11 51: G06N 71: UNIVERSITY OF JOHANNESBURG 72: ROODT, Yuko 33: ZA 31: 2017/05945 32: 2017-09-01 54: METHOD OF ESTIMATING COMPRESSION QUALITY 00: -


Page | 191

This invention relates to a method of estimating the

compression quality of images compressed with

JPEG compression. The compression quality of a

JPEG compressed image is difficult to find as it is

not stored in the metadata of the file format. Some

applications and cameras store the compression

quality as comments in the metadata, but this is

inconsistent between different manufacturers and

software providers. The invention provides a

computer implemented method of estimating the

compression quality of an image comprising

detecting boundaries of compression blocks in the

image, sampling regions around intersections of the

boundaries of the neighbouring blocks, normalising

the samples, providing a trained regressive

estimator which uses the normalised samples as

inputs and outputs an estimate of compression

quality for the sample, determining local estimates

for the compression quality for the samples, and

estimating the compression quality of the image by

statistically analysing the local estimates.

21: 2018/08072. 22: 2018/11/27. 43: 2019/10/04 51: F03D 71: SPINETIC ENERGY LIMITED 72: RODWAY,Giles , JOACHIM,Kurt 33: GB 31: 1521927.2 32: 2015-12-12 54: WIND TURBINE APPARATUSES 00: - A wind turbine apparatus comprising: a blade portion

6; a generator 8 comprising a stator 12 having a

plurality of coils 20 and a rotor 10 having a plurality

of magnets 22, the rotor 10 being connected to the

blade portion 6 such that rotation of the blade portion

6 and rotor 10 generates a current within the coils

20; wherein the blade portion 6 is connected to the

rotor 10 by a yoke 24 which extends around the

generator 8 and is connected to the base of the rotor

10 such that the magnets 22 of the rotor 10 and the

coils 20 of the stator 12 are disposed between the

blade portion 6 and the connection between the

yoke 24 and the rotor 10.

21: 2018/08234. 22: 2018/12/06. 43: 2019/09/11 51: A61K; C07D 71: BETA PHARMA, INC. 72: GRECO, Michael, Nicholas, COSTANZO, Michael, John, GREEN, Michael, Alan, PENG, Jirong, WILDE, Victoria, Lynn, ZHANG, Don 33: US 31: 62/351,749 32: 2016-06-17 54: PHARMACEUTICAL SALTS OF N-(2-(2-(DIMETHYLAMINO)ETHOXY)-4-METHOXY-5-((4-(1-METHYL-1H-INDOL-3-YL)PYRIMIDIN-2-YL)AMINO)PHENYL)ACRYLAMIDE AND CRYSTALLINE FORMS THEREOF 00: - Crystalline forms of N-(2-(2-(dimethylamino)ethoxy)-

4-methoxy-5-((4-(l-methyl-lH- indol-3-yl)pyrimidin-2-

yl)amino)phenyl)acrylamide (1) and its

pharmaceutically acceptable salts and compositions

thereof useful for the treatment or prevention of


Page | 192

diseases or medical conditions mediated through

mutated forms of epidermal growth factor receptor

(EGFR), such as various cancers, are disclosed.

21: 2019/00472. 22: 2019/01/23. 43: 2019/10/22 51: B65D 71: AMSELLEM, Maurice Moshe, AMSALEM, Yaakov 72: AMSELLEM, Maurice Moshe, AMSALEM, Yaakov 33: IL 31: 246809 32: 2016-07-17 54: A FASTENING DEVICE FOR COMPACTED PLASTIC BOTTLES INTENDED FOR RECYCLING 00: - A fastening belt for a recyclable, plastic, beverage

bottle including: a length of flexible material affixed

around a circumference of the bottle and positioned

on a lower part of a body of the bottle; in a first

partially compacted the material is disposed in a

crease of a fold between the first and the second

segments of the bottle; and in a second, compacted

state, the material is configured to be passed over

the neck of the bottle, thereby securing the first and

second segments of the bottle in the compacted

state folded over the third segment.

21: 2019/00604. 22: 2019/01/29. 43: 2019/09/11 51: C03C 71: Tunghsu Group Co., Ltd. 72: LI, Debao, LI, Qing, SHEN, Zihan, GUO, Feng, GONG, Ruhua, WANG, Zhonghua, CHEN, Jiajia 33: CN 31: 201611255858.8 32: 2016-12-30 54: SILICATE PRODUCT AND STRENGTHENING METHOD THEREOF 00: -

21: 2019/00800. 22: 2019/02/07. 43: 2019/10/01 51: B60C 71: GALILEO WHEEL LTD. 72: NOVOPLANSKI, Avishay; EDERY AZULAY, Lucy 33: US 31: 62/399,420 32: 2016-09-25 33: WO 31: PCT/IL2017/051072 32: 2017-09-25 54: PNEUMATIC TIRE WITH ANNULAR SIDEWALL CONCAVITY 00: - A pneumatic tire has a non-stretchable tread (30)

flanked by two shoulder regions (34), and two non-

stretchable bead regions (36) for mounting the tire to

a wheel, each bead region being connected via a

sidewall to the corresponding bead region. Each

sidewall has a first portion (38) extending inwardly

relative to a width of the tire from one of the bead

regions (36) to a deflection region (40), and a

second portion (42) extending outwardly relative to

the width of the tire from the deflection region (40) to

a corresponding one of the shoulder regions (34). A

non-stretchable girth-limiting configuration (44, 46,

56) and a radial reinforc-ing structure (48, 0, 52) are

associated with the first portion (38) of each of the

sidewalls, thereby limiting radial flexing of first

portion (38) and maintaining an annular concavity

between the bead region (36) and the shoulder

region (34).


Page | 193

21: 2019/00819. 22: 2019/02/08. 43: 2019/10/17 51: C06B; F42D 71: SASOL SOUTH AFRICA LIMITED 72: YOUNG, Cyril, Austin, KRUGER, Francois, HUGO, Charlene 33: ZA 31: 2018/01374 32: 2018-02-28 54: SENSITISER 00: - The invention relates to a sensitiser for sensitizing

explosive intermediates into a working explosive.

The sensitiser comprises less than 25% by mass

water, 8 to 25% by mass fuel, 0.5 to 5% by mass

inorganic salt, 20 to 40% by mass inorganic oxidiser

salt, 20 to 40% by mass organic oxidiser and a pH

adjusting agent for adjusting the pH of the sensitiser.

Furthermore, the invention extends to a method of

manufacturing a sensitiser and a method of

delivering a working explosive containing the

sensitiser.

21: 2019/00822. 22: 2019/02/08. 43: 2019/09/23 51: B05B 71: HUHTAMAKI FLEXIBLE PACKAGING GERMANY GMBH & CO. KG 72: SHAW, WARREN, DAELMANS, EDDY 33: TH 31: 1801000850 32: 2018-02-09 54: RECLOSABLE FLEXIBLE PACKAGING WITH A RECLOSURE TAPE BEING SEPARABLE FROM A SEAL SEAM 00: - A flexible packaging (10) enclosing a packaging

volume (14), has - when viewed in its original state

before it is opened for the first time -a top end

portion (16), a bottom end portion (20) and a side

wall portion (42) interposed in between said top end

portion (16) and said bottom end portion (20),

wherein said top end portion (16) is determined to be

opened, wherein said side wall portion (42)

comprises a connec-tion portion (24) extending from

the top end portion (16) towards the bottom end

portion (20), wherein in said connection portion (24)

two opposite circumferential end portions (26, 28) of

at least one flexible side wall material (12) are

connected with one another to form a closed side

wall portion (42), wherein said connection portion

(24) comprises a seal portion (30) and a reclosure

portion (32), said seal portion (30) and said

reclosure portion (32) being arranged subsequent to

one another in a cross direction (C) orthogonal to the

longitudinal extension of the connection portion (24)

between the top end portion (16) and the bottom end

portion (20), and being arranged in parallel to one

another along at least a part of that longi-tudinal

extension, said seal portion (30), in which the two

circumferential end portions (26, 28) of the at least

one flexible side wall material (12)) are tightly sealed

to one another, being located closer to the

packaging volume (14), and said reclosure portion

(32), which is formed of at least one of the two

circumferential end portions (26, 28) forming the seal

portion (30), being located farther away from the

packaging volume (14), wherein a material

weakening (34) is provided between the reclosure

portion (32) and the seal portion (30), in order to

facilitate a separation of the reclosure portion (32)

from the seal portion (30), and wherein the reclosure

portion (32) on one of its surfaces carries a pressure

sensitive adhesive (44), which is releasably adhered

to a protective flexible component (42) and, once the

protective flexible component (42) is removed, which

allows to releasably and reconnectably adhere the

reclosure portion (32) to the side wall portion (42).


Page | 194

21: 2019/00864. 22: 2019/02/11. 43: 2019/09/30 51: C22B 71: BEYLEFELD, Jacques 72: BEYLEFELD, Jacques 33: ZA 31: 2016/06511 32: 2016-09-21 54: METHOD OF PRODUCING A LOW CARBON FERROCHROME BY MEANS OF METALLORTHERMIC REDUCTION AND OXYGEN REFINING 00: - The invention provides for a pyrometallurgical

method of producing a high grade chromium product

comprising a first step of reducing a chromium oxide

reactant in an electric furnace, with a reducing agent

of any one or more of aluminium, silicon or

ferrosillicon, to a produce an alloy of ferrochrome;

and a second step of oxidising the alloy in a vessel

with a refining gas to reduce the amount of silicon or

aluminium in the alloy to produce the high grade

chromium product.

21: 2019/00969. 22: 2019/02/14. 43: 2019/10/09 51: F03B 71: CVUT- FAKULTA STAVEBNI, PROTUR - PRECESSION ROLLING TURBINE S.R.O. 72: SEDLACEK, Miroslav 33: CZ 31: PV 2016-572 32: 2016-09-16 54: PRECESSION FLUID TURBINE 00: - A precession fluid turbine comprising a fluid

reservoir (8) with an inlet fluid opening (3) and with

an outlet fluid opening (4). In the fluid reservoir (8),

between the inlet fluid opening (3) and the outlet

fluid opening (4), a stator nozzle (1) is arranged. In

the stator nozzle (1), a bladeless rolling rotor (2) is

arranged comprising of a body of a rotational shape

with a shaft (9), the rolling rotor (2) being mounted

on a holding device (6) enabling gyratory rolling of

the rotor (2) on the inner wall of the stator nozzle (1).

The rolling rotor (2) is interconnected with an electric

current generator (7) by means of a mechanism (5).

In the fluid reservoir (8), over the rotor (2), an air

chamber (10) is arranged that is open at its bottom

end, the rotor (2) shaft (9) reaching into the said air

chamber (10). The electric current generator (7),

which is interconnected with the rotor (2) shaft (9) by

means of the mechanism (5), is arranged in the air

chamber (10).


Page | 195

21: 2019/00987. 22: 2019/02/15. 43: 2019/10/01 51: E04D 71: MOUDGIL, Rajeev 72: MOUDGIL, Rajeev 33: IN 31: 201611028198 32: 2016-08-19 54: EXTRUDED CONVEX PLASTIC PANEL WITH STANDING SEAMS FOR ROOF STRUCTURES 00: - An extruded convex plastic panel for use in a metal

roof system including a light transmitting member

having top and bottom layers and a rib structure

disposed between the top and bottom layers. The

extruded convex plastic panel further includes a pair

of standing seams provided along two opposite side

edges of the light transmitting member. A pair of

connector assemblies provided as a separate unit,

which connects the extruded convex plastic panel to

the metal roofing system and allows the light

transmitting member to expand and contract freely

without the use of any fasting devices for connecting

the extruded convex plastic panel to the mtal roofing

system.

21: 2019/01003. 22: 2019/02/14. 43: 2019/10/04 51: A61K; A61P 71: HETERO LABS LIMITED 72: BANDI,Parthasarathi Reddy, , PODILE,Khadgapathi, TIWARI,Sunil,Deviprasad , NELLURI,Ramarao, VAMSI KIRAN,Atluri 33: IN 31: 201641026996 32: 2016-08-08 54: A MUTLI-CLASS ANTI-RETROVIRAL COMPOSITION 00: - The present invention is related to an anti-retroviral

composition. In particular, the present invention

relates to a solid oral composition comprising

combination of multi-class drugs particularly

darunavir, dolutegravir and cobicistat and process

for preparing the same.

21: 2019/01004. 22: 2019/02/14. 43: 2019/10/04 51: A61K; A61P 71: HETERO LABS LIMITED 72: BANDI,Parthasarathi Reddy, PODILE,Khadgapathi , TIWARI,Sunil,Deviprasad , SHETIYA,Prakash, MEDUM,Balakrishnaiah 33: IN 31: 201641026995 32: 2016-08-08 54: HIGH DRUG LOADED TABLET COMPOSITION FOR TREATING HIV 00: - The present invention relates to pharmaceutical

antiretroviral compositions comprising a combination

of antiretroviral agents, the manufacturiing process

thereof and use of the said composition for the

prevention, treatment or prophylaxis of disease

caused by retro viruses, specifically acquired

immune deficiency syndrome or an HIV infection.

21: 2019/01023. 22: 2017/08/17. 43: 2019/10/17 51: G01L


Page | 196

71: CMTI CONSULTING (PTY) LIMITED 72: BURGER, Nicolaas, Daniel, Lombard 33: ZA 31: 2016/05686 32: 2016-08-17 54: VEHICLE BRAKE PERFORMANCE TESTING 00: - This invention relates to a vehicle brake

performance testing apparatus 10 for a test vehicle

and a method 100 of testing a vehicle brake system.

The apparatus 10 comprises a force exerting

mechanism 12 securable at a location remote from

the test vehicle and connectable to the test vehicle in

order to exert a force A on the test vehicle in order to

test a brake system thereof. Automatic vehicle

identification means 14 is provided for automatically

identifying the test vehicle.

21: 2019/01062. 22: 2019/02/19. 43: 2019/10/07 51: B60T 71: New York Air Brake, LLC 72: LEONARD ERICH, VILAETIS KONSTANTINOS, KINTISH BEN 33: US 31: 15/267,237 32: 2016-09-16 54: PNEUMATIC CONFIGURATION MODULE FOR ELECTRONIC AIR BRAKE SYSTEM 00: - A modular EAB system that reduces the number of

individualized modules but provides the desired

functionality using a configuration module that is

coupled to a plurality of brake system control

modules and has a receptacle interface configured

to engage a series of modular sections that can be

selected from a variety of options to perform

dedicated air brake functions. The dedicated air

brake functions included comprise brake pipe cutout,

equalizing reservoir backup, brake pipe emergency,

automatic flow calibration, dead engine regulator,

dynamic brake interlock, emergency limiting valve

regulation, dynamic brake interlock and emergency

limiting valve regulation, pipe back up, and brake

cylinder cutout.

21: 2019/01108. 22: 2019/02/21. 43: 2019/10/08 51: A01F 71: ROASTECH CC 72: TESELING, Frederick Willem 54: A BALE PROCESSING APPARATUS 00: - Aspects of the present disclosure provide a bale

processing apparatus for disentangling and

shredding bale material. The apparatus includes a

primary processing unit configured to disentangle a

bale of baled material and a secondary processing

unit configured to shred baled material. The primary

processing unit includes a chamber having a

disentangling arrangement located therein for

engaging with and disentangling the bale. The

chamber includes an outlet disposed on a bottom

thereof through which the disentangled baled

material may be discharged into the secondary

processing unit. The secondary processing unit has

an inner cavity concentrically disposed within an

outer cavity, and an access opening for providing


Page | 197

access to the inner cavity. A rotatable shaft extends

through both cavities and has a shredding

mechanism projecting radially into the inner cavity

for shredding material therein, and a suction

mechanism projecting radially into the outer cavity

for creating suction of material from the inner cavity

to the outer cavity and to force shredded material out

of the secondary processing unit.

21: 2019/01109. 22: 2019/02/21. 43: 2019/10/08 51: A47B; F16B 71: HAMMOND, John 72: HAMMOND, John 54: ADJUSTABLE FURNITURE SUPPORT 00: - The present invention relates to an adjustable

furniture support (12) comprising a first elongate

outer leg member (20) and a second elongate inner

leg member (22), being located, at least partially,

within the first leg member (20) whereby the

members (20 and 22) are telescopically movable (A)

relative to each other. The first and second leg

members (20 and 22) are adapted for the first leg

member (20) to remain stationary, by being

supported on the ground, with the second leg

member (22) being displaceable relative to the first

leg member (20) and carrying part of an article of

furniture (32) that needs to be adjustable relative to

ground, both in terms of height and tilt.

21: 2019/01114. 22: 2019/02/21. 43: 2019/10/08 51: F41H; F42B; F42C 71: BRYDGES-PRICE, Richard Ian 72: BRYDGES-PRICE, Richard Ian 33: GB 31: 1613707.7 32: 2016-08-09 54: PROJECTILE WITH NOSE PORTION COMPRISING A GAS BAG EXPANDING ON IMPACT TO RETARD THE VELOCITY 00: - A projectile includes a bag of gaseous medium to

effectively retard the velocity thereof on impact with

a target in such a way as to prevent excess damage,

injury or penetration, wherein said bag is configured

to increase in area at the nose of the projectile

following impact with a target, wherein said projectile

comprises a needle for penetrating a target and a

cap which encloses said bag and includes a flat

forward-most surface.

21: 2019/01118. 22: 2019/02/21. 43: 2019/10/08 51: A61J 71: MYLAN INC. 72: WARDEN, Jeffrey, RICHARDSON, Eric, TERHUNE, JoAnna 33: US 31: 62/378,267 32: 2016-08-23 54: CHILD RESISTANT MEDICATION PACKAGING 00: - Medication packaging includes a housing. A

medication container is attached with the housing by


Page | 198

a tether. The medication container is engageable

with the housing between a child resistant

configuration and a medication accessible

configuration. Systems and methods of use are

disclosed.

21: 2019/01171. 22: 2019/02/25. 43: 2019/10/16 51: A01N; A01P 71: ROTTAPHARM SPA 72: ZINARDI, ANDREA, CERCASI, ALESSANDRA, MONTALDO, IVAN, MAUS, Joachim 33: EP 31: 16001946.9 32: 2016-09-07 54: ANTIMICROBIAL COMPOSITION 00: - The invention relates to a composition having

antimicrobial and hygroscopic properties and the

composition comprises a carboxylic acid compound

as well as at least one C3-C6 diol and at least one

C8-C12 diol. The composition of the invention may

be used for cleansing, disinfection, surface

treatment, impregnation and for antimicrobial

treatment. The composition is particularly useful for

treatment of fungal infections of the nail

(onychomycosis).

21: 2019/01183. 22: 2019/02/25. 43: 2019/10/15 51: G01N 71: PUBLIC JOINT STOCK COMPANY "ALROSA" 72: BLANK, VLADIMIR DAVYDOVICH, BUTENKO, ANDREI VLADIMIROVICH, DENISOV, VICTOR NIKOLAEVICH, MAKARSKY, IGOR VICTOROVICH, NIKITIN, GENNADY MARKOVICH, NIKITIN, DMITRY NIKOLAEVICH, TARASOVA, LARISA GENNADIEVNA, TERENTIEV, SERGEI ALEXANDROVICH, TROSCHIEV, SERGEI YURIEVICH, UDAROV, SERGEI VYACHESLAVOVICH, CHAADAEV, ALEXANDER SERGEEVICH 54: DEVICE FOR IDENTIFYING A DIAMOND 00: - A diamond identification apparatus relates to the

field of examining natural and synthetic diamonds.

The claimed apparatus for identifying a cut diamond

comprises a measurement location with a measuring

aperture at which the cut diamond to be examined is

fixedly positioned; a movable optical system

including a spectrometer, two sources of radiation at

wavelengths of 250-280 nm and 350-380 nm,

respectively, said two sources of radiation and the

spectrometer being connected to the measurement

location by optical fibres for inputting radiation into

the cut diamond and by an optical fibre for outputting

radiation from the cut diamond; and also a source of

laser radiation at a wavelength of 532 nm and a

microcontroller, wherein the cut diamond is

positioned at the measurement location in such a

way that the table of the diamond faces the

measuring aperture of the measurement location,

and the culet of the diamond is situated directly

above the measuring aperture to which the optical

fibres for inputting radiation and the optical fibre for

outputting radiation are connected, and wherein the

microcontroller is configured to control the alternate

operation of the sources of radiation in a set time

sequence, the movement of the optical system to

allow the input of radiation into the cut diamond, and

the processing of the spectrometer data.

21: 2019/01184. 22: 2019/02/25. 43: 2019/10/29 51: A61B 71: EL.EN. S.P.A. 72: Leonardo MASOTTI 33: IT 31: 102016000092814 32: 2016-09-15 54: DEVICE FOR TREATING SKIN ULCERS 00: - The device comprises: a laser source (7); a

treatment hand-piece (13); a light guide (11)

configured to convey a laser beam from the laser

source to the hand-piece. The hand-piece (13) is

configured to vary the inclination of the laser beam

(F2) exiting from the hand-piece with respect to a

longitudinal axis (A-A) of the hand-piece.


Page | 199

21: 2019/01185. 22: 2019/02/25. 43: 2019/10/15 51: A62B; B64D; F16F 71: ALUDESIGN S.p.A. 72: PAGLIOLI Carlo; FORNI Stefano 33: IT 31: 102017000011637 32: 2017-02-02 54: DEVICE FOR BRAKING THE FALL OF A LOAD 00: - A device (1) is described for braking the fall of a load

comprising a sling (2) and a braking element (3, 30),

said sling (2) comprising a first end (21)

constrainable to an anchoring point; a second end

(22) constrainable to said load; a folded section (23)

comprising a first portion (23a) of said sling (2)

reversibly joined to a second portion (23b) of said

sling (2), said folded section (23) providing a

resistance to the separation of said first and second

portions (23a, 23b). The sling further comprises a

first free section (24) comprised between said first

portion (23a) of said folded section (23) and said first

end (21); and a second free section (25) comprised

between said second portion (23b) of said folded

section (23) and said second end (22). The braking

element (3, 30) comprises a plurality of passages for

said sling (2), said first free section (24) crossing at

least one first passage (3a), said second free section

(25) crossing at least one second passage (3b), so

that said first portion (23a), as a consequence of the

application of a traction force (FT, FT') higher than a

threshold value to at least one of said two ends (21,

22), separates from said second portion (23b) and

crosses said first passage (3 a), and said second

portion 23b crosses said second passage (3b).

21: 2019/01206. 22: 2019/02/26. 43: 2019/09/30 51: C09D 71: Seal Chemistry (Pty) Ltd 72: ANGAMUTHOO, Gonaseelan; KNOX, Douglas Alistair Herbert 33: ZA 31: 2018/06500 32: 2018-10-01 54: TOBACCO PRODUCTS INNER BUNDLING WRAPPING MATERIAL TO REPLACE METALLISED PAPER AND PAPER/METALLIC FOIL LAMINATES 00: - This invention relates to a film-less inner bundling

wrapping for tobacco products comprising a paper

substrate coated, in replacement of a metallic film,

with a liquid metallic pigment coating optimised for

gravure printing on paper, the coating comprising a

solvent complex, preferably comprising solvents

selected from suitable acetate esters, such as ethyl

acetate and propyl acetate, comprising from 56.95 to

83.72 % by weight; a carrier resin, preferably a

ketonic resin, comprising 2.55 to 3.45 % by weight; a

polymeric binder preferably an acrylic polymer,

comprising 9.35 to 17.25 % by weight; and at least

one metal effect pigment comprising 11.22 to 17.25

% by weight. The metal effect pigment is a metallic

powder/paste-based pigment in which the metallic

powder includes one or more of aluminium, copper,

zinc, tin or their alloys.

21: 2019/01216. 22: 2019/02/26. 43: 2019/09/30 51: A61B; G01F 71: CIPLA LIMITED 72: MALHOTRA, Vidur, JANARDHANAN, Srinivasan 33: IN 31: 201621030207 32: 2016-09-03 54: DEVICE FOR MEASURING RESPIRATORY PARAMETERS OF A PATIENT 00: -


Page | 200

The present invention relates to a device for

measuring respiratory parameters of a patient. In

one embodiment, the device 100 comprises a flow

tube 101 and a body 102. The flow tube 101 is a

hollow tube comprising: a first end 103, a second

end 104 and at least one tube portion 105

(represented by dotted lines) wherein the tube

portion is having a geometric construction capable of

altering the rate/direction of air flow passing through

the flow tube, thereby introducing a differential

pressure between the first end 103 and the second

end 104.

21: 2019/01245. 22: 2019/02/27. 43: 2019/10/01 51: F21V 71: VISION X ASIA CO., LTD, KO, In-Hong 72: KO, In-Hong 33: KR 31: 10-2018-0045438 32: 2018-04-19 54: LAMP ASSEMBLY WITH IMPROVED ASSEMBLY CONVENIENCE AND WATERPROOF PERFORMANCE 00: - Disclosed is a lamp assembly, including: a housing

including a bottom portion and side wall portions

forming a light source mount portion in a longitudinal

direction, a flange portion being connected to each

front end of the side wall portions and forming a first

insertion portion with an inner side surface thereof

being open, and a second insertion portion provided

on a bottom surface of the first insertion portion; a

lampshade provided therein with a light source, and

coupled to the mount portion; a translucent panel

slidably coupled to the first insertion portion; a

packing fitted in the second insertion portion; and a

press bar being inserted in the first insertion portion

between an upper surface of the flange portion and

the translucent panel and pressing the translucent

panel and the packing, thereby fixing the translucent

panel and endowing the packing with watertightness.

21: 2019/01252. 22: 2019/02/27. 43: 2019/10/01 51: H04W 71: SOAVE, Mario 72: SOAVE, Mario 33: US 31: 15/221,411 32: 2016-07-27 54: ACTIVITY-TRIGGERED PROVISIONING OF PORTABLE WIRELESS NETWORKS 00: - Apparatus and associated methods relate to

configuring a network remote from a user's personal

network, with parameters governing the user's

personal network, in response to user activity, and at

a location and time based on the user activity. In an

illustrative example, the network may be a Wi-Fi


Page | 201

network. The user's personal network may be, for

example, the user's home SSID for accessing the

user's personal Wi-Fi access device. In some

examples, the user activity may be a request for

access to the remote network using the user's home

SSID. The requested access may be provided at a

time and location agreed to with an SSID portability

provider. Various examples may advantageously

provide portable access to the Internet, for example,

using the user's home SSID already configured on

the user's devices so that the user's devices can

seamlessly and securely access the Internet via the

remote network.

21: 2019/01281. 22: 2019/02/28. 43: 2019/10/09 51: C07K; C12N 71: LESAFFRE ET COMPAGNIE 72: PIGNEDE, Georges; DESFOUGERES, Thomas. 33: FR 31: 1658370 32: 2016-09-08 54: USE OF MCM7 TO OBTAIN ACETIC ACID-RESISTANT YEAST STRAINS 00: - The invention concerns the use of the MCM7 gene

to confer resistance to an organic acid, preferably

acetic acid, to a yeast strain during glucose

fermentation.

21: 2019/01297. 22: 2019/03/01. 43: 2019/10/09 51: A41B; A41C; A41D 71: OOSTHUIZEN, Jeanri, OOSTHUIZEN, Anton Mulder 72: OOSTHUIZEN, Jeanri, OOSTHUIZEN, Anton Mulder 33: ZA 31: 2018/01411 32: 2018-03-01 54: CLOTHING 00: - The invention provides for swimwear having a fabric

body. The swimwear includes a longitudinal central

portion for fitting over a portion of a body of a

wearer, and two pairs of transversely extending

attachment formations. Each pair of transversely

extending attachment formations is positioned at

opposed ends of the longitudinal central portion for

tying the swimwear to the portion of the body of the

wearer, the fabric body further defining two spaced

apart pockets on opposed sides of the longitudinal

central portion for receiving padded inserts.

21: 2019/01298. 22: 2019/03/01. 43: 2019/10/17 51: G06Q 71: TECHTONIC INNOVATIONS (PTY) LTD 72: MOGATUSI, Itumeleng 33: ZA 31: 2017/08129 32: 2017-11-29 54: AN ELECTRONIC ADMINISTRATION SYSTEM 00: - This invention relates a method of providing

validation information for a vendor’s trading licence.

A problem is that governmental departments and law


Page | 202

enforcement agencies are not effectively

communicating with each other regarding whether a

vendor has been lawfully registered and owns a

valid trading license or not. It is accordingly an object

of this invention to provide a method of providing

validation information for a vendor’s trading licence

which, at least partially, alleviates the problems

associated with the prior art or provides a useful

alternative thereto. The method of providing

validation information for a vendor’s trading licence

comprises the steps of receiving a request from an

authorised officer to validate a vendor’s trading

licence, extracting information about the licence from

the request, determining the status of the licence,

compiling validation information which includes the

status of the licence, and providing validation

information to the authorised officer.

21: 2019/01299. 22: 2019/03/01. 43: 2019/10/09 51: G06K; G06N 71: SHANGHAI MARITIME UNIVERSITY 72: ZHU, CHANGMING 33: CN 31: 201711237173.5 32: 2017-11-30 54: LOCAL FEATURE-BASED MULTI-VIEW CLASSIFIER AND THE RELATED DESIGNING METHOD 00: - The present disclosure discloses a local feature-

based multi-view classifier, comprising: an unlabeled

multi-view large dataset generating module, a global

and local structural risk minimization classifier

implementing module, and a multi-view data local

feature extracting module. The present disclosure

may effectively boost the classification performance

of a multi-view dataset by enhancing valid data,

constructing a classifier designing principle, and

extracting local features.

21: 2019/01337. 22: 2019/03/04. 43: 2019/10/07 51: F16K; F16L

71: JANSE VAN RENSBURG, Gert Nel, VAN RENSBURG, Stephen Janse 72: JANSE VAN RENSBURG, Gert Nel, VAN RENSBURG, Stephen Janse 54: GATE VALVE 00: - This invention relates to a gate-type valve 10 for use

in high-pressure slurry systems. The valve 10

comprises a valve housing 12 defining a flow

passage 14 therethrough for operatively receiving a

fluid and a valve closure 16 which is pivotably

progressively displaceable A, transversely to the

flow passage 14, between a closed position and an

open position. A leading edge 18 of the closure 16,

as it is operatively displaced from the open position

to the closed position, includes a separating portion

20 that has a non-linear profile.

21: 2019/01338. 22: 2019/03/04. 43: 2019/10/07 51: F16K; F16L 71: JANSE VAN RENSBURG, Gert Nel, VAN RENSBURG, Stephen Janse 72: JANSE VAN RENSBURG, Gert Nel, VAN RENSBURG, Stephen Janse 54: ROTOR GATE VALVE 00: - This invention relates to a rotor gate valve 10 for use

in high-pressure slurry systems. The valve 10

comprises a valve housing 12 defining a flow

passage 14 therethrough for operatively receiving a


Page | 203

fluid and an annular valve seat 16 of resilient

material which is removably secured against the

inner periphery of the flow passage 14.

21: 2019/01348. 22: 2019/03/04. 43: 2019/10/03 51: E01D; E04C 71: THAVAMANI PANDI, Vellaisamy, JEYANTHI RANI, Thavamani Pandi 72: THAVAMANI PANDI, Vellaisamy, JEYANTHI RANI, Thavamani Pandi 33: IN 31: 201841013760 32: 2018-04-11 54: SYSTEM FOR CONSTRUCTION OF COMPOSITE U SHAPED REINFORCED GIRDERS BRIDGE DECK AND METHODS THEREOF 00: - A system of construction of composite U shaped

Reinforced Concrete and Steel girders bridge deck

and methods thereof are disclosed. The system

consists of a plurality of steel main girders with

unsymmetrical top flange plurality of cross girders

being connected above bottom flange of main

girders and U shaped RCC girder comprising of

concrete flange above main girder, web and deck

slab above cross girder. Inspection path / crash

barrier provided for Rail/Road. System is adoptable

upto 3 Tracks/ four lane Road. In Cast in situ

construction, main girders are placed over supports.

Cross girders are connected and concreted. In

precast construction, main girder with top slab is

precast and placed over supports. Two or more

cross girders with precast slab are connected to web

of main girder. Concrete web portion is cast in situ.

21: 2019/01371. 22: 2019/03/05. 43: 2019/09/23 51: A61B; G06F 71: UBIOME, INC. 72: ALMONACID, Daniel, KRAAL, Laurens, OSSANDON, Francisco, CARDENAS, Juan Pablo, RICHMAN, Jessica, APTE, Zachary, BIK, Elisabeth, GODDARD, Audrey 33: US 31: 62/395,939 32: 2016-09-16 33: US 31: 15/606,743 32: 2017-05-26 33: US 31: 62/520,058 32: 2017-06-15 33: US 31: 62/525,379 32: 2017-06-27 54: METHOD AND SYSTEM FOR PANEL CHARACTERIZATIONS 00: - Embodiments of a system and method for

characterizing a panel of conditions associated with

a set of taxa related to microorganisms can include a

taxonomic database including reference microbiome

features for the set of taxa associated with the panel

of conditions; a handling operable to collect a

container including biological material from a user,

the handling system comprising a sequencer system

operable to determine a microorganism sequence

dataset; and a panel characterization system

operable to: determine user microbiome features for

the set of taxa for the user based on the

microorganism sequence dataset, generate a

comparison between the user microbiome features

and the reference microbiome features, and

determine a panel characterization for the panel of

conditions for the user based on the comparison;

and a treatment system operable to promote a

therapy for a condition of the panel of conditions

based on the panel characterization.


Page | 204

21: 2019/01372. 22: 2019/03/05. 43: 2019/09/23 51: C12Q; G01N; G06F; G06G 71: UBIOME, INC. 72: APTE, Zachary, RICHMAN, Jessica, ALMONACID, Daniel, ORTIZ, Rodrigo, GODDARD, Audrey, BIRD, Sara, MORALES, Eduardo 33: US 31: 62/400,401 32: 2016-09-27 54: METHOD AND SYSTEM FOR CRISPR-BASED LIBRARY PREPARATION AND SEQUENCING 00: - Embodiments of a method and system for improved

microbiome sequencing can include: generating

guide RNA complexes for a set of targets

corresponding to a set of taxa associated with the

microorganism-related condition; processing the

biological sample with the gRNA complexes to

generate microorganism nucleic acid fragments

comprising a set of end regions associated with the

set of targets; ligating the set of end regions with a

set of adapters sharing an adapter sequence; and

amplifying the set of targets based on the ligated set

of end regions and a set of primers sharing a primer

sequence associated with the adapter sequence.

21: 2019/01494. 22: 2019/03/11. 43: 2019/10/17 51: C22B 71: COMMISSARIAT A L’ENERGIE ATOMIQUE ET AUX ENERGIES ALTERNATIVES, CENTRE NATIONAL DE LA RECHERCHE SCIENTIFIQUE, UNIVERSITE DE MONTPELLIER 72: PELLET-ROSTAING, Stéphane, REY, Julien, DOURDAIN, Sandrine, ARRACHART, Guilhem, ATAK, Sefkan 33: FR 31: 16 58626 32: 2016-09-15 54: NEW EXTRACTANT, USED FOR EXTRACTING RARE EARTHS FROM AN AQUEOUS PHOSPHORIC ACID SOLUTION, AND THE APPLICATIONS THEREOF 00: - The invention relates to a new extractant which

makes it possible to extract both light rare earths

and heavy rare earths from an aqueous phosphoric

acid solution, likely to be present in this solution, and

which is characterised in that it comprises: - a

compound of formula (I) below: wherein R1 and R2,

identical or different, are a hydrocarbon group,

saturated or unsaturated, linear or branched, in C6

to C12; R3 is a hydrocarbon group, in C1 to C6, or a

hydrocarbon group, saturated or unsaturated,

monocyclic, in C3 to C8; R4 and R5, identical or

different, are a hydrogen atom or a hydrocarbonate


Page | 205

group, saturated or unsaturated, linear or branched,

in C2 to C8; and - a surfactant. It also relates to the

applications of this new extractant: treatment of

aqueous solutions from the leaching of natural

phosphates by sulphuric acid and aqueous solutions

from the leaching of urban minerals by phosphoric

acid, in view of making profitable use of the rare

earths present in these solutions.

21: 2019/01611. 22: 2019/03/15. 43: 2019/10/14 51: C09D 71: Seal Chemistry (Pty) Ltd 72: ANGAMUTHOO, Gonaseelan, KNOX, Douglas Alistair Herbert 54: COATED SOAP WRAPPERS TO REPLACE PAPER/POLYESTER LAMINATES 00: - This invention provides a film-less wrapper for bar

soap products comprising a paper substrate coated,

in replacement of a plastics film, with a water-

resistant overprint varnish formulated for gravure

printing on paper.

21: 2019/01612. 22: 2019/03/15. 43: 2019/10/14 51: C09D 71: Seal Chemistry (Pty) Ltd 72: ANGAMUTHOO, Gonaseelan, KNOX, Douglas Alistair Herbert 54: COATED PAPERBOARD SOAP STIFFENER TO REPLACE PAPERBOARD/FILM LAMINATES 00: - This invention provides a film-less stiffener for bar

soap products comprising a paperboard substrate

coated, in replacement of a plastics film, with a

water-resistant varnish formulated for application to

the paperboard by varnisher, roller coater, gravure,

curtain coating, flexographic printing, Mayer rod, dip,

spray coating or dedicated coating device.

21: 2019/01614. 22: 2019/03/15. 43: 2019/10/14 51: H04L 71: GUANGDONG OPPO MOBILE TELECOMMUNICATIONS CORP., LTD. 72: TANG, Hai 54: PILOT SIGNAL TRANSMISSION METHOD AND DEVICE 00: - Embodiments of the present invention provide a pilot

signal transmission method and a communication

device, by which the problem of inflexibility caused

by pre-allocated transmission resources can be

avoided, and the waste of resources can be avoided.

The method comprises: a first device receives a first

message sent by a second device, the first message

being used for instructing the first device to receive

to send a pilot signal, and the first message

comprising resource allocation information of the

pilot signal; and the first device sends the pilot signal

to the second device or receives the pilot signal sent

by the second device according to the resource

allocation information.

21: 2019/01616. 22: 2019/03/15. 43: 2019/10/14 51: H04W 71: GUANGDONG OPPO MOBILE TELECOMMUNICATIONS CORP., LTD. 72: LIN, Yanan 54: METHOD AND APPARATUS FOR TRANSMITTING INFORMATION 00: - The embodiments of the present application provide

a method and apparatus for transmitting information,

said method comprising: a terminal device

determines a first transmission means used in a first

time unit for transmitting destination uplink

information; said first transmission means is different

from a second transmission means used in a second

time unit for transmitting said destination uplink


Page | 206

information, and the duration of the second time unit

used for transmitting the destination uplink

information is different from the duration of the first

time unit used for transmitting the destination uplink

information; the terminal device uses the first

transmission means to send the destination uplink

information to a network device. The information

transmission method and apparatus improve

flexibility in allocating time resources in a system and

thus improving system performance.

21: 2019/01620. 22: 2019/03/15. 43: 2019/10/14 51: D03J; D04B; D05B; D05C; D06P 71: COLOREEL GROUP AB 72: EKLIND, Martin 33: SE 31: 1651157-8 32: 2016-08-28 54: A TREATMENT UNIT FOR IN-LINE TREATMENT OF THREAD 00: - A treatment unit (100) for in-line treatment of at least

one thread (20) for use with a thread consuming

device (15) is provided.

21: 2019/01660. 22: 2019/03/18. 43: 2019/10/11 51: H01M 71: DOOSAN FUEL CELL AMERICA, INC. 72: PATTERSON, JR., Timothy William, RIDGEWAY, Kristoffer H., NORI, Chandrasekhar V., O'BRIEN, Eric J. 33: US 31: 15/242,846 32: 2016-08-22 54: FUEL CELL MANIFOLD ASSEMBLY INCLUDING A SELF-SUPPORTING POLYMER MATERIAL LINER 00: - An illustrative example embodiment of a fuel cell

manifold device includes a self-supporting polymer

material liner body including a generally planar

primary wall and a plurality of side walls. The side

walls respectively extend generally perpendicularly

from the primary wall. Interior surfaces on the

primary wall and the side walls collectively define a

cavity. The primary wall has a length and a width

that is smaller than the length. The primary wall

includes a plurality of ribs situated width wise along

the primary wall. The ribs are spaced apart from

each other in a lengthwise direction. The ribs allow

for some thermal expansion of the liner body.


Page | 207

21: 2019/01661. 22: 2019/03/18. 43: 2019/10/11 51: H01M 71: DOOSAN FUEL CELL AMERICA, INC. 72: ARPIN, Kevin A. 33: US 31: 15/244,328 32: 2016-08-23 54: BORON PHOSPHATE MATRIX LAYER 00: - An illustrative example embodiment of a fuel cell

includes a cathode electrode, an anode electrode,

and a porous matrix layer between the electrodes.

The porous matrix layer includes pores and solids.

The solids comprises at least 90% boron phosphate.

A phosphoric acid electrolyte is within the pores of

the matrix layer.

21: 2019/01689. 22: 2019/03/19. 43: 2019/10/14 51: E01F

71: TURNSTAR SYSTEMS (PTY) LTD 72: SACKS, Craig, NEL, Barend Philippus 33: ZA 31: 2018/01846 32: 2018-03-20 54: SECURITY BOOM 00: - The invention provides for a security boom and a

method of installing such. The security boom

includes a rotation actuator on a mounting post and

an articulated boom having a rotation end mounted

on the actuator and a closure end extending

transversely from the post. The security boom also

includes an articulation point disposed between the

rotation end and the closure end of the articulated

boom, as well as a control rod having a fixed end

pivotally mounted on the post below the actuator and

a far end pivotally mounted on an opposed side of

the articulation point on an actuation arm extending

transversely below the articulated boom. The

security boom is characterized in that the fixed end

of the control rod is mounted above or below a

control rod pivot point and the far end of the control

rod is mounted above or below an actuation arm

pivot point.

21: 2019/01697. 22: 2019/03/19. 43: 2019/10/14


Page | 208

51: E03B; E03F 71: CHEN, Jui-wen 72: CHEN, Jui-wen 33: CN 31: 201610829629.6 32: 2016-09-19 54: WATER GENERATION SYSTEM FOR DESERTS 00: - A water generation system for deserts designed for

areas featuring the desert climate and construed on

a pavement. The system mainly comprises a sand

layer (10) in which a water tank is pre-embedded. A

moisture lock fabric (14) covers the sand layer (10).

A gradation layer (20) is laid on the moisture lock

fabric (14). A waterproof fabric (21) is provided within

the gradation layer (20), and a plurality of hollow

water permeable pipes (31) are arranged on the

gradation layer (20). The bottom end of the water

permeable pipe (31) directly passes through the

waterproof fabric (21) and thus is vertically inserted

in the gradation layer (20), and concrete slurry

pouring is carried out to construct a water permeable

layer (30). In this way, rain can quickly permeate to

and be stored in the sand layer (10) for future use. In

addition, air can also be guided to the gradation

layer (20) and condense at the bottom of the

waterproof fabric (21) by means of the condensation

effect to generate condensed water, thereby

achieving an automatic water generation effect.

21: 2019/01717. 22: 2019/03/19. 43: 2019/10/14 51: A61K; C07D; A61P 71: EQUINOX SCIENCES, LLC 72: LIANG, Congxin, XIE, Lihua 33: CN 31: 201610866253.6 32: 2016-09-29 54: POLYMORPHIC FORM OF KINASE INHIBITOR COMPOUND, PHARMACEUTICAL COMPOSITION CONTAINING SAME, AND PREPARATION METHOD THEREFOR AND USE THEREOF 00: - Provided are a polymorphic form of a compound of

formula I, a pharmaceutical composition containing

same, and a preparation method therefor and a use

thereof. The compound of formula I is as shown in

formula I, having the crystal form of a crystal form 1,

a crystal form 2, a crystal form 3, a crystal form 5, a

crystal form 6 or a crystal form 7. Each crystal form

of the compound of formula I has a good crystal form

stability and chemical stability, and the main

component, with respect to the chemical stability,

has a purity reduction of less than 2%. The

preparation method enables the preparation of

various crystal forms of the compound of the formula


Page | 209

I with a high purity, and the preparation method

enables large scale production.

21: 2019/01771. 22: 2019/03/22. 43: 2019/10/18 51: H04W 71: GUANGDONG OPPO MOBILE TELECOMMUNICATIONS CORP., LTD. 72: TANG, Hai 54: METHOD FOR TRANSMITTING SRS, NETWORK DEVICE AND TERMINAL DEVICE 00: - Disclosed in the present invention are a method for

transmitting a sounding reference signal (SRS), a

network device and a terminal device. The method

comprises: a network device determining multiple

symbols used for transmitting an SRS in a first uplink

subframe; the network device transmitting first

indication information to each of multiple terminal

devices, the first indication information being used

for indicating a symbol of the multiple symbols

corresponding to said each terminal device, a first

terminal device of the multiple terminal devices

corresponding to a first symbol of the multiple

symbols, the first symbol being used for transmitting

the SRS of the first terminal device. Thus, during the

transmission between the network device and the

terminal device using uplink-downlink channel

reciprocity, influences caused by channel

characteristic aging can be reduced.

21: 2019/01805. 22: 2019/03/25. 43: 2019/10/14 51: F03B; H02N 71: KHAN, Sameer 72: KHAN, Sameer 54: GENERATING ENERGY FROM BUILDING-HARVESTED WATER 00: - This invention provides a system that utilises

building-harvested water to generate renewable

energy. The system includes means to collect and

store building-harvested water, an energy-

generating subsystem 30, 32 and fluid flow means.

The exemplary system makes use of condensate

water collected from the condensate drain 14 of a

HVCA plant 16 which is then directed to a holding

tank 18. A valve-controlled release mechanism is

used to control the discharge of water from the tank

18 through a fluid line 28 which directs the water

fluid flow to a energy-generating subsystem 30, 32

constituted by the combination of a fluid turbine 30

located within an electricity generator 32. The

energy-generating subsystem 30, 32 is connected to

an electricity management system, such as an

inverter 40, which is connected to the building 12,

alternatively to a battery system 46.


Page | 210

21: 2019/01814. 22: 2019/03/25. 43: 2019/10/17 51: A23L; A61K 71: ERBER AKTIENGESELLSCHAFT 72: GOTTSCHALK, Pia, BINDER, Eva-Maria, WAXENECKER, Franz, SCHIEDER, Carina, HUNGER, Anne-Christine, COLE, Stephen, Charles, John 33: EP 31: 16450024.1 32: 2016-09-30 54: PARTICLE CONTAINING AT LEAST A VOLATILE SUBSTANCE AND PROCESS FOR ITS PREPARATION 00: - The invention is directed to a particle containing at

least a volatile substance comprising a core

comprising at least one matrix material and the at

least one volatile substance and at least one coating

layer, whereby a first coating layer is a non-confluent

layer comprising at least a carrier material, whereby

optionally the non-confluent layer contains at least

one hydrophobic substance, and optionally the

particle is surrounded by at least one confluent layer

and / or further non-confluent layer(s) as well as to a

process for producing the same.

21: 2019/01834. 22: 2019/03/25. 43: 2019/10/17 51: B01J; C10G 71: LUMMUS TECHNOLOGY LLC 72: CHEN, Liang, LOEZOS, Peter, MARRI, Rama Rao, TOMSULA, Bryan, HOOD, Jon A., SINGH, Hardik, DORSEY, Michael, BRECKENRIDGE, Justin 33: US 31: 62/395,724 32: 2016-09-16 54: PROCESS AND APPARATUS FOR ENHANCED REMOVAL OF CONTAMINANTS IN FLUID CATALYTIC CRACKING PROCESSES 00: - Systems for separating a contaminant trapping

additive from a cracking catalyst may include a

contaminant removal vessel having one or more fluid

connections for receiving contaminated cracking

catalyst, contaminated contaminant trapping

additive, fresh contaminant trapping additive, and a

fluidizing gas. In the contaminant removal vessel,

the spent catalyst may be contacted with

contaminant trapping additive, which may have an

average particle size and/or density greater than the

cracking catalyst. A separator may be provided for

separating an overhead stream from the

contaminant removal vessel into a first stream

comprising cracking catalyst and lifting gas and a

second stream comprising contaminant trapping

additive. A recycle line may be used for transferring

contaminant trapping additive recovered in the

second separator to the contaminant removal

vessel, allowing contaminant trapping additive to

accumulate in the contaminant removal vessel. A

bottoms product line may provide for recovering

contaminant trapping additive from the contaminant

removal vessel.


Page | 211

21: 2019/01836. 22: 2019/03/25. 43: 2019/10/17 51: B01J; C10G 71: LUMMUS TECHNOLOGY LLC 72: CHEN, Liang, LOEZOS, Peter, MARRI, Rama Rao, TOMSULA, Bryan, HOOD, Jon A., SINGH, Hardik, DORSEY, Michael, BRECKENRIDGE, Justin 33: US 31: 62/395,707 32: 2016-09-16 54: FLUID CATALYTIC CRACKING PROCESS AND APPARATUS FOR MAXIMIZING LIGHT OLEFIN YIELD AND OTHER APPLICATIONS 00: - Apparatus and processes herein provide for

converting hydrocarbon feeds to light olefins and

other hydrocarbons. The processes and apparatus

include, in some embodiments, feeding a

hydrocarbon, a first catalyst and a second catalyst to

a reactor, wherein the first catalyst has a smaller

average particle size and is less dense than the

second catalyst. A first portion of the second catalyst

may be recovered as a bottoms product from the

reactor, and a cracked hydrocarbon effluent, a

second portion of the second catalyst, and the first

catalyst may be recovered as an overhead product

from the reactor. The second portion of the second

catalyst may be separated from the overhead

product, providing a first stream comprising the first

catalyst and the hydrocarbon effluent and a second

stream comprising the separated second catalyst,

allowing return of the separated second catalyst in

the second stream to the reactor.

21: 2019/01847. 22: 2019/03/26. 43: 2019/10/17 51: A47D 71: PHELAN, Candice, Michelle 72: PHELAN, Candice, Michelle 54: CHILD CARRIER 00: - The present invention relates to a device and

method for carrying an infant or young child, the

device comprising a continuous loop joined to a

connecting means at two points. The device can be

configured and adjusted to carry infants and children

of varying ages on different parts of the body.


Page | 212

21: 2019/01853. 22: 2019/03/26. 43: 2019/10/17 51: B29C; B29K; B33Y 71: LUMMUS NOVOLEN TECHNOLOGY GMBH 72: WITTNER, Manfred 33: US 31: 62/381,196 32: 2016-08-30 54: POLYPROPYLENE FOR ADDITIVE MANUFACTURING (3D PRINTING) 00: - A process and printer systems for printing a three-

dimensional object are disclosed. The processes

may include providing a non-crosslinked

peroxydicarbonate- branched polypropylene

filament, flake, pellet, or powder adapted for one of a

fused deposition modeling (Arburg Plastic

Freeforming) printer or a fused filament fabrication

printer; and printing the non-crosslinked

peroxydicarbonate-branched polypropylene with

fused deposition modeling (Arburg Plastic

Freeforming) printer or a fused filament fabrication

printer to form a three-dimensional article. The

printer systems may include one or more print heads

for printing a polymer provided in filament, powder,

flake, or pellet form to form a three-dimensional

article; and one or more feed systems for providing a

non- crosslinked peroxydicarbonate-branched

polypropylene to a respective print head.

21: 2019/01854. 22: 2019/03/26. 43: 2019/10/17 51: A01H; C12N; C12Q 71: PIONEER HI-BRED INTERNATIONAL, INC. 72: GAO, Huirong, LI, Bailin, MEELEY, Robert B., PERUGINI, Leandro Daniel, TABOR, Girma M. 33: US 31: 62/407,867 32: 2016-10-13 54: GENERATING NORTHERN LEAF BLIGHT RESISTANT MAIZE 00: - Compositions and methods for obtaining plant cells

with modified Ht1 nucleotide sequences, modified

NLB18 sequences, or both, are provided herein. The

methods involve introducing double-strand breaks

into the maize genome in an endogenous Ht1

encoding sequence, an endogenous NLB18

encoding sequence, or both, to modify the genomic

sequence in order to enhance northern leaf blight

resistance of a plant produced from the plant cell.

Further provided are methods that introduce

resistant alleles of Ht1 and/or NLB18 into specific

sites in the genome. Plants produced by the plant

cells, and seeds produced from the plants are also

included. Guide polynucleotides are also provided

for the use of the CRISPR-Cas system in inducing

double strand breaks.


Page | 213

21: 2019/01859. 22: 2019/03/26. 43: 2019/10/17 51: G03F; B82Y 71: SHANDONG UNIVERSITY OF SCIENCE AND TECHNOLOGY 72: WANG, Qing, ZHANG, Jintao, ZHANG, Rui, ZHENG, Xu, MA, Lijun, ZHANG, Xingyuan, DU, Wenquan 33: CN 31: 201610902369.0 32: 2016-10-17 54: MOULDS WITH CAVITIES FOR NANOIMPRINT LITHOGRAPHY AND METHODS OF IMPRINTING SAME 00: - A mould with cavities for nanoimprint lithography and

a method of imprinting the same. The mould is a

one-piece structure, comprising an upper mould (4)

and a lower mould (5) which are welded together.

The upper mould (4) is evenly provided with a

plurality of stepped holes. A plurality of grooves (3)

are provided at an upper surface of the lower mould

(5). Both ends of each groove (3) are respectively

connected to an external high-pressure water pump

and an external vacuum pump via pipelines. An

airtight cavity is additionally provided at the interior

of the mould to form a negative pressure in the

cavity by vacuumizing during the imprint process. In

the demoulding, a crack is formed at the interface

between the mould and the imprint resist by using

water pressure and expands to the entire interface,

facilitating the demoulding of the imprinted structure.

The mould with a cavity for nanoimprint lithography

has the advantages of simple operation, low imprint

load and good imprint quality. The mould is suitable

for the moulding of conventional imprinted structures

and imprinted structures with high aspect ratio.

21: 2019/01930. 22: 2019/03/28. 43: 2019/10/21 51: B31B; B65D 71: MAYR-MELNHOF KARTON AG 72: Jürgen KOLLMANN, Harman VORENKAMP, Uwe THEIS 33: DE 31: 10 2016 118 895.6 32: 2016-10-05 54: METHOD FOR PRODUCING A BLANK FOR A PACKAGING ITEM, BLANK AND PACKAGING MADE FROM A BLANK 00: - The invention relates to a method for producing a

blank (48) for a packaging item (10), comprising a

cellulose-containing base material having at least

one line (50, 52, 54, 56, 60, 62, 64, 66, 68, 70, 72,

74, 76, 78, 80, 82, 92) from the group of folding

lines, crease lines, cutting lines, scored lines and/or

bending lines, wherein the at least one line (50, 52,

54, 56, 60, 62, 64, 66, 68, 70, 72, 74, 76, 78, 80, 82,

92) is defined at least in sections by the application

of water and/or of at least one hygroscopic

substance to the base material. The invention also

relates to a blank (48) for producing a packaging

item (10), comprising a cellulose-containing base

material having at least one line (50, 52, 54, 56, 60,

62, 64, 66, 68, 70, 72, 74, 76, 78, 80, 82, 92) from

the group of folding lines, crease lines, cutting lines,

scored lines and/or bending lines, wherein the at

least one line (50, 52, 54, 56, 60, 62, 64, 66, 68, 70,

72, 74, 76, 78, 80, 82, 92) is defined at least in

sections by water and/or by at least one hygroscopic

substance applied to the base material. The

invention further relates to a method for producing a

packaging item (10) from a blank (48) of this type, as


Page | 214

well as to a corresponding packaging item (10) for

storing goods.

21: 2019/01931. 22: 2019/03/28. 43: 2019/10/21 51: B07B 71: PELLENC 72: Jean-Marc GIALIS 33: FR 31: 16/60277 32: 2016-10-24 54: SORTING TABLE WITH ADJUSTABLE SCREEN 00: - The present invention concerns a sorting table (10)

with an adjustable screen for fruit, comprising a

series of conveyor/sorter rollers (12) arranged in a

sorting plane and parallel to each other, the

conveyor/sorter rollers each having at least one

sorter section (30), a spacing (36) being provided

respectively between opposing sorter sections (30)

of successive conveyor/sorter rollers (12) in order to

allow fruit to pass selectively through the table, via

said spacing. According to the invention, the sorting

table comprises conveyor/sorter rollers provided with

sorter sections (30) that have an adjustable diameter

and a control device (76) for controlling the diameter

of the adjustable-diameter sorter sections.

Application to sorting a fruit or grape crop.

21: 2019/01932. 22: 2019/03/28. 43: 2019/10/21 51: B07B 71: PELLENC 72: Jean-Marc GIALIS, Remi NIERO 33: FR 31: 16/60278 32: 2016-10-24 54: FRUIT SORTING TABLE WITH ADAPTIVE SCREEN 00: - The invention concerns a fruit sorting table (10)

comprising: - a conveyor (12) for conveying a fruit

crop along a conveying plane (18), between an

intake area (14) and a discharge area (16), - a

screen (32), extending in the conveying plane

between the intake area (14) and the discharge area

(16), the screen (32) having openings (66) for sorted

fruit to pass through from the conveying plane to an

area (40) for receiving sorted fruit situated under the

conveying plane. According to the invention, the

sorting table further comprises - at least one device

(50) for measuring one of a quantity of fruit and a

flow rate of fruit passing through the screen (32)

over at least one reference section (42) of the

screen, the reference section (42) being situated

between the fruit intake area (14) and the discharge

area (16), and set apart from the fruit intake area, - a

device (52) for adjusting the sorting table in

response to the measurement device. Application, in

particular, to sorting a grape crop.


Page | 215

21: 2019/01933. 22: 2019/03/28. 43: 2019/10/28 51: C22B 71: BHP BILLITON OLYMPIC DAM CORPORATION PTY LTD 72: BOJCEVSKI, David, ENGLAND, John Kenneth, RORKE, Gary Vernon 33: AU 31: 2016903763 32: 2016-09-19 54: INTEGRATED HYDROMETALLURGICAL AND PYROMETALLURGICAL METHOD FOR PROCESSING ORE 00: - A process for recovering copper, uranium and one or

more precious metals from an ore material,

including: a. forming a heap of the ore material; b.

subjecting the heap of the ore material to an acidic

heap leach using an iron containing acidic leach

solution in the presence of an oxygen containing

gas, and producing a pregnant leach solution and a

ripios; c. subjecting the ripios to flotation to produce

a copper containing ripios concentrate and tailings;

and d. subjecting the ripios concentrate to a smelting

process to produce a smelted copper product. e.

recovering copper and uranium from the pregnant

leach solution.

21: 2019/01960. 22: 2019/03/29. 43: 2019/10/21 51: A61J; B65D 71: Spec Tool & Die and General Engineering CC 72: MURGATROYD, David John 54: CHILD-RESISTANT CLOSURE WITH FRUSTUM SEAL 00: - This invention is an addition to, improvement in and

modification of the invention described or claimed in

SA patent application no. 2018/03233 (the main

invention) and provides a child-resistant closure 10

which requires concurrent push and turn motions to

open. The closure 10 of the main invention locates

the child-resistance drive formations on the

peripheral skirts of the inner (12) and outer (14) caps

to provide greater leverage during rotational

manipulation of the closure 10. The inner cap 12

includes a frustum seal 30 that, on its outer surface

is curved outwardly in a bowl formation 32 which co-

operates with integrally formed, rectilinear, resiliently

deformable vanes 34 extending from the underside

of the outer cap 14 that serve to bias the inner cap

12 downwardly relative to the outer cap 14.


Page | 216

21: 2019/01964. 22: 2019/03/29. 43: 2019/10/21 51: A61K; A61Q 71: L'OREAL 72: GREGOLIN, Marina Tavares, DE MAGALHAES, Ana Paula Leme, SATO, Bruno Maiko, PETALI, Erika Alegrio Jarque, MARTINS, Sintia Aguiar, ALVES, Diego 54: HAIR COSMETIC COMPOSITION COMPRISING THIOL-BASED COMPOUNDS 00: - The present invention relates to compositions for

conditioning hair fibers, in particular human hair

fibers, comprising (a) cationic surfactants; (b) thiol-

based compounds; (c) fatty alcohols in an amount of

from about 6% to about 20% by weight; (d) a

component selected from polyols, fatty substances

other than a fatty alcohol, and mixtures thereof; (e)

water; and (f) optionally, neutralizing agents, wherein

the pH of the composition ranges from 2 to less than

7. The invention also concerns a process for

imparting hair care benefits to hair fibers such as

straightening effects, volume reduction, frizz control,

manageability, cosmeticity, and smooth feel, in

addition to conditioning benefits and a use for hair

care employing the cosmetic compositions of the

present invention.

21: 2019/01965. 22: 2019/03/29. 43: 2019/10/21 51: A61K; A61Q 71: L'OREAL 72: GREGOLIN, Marina Tavares, DE MAGALHAES, Ana Paula Leme, SATO, Bruno Maiko, PETALI, Erika Alegrio Jarque, MARTINS, Sintia Aguiar

54: HAIR COSMETIC COMPOSITIONS CONTAINING THIOL-BASED COMPOUNDS AND METHODS FOR CLEANSING AND TREATING HAIR 00: - The present invention relates to a hair cosmetic

composition for cleansing and conditioning hair

fibers, in particular human hair fibers, the hair

cosmetic composition comprising anionic

surfactants, amphoteric surfactants, thiol- based

compounds selected from thiolactic acid, thiolactic

acid derivatives, their salts, and mixtures thereof,

thickening agents; nonionic surfactants; and water;

wherein the pH of the composition ranges from

about 2 to less than 7. The invention also concerns a

method for imparting hair care benefits to hair fibers

such as straightening effects, volume reduction, frizz

control, manageability, cosmeticity, and smooth feel,

in addition to cleansing and conditioning benefits

and a use for hair care employing the cosmetic

compositions of the present invention.

21: 2019/01966. 22: 2019/03/29. 43: 2019/10/21 51: A61K; A61Q 71: L'OREAL 72: GREGOLIN, Marina Tavares, DE MAGALHAES, Ana Paula Leme, SATO, Bruno Maiko, PETALI, Erika Alegrio Jarque, MARTINS, Sintia Aguiar, ALVES, Diego 54: HAIR COSMETIC COMPOSITIONS CONTAINING THIOL-BASED COMPOUNDS AND METHODS FOR CLEANSING AND TREATING HAIR 00: - The present invention relates to compositions for

cleansing hair fibers, in particular human hair fibers,

comprising (a) cationic surfactants; (b) amphoteric

surfactants; (c) thiol-based compounds; (d) nonionic

surfactants; (e) cationic conditioning polymers; (f)

optionally, amino silicones; (h) water; and (i)

optionally, neutralizing agents, wherein the pH of the

composition ranges from 2 to less than 7. The

invention also concerns a process for imparting hair

care benefits to hair fibers such as straightening

effects, volume reduction, frizz control,

manageability, cosmeticity and smooth feel, in

addition to cleansing and conditioning benefits and a

use for hair care employing the cosmetic

compositions of the present invention.


Page | 217

21: 2019/01968. 22: 2019/03/29. 43: 2019/10/18 51: H04B 71: GUANGDONG OPPO MOBILE TELECOMMUNICATIONS CORP., LTD. 72: TANG, Hai, XU, Hua 54: METHOD AND DEVICE FOR TRANSMITTING SIGNAL 00: - Disclosed in an embodiment of the invention are a

method and device for transmitting a signal. The

method comprises: a first device determining,

according to a base parameter set and/or an

operating frequency band used to transmit signals,

the number of wave beams used to transmit the

signals, or determining a number of the transmitted

signals N, where N is a positive integer; and the first

device transmitting, according to the number of wave

beams or the number of the transmitted signals N,

the signals with a second device. The method and

device of the embodiment of the invention can

flexibly determine, according to a transmission

characteristic between a terminal device and a

network, the number of wave beams used to

transmit signals, or determine the number of the

transmitted signals, thereby obtaining better

beamforming gain.

21: 2019/01973. 22: 2019/03/29. 43: 2019/10/17 51: G01N 71: TECHNISCHE UNIVERSITÄT DRESDEN 72: Gerald STEINER, Grit PREUSSE, Edmund KOCH, Roberta GALLI, Christian SCHNABEL 33: DE 31: 10 2016 013 155.1 32: 2016-10-26 54: PRODUCING A HOLE IN A BIRD EGG FOR DETERMINING THE SEX OF THE BIRD EGG 00: - A hole (4) is produced at the blunt pole (2) of a bird

egg (1) for the purposes of determining the sex of

the bird egg (1), wherein the hole (4) relates to the

eggshell (14) and the outer shell membrane (15),

while the inner shell membrane (16) remains intact.

In the region of the hole (4) at the blunt pole (2), at

least one blood vessel (19) is registered below the

intact inner shell membrane (16) and the blood in

said blood vessel is excited by means of a set

incident radiation (30), the back-scattered radiation

(26) of which is measured, detected and evaluated

for determining the sex.

21: 2019/02017. 22: 2019/04/01. 43: 2019/10/10 51: G06Q 71: CHU, En-Hsin 72: CHU, En-Hsin, HUANG, Yu-Tsen, HUANG, Kuan-Wei 54: CROSSOVER INTERACTIVE MARKING SYSTEM AND METHOD 00: - A crossover interactive marketing system is operable

to combine the real world with a virtual world. The

crossover interactive marketing system includes the

internet, a platform provider’s server, at least one

real customer’s portable device and at least one

bricks-and-mortar store’s terminal device. The

server is connected to the portable device and the

terminal device via the internet to allow the real

customer to find in the real world the marketing

event marked in the virtual world to allow the real

customer to interact with the bricks-and-mortar store

to complete the marketing event in the real world.


Page | 218

21: 2019/02018. 22: 2019/04/01. 43: 2019/10/10 51: G06Q 71: CHU, En-Hsin 72: CHU, En-Hsin, HUANG, Yu-Tsen, HUANG, Kuan-Wei 54: CROSSOVER INTERACTIVE TRANSACTION SYSTEM AND METHOD 00: - A crossover interactive transaction system and

method includes a server, a network, portable

devices and terminal devices according to the

preferred embodiment of the present invention. The

server is provided for a platform provider. Each of

the portable devices is provided for a real customer.

Each of the terminal devices is provided for a bricks-

and-mortar store. Via cables or in a wireless

manner, the server communicates data with the

portable devices and terminal devices via the

network. Thus, in the real world, the real customers

can find transactions marked in virtual stores in a

virtual world and interact with the bricks-and-mortar

stores and corresponding to the virtual stores. Each

of the transactions includes transaction data of a

site, a mission and a reward for example. The site

can be a bricks-and-mortar store or a tourist’s

attraction. The mission can be listening to

introduction of products, testing food or

advertisement for example.

21: 2019/02043. 22: 2019/04/02. 43: 2019/10/10 51: E21B 71: RHOSCH ENGINEERING (PTY) LTD 72: COX, Dale Robert 54: DRILL STEEL AND ITS MANUFACTURE 00: - A drill steel and a method of making a drill steel are

disclosed. The drill steel includes a metal rod with a

first end thereof to fit within a chuck of a drilling

machine, and an integrally formed collar provided

along the length of the metal rod. A ferrule is

fastened on the metal rod adjacent the integrally

formed collar on the side of the first end of the metal

rod, the ferrule forming a stop that prevents the drill

steel from moving too far into the chuck.

21: 2019/02055. 22: 2019/04/02. 43: 2019/10/11 51: B01F; B67D 71: STRAUSS WATER LTD 72: WILDER, Haim, YARDENI, Gil, KRYSTAL, Eyal, COHEN, Erez, KALMANOVICH, Gil 33: IL 31: 248295 32: 2016-10-10


Page | 219

54: WATER CARBONATION UNIT AND CONTINUOUS WATER CARBONATION METHOD 00: - A water carbonation unit (100) comprising: at least

one water feed (128) and at least one pressurised

carbon-dioxide feed; a merging duct (106) extending

between a first, closed end (120) and a second end

(122), the at least one water feed (128) and at least

one carbon-dioxide feed (130) opening into said duct

(106) at said first end; said second end opening into

a mixing chamber (102) linked to a carbonated water

outlet (108); the carbonated water outlet (108)

configured to restrict outflow of carbonated water

from the chamber to thereby maintain pressure

within the chamber while carbonated water flows out

of the carbonated water outlet (108).

21: 2019/02081. 22: 2019/04/03. 43: 2019/10/16 51: A61K; C07D; C07H; A61P 71: MEDIMMUNE LIMITED 72: HOWARD, Philip Wilson, GREGSON, Stephen John 33: GB 31: 1617466.6 32: 2016-10-14 54: PYRROLOBENZODIAZEPINE CONJUGATES 00: - A compound of formula (I) : (I) and its conjugates.

21: 2019/02097. 22: 2019/04/03. 43: 2019/10/21 51: A61L 71: LIU, Yingqin 72: LIU, Yingqin, SUN, Guangchen, SUN, Xin 33: CN 31: 201610878374.2 32: 2016-10-09 54: INDUCER FOR REGENERATION OF BONE AND SOFT TISSUE, AND METHOD FOR MAKING SAME AND USES THEREOF 00: - An inducer is directed to the induction of in situ

regeneration in regenerative medicine. The inducer

including an extracellular matrix and/or a bone

morphogenetic protein, can induce the regeneration

of bone and soft tissues surrounding the bone such

as muscle, blood vessel and skin at the residual

tissues where trauma occurs. The amount of

regenerated tissue is associated with the dose of the

implanted inducer.

21: 2019/02171. 22: 2019/04/08. 43: 2019/10/21 51: G06K; G06T 71: GROBLER, Andrea 72: GROBLER, Andrea 33: ZA 31: 2018/00168 32: 2018-01-10 54: IDENTIFICATION OF SPECIES 00: - The invention provides a method of identifying a

listed species from legislation pertaining to

biodiversity. The method includes the steps of:


Page | 220

providing selectable species categories to a user via

a mobile communications interface, receiving at

least one digital image of a specimen, comparing the

at least one digital image to a legislation-based

species database to identify the specimen, and

providing the user with a result via the mobile

communications interface. The result is a negative

result if the specimen is identified as a listed species

and is a positive result if the specimen is not

identified as a listed species. The invention further

provides a system for identifying National

Environmental Management Biodiversity Act

(NEMBA) species.

21: 2019/02235. 22: 2019/04/09. 43: 2019/10/22 51: B01J; C05C; C05G 71: YARA INTERNATIONAL ASA 72: VOORHANS, Jaap, VANMARCKE, Luc, KAYAERT, André 33: EP 31: 16196033.1 32: 2016-10-27 54: FLUIDIZED BED GRANULATION 00: - Method and fluidized bed reactor for the production

of granules, such as granules of urea or ammonium

nitrate. The fluidized bed reactor comprises at least

one granulation compartment with air inlets, and an

air moving device downstream of the granulation

compartment, e.g., downstream of at least one

scrubbers. The air moving device is configured to

draw air through said at least one air inlet into at

least one granulation compartment.

21: 2019/02250. 22: 2019/04/10. 43: 2019/10/22 51: C08F; C08L 71: BOREALIS AG 72: Claudia KNIESEL, Pavel SHUTOV, Susanne KAHLEN, Daniela MILEVA, Floran PRADES 33: EP 31: 16204510.8 32: 2016-12-15 54: POLYPROPYLENE COMPOSITION WITH EXCELLENT PAINT ADHESION 00: - The invention relates to a polypropylene composition

(C) comprising: (i) 62 to 85 wt.-%, based on the total

weight of the polypropylene composition (C), of a

heterophasic propylene copolymer (HECO1) with a

melt flow rate MFR2 (230 °C) measured according to

ISO 1133 in the range of 6.0 to 50.0g/10min; (ii) 10

to 30 wt.-%, based on the total weight of the

polypropylene composition (C), of a heterophasic

propylene copolymer (HECO2) with a melt flow rate

MFR2 (230 °C) measured according to ISO 1133 in

the range of 0.1 to 5.5g/10min; (iii) 5 to 30 wt.-%,

based on the total weight of the polypropylene

composition (C), of an inorganic filler (F); wherein (a)

the xylene cold soluble (XCS) fraction of the

heterophasic propylene copolymer (HECO1) has a

lower amount [in mol%] of C2 and/or C4 to C12 a-

olefin derived comonomer units than the xylene cold

soluble (XCS) fraction of the heterophasic propylene

copolymer (HECO2); (b) the xylene cold soluble

(XCS) fraction of the heterophasic propylene

copolymer (HECO1) has a lower the intrinsic

viscosity (IV) than the xylene cold soluble (XCS)

fraction of the heterophasic propylene copolymer

(HECO2); and (c) the xylene cold soluble (XCS)

fraction of the heterophasic propylene copolymer

(HECO2) has an intrinsic viscosity (IV) in the range

of 6.0 to 15.0 dl/g.


Page | 221

21: 2019/02251. 22: 2019/04/10. 43: 2019/10/22 51: C08K; C08L 71: BOREALIS AG 72: Georg GRESTENBERGER, Susanne KAHLEN, Daniela MILEVA, Wolfgang STOCKREITER, Erwin KASTNER, Jochen KASTL 33: EP 31: 16203274.2 32: 2016-12-09 54: POLYPROPYLENE COMPOSITION FOR FOAMING APPLICATIONS 00: - The present invention is directed to a polypropylene

composition (C) comprising a heterophasic

propylene copolymer and an inorganic filler, the use

of said polypropylene composition (C) for the

production of a foamed article and a foamed article

obtained from said polypropylene composition (C).

21: 2019/02275. 22: 2019/04/10. 43: 2019/10/22 51: A61K; A61L; A61P 71: F KHORAKIWALA, Habil 72: F KHORAKIWALA, Habil, KHORAKIWAL, Zahabiya, SHARMA, Vijay 33: IN 31: 201621035700 32: 2016-10-19 33: IN 31: 201621035701 32: 2016-10-19 33: IN 31: 201621035702 32: 2016-10-19 33: IN 31: 201621035703 32: 2016-10-19 54: TOPICAL DRESSING COMPOSITION FOR THE TREATMENT OF DAMAGED SKIN TISSUE 00: - The present invention relates to a topical dressing

composition for the treatment of damaged skin

tissue in a subject, wherein said topical dressing

comprises mesenchymal stem cells embedded in a

topical matrix. Particularly the invention relates to a

storage-stable topical dressing composition for the

treatment of damaged skin tissue in a subject,

wherein said topical dressing comprises up to about

40,000 mesenchymal stem cells per square

centimetre embedded in a topical matrix and,

optionally a pharmaceutically acceptable excipient.

21: 2019/02290. 22: 2019/04/11. 43: 2019/10/21 51: G06F 71: INTERNATIONAL BUSINESS MACHINES CORPORATION 72: MUELLER, Silvia Melitta, COPELAND, Reid, BRADBURY, Jonathan, CARLOUGH, Steven 33: US 31: 15/281,223 32: 2016-09-30 54: DECIMAL MULTIPLY AND SHIFT INSTRUCTION 00: -

An instruction to perform a multiply and shift

operation is executed. The executing includes

multiplying a first value and a second value obtained

by the instruction to obtain a product. The product is

shifted in a specified direction by a user-defined

selected amount to provide a result, and the result is

placed in a selected location. The result is to be

used in processing within the computing

environment.

21: 2019/02292. 22: 2019/04/11. 43: 2019/10/22 51: H04L 71: INTERNATIONAL BUSINESS MACHINES CORPORATION 72: GREINER, Dan, SLEGEL, Timothy, ZOELLIN, Christian, JACOBI, Christian, PAPROTSKI, Volodymyr, VISEGRADY, Tamas, BUENDGEN, Reinhard Theodor, BRADBURY, Jonathan, PURANIK, Aditya Nitin 33: US 31: 15/292,377 32: 2016-10-13 54: CIPHER MESSAGE WITH AUTHENTICATION INSTRUCTION 00: -


Page | 222

An instruction to perform ciphering and

authentication is executed. The executing includes

ciphering one set of data provided by the instruction

to obtain ciphered data and placing the ciphered

data in a designated location. It further includes

authenticating an additional set of data provided by

the instruction, in which the authenticating generates

at least a part of a message authentication tag. The

at least a part of the message authentication tag is

stored in a selected location.

21: 2019/02337. 22: 2019/04/12. 43: 2019/10/23 51: B29B; B29C 71: SOCIEDAD COMERCIAL HARUT SPA 72: BARAHONA OSORIO, Gabriel Ignacio, BRUNA PAEZ, Silvia Montserrat 33: CL 31: 201602617 32: 2016-10-14 54: METHOD FOR RECYCLING HIGH-DENSITY POLYETHYLENE (HDPE) MATERIAL BY THERMOFUSION AND RECYCLED HDPE PRODUCTS 00: -

The present invention relates to a method for

recycling waste high-density polyethylene (HDPE)

materials by thermofusion. Said recycling method

results in products with unique properties, with both

laminated products and products in the form of

moulded blocks being obtained. In addition to being

environmentally beneficial, said products exhibit

properties that differentiate them from products

made from virgin raw materials and from recycled

products.

21: 2019/02361. 22: 2019/04/15. 43: 2019/10/23 51: B60P 71: INGWERSEN INGENIEURSWERKE (PTY) LTD 72: INGWERSEN, Matthys Johan Cornelis 33: ZA 31: 2018/02824 32: 2018-04-30 54: TRAILER 00: - A trailer including a platform, at least two wheels on

which the platform is supported, first and second

ramps, first and second connectors and a lifting

means. The platform defines: (i) opposed front and

rear ends with a longitudinal axis extending there

between; and (ii) opposed sides. The first ramp

extends from or near the front end of the platform

and defines: (i) a first end proximal the platform; (ii) a

second end distal the platform; and (iii) a pair of

opposed lateral sides. The second ramp extends

from or near the rear end of the platform and

defines: (i) a first end proximal the platform; (ii) a

second end distal the platform; and (iii) a pair of

opposed lateral sides. The first connector connects

the trailer to a vehicle, and is spaced from the

longitudinal axis of the platform and is located at or

near the front end of the platform such that, when

the first connector is connected to a vehicle, the

vehicle is disposed alongside but spaced from the

lateral side of the first ramp. The second connector

connects the trailer to a vehicle, the second

connector is spaced from the longitudinal axis of the

platform and is located at or near the rear end of the

platform such that, when the second connector is

connected to a vehicle, the vehicle is disposed

alongside but spaced from the lateral side of the

second ramp. The lifting means loads the trailer by

moving goods up the first or second ramp and on to

the platform. The lifting means is spaced from the

operative upper surface of the platform so as to

enable goods loaded on to the platform to be


Page | 223

received between the platform and the lifting means.

In use: (i) a vehicle connected to the trailer via the

first connector drives the first ramp in a first direction

towards goods to be loaded on to the trailer; (ii) the

lifting means lifts the goods up the first ramp and on

to the platform, with a portion of the loaded goods

being received between the platform and the lifting

means; (iv) the vehicle can be disconnected from the

first connector to permit the vehicle to turn

independently of the trailer; (v) the vehicle can be re-

connected to the trailer via the second connector, to

drive the trailer in a second direction opposite the

first direction; and (vi) the goods loaded on the

platform can be offloaded from the platform via the

second ramp.

21: 2019/02368. 22: 2017/10/16. 43: 2019/10/23 51: G09F 71: ROYAL SQUARE INVESTMENTS CC 72: KESSLER, Andrew Charles 33: ZA 31: 2016/02554 32: 2016-10-14 54: SYSTEM AND METHOD FOR MARKING AND IDENTIFYING AN OBJECT 00: - The invention discloses a system for marking and

identifying an object comprising at least one bio-

mineralised structure having a mean maximum

diameter of less than 500 µm distinctively associated

with the object. Identifying means are provided to

identify the bio-mineralised structure associated with

the object and provides a data output regarding the

bio-mineralised structure which can be interpreted

against a database, thereby providing information on

the object. The invention extends to a method of

marking and identifying an object utilising the

aforementioned components.

21: 2019/02419. 22: 2019/04/16. 43: 2019/10/25 51: B64G 71: DIAZ ARIAS, Herman, PIER ROMERO, Ma Isabel de Jesús 72: DIAZ ARIAS, Herman, PIER ROMERO, Ma Isabel de Jesús 33: MX 31: MX/a/2016/012856 32: 2016-09-30 54: ULTRA-HIGH-FREQUENCY ELECTROMAGNETIC MOTOR 00: - In summary, the operation of the ultra-high-

frequency (UHF) magnetic motor of this invention is

based on generating extremely short and powerful

electric, magnetic or electromagnetic field pulses

and separating or disassociating said field pulses

from the originating source, so that subsequently the

emitting device and a device that is the objective or

target, a support structure that supports both devices

and another element connected to said support

structure are for an instant disassociated from the

field, waiting for the pulsed field to reach the

objective or target. At that moment, the element

emits a field with a polarisation that allows the

exertion of a force that attracts or repels the field

pulse, with respect to the objective or target and

consequently with respect to the motor of which they

form part as a unit, both the emitter and the target

being joined by a support structure. Adequate

synchronisation in the emission of the field pulses is

controlled by a set of electronic circuits formed by a

power module, a control unit based on a

microcontroller, power sources, banks of capacitors

and overshoot-suppression circuits. All these circuits

are connected to form a pulse generator or

continuous signal generator that functions as such,


Page | 224

operating between the UHF and super-high-

frequency (SHF) bands.

21: 2019/02420. 22: 2019/04/16. 43: 2019/10/25 51: C12N 71: Nanjing Airui Biological Technology Co., LTD. 72: Ling Lv, Jian Gu 33: CN 31: 201711252131.9 32: 2017-12-01 54: METHOD FOR AMPLIFYING ANTIGEN-SPECIFIC REGULATORY T CELLS IN VITRO 00: - The invention discloses a method for amplifying

antigen-specific regulatory T cells in vitro, belonging

to the technical field of biomedicine. The invention

adopts Rapamycin combined with TGF-ß cells to

induce human T cells into antigen-specific regulatory

T cells with immunosuppressive function in vitro by

the action of DC cells, which has the advantages as

follows: 1) the amount is sufficient; 2) the obtained

regulatory T cells can resist differentiation to Th17

cells; 3) the obtained regulatory T cells have

stronger inhibitory functions and biological effects

compared with the regulatory T cells induced by

other methods. The invention overcomes many

defects of natural regulatory T cells and has greater

therapeutic advantages in the treatment of

inflammatory diseases, autoimmune diseases and

prevention of organ transplant immunological

rejection.

21: 2019/02451. 22: 2019/04/17. 43: 2019/10/25 51: C21D; F27B 71: ARCELORMITTAL 72: Alexandre BLAISE 33: IB 31: PCT/IB2016/001774 32: 2016-12-19 54: A MANUFACTURING PROCESS OF HOT PRESS FORMED ALUMINIZED STEEL PARTS 00: - A manufacturing process of a press hardened

coated part comprising providing a furnace

comprising N zones, each furnace zone being

respectively heated at a setting temperature T1F,

T2F, TiF,..., TNF, implementing the following

successive steps: providing a steel sheet with

thickness th comprised between 0,5 and 5mm,

comprising a steel substrate covered by an

aluminium alloy precoating with a thickness

comprised between 15 and 50µm, the emissivity

coefficient being equal to 0.15(1 + a), a being

comprised between 0 and 2.4, then cutting said steel

sheet to obtain a precoated steel blank, then placing

the precoated steel blank in furnace zone 1 for a

duration ti comprised between 5 and 600s, wherein

TiF and t1 are such that: T1Fmax > T1F > T1Fmin

with: T1Fmax =(598+ A eBt1+ CeDt1) and T1Fmin =

(550+ A' eB't1+ C'eD't1), A, B, C, D, A', B', C, D'

being such that A= (762 e0.071 th - 426 e-0.86 th)

(1-0.345a), B= (-0.031 e-2.151 th - 0.039 e -0.094 th)

(1+0.191a), C= (394 e0.193 th - 434.3 e -1.797 th)

(1-0.364a), D= (-0.029 e-2.677 th - 0.011 e- 0.298

th) (1 +0.475a), A'= (625 e0.123 th - 476 e-1.593 th)

(1 -0.345a), B'=(-0.059 e-2.109 th - 0.039 e- 0.091

th) (1+0.191a), C'= (393 e0.190 th - 180 e- 1.858 th)

(1-0.364a), D'=(-0.044 e-2.915 th - 0.012 e- 0.324 th)

(1 +0.475a), wherein T1F, T1FmaxT1Fmin are in °

Celsius, t1 is in s., and th is in mm, then transferring

the precoated steel blank in the furnace zone 2

heated at a setting temperature T2F = T1? and

maintaining isothermally the precoated steel blank

for a duration t2, T2F and t2 being such that: t2min=


Page | 225

t2= t2max with : t2min= 0.95 t2* and t2max= 1.05

t2*with : t2*= t12 ( - 0.0007 th2 +0.0025 th - 0.0026)

+ 33952 -(55.52 x T2F) wherein T2F is in ° Celsius,

t2, t2min, t2max, t2* are in s., and th is in mm, then

transferring the precoated steel blank in further

zones (3,..i,.., N) of the furnace, so to reach a

maximum blank temperature TMB comprised

between 850°C and 950°C, the average heating rate

VA of the blank between T2F and T?? being

comprised between 5 and 500°C/s, then transferring

the heated steel blank from the furnace into a press,

then hot forming the heated steel blank in said press

so as to obtain part, then cooling the part at a

cooling rate in order to obtain a microstructure in the

steel substrate comprising at least one constituent

chosen among martensite or bainite.

21: 2019/02492. 22: 2019/04/17. 43: 2019/10/28 51: G01C; G01S; G06T 71: CMTE DEVELOPMENT LIMITED 72: GREEN, Matthew Edward, PHILLIPS, Tyson Govan, McAREE, Peter, Ross 54: SYSTEM AND METHOD FOR POINT CLOUD DIAGNOSTIC TESTING OF OBJECT FORM AND POSE 00: - A method of determining the location of a candidate

object in an environment, the method including the

steps of: (a) capturing a 3D point cloud scan of the

object and its surrounds; (b) forming a surface

geometry model of the candidate object, (c) forming

a range hypothesis test comparing an expected

range from the geometry model of the candidate

object in comparison with the measured range of

points in the Lidar point cloud scan and deriving an

error measure there between; (d) testing the range

hypothesis for a series of expected locations for the

surface geometry model of the candidate object and

determining a likely lowest error measure.

21: 2019/02513. 22: 2019/04/23. 43: 2019/10/28 51: B65D 71: Cycliq (Pty) Ltd 72: COLMAN, Graham 33: ZA 31: 2018/01901 32: 2018-03-22 54: PALLET 00: - A pallet which includes at least first and second

spaced and parallel stringers, each stringer including

an elongate first formation, and a plurality of deck

members, each deck member having a first end

which is releasably engageable with a said first

formation of the first stringer and a second end

which is releasably engageable with a said first

formation of the second stringer so that the deck

members traverse a space between the stringers to

form a deck supported on the stringers.

21: 2019/02518. 22: 2019/04/23. 43: 2019/10/25 51: B42D; B42F; G01D; G06K 71: JVE NHBRC SOLUTIONS (PTY) LTD 72: Johan VAN EEDEN 33: ZA 31: 2018/02712 32: 2018-04-24 33: ZA 31: 2018/06755 32: 2018-10-11 54: ELECTRONIC REGISTRATION SYSTEM


Page | 226

00: - The invention discloses an electronic registration

system, which includes electronic means having

input means for submitting documents and/or data

required for building works; and a computer system

having a data storage means adapted to store

and/or review the documents and/or data required

for building works and adapted to submit these

documents and/or data to relevant building

authorities.

21: 2019/02521. 22: 2019/04/23. 43: 2019/10/25 51: H04W 71: GUANGDONG OPPO MOBILE TELECOMMUNICATIONS CORP., LTD. 72: LIN, Yanan 54: COMMUNICATION METHOD, TERMINAL, AND NETWORK DEVICE 00: - The present application provides a communication

method, a terminal, and a network device. The

communication method in the present application

comprises: a terminal receives first indication

information sent by a network device, the first

indication information being used for indicating a first

resource; and the terminal sends, according to the

first indication information, an uplink channel or an

uplink signal to the network device by using a third

resource in the second resource, the third resource

being a resource that is located in the second

resource and that is not overlapped with the first

resource. The communication method, the terminal

and the network device provided in the present

application can flexibly improve the utilization rate of

resources.

21: 2019/02522. 22: 2019/04/23. 43: 2019/10/25 51: H04W

71: GUANGDONG OPPO MOBILE TELECOMMUNICATIONS CORP., LTD. 72: LIN, Yanan 54: UPLINK CONTROL INFORMATION TRANSMISSION METHOD, TERMINAL DEVICE, AND NETWORK DEVICE 00: - Embodiments of the present invention provide an

uplink control information transmission method, a

terminal device, and a network device. The method

comprises: a terminal device determines multiple

uplink control channel units for transmitting target

uplink control information, the multiple uplink control

channel units being located in a same target time

unit in a time domain, and each of the multiple uplink

control channel units capable of separately

transmitting the uplink control information; and in the

target time unit, the terminal device sends the target

uplink control information to a network device by

means of the multiple uplink control channel units.

By means of the embodiments of the present

invention, the flexibility of the uplink control

information can be improved.

21: 2019/02587. 22: 2019/04/24. 43: 2019/10/25 51: A63B; E04H; F04D 71: SURF LAKES HOLDINGS LTD 72: SIDWELL, Christopher Roy, TREVIS, Aaron James 33: AU 31: 2016904777 32: 2016-11-22 54: NON-CONTACT LIQUID SEALING ACTUATOR SYSTEM 00: - A liquid sealing actuator system enables use in a

non-contact or low-friction manner. The system

includes: an inner shaft having a first end; a hollow

outer shaft having a first end that receives the first

end of the inner shaft; at least one sealing ring

positioned adjacent an internal surface of the hollow

outer shaft, wherein the at least one sealing ring has

an outer diameter that is less than an inner diameter

of the outer shaft, thereby defining an annular seal


Page | 227

gap; a mass attached to a distal end of either the

inner shaft or the outer shaft; and a pressure source

that injects a pressurised fluid into the hollow outer

shaft, thereby applying a pressure against both the

first end of the inner shaft and the at least one

sealing ring that assists in lifting the mass; wherein

the system is at least partially immersed in an

external liquid such that the at least one sealing ring

is submerged in the external liquid and a head of the

external liquid above the at least one sealing ring

defines a backpressure in the annular seal gap that

opposes the pressure applied by the pressure

source.

21: 2019/02613. 22: 2019/04/25. 43: 2019/10/30 51: B65D 71: JANNY SARL 72: JANNY, Pierre 33: FR 31: 1660134 32: 2016-10-19 54: DEVICE FOR SELECTING GASES FOR A CONTAINER FOR STORING PERISHABLE PRODUCTS 00: - The present invention relates to a gas-selection

device (1) for a sealed storage container (100) with

modified or controlled atmosphere, remarkable in

that it comprises a hollow body (2) and at least one

first orifice (3), a second orifice (4) and a first

membrane (5), said first and second orifices (3, 4)

connecting the inside of said body (2) to the outside,

said first membrane (5) being disposed inside said

body (2) between said first and second orifices (3, 4)

so that the gases flowing from the first orifice (3) to

the second orifice (4), or vice versa, necessarily and

solely pass through said first membrane (5), and in

that the device (1) is arranged so as to be secured

sealingly to one (101) of the walls of the container

(100), so as to allow a flow of gas from its second

orifice (4) through the wall (101), or vice versa.

21: 2019/02614. 22: 2019/04/25. 43: 2019/10/29 51: G01F; G01N 71: PROMECON PROCESS MEASUREMENT CONTROL GMBH 72: Hans, Georg CONRADS, Christian DIPPNER, Theodoros TSIFOTIDIS 33: DE 31: 10 2016 013 220.5 32: 2016-11-04 54: MICROWAVE MEASURING ARRANGEMENT FOR DETERMINING THE LOADING OF A TWOPHASE FLOW 00: - The invention relates to a microwave measuring

arrangement for determining the loading of a two-

phase flow with gaseous carrier medium in a tube or

channel system (1) with small and extremely small

solid and/or liquid particles. To that end,

microwaves, preferably having frequencies between

0.95 and 1.05 times the frequency of the waveguide

fundamental wave, are coupled into an electrically

conductive section of the tube or channel system (1),

said section being delimited by field rods (4, 4') and

thereby acting as a resonator, and the shift in the

resonant frequency of the resonator on account of

the loading of the carrier medium with solid and/or

liquid particles is determined. In order to suppress

interference resulting from microwaves which are

reflected, diffracted and/or superimposed in the tube


Page | 228

or channel system (1), two auxiliary field rods (6, 7

and 6', 7', respectively) assigned to each field rod (4,

4') are provided. The auxiliary field rods (6, 7 and 6',

7', respectively) are arranged at a small distance

from the relevant field rod (4, 4') in comparison with

the wavelength of the waveguide fundamental wave,

and two auxiliary field rods (6, 7 and 6', 7',

respectively) are arranged in each case at an angle

a with respect to the field rod (4, 4') of a = + 45° ±

10° and/or a = -45° ± 10° and/or a = +135° ± 10°

and/or a = -135° ± 10°, wherein the two auxiliary field

rods (6, 7 and 6', 7', respectively) assigned to a field

rod (4, 4') form an angle of 90°± 20°. The particular

advantage of the solution according to the invention

consists in a simple and space-saving construction

that makes it possible to integrate the measuring

arrangement into an existing tube or channel system

even in the case of complicated space conditions.

21: 2019/02615. 22: 2019/04/25. 43: 2019/10/30 51: B21D; B60R 71: ARCELORMITTAL 72: Damien HERISSON, Jimmy LAM, Dan HASENPOUTH, Elie GIBEAU, Ivan VIAUX 33: IB 31: PCT/IB2016/056963 32: 2016-11-18 54: BUMPER BEAM HAVING AN 8 SHAPED CROSS-SECTION 00: - The bumper beam (1) is made of at least one roll

formed steel sheet (10) comprising an upper beam

(12) and a lower beam (14) extending in a

transversal direction, said upper beam (12) and said

lower beam (14) each having a closed cross-section

defined by a front wall (16, 22), a rear wall (18, 24),

an upper wall (20) and a lower wall (26), the upper

wall (20) and the lower wall (26) joining the front wall

(16, 22) to the rear wall (18, 24), wherein a central

wall (28) extending between the front walls (16, 22)

and the rear walls (18, 24) of the upper beam (12)

and of the lower beam (14) forms both the lower wall

of the upper beam (12) and the upper wall of the

lower beam (14). The central wall (28) extends in at

least two different planes.

21: 2019/02632. 22: 2019/04/25. 43: 2019/10/30 51: F42D; H01B 71: DETNET SOUTH AFRICA (PTY) LTD 72: MACE, Daniel, KRUGER, Johannes Petrus 33: ZA 31: 2017/01486 32: 2017-02-28 54: STRETCHABLE DETONATOR CONNECTION CABLE 00: - A cable which includes an insulating sheath, a

conductive core of a first length encased with in the

sheath, a core including a plurality of conductive

elongate elements, each element having a length

which is less than the first length, the elements being

assembled in conductive contact with one another

over the first length.


Page | 229

21: 2019/02649. 22: 2019/04/26. 43: 2019/10/29 51: A01N; B01D 71: Kelp Products International (Pty) Ltd 72: DAHMS, Janine, MAKHURA, Noko Elisabeth, LOURENS, Adriaan Francois, PAPENFUS, Heino Benoni 33: ZA 31: 2016/07549 32: 2016-11-02 54: PRODUCTION OF LIQUID BIOSTIMULANTS EXTRACTED FROM SEAWEED 00: - To extract biosimulant liquid from seaweed, the

seaweed is minced and placed in a chamber. The

pressure in the chamber is increased to increase the

pressure in the cells of the seaweed. The pressure

is then dropped rapidly to create a pressure

differential between the chamber and the cells so

that the cells burst. The liquid produced by the

process is passed through a reverse osmosis

membrane.

21: 2019/02678. 22: 2019/04/29. 43: 2019/10/30 51: H01R 71: JILIN ZHONG YING HIGH TECHNOLOGY CO., LTD 72: WANG, Chao 33: CN 31: 201610966186.5 32: 2016-11-04 54: ALUMINUM TERMINAL AND COPPER-ALUMINUM TRANSITION CONNECTOR 00: - An aluminum terminal and a copper-aluminum

transition connector. An aluminum terminal (1)

comprises an insertion cavity for the insertion of an

aluminum wire (2); the insertion cavity comprises a

first cavity (11) having an inner diameter matching

an outer diameter of a core (21) of the aluminum

wire (2), and a second cavity (12) having an inner

diameter matching an outer diameter of an insulating

layer (22) of the aluminum wire (2); a rear end of the

first cavity (11) is connected to a front end of the

second cavity (12); the minimum wall thickness (H)

of the insertion cavity is not less than 1/6 of the wall

thickness of the insulating layer (22). A copper-

aluminum transition terminal comprises a copper

terminal (3) and at least one aluminum terminal (1);

the copper terminal (3) is fixed to the front end of the

first cavity (11) of the aluminum terminal (1). The

present solution can not only prevent cracks on the

aluminum terminal (1) during a press bonding

process and facilitate the rationalization of costs of a

finished product, but also improve the conductive

performance between the aluminum terminal (1) and

the aluminum wire (2).

21: 2019/02679. 22: 2019/04/29. 43: 2019/10/30 51: B26B 71: SUPER-MAX PERSONAL CARE PVT.LTD. 72: BITTENCOURT, Antonio Carlos Acatauassu, MOHITE, Yogesh Humbirrao 33: IN 31: 201621044497 32: 2017-06-26 54: SHAVING CARTRIDGE WITH ENHANCED RINSABILITY 00: - The present invention relates to razor cartridge with

a multifunctional seat that is attachable to a handle,

plurality of blades without the spacers and a

multifunctional cap obviating the use of spacers in

between blades.The Multifunctional seat provided

with protrusions / selective seat and multifunctional

cap with corresponding provisions to hold respective

blade on the seat enables to dispose plurality of

blades parallelly with respect to each other without

the use of spacers and yet holding the blades rigidly

in their predisposed positions during shaving and

providing flushing channels for cleaning of the


Page | 230

shaving debris during rinsing of the cartridge after

shaving.

21: 2019/02681. 22: 2019/04/29. 43: 2019/10/30 51: H02H 71: CHINA ENFI ENGINEERING CORPORATION 72: Guanghui BAI, Longfei GU, Wenli MA, Shuo LI, Shuai GUO 33: CN 31: 201610972321.7 32: 2016-10-31 33: CN 31: 201621195671.9 32: 2016-10-31 54: LOW-VOLTAGE PROTECTION DEVICE FOR USE IN STORAGE BATTERY 00: - Disclosed in the present invention is a low-voltage

protection device for use in a storage battery,

comprising: a primary power supply circuit, the

primary power supply circuit being connected with

the storage battery and a control system,

respectively; an activation circuit, for controlling the

primary power supply circuit to be connected, such

that the storage battery supplies power to the control

system; a low-voltage canceling circuit, for

controlling, when the voltage of the storage battery is

lower than a working voltage of the control system,

the activation circuit to be disconnected such that

the primary power supply circuit may be

disconnected; and a recovery circuit, for controlling

the activation circuit to be connected as triggered by

a user. When the primary power supply circuit is

disconnected, the activation circuit may be used to

control the primary power supply circuit to be

connected only when triggered by a user, such that

the storage battery supplies power to the control

system, thereby effectively preventing a low-voltage

oscillation scenario caused by the storage battery

directly supplying power to the control system, and

preventing damages from occurring in the control

system.

21: 2019/02689. 22: 2019/04/29. 43: 2019/10/30 51: A23L; A61K; C07K; A61P 71: INSTITUTO SUPERIOR DE AGRONOMIA 72: LIMA, Ana Isabel Gusmão, GUERREIRO, Joana Patrícia Mota, FERREIRA, Ricardo Manuel De Seixas Boavida 33: GB 31: 1616715.7 32: 2016-09-30 33: PT 31: 109645 32: 2016-09-30 54: THERAPEUTIC PROTEIN 00: - A deflamin polypeptide composition for use in a

method of treatment of the human or animal body by

therapy wherein the therapy is preferably preventing

or treating inflammation or cancer, or providing a

nutraceutical.


Page | 231

21: 2019/02713. 22: 2019/04/30. 43: 2019/10/31 51: H02S 71: ARCELORMITTAL 72: Paul WOUTERS, Lionel FOURDRINIER, Eftychios XIRAKIS, Renaud VIGNAL, Andrea TORMA 33: IB 31: PCT/IB2016/057222 32: 2016-11-30 54: ELECTRICAL CONNECTION DEVICE FOR A PHOTOVOLTAIC SYSTEM 00: - The invention pertains to an electrical connection

box for at least one photovoltaic module comprising

an electrical pole at one of its longitudinal ends and

an electrical pole of opposite polarity at the other

end, the connection box comprising a first shell and

a second shell that can be fitted the one into the

other, the axis of the electrical terminal being

perpendicular to the bottom, the electrical terminal

being connected to the bottom and positioned so

that it is aligned with the electrical terminal of the first

shell when the first and second shells are fitted the

one into the other.

21: 2019/02749. 22: 2019/05/02. 43: 2019/11/08 51: B01L 71: NANTONG UNIVERSITY

72: WANG, Xiaoqin, PENG, Yuping, SHI, Wei, QIU, Yihua, LIU, Zhan 54: TEST TUBE HOLDER, SUCTION TUBE HOLDER, AND STORAGE TRAY ON MAGNETIC BASE FOR ULTRA-CLEAN TABLE 00: - A test tube holder, suction tube holder, and storage

tray on a magnetic base for an ultra-clean table. On

one side of a magnetic base (6) is a magnetic base

attachment surface (4) for attaching the magnetic

base to a ferrous vertical side plate in an ultra-clean

table. A bottom surface (7) of the magnetic base

contacts a bottom surface in the ultra-clean table. A

column baseplate (3) is fixedly mounted on an upper

surface of the magnetic base (6), and a column (1) is

disposed on the column baseplate (3). Upper,

middle, and lower horizontal member height

positioning locks are mounted on the column (1). A

test tube holder horizontal member, a suction tube

holder horizontal member, and a storage tray

horizontal member that are sleeved on the column

(1) and horizontally rotatable on the column (1) are

respectively disposed above the horizontal member

height positioning locks. The structure is reasonable

and convenient, and the storage space is adjustable.


Page | 232

21: 2019/02750. 22: 2019/05/02. 43: 2019/11/05 51: B01L 71: NANTONG UNIVERSITY 72: LIU, Zhan, PENG, Yuping, FAN, Yaping, QIU, Yihua, FANG, Xiaoxia 54: MAGNETIC PEDESTAL TEST TUBE, STORAGE TRAY AND STERILIZING TRAY USED FOR SUPER CLEAN BENCH 00: - A magnetic pedestal test tube, a storage tray and a

sterilizing tray used for a super clean bench,

comprising a magnetic seat (6) which generates

adsorption magnetic force, wherein a side surface of

the magnetic seat (6) is a magnetic seat adsorption

surface (4) for adsorbing a magnetic pedestal to an

iron-made vertical edge plate in the super clean

bench, the bottom surface (7) of the magnetic seat is

in contact with the bottom surface within the super

clean bench, the upper surface of the magnetic seat

(6) is fixedly provided with a stand column base

plate (3), and the stand column base plate (3) is

provided thereon with a stand column (1); the stand

column (1) is provided thereon with upper, middle

and lower horizontal member height positioning

locks, and a test tube rack horizontal member, a

storage tray horizontal member and a disinfection

tray horizontal member which are sheathed on the

stand column (1) and which may horizontally rotate

on the stand column (1) are arranged above the

horizontal member height positioning locks

respectively. The present invention has the

advantages of a reasonable structure, being

convenient to use and an adjustable placement

space.

21: 2019/02751. 22: 2019/05/02. 43: 2019/11/05 51: B01L 71: NANTONG UNIVERSITY 72: SHEN, Weixing, PENG, Yuping, YANG, Bin, QIU, Yihua, LIU, Zhan 54: SET OF MAGNETIC BASE TEST TUBE, PIPETTOR HOLDER AND RECEIVING PLATE FOR ULTRA-CLEAN BENCH 00: - Disclosed are a set of magnetic base test tube,

pipettor holder and receiving plate for an ultra-clean

bench, the set comprising a magnetic base (6)

producing magnetic force attraction, wherein a side

face of the magnetic base (6) is a magnetic base

attraction face (4) for attracting the magnetic base

(6) onto a vertical side plate of iron in the ultra-clean

bench, a magnetic base bottom face (7) is in contact

with a bottom face inside the ultra-clean bench, an

upright column base plate (3) is fixed on an upper


Page | 233

surface of the magnetic base (6), and the upright

column base plate (3) is provided with an upright

column (1); an upper, a middle and a lower

horizontal structural member height positioning lock

(11-14) are mounted on the upright column (1), and

test tube holder horizontal structural members (15-

18), pipettor holder horizontal structural members

(19-22) and receiving plate horizontal structural

members (23-26) capable of horizontally rotating on

the upright column (1) and sheathed on the upright

column (1) are respectively provided above the

horizontal structural member height positioning locks

(11-14). The invention has a rational structure, is

convenient to use, and has adjustable placement

space.

21: 2019/02752. 22: 2019/05/02. 43: 2019/11/05 51: B01L 71: NANTONG UNIVERSITY 72: LIU, Zhan, PENG, Yuping, WU, Xiang, QIU, Yihua, HUANG, Yan

54: MAGNETIC BASE TEST TUBE, SYRINGE RACK AND STORAGE TRAY FOR CLEAN BENCH USE 00: - A magnetic base test tube, syringe rack and storage

tray for clean bench use, said magnetic base test

tube, syringe rack and storage tray for clean bench

use comprising a magnetic base (6) generating

attractive magnetic force, a side surface of the

magnetic base (6) being a magnetic base attraction

surface (4) attracting the magnetic base onto an iron

vertical side plate in the clean bench, a magnetic

base bottom surface (7) being in contact with a

bottom surface in the clean bench, an upper surface

of the magnetic base (6) having fixed thereon a

column base plate (3), and the column base plate (3)

having disposed thereon a column (1); mounted on

the column (1) is are three horizontal member height

positioning locks - upper, middle and lower - the

horizontal member height positioning locks having

provided thereon, respectively, a test tube rack

horizontal member, a syringe rack horizontal

member and a storage tray horizontal member,

sleeved on the column (1) and capable of rotating

horizontally on the column (1); the structure thereof

is rational, use is convenient, and placement space

is adjustable.


Page | 234

21: 2019/02753. 22: 2019/05/02. 43: 2019/11/05 51: B01L 71: NANTONG UNIVERSITY 72: LIU, Zhan, QIU, Yihua, GU, Yunjuan, PENG, Yuping, CAO, Beibei 54: MAGNETIC BASE PIPETTE, INJECTOR STAND, AND RECEIVING DISC FOR SUPER CLEAN BENCH 00: - A magnetic base pipette, injector stand, and

receiving disc for a super clean bench, comprising a

magnetic base (6) generating adsorptive magnetic

force. A side surface of the magnetic base (6) serves

as a magnetic base adsorption surface (4) adsorbing

the magnetic base (6) on a ferreous vertical side

plate in the super clean bench, a bottom surface (7)

of the magnetic base is in contact with the bottom

surface in the super clean bench, a stand column

chassis (3) is fixedly mounted on an upper surface of

the magnetic base (6), and the stand column chassis

(3) is provided with a stand column (1); upper,


positioning locks are mounted on the stand column

(1); and a pipette stand horizontal member, an

injector stand horizontal member, and a receiving

disc horizontal member which are respectively

sleeved on the stand column (1) and can horizontally

rotate on the stand column (1) are provided above

the horizontal member height positioning locks. The

magnetic base pipette, injector stand, and receiving

disc for the super clean bench is reasonable in

structure, convenient to use, and adjustable in

placing space.

21: 2019/02754. 22: 2019/05/02. 43: 2019/11/05 51: B01L 71: NANTONG UNIVERSITY 72: LIU, Zhan, QIU, Yihua, QIU, Lianglin, PENG, Yuping, LU, Jianhua 54: MAGNETIC BASE PIPETTE STAND, RECEIVING DISC, AND STERILIZATION TRAY FOR SUPER CLEAN BENCH 00: -


Page | 235

A magnetic base pipette stand, receiving disc, and

sterilization tray for a super clean bench, comprising

a magnetic base (6) generating adsorptive magnetic

force. A side surface of the magnetic base (6) serves

as a magnetic base adsorption surface (4) adsorbing

the magnetic base on a ferreous vertical side plate in

the super clean bench, a bottom surface of the

magnetic base (6) is in contact with the bottom

surface in the super clean bench, a stand column

chassis (3) is fixedly mounted on an upper surface of

the magnetic base (6), and the stand column chassis

(3) is provided with a stand column (1); upper,


positioning locks are mounted on the stand column

(1); and a pipette stand horizontal member, a

receiving disc horizontal member, and a sterilization

tray horizontal member which are respectively

sleeved on the stand column (1) and can horizontally

rotate on the stand column (1) are provided above

the horizontal member height positioning locks.

21: 2019/02755. 22: 2019/05/02. 43: 2019/11/05 51: B01L; C08L 71: NANTONG UNIVERSITY 72: XU, Fenfen, QIU, Yihua, QU, Jianhua, PENG, Yuping, JIANG, Yongying 54: PIPETTOR HAVING MAGNETIC BASE, SYRINGE RACK AND STORAGE TRAY USED FOR SUPER CLEAN BENCH 00: - A pipettor having a magnetic base, a syringe rack

and a storage tray used for a super clean bench,

comprising a magnetic seat (6) which generates an

attractive magnetic force; a side surface of the

magnetic seat (6) is a magnetic seat attraction

surface (4) that attracts a magnetic base onto an

iron vertical edge plate within a super clean bench,

and a bottom surface (7) of the magnetic seat is in

contact with a bottom surface within the super clean

bench, while a vertical column base plate (3) is

fixedly mounted at an upper surface of the magnetic

seat (6), the vertical column base plate (3) being

provided thereon with a vertical column (1); upper,

middle and lower horizontal member height

positioning locks are mounted on the vertical column

(1), and a pipettor rack horizontal member, a syringe

rack horizontal member and a storage tray horizontal

member, which are sleeved on the vertical column

(1) and which may rotate horizontally on the vertical

column (1), are disposed above the horizontal

member height positioning locks respectively.


Page | 236

21: 2019/02756. 22: 2019/05/02. 43: 2019/11/05 51: B01L 71: NANTONG UNIVERSITY 72: LIU, Zhan, QIU, Yihua, CHEN, Buyou, PENG, Yuping, HUANG, Huiwei 54: MAGNETIC BASE FOR PIPETTOR FRAME FOR CLEAN BENCH, STORAGE PLATE, AND STERILIZATION TRAY 00: - A magnetic base for a pipettor frame for a clean

bench, a storage plate, and a sterilization tray. The

magnetic base for a pipettor frame for a clean bench

comprises a magnetic base (6) generating an

attractive magnetic force. A side surface of the

magnetic base (6) is an attractive surface (4)

enabling the magnetic base (6) to be attached to an

iron vertical side plate inside a clean bench. An

underside (7) of the magnetic base is in contact with

an inner underside of the clean bench. A vertical

post base plate (3) is fixed at an upper surface of the

magnetic base (6). A vertical post (1) is provided at

the vertical post base plate (3). The vertical post (1)

is provided with upper, middle and lower vertical

positioning locks for horizontal members. A pipettor

frame horizontal member, a storage plate horizontal

member, and a sterilization tray horizontal member

are respectively sleeved onto and horizontally

rotatable around the vertical post (1) above the

vertical positioning locks for horizontal members.

21: 2019/02758. 22: 2019/05/02. 43: 2019/11/05 51: B01L; C08L 71: NANTONG UNIVERSITY 72: LIU, Zhan, QIU, Yihua, CHEN, Zhong, PENG, Yuping, CAO, Beibei 54: MAGNETIC BASE FOR INJECTOR FRAME FOR CLEAN BENCH, STORAGE PLATE, AND STERILIZATION TRAY 00: - A magnetic base for an injector frame for a clean

bench, a storage plate, and a sterilization tray. The

magnetic base for an injector frame for a clean

bench comprises a magnetic base (6) producing an

attractive magnetic force. A side surface of the

magnetic base (6) is an attractive surface (4)

enabling the magnetic base to be attached to an iron

vertical side plate inside a clean bench. An

underside (7) of the magnetic base is in contact with

an inner underside of the clean bench. A vertical

post base plate (3) is fixed at an upper surface of the

magnetic base (6). A vertical post (1) is provided at

the vertical post base plate (3). The vertical post (1)


Page | 237

is provided with upper, middle and lower vertical

positioning locks for horizontal members. An injector

frame horizontal member, a storage plate horizontal

member, and a sterilization tray horizontal member

are respectively sleeved onto and horizontally

rotatable around the vertical post (1) above the

vertical positioning locks for horizontal members.

21: 2019/02766. 22: 2019/05/02. 43: 2019/11/05 51: G06Q 71: OPERR TECHNOLOGIES, INC. 72: WANG, Kevin Sunlin 33: US 31: 62/403,546 32: 2016-10-03 54: SYSTEM AND METHOD FOR REVERSE SEALED BID AUCTIONS 00: - Disclosed is system and method for sealed bid

reverse online auctions through remote computer

devices according to a set of predetermined rules,

where the reverse auction includes sealed bids, and

assigned random identification numbers for auction

bidders. The system allows bidders to opt into one of

two different bidding categories. Category one

requires payment of the winning bid amount.

Category two requires a commitment to purchase a

price-protection policy, allowing recalculation of the

final winning bid amount based on a price-protection

formula calculated by subtracting the price-

protection fee from a sum of the lowest or winning

bid amount and an amount equal to a predetermined

percentage of a difference between a next lowest bid

amount and the lowest winning bid amount. The

system also allows for the allocation of at least a

portion of the price-protection fee.

21: 2019/02776. 22: 2019/05/03. 43: 2019/11/08 51: B60L; B60M; B62K; B62M 71: BOTHA, Barend Wilhelm 72: BOTHA, Barend Wilhelm, BOTHA, Barend de Bruyn 33: ZA 31: 2018/02946 32: 2018-05-04 54: RECUMBENT VEHICLE 00: - The present invention relates to a recumbent

vehicle, more particularly, it relates to a recreational

electrically and/or pedal-powered recumbent vehicle,

specifically suited for use as a golf cart. The

recumbent vehicle includes a chassis, two front

wheels, a rear wheel, a reclined seat, a footrest

located forwardly of the rotary axis of the front wheel

and an unobstructed load bay between the chassis,

the rear wheel and a backrest of the reclined seat.


Page | 238

21: 2019/07327. 22: 2019/11/05. 43: 2019/11/06 51: G16H 71: FUDAN UNIVERSITY 72: CHEN, Honglin; YIN, You; AN, Ning 33: CN 31: 201910326408.0 32: 2019-04-22 54: DEMENTIA INTERVENTION SYSTEM AND METHOD INTEGRATING DIVERSE INTERVENTION PATHS 00: - A dementia intervention system integrating diverse

intervention paths and a method thereof are

disclosed. The system includes a server and a client.

The server, in response to an operation from the

client based on feedback about a cognitive exam,

evaluates condition of dementia of a user according

to the feedback about the exam from the client. The

server selects an intervention scheme that

comprises at least two non-medication intervention

projects from a knowledge base and sends the

intervention scheme to the client. The client instructs

at least one of the user and a care-giver of the user

to repeatedly perform the non-medication

intervention projects of the intervention scheme.

After at least one of the user and the care-giver of

the user complete the intervention scheme, the client

instructs the user to complete the exam items and

sending feedback given by the user about the

cognitive exam.


Page | 239

HYPOTHECATIONS

No records available.

JUDGMENTS

No records available.

OFFICE PRACTISE NOTICES


Page | 240


Page | 241

3. DESIGNS


Page | 242

DESIGNS

APPLICATIONS FOR REGISTRATION OF DESIGNS IN TERMS OF ACT No. 195 OF

1993 The particulars appear in the following sequence: Copies of the application and representations cannot be

supplied until application is registered and advertised. In all correspondence reference should be made to the

number of the application. Application number, full name of applicant, class, articles to which design is to be

applied and priority date (if any)

. - APPLIED ON 10/28/2019 -

A2019/01615 - The Goodyear Tire & Rubber Company Class 12. TIRE SIDEWALLS

A2019/01616 - SELECT PPE (PTY) LTD Class 02. OVERALL

F2019/01613 - DOMINGO ALEXANDER WILLIAM VAN DER HEYDE, RANDALL CLIVE VAN DER HEYDE Class

18. LICENCE DISC CUTTER

F2019/01617 - SELECT PPE (PTY) LTD Class 02. OVERALL

F2019/01614 - SUVDOORSTEP PTY LTD Class 07. AN OUTDOOR PORTABLE OVEN

. - APPLIED ON 10/30/2019 -

F2019/01618 - ATELIERS FRANCOIS, société anonyme Class 15. COMPRESSORS (PART OF-)

F2019/01619 - One-Up Tactical (Pty) Ltd Class 03. ONE-HANDED COCKING PISTOL HOLDER

F2019/01620 - VERWEY, Phillipus Martienus Class 12. WHEELBARROWS

. - APPLIED ON 10/31/2019 -

A2019/01627 - Frito-Lay North America, Inc. Class 01. FOOD PRODUCTS

A2019/01635 - WHEEL PROS, LLC Class 12. WHEEL



A2019/01626 - XAVIER ROUSSEAU OLIVIER Class 32. DARKMATTER'S LOGO





A2019/01625 - OMPRAKASH CHHANGMAL GARG Class 24. CONDOM



Page | 243

A2019/01623 - CARCHARODON CC, UNION SPINNING MILLS (PTY) LTD Class 09. A TRAY

F2019/01624 - CARCHARODON CC, UNION SPINNING MILLS (PTY) LTD Class 09. A TRAY

F2019/01622 - CHROME CHERRY LIMITED Class 08. HOLDER

F2019/01639 - MPACT LIMITED Class 9. BLANK FOR A PUNNET

A2019/01638 - MPACT LIMITED Class 9. PUNNET



A2019/01621 - MAGDALENA HENRIETTA ELIZABETHA PIETERS Class 21. PUZZLES IN PERSPEX

. - APPLIED ON 11/4/2019 -

F2019/01640 - MAGELLAN COMPANY PTY LTD Class 25. LINEAR DOUBLE RAIL TRACK


. - APPLIED ON 11/5/2019 -

F2019/01642 - INTERNATIONAL PLANT PROPAGATION TECHNOLOGY LTD Class 09. PLANT-GROWING

TRAY

A2019/01646 - DART INDUSTRIES INC. Class 7. COOKING RING

F2019/01645 - INTERNATIONAL PLANT PROPAGATION TECHNOLOGY LTD Class 09. PLANT CONTAINER


A2019/01647 - ANHEUSER-BUSCH INBEV S.A. Class 31. BEVERAGE DISPENSING MACHINE

A2019/01648 - ANHEUSER-BUSCH INBEV S.A. Class 31. BEVERAGE DISPENSING MACHINE


. - APPLIED ON 11/6/2019 -

F2019/01653 - K. Hartwall Oy Ab Class 12. TROLLEYS

A2019/01649 - K. Hartwall Oy Ab Class 12. TROLLEYS

A2019/01651 - K. Hartwall Oy Ab Class 12. BASES FOR TROLLEYS

F2019/01652 - K. Hartwall Oy Ab Class 12. TROLLEYS

F2019/01655 - Paramount Group Limited Class 12. ARMOURED VEHICLE

A2019/01656 - BULGARI S.P.A. Class 09. BOTTLE

F2019/01654 - K. Hartwall Oy Ab Class 12. BASES FOR TROLLEYS


Page | 244

A2019/01650 - K. Hartwall Oy Ab Class 12. TROLLEYS

. - APPLIED ON 11/7/2019 -

A2019/01657 - SCHOEMAN, Jacobus Johannes Class 21. GAME BOARD

. - APPLIED ON 11/8/2019 -

A2019/01658 - LFT FIT (PTY) LTD Class 02. PROTECTIVE GEAR

F2019/01661 - LFT FIT (PTY) LTD Class 02. PROTECTIVE GEAR



A2019/01669 - Dorco Co., Ltd. Class 28. RAZOR HANDLES




A2019/01666 - CHROME CHERRY LIMITED Class 06. AN INFANT SUPPORT MEMBER


A2019/01670 - Spraying Systems Co. Class 23. SPRAY NOZZLES



. - APPLIED ON 11/11/2019 -

F2019/01673 - SELEBALO MOGALE MALEKA, TUMELO BENEDICT PULE Class 23. TO BE ADVISED

F2019/01672 - DE JONG, Dion Gerald Class 6. CHAIR

A2019/01671 - DE JONG, Dion Gerald Class 6. CHAIR

. - APPLIED ON 11/12/2019 -

F2019/01679 - GSK Consumer Healthcare S.A. Class 9. ATOMIZERS

F2019/01678 - GSK Consumer Healthcare S.A. Class 24. ATOMIZERS

F2019/01680 - GSK Consumer Healthcare S.A. Class 9. CONTAINERS

A2019/01676 - GSK Consumer Healthcare S.A. Class 9. CONTAINERS

A2019/01675 - GSK Consumer Healthcare S.A. Class 9. ATOMIZERS

A2019/01674 - GSK Consumer Healthcare S.A. Class 24. ATOMIZERS


Page | 245

F2019/01681 - GSK Consumer Healthcare S.A. Class 9. DISPENSER ATTACHMENTS

A2019/01677 - GSK Consumer Healthcare S.A. Class 9. DISPENSER ATTACHMENTS

. - APPLIED ON 11/13/2019 -


. - APPLIED ON 11/14/2019 -

F2019/01693 - WISPECO (PTY) LTD Class 25. BEAD COMPONENT PROFILE FOR A FRAME

ARRANGEMENT

A2019/01691 - DART INDUSTRIES INC. Class 9. BEVERAGE CONTAINER

A2019/01690 - LIXIL CORPORATION Class 25. PIT LINER

F2019/01684 - Milnex 245 cc Class 8. MOUNT

F2019/01692 - WISPECO (PTY) LTD Class 25. FRAME COMPONENT PROFILE FOR A FRAME

ARRANGEMENT

F2019/01685 - Nicolas Esplen Sailor (ID no: 650330 5002 08 8) Class 20. EAZILABEL – A LABEL DISPENSING

CADDY

A2019/01683 - Milnex 245 cc Class 8. MOUNT

F2019/01689 - ZIMCO GROUP (PROPRIETARY) LIMITED Class 9. ACTUATOR


A2019/01687 - Ausplow Pty. Ltd. Class 15. BLADE TIPS

A2019/01686 - Ausplow Pty. Ltd. Class 15. BLADES

. - APPLIED ON 11/15/2019 -

A2019/01705 - CHEP Technology Pty Limited Class 9. PALLETS

F2019/01711 - CHEP Technology Pty Limited Class 9. PALLETS




A2019/01698 - EVOLUTION AQUA LIMITED Class 23. WATER FILTER

A2019/01704 - Dorco Co., Ltd. Class 28. RAZOR CARTRIDGES




Page | 246

F2019/01695 - ID Control solutions PTY LTD Class 23. PASSIVE DYE STAIN CASH PROTECTION DEVICE

A2019/01702 - TIDY FILES (PTY) LTD Class 19. DOCUMENT STORAGE CONTAINER

F2019/01697 - MARITZ, Rudolph Johan Class 07. MOULDS

F2019/01701 - TIDY FILES (PTY) LTD Class 19. DOCUMENT STORAGE CONTAINER

A2019/01703 - Dorco Co., Ltd. Class 28. RAZOR CARTRIDGES


F2019/01700 - MARITZ, Rudolph Johan Class 01. PRESSED STARCH PRODUCTS

A2019/01694 - Deborah Tasker, Kate Collins Class 21. LOVEHAMMA

F2019/01696 - MARITZ, Rudolph Johan Class 07. MOULDS

A2019/01699 - EVOLUTION AQUA LIMITED Class 23. WATER FILTER

. - APPLIED ON 11/18/2019 -

F2019/01714 - HELMUT FRANZ WILHELM LEHLE Class 25. A TWO PART CLIP

A2019/01715 - HELMUT FRANZ WILHELM LEHLE Class 25. A TWO PART CLIP

F2019/01716 - HELMUT FRANZ WILHELM LEHLE Class 25. A TWO PART CLIP

A2019/01713 - HELMUT FRANZ WILHELM LEHLE Class 25. A TWO PART CLIP

. - APPLIED ON 11/19/2019 -

A2019/01717 - OBSHCHESTVO S OGRANICHENNOJ OTVETSTVENNOST'YU "WDS" Class

04. TOOTHBRUSH

A2019/01718 - FREDDY S.P.A Class 02. TROUSERS OR PART OF TROUSERS

A2019/01719 - FREDDY S.P.A Class 02. TROUSERS


F2019/01722 - DAYN AMADE INVENTIONS LTD Class 12. INTERACTIVE TRAILER

A2019/01721 - DAYN AMADE INVENTIONS LTD Class 12. INTERACTIVE TRAILER

. - APPLIED ON 11/20/2019 -

A2019/01724 - ALL COR HOLDINGS (2017/659899/07) Class 25. INTERLOCKING REUSABLE BRICK

A2019/01723 - OBSHCHESTVO S OGRANICHENNOJ OTVETSTVENNOST'YU "WDS" Class

04. TOOTHBRUSH HANDLE

. - APPLIED ON 11/21/2019 -

A2019/01729 - TOYOTA JIDOSHA KABUSHIKI KAISHA Class 12. AUTOMOBILE


Page | 247

A2019/01728 - UNILEVER PLC Class 32. ECO REFILL LOGO

F2019/01725 - LANGDON ROGER WILSON Class 09. A CANS CARRIER



ASSIGNMENTS IN TERMS OF SECTIONS 30, 29-REGULATIONS 37, 38 AND 40


CHANGE OF NAME IN TERMS OF REGULATION 41


CHANGE OF ADDRESS FOR SERVICE REGISTERED


CHANGE OF ADDRESS FOR PROPRIETOR REGISTERED


APPLICATION FOR THE RESTORATION OF A LAPSED DESIGN UNDER SECTION 23 OF THE ACT


APPLICATION TO CORRECT AND/OR AMEND DESIGNS APPLICATION OR REGISTRATION

REPUBLIC OF SOUTH AFRICA

DESIGNS ACT, No. 195 OF 1993

APPLICATIONS TO CORRECT AND/OR AMEND DESIGNS APPLICATION OR REGISTRATION (SECTIONS

26, 27-REGULATION 41)

THE DESIGN APPLICATION TO BE CORRECTED OR AMENDED IS NOT YET OPEN FOR PUBLIC INSPECTION.THE PARTICULARS TO BE PUBLISHED SHALL BE THOSE SET OUT IN PART I. AN APPLICATION FOR CORRECTION OR AMENDMENT SO PUBLISHED MAY NOT BE INSPECTED AND MAY NOT BE OPPOSED

PART I

THE DESIGN APPLICATION TO BE CORRECTED OR AMENDED IS OPEN FOR PUBLIC INSPECTION.THE

PARTICULARS TO BE PUBLISHED SHALL BE THOSE SET OUT IN PART II. AN APPLICATION FOR

CORRECTION OR AMENDMENT SO PUBLISHED MAY BE INSPECTED AND MAY BE OPPOSED

PART II


Page | 248

__________________________________________________________________________________________

NOTICE OF REGISTRATION OF DESIGNS

Notice of registration of the designs mentioned below has been issued by the Registrar of Designs in terms of the

Designs Act, 1993 (Act No. 195 of 1993)

INSPECTION OF DESIGNS

A design application, may after a notice of registration has been published, be inspected during office hours at the

Designs Office, Pretoria, at a charge of R3, 00

COPIES OF DOCUMENTS

The Designs Office, Private Bag X400, Pretoria, supplies photocopies of all design documents at R1, 00 per page.

(Payment to be affected by revenue stamps only.)

The numerical references denote the following: (21) Number of application. (22) Date of lodgment. (23) release

date (if applicable). (DR) Date of registration. (52) Class. (24) Type of design. (71) Name(s) of applicant(s). (33)

Country. (31) Number and. (32) Date of convention application. (54) Articles to which design is to be applied. (57)

Brief statement of features.

N.B.: Date of registration (DR) is either Date of lodgment (22) or Date of convention of application (32) whichever

is the earlier.

Registrar of Designs

21: A2018/00845 22: 2018-05-31 23: 43: 2019-09-17 52: Class 9 24: Part A 71: ANGLE ORANGE (PTY) LTD 54: CONTAINER 57: The design is to be applied to a container. The features of the design for which protection is claimed include the shape and/or configuration and/or pattern and/or ornamentation of a container, substantially as illustrated in the accompanying drawings.

21: A2018/00928 22: 2018-06-18 23: 2017-12-18 43: 2019-09-10

52: Class 12 24: Part A 71: ROCK SOLID INDUSTRIES INTERNATIONAL (PTY) LTD 54: A MODULAR FLATBED DECK AND/OR MODULAR DROP-SIDE ARRANGEMENT AND/OR MODULAR CANOPY ARRANGEMENT FOR THE FLATBED DECK 57: The novelty of the design as applied to a modular canopy arrangement and flatbed deck for a vehicle resides in the shape and/or configuration and/or pattern and/or ornamentation substantially as shown in the accompanying drawings, irrespective of the appearance of the vehicle to which the deck is attached in the drawings. The appearance of the front cone and/or rear door, may vary.


Page | 249

21: A2018/00930 22: 2018-06-18 23: 2017-12-18 43: 2019-09-10 52: Class 12 24: Part A 71: ROCK SOLID INDUSTRIES INTERNATIONAL (PTY) LTD 54: A FLATBED DECK FOR A VEHICLE 57: The novelty of the design as applied to a flatbed deck for a vehicle resides in the shape and/or configuration and/or pattern and/or ornamentation substantially as shown in the accompanying drawings. The appearance of the headboard and cab protector shown in the drawings, may vary.

21: A2018/00932 22: 2018-06-18 23: 2017-12-18 43: 2019-09-10 52: Class 12 24: Part A 71: ROCK SOLID INDUSTRIES INTERNATIONAL (PTY) LTD 54: A DROP-SIDE ARRANGEMENT AND FLATBED DECK FOR A VEHICLE 57: The novelty of the design as applied to a drop-side arrangement and flatbed deck for a vehicle resides in the shape and/or configuration and/or

pattern and/or ornamentation substantially as shown in the accompanying drawings, irrespective of the appearance of the vehicle to which the deck is attached in the drawings. The appearance of the headboard and cab protector shown in the drawings, may vary.

21: A2018/00934 22: 2018-06-18 23: 2017-12-18 43: 2019-09-10 52: Class 12 24: Part A 71: ROCK SOLID INDUSTRIES INTERNATIONAL (PTY) LTD 54: A MODULAR CANOPY ARRANGEMENT AND FLATBED DECK FOR A VEHICLE 57: The novelty of the design as applied to a modular flatbed deck and/or modular drop-side arrangement and/or modular canopy arrangement for the flatbed deck, resides in the shape and/or configuration and/or pattern and/or ornamentation substantially as shown in the accompanying drawings, irrespective of the appearance of the vehicle to which the flatbed deck is fitted in the drawings.

21: A2018/00938 22: 2018-06-18 23:


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43: 2019-09-17 52: Class 14. 24: Part A 71: CENTRAL UNIVERSITY OF TECHNOLOGY, FREE STATE 54: Casing for a Mobile Phone 57: The design relates to a casing for a mobile phone. The features of the design are those of shape and/or configuration and/or pattern and/or ornamentation.

21: A2018/01248 22: 2018-08-13 23: 43: 2019-10-01 52: Class 24 24: Part A 71: Karl Storz SE & Co. KG 33: EU 31: 004719540-0002 32: 2018-02-21 54: RETRACTOR 57: The features of the design for which protection is claimed include the shape and/or configuration and/or pattern of an article substantially as shown in the accompanying representation(s).

21: A2018/01526 22: 2018-10-02 23: 43: 2019-09-17 52: Class 25. 24: Part A 71: DEFENDOOR CC 54: Slat for a Roller Shutter 57: The design relates to a slat for a roller shutter. The features of the design are those of pattern and/or ornamentation.

21: A2018/01702 22: 2018-11-07 23: 43: 2019-09-17 52: Class 7. 24: Part A 71: THE FINAL CO. LLC 33: US 31: 29/648,754 32: 2018-05-23 54: Foldable Reusable Drinking Straw 57: The design relates to a foldable reusable drinking straw. The features of the design are those of shape and/or configuration and/or ornamentation.


Page | 251

21: A2018/01867 22: 2018-12-05 23: 43: 2019-09-10 52: Class 21 24: Part A 71: JUST FOR KICKS SPORTS EQUIPMENT AND MARKETING (PTY) LTD 33: EU 31: 005632866-0001-0006 32: 2018-09-07 54: GYMNASTICS AND SPORTS APPARATUS AND EQUIPMENT 57: The design relates to gymnastics and sports apparatus and equipment including a round ball having extending outwardly away from first and second opposite sides first and second moveable elongate members, respectively, each elongate member having an indeterminate length (indicated by broken lines). Each elongate member is generally round in cross-section and terminates in a handle formation, the shape of which may vary. A generally circular member abuts the ball at each of the first and second opposite sides, each circular member defining an aperture into the ball through which each of the elongate members is received, respectively. The two circular members and their apertures provide and/or facilitate releasably securing each of the elongate members to an inside portion of the ball (not illustrated) which further provides and/or facilitates that in use the ball rotates independently from the elongate members.

21: A2018/01871 22: 2018-12-05 23: 43: 2019-09-10 52: Class 21 24: Part A 71: JUST FOR KICKS SPORTS EQUIPMENT AND MARKETING (PTY) LTD 33: EU 31: 005632866-0001-0006 32: 2018-09-07 54: GYMNASTICS AND SPORTS APPARATUS AND EQUIPMENT 57: The design relates to gymnastics and sports apparatus and equipment including a round ball having first and second circular members located at opposite first and second sides of the ball. Each circular member substantially abuts the outer surface of the ball and defines at its center an aperture for receiving therein a first and second like clip means, respectively. The first and second clip means being releaseably engageable to the ball. An outer portion of each first and second clip means extends away from the ball and first and second circular member, respectively, and defines a first and second hole, respectively. A T-shaped upright is provided to which first and second elongate members (of indeterminable length) attach and thread through the first and second holes, respectively. The circular members and their apertures provide and/or facilitate releasably securing the clips to an inside portion of the ball (not illustrated).


Page | 252

21: A2018/01888 22: 2018-12-07 23: 43: 2018-12-07 52: Class 23 24: Part A 71: FLEXI VALVE COUPLER (PTY) LTD. 54: FLEXIBLE PIPE COUPLERS 57: The design is for a flexible pipe coupler, also known as a flexible toilet/pillar tap connector pipe. The flexible pipe coupler comprises a hose with a metallic braided sleeve around it. The flexible pipe coupler has a connector at each end of the hose. One connector is a standard female connector which may define a standard female BSP thread. The other connector is a quick coupler. The quick coupler defines a short circular cylindrical mouth and a gently-inclined ramp section which trails a direction of insertion. The coupler defines a circumferentially extending groove having a truncated V-shaped profile. The quick coupler resembles a P001B pneumatic coupler (widely used in Asian markets) and is for insertion into a matched quick coupling socket.

21: A2018/01889 22: 2018-12-07 23: 43: 2018-12-07 52: Class 23 24: Part A 71: FLEXI VALVE COUPLER (PTY) LTD. 54: FLEXIBLE PIPE COUPLERS 57: The design is for a flexible pipe coupler, also known as a flexible toilet/pillar tap connector pipe. The flexible pipe coupler comprises a hose with a metallic braided sleeve around it. The flexible pipe coupler has a connector at each end of the hose. One connector is a standard female connector which may define a standard female BSP thread. The other connector is a quick coupler. The quick coupler defines a long circular cylindrical mouth and a steeply-inclined ramp section which then gradually tapers to meet a circumferentially extending groove having a U-shaped profile. The quick coupler resembles a P201 pneumatic coupler (widely used in European markets) and is for insertion into a matched quick coupling socket.


Page | 253

21: A2018/01892 22: 2018-12-07 23: 43: 2019-09-10 52: Class 32 24: Part A 71: ZIPHOZONKE NGUBO 54: HARD HAT WITH THE ARRANGEMENT OF LEDS TO FORM A WORD KHOSI. 57: The design relates to a HARD HAT with the arrangement of LEDs to form a word KHOSI.. The feature of the design is that of ornamentation.

21: A2018/01895 22: 2018-12-10 23: 43: 2019-09-10 52: Class 9. 24: Part A 71: DART INDUSTRIES INC. 33: US 31: 29/654,574 32: 2018-06-26 54: Cap for a Bottle 57: The design relates to a cap for a bottle. The features of the design are those of shape and/or configuration.

21: A2018/01900 22: 2018-12-12 23: 2018-11-19 43: 2018-11-19 52: Class 25 24: Part A 71: Manocon Building Construction (Pty) Ltd 54: Structures 57: The design is in respect of a structure which can be erected around and provide protection to a mast, such as a cellular telephone mast, and related equipment. The structure includes prefabricated wall and roof panels. The wall panels are erected around the structure to be protected and secured together. Two roof panels are provided which are mounted on


Page | 254

top of the walls. Each roof panel has a semi-circular opening which are aligned to form an opening through which the mast extends.

21: A2018/01903 22: 2018-12-12 23: 2018-06-13 43: 2018-06-13 52: Class 11 24: Part A 71: SHIMANSKY, Yair 54: Pendants 57: The design is applied to a pendant. The pendant has an annular shape when viewed in plan view. Letters N, E, S, W representing compass bearings are marked on a front face of the pendant with gemstones set in spaces between the letters.

21: A2018/01904 22: 2018-12-12 23: 2018-06-13 43: 2018-06-13 52: Class 11 24: Part A 71: SHIMANSKY, Yair 54: Jewellery Rings 57: The design is applied to a jewellery ring. The jewellery ring has an annular shape when viewed in plan view. Letters N, E, S, W representing compass bearings are marked on an outer side of the ring with gemstones set in spaces between the letters.


Page | 255

21: A2018/01911 22: 2018-12-13 23: 43: 2018-06-14 52: Class 12 24: Part A 71: Bayerische Motoren Werke Aktiengesellschaft 33: DE 31: 402018100567.3 32: 2018-06-14 54: MOTOR VEHICLES 57: The design is for a vehicle, particularly a five-door hatchback, having a long wheelbase, short front and rear overhangs, and conspicuously large wheels. The vehicle has a transparent roof and large glass surfaces in the opposing doors. The bonnet has a U-shaped depression surrounding the round indentation for the logo. The front has a large, interlinked, rimmed kidney-shaped radiator grille, which is blanked off by a distinctive pattern of rhombuses, being flanked by very slim headlights extending into the side panels. Pentagonal relesses are provided below each headlight and a horizontal lip is provided below the kidney grille. The side has nearly rectangular lines surrounding the wheel arches and is characterized by a prominent horizontal trim line in the lower portion extending across the two doors. The rear has very slim L-shaped taillights. Horizontal lines are provided in the middle and relesses creating three-dimensional surfaces in the lower portion.

21: A2018/01912 22: 2018-12-13 23: 43: 2019-09-10 52: Class 09 24: Part A 71: PARFUMS CHRISTIAN DIOR 33: EU 31: 005510047-0002 32: 2018-07-20 54: CAP FOR A FLASK FOR PERFUMERY PRODUCTS 57: The design is applied to a cap for a flask for perfumery products. The features of the design for which protection is claimed are those of the shape and/or configuration and/or pattern and/or ornamentation of the cap for a flask for perfumery products, substantially as illustrated in the accompanying representations.


Page | 256

21: A2018/01913 22: 2018-12-13 23: 43: 2019-09-10 52: Class 09 24: Part A 71: PARFUMS CHRISTIAN DIOR 33: EU 31: 005510047-0001 32: 2018-07-20 54: FLASK FOR PERFUMERY PRODUCTS 57: The design is applied to a flask for perfumery products. The features of the design for which protection is claimed are those of the shape and/or configuration and/or pattern and/or ornamentation of the cap for a flask for perfumery products, substantially as illustrated in the accompanying representations.

21: A2018/01919 22: 2018-12-18 23: 43: 2018-06-20 52: Class 12 24: Part A 71: Scania CV AB 33: SE 31: 2018/0165 32: 2018-06-20 54: SIDEPANELS 57: The design is for a side panel. The panel is provided with three horizontally spaced apart substantially trapezoidal openings and a rectangular opening above one of the trapezoidal openings. The trapezoidal openings each extend vertically, along a width of the panel, and the rectangular opening extends horizontally, along a length of the panel. A bottom region of the panel, which is located below the three trapezoidal openings, bulges slightly to the front. A top region of the panel, which is located above the rectangular opening, is rearwardly angled.


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21: A2018/01920 22: 2018-12-18 23: 43: 2018-06-20 52: Class 12 24: Part A 71: Scania CV AB 33: SE 31: 2018/0165 32: 2018-06-20 54: AIRINTAKES 57: The design is for an air intake. The intake has an elongate, contoured body which defines a central opening. The opening has a substantially trapezoidal shape with rounded corners. The body has a left and a right side and top and bottom connecting portions connecting the sides to each other. When viewed from the front, the left side is relatively wide compared to the right side and the connecting portions taper from their respective junctions with the left side to their respective junctions with the right side.

21: A2018/01934 22: 2018-12-19 23: 43: 2019-09-10 52: Class 19 24: Part A 71: HAMMOND, John, CREWE-BROWN, Megan Sian 54: DIVIDER 57: The design is to be applied to a divider. The features of the design for which protection is claimed include the shape and/or configuration and/or pattern and/or ornamentation of a divider, substantially as illustrated in the accompanying drawings.


Page | 258

21: A2018/01946 22: 2018-12-20 23: 43: 2018-06-28 52: Class 12 24: Part A 71: Bridgestone Europe NV/SA 33: EM(BE) 31: 005329372-0001 32: 2018-06-28 54: TYRE TREADS 57: The design is for a tyre tread. The tread includes two circumferential shoulder rows and four circumferential intermediate rows. The rows are spaced apart by five circumferential grooves. A first shoulder row includes a repeating pattern of first and second angled grooves. The second grooves are wider than the first grooves and connected to the adjacent circumferential groove. A first intermediate row, adjacent to the first shoulder row, includes a repeating pattern of angled grooves aligned with the second grooves. A second intermediate row, adjacent to the first intermediate row, defines a smooth surface. A third intermediate row, between the second and a fourth intermediate row, includes a repeating pattern of angled grooves of irregular width. The fourth intermediate row, between the third intermediate and a second shoulder rows, defines a smooth surface. The second shoulder row includes a repeating pattern of angled grooves connected to the adjacent circumferential groove.

21: A2018/01966 22: 2018-12-20 23: 43: 2019-09-10 52: Class 11 24: Part A 71: BROWNS THE DIAMOND STORE (PTY) LIMITED 54: PROTEA CLUSTER RING 57: The design is to be applied to a ring. The features of the design for which protection is claimed reside in the shape and/or configuration and/or ornamentation and/or pattern of a ring including the shape and/or configuration and/or pattern of a claw/prong and beautification element D and flower-like configuration and/or ornamentation and/or pattern of one or more gemstone(s) arranged within the claw/prong and beautification element D, substantially as illustrated in the accompanying representations, irrespective of the shape, size and/or colour of the one or more gemstone(s)


Page | 259

illustrated by reference arrows A, B and C present therein.

21: A2019/00001 22: 2019-01-02 23: 43: 2019-09-13 52: Class 21 24: Part A 71: Wuhan Allkids Culture and Education Co., Ltd 54: A CONSTRUCTION TOY 57: The novelty of the design as applied to a construction toy resides in the features of shape and/or configuration and/or pattern as applied to the article as shown in the representations.

21: A2019/00022 22: 2019-01-02 23: 43: 2019-09-13 52: Class 13. 24: Part A 71: JUUL LABS, INC. 33: US 31: 29/654,823 32: 2018-06-27 54: Charging Dock 57: The design relates to a charging dock. The features of the design are those of shape and/or configuration and/or ornamentation.

21: A2019/00023 22: 2019-01-02 23: 43: 2019-09-13 52: Class 13. 24: Part A 71: JUUL LABS, INC. 33: US 31: 29/654,823 32: 2018-06-27 54: Cap For a Charging Dock 57: The design relates to a cap for a charging dock. The features of the design are those of shape and/or configuration and/or ornamentation.

21: A2019/00024 22: 2019-01-02 23: 43: 2019-09-13 52: Class 13. 24: Part A


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71: JUUL LABS, INC. 33: US 31: 29/667,660 32: 2018-10-23 54: Charging Dock 57: The design relates to a charging dock. The features of the design are those of shape and/or configuration and/or ornamentation.

21: A2019/00025 22: 2019-01-02 23: 43: 2019-09-13 52: Class 13. 24: Part A 71: JUUL LABS, INC. 33: US 31: 29/667,660 32: 2018-10-23 54: Charging Dock 57: The design relates to a charging dock. The features of the design are those of shape and/or configuration and/or ornamentation.

21: A2019/00026 22: 2019-01-02 23: 43: 2019-09-13 52: Class 13. 24: Part A 71: JUUL LABS, INC. 33: US 31: 29/667,663 32: 2018-10-23 54: Component of a Charging Dock 57: The design relates to a component of a charging dock. The features of the design are those of shape and/or configuration and/or ornamentation.

21: A2019/00027 22: 2019-01-02 23: 43: 2019-09-13 52: Class 13. 24: Part A 71: JUUL LABS, INC.


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33: US 31: 29/667,663 32: 2018-10-23 54: Component of a Charging Dock 57: The design relates to a component of a charging dock. The features of the design are those of shape and/or configuration and/or ornamentation.

21: A2019/00028 22: 2019-01-02 23: 43: 2019-09-13 52: Class 13. 24: Part A 71: JUUL LABS, INC. 33: US 31: 29/667,663 32: 2018-10-23 54: Component of a Charging Dock 57: The design relates to a component of a charging dock. The features of the design are those of shape and/or configuration and/or ornamentation.

21: A2019/00029 22: 2019-01-02 23: 43: 2019-09-13 52: Class 24. 24: Part A 71: REGENERON PHARMACEUTICALS, INC. 33: US 31: 29/671,022 32: 2018-11-21 54: Auto-Injector Cap 57: The design relates to an auto-injector cap. The features of the design are those of shape and/or configuration and/or ornamentation.

21: A2019/00030 22: 2019-01-02 23: 43: 2019-09-13 52: Class 24. 24: Part A 71: REGENERON PHARMACEUTICALS, INC.


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33: US 31: 29/655,109 32: 2018-06-29 54: Auto-Injector 57: The design relates to an auto-injector. The features of the design are those of shape and/or configuration and/or ornamentation.

21: A2019/00032 22: 2019-01-03 23: 2018-09-18 43: 2019-09-13 52: Class 12. 24: Part A 71: FERRARI S.P.A. 33: EM 31: 005403516-0003 32: 2018-07-04 54: Car 57: The design relates to a car. The features of the design are those of shape and/or configuration and/or pattern and/or ornamentation.

21: A2019/00033 22: 2019-01-03 23: 2018-09-18 43: 2019-09-13

52: Class 21. 24: Part A 71: FERRARI S.P.A. 33: EM 31: 005404001-0001 32: 2018-07-04 54: Toy Car 57: The design relates to a toy car. The features of the design are those of shape and/or configuration and/or pattern and/or ornamentation.

21: A2019/00034 22: 2019-01-03 23: 2018-09-18 43: 2019-09-13 52: Class 21. 24: Part A 71: FERRARI S.P.A. 33: EM 31: 005404001-0003 32: 2018-07-04 54: Toy Car 57: The design relates to a toy car. The features of the design are those of shape and/or configuration and/or pattern and/or ornamentation.


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21: A2019/00035 22: 2019-01-03 23: 2018-09-18 43: 2019-09-13 52: Class 26. 24: Part A 71: FERRARI S.P.A. 33: EM 31: 005401759-0002 32: 2018-07-04 54: Car Headlight 57: The design relates to a car headlight. The features of the design are those of shape and/or configuration and/or pattern and/or ornamentation.

21: A2019/00040 22: 2019-01-04 23: 43: 2019-09-13 52: Class 9. 24: Part A 71: DART INDUSTRIES INC. 33: US 31: 29/658,194 32: 2018-07-30 54: Bottle 57: The design relates to a bottle. The features of the design are those of shape and/or configuration and/or ornamentation.

21: A2019/00042 22: 2018-12-20 23: 43: 2019-09-13 52: Class 11 24: Part A 71: BROWNS THE DIAMOND STORE (PTY) LIMITED 54: PROTEA GARLAND RING 57: The design is to be applied to a ring. The features of the design for which protection is claimed reside in the shape and/or configuration and/or ornamentation and/or pattern of a ring, including the shape and/or configuration and/or pattern of a claw/prong and beautification element D and the configuration and/or pattern of an arrangement of claw/prong and beautification elements E along a surface of a band of the ring and the configuration and/or pattern of an arrangement of gemstones C along a second surface of the band of the ring, substantially as illustrated in the accompanying representations, irrespective of the shape, size and/or colour of the one or more gemstone(s) illustrated by reference arrows A, B and C present therein.

21: A2019/00050 22: 2019-01-09 23: 43: 2019-01-09 52: Class 12 24: Part A 71: SUPERCART SOUTH AFRICA (PTY) LTD 54: TROLLEY 57: The design is applied to a trolley, and in particular to a liquor trolley. The features of the design for which protection is claimed include the shape and/or configuration of a trolley, substantially as illustrated in the accompanying representations.


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21: A2019/00060 22: 2019-01-14 23: 43: 2019-10-02 52: Class 11 24: Part A 71: BROWNS THE DIAMOND STORE (PTY) LIMITED 54: GARLAND ETERNITY BAND 57: The design is to be applied to a ring. The features of the design for which protection is claimed reside in the shape and/or configuration and/or ornamentation and/or pattern of a ring, including the shape and/or configuration and/or pattern of an arrangement of claw/prong and beautification elements B along a surface of a band of the ring, substantially as illustrated in the accompanying representations, irrespective of the shape, size and/or colour of the one or more gemstone(s) illustrated by reference arrows A.

21: A2019/00101 22: 2019-01-14 23:

43: 2019-10-02 52: Class 04 24: Part A 71: Firstline, Incorporated (a Texas for-profit corporation) 33: US 31: 29656467 32: 2018-07-12 54: COMBINATION EDGE BRUSH 57: The novelty of the design resides in the shape and/or configuration and/ or ornamentation of a combination edge brush substantially as shown in the accompanying representations.

21: A2019/00101 22: 2019-01-14 23: 43: 2019-10-02 52: Class 04 24: Part A 71: Firstline, Incorporated (a Texas for-profit corporation) 33: US 31: 29656467 32: 2018-07-12 54: COMBINATION EDGE BRUSH 57: The novelty of the design resides in the shape and/or configuration and/ or ornamentation of a combination edge brush substantially as shown in the accompanying representations.


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21: A2019/00113 22: 2019-01-24 23: 43: 2019-10-02 52: Class 26 24: Part A 71: WUHAN KINYUN SCIENCE & TECHNOLOGY DEVELOPMENT CO.LTD 54: A MINING LAMP WITH VIDEO COMMUNICATION FUNCTION 57: The design is for a mining lamp with video communication function, which comprises a body with a generally oval front lens through which light sources, a screen and camera are visible, with an array of buttons below the screen, and a supporting clip at the back of the body

21: A2019/00118 22: 2019-01-24 23: 43: 2018-07-26 52: Class 9 24: Part A 71: Henkel AG & Co. KGaA 33: EM(DE) 31: 005514734 32: 2018-07-26 54: BOTTLES 57: The design is for a bottle having an elongate body with a generally elliptical transverse cross-section throughout its length. The body includes a base, a top, opposed front and rear major faces and a pair of convexly curved corrugated side faces extending between the front and rear faces. The top is generally convexly curved and tapers upwardly inwardly from the sides. A peripheral shoulder is provided on the upper half of the body. The shoulder has an upper edge which follows the profile of the top and stands proud of the front, rear and side faces and a lower edge which blends into the front and rear faces. A peripheral recess is provided in a lower half of the body, the recess being inclined downwardly inwardly from the sides. A centrally disposed generally trapezoidal recess is provided on each of the front and rear faces below the peripheral recess.


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21: A2019/00163 22: 2019-01-31 23: 43: 2019-09-18 52: Class 7. 24: Part A 71: DART INDUSTRIES, INC. 33: US 31: 29/658,884 32: 2018-08-03 54: Serving Dish 57: The design relates to a serving dish. The features of the design are those of shape and/or configuration.

21: A2019/00164 22: 2019-01-31 23: 43: 2019-09-18 52: Class 7. 24: Part A 71: DART INDUSTRIES, INC. 33: US 31: 29/658,885 32: 2018-08-03 54: Cover for a Serving Dish 57: The design relates to a cover for a serving dish. The features of the design are those of shape and/or configuration.

21: A2019/00178 22: 2019-02-01 23: 43: 2019-10-07 52: Class 09 24: Part A 71: RAI STRATEGIC HOLDINGS, INC. 33: US 31: 29/660,324 32: 2018-08-20 54: VAPOR PRODUCT PACKAGING 57: The design is applied to a vapour product packaging. The features of the design for which protection is claimed are those of the shape and/or configuration of the vapour product packaging, substantially as illustrated in the accompanying


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representations. Features shown in broken lines and features in regions bounded by broken lines do not form part of the design and are disclaimed.

21: A2019/00180 22: 2019-02-01 23: 43: 2019-10-07 52: Class 09 24: Part A 71: RAI STRATEGIC HOLDINGS, INC. 33: US 31: 29/661,785 32: 2018-08-30 54: PACKAGING TRAY 57: The design is applied to a packaging tray. The features of the design for which protection is claimed are those of the shape and/or configuration of the packaging tray, substantially as illustrated in the accompanying representations. Features shown in broken lines and features in regions bounded by broken lines do not form part of the design and are disclaimed.

21: A2019/00197 22: 2019-02-06 23: 43: 2019-10-08

52: Class 21 24: Part A 71: MARES S.p.A. 33: EU 31: 005628625 32: 2018-09-04 54: JACKET 57: The features of the design for which protection is claimed include the shape and/or configuration of an article substantially as shown in the accompanying representation(s).

21: A2019/00236 22: 2019-02-12 23: 43: 2019-10-07 52: Class 09 24: Part A 71: RAI STRATEGIC HOLDINGS, INC. 33: US 31: 29/660,328 32: 2018-08-20 54: VAPOUR PRODUCT PACKAGING 57: The design is applied to a vapour product packaging. The features of the design for which protection is claimed are those of the shape and/or configuration of the vapour product packaging, substantially as illustrated in the accompanying representations. Features shown in broken lines and features in regions bounded by broken lines do not form part of the design and are disclaimed.


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21: A2019/00246 22: 2019-02-15 23: 43: 2019-10-07 52: Class 13 24: Part A 71: SCHNEIDER ELECTRIC (AUSTRALIA) PTY LIMITED 33: AU 31: 201816050 32: 2018-10-10 54: SWITCH ROCKER 57: The design relates to a switch rocker. The features of the design for which protection is claimed are those of the shape and/or configuration of the switch rocker substantially as shown in the accompanying representation. Contour lines are provided to indicate contours but do not form part of the design and are disclaimed.

21: A2019/00247 22: 2019-02-15 23: 43: 2019-10-07 52: Class 13 24: Part A 71: SCHNEIDER ELECTRIC (AUSTRALIA) PTY LIMITED 33: AU 31: 201816051 32: 2018-10-10 54: SWITCH ROCKER 57: The design relates to a switch rocker. The features of the design for which protection is claimed are those of the shape and/or configuration of the switch rocker substantially as shown in the accompanying representation. Contour lines are provided to indicate contours but do not form part of the design and are disclaimed.


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21: A2019/00884 22: 2019-07-01 23: 43: 2019-07-01 52: Class 23 24: Part A 71: HANNER, Darren Roy 54: Fittings 57: The design is in respect of a water tank manhole sieve. In particular, the sieve is formed as a unitary moulding of a synthetic plastics material. The sieve includes a tubular body which is generally circular cylindrical in shape. A peripheral flange protrudes outwardly from one end of the body. A sieve element extends across the body at the other end thereof. Diametrically opposed concave recesses are provided in the body. Further, a plurality of circumferentially spaced apart radially outwardly open recesses are provided in the flange. The recesses permit the sieve to be mountable on a variety of different water tanks. The sieve element includes a plurality of concentric part circular openings separated by radially extending ribs.

21: F2015/01859 22: 2015-12-04 23: 43: 2016-08-05 52: Class 21 24: Part F 71: ARNOLD, Eugen Christian 54: SET OF RUGBY POST COMPONENTS 57: The design relates to a set of rugby post components configured to facilitate between quick assembly into an erect configuration and disassembly into a stow away configuration. The set includes two tubular horizontal bars, each having a T-piece connection at a first end and a threaded connecting formation at a second end. The set further includes multiple elongate tubular poles having screw threaded connecting formations at their respective ends for connection to each other and to upper and lower ends of each T-piece connection. Two shoes defining a cavity for receiving a bottom portion of the lowermost tubular poles are included. Each shoe has an auger section disposed at a trailing end of the shoe for facilitating screwing of the shoe into the ground. A throughbore is provided in an upper portion of each shoe through which a rod can extend to help screw the auger into the ground. Cushions and securing plates are also provided.


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21: F2017/01792 22: 2017-11-10 23: 43: 2019-09-03 52: Class 8 24: Part F 71: MEYER, Gerrit, Hendrik 54: A CABLE ANCHORING DEVICE 57: The features of the design for which protection is claimed include the shape and/or configuration of a cable anchoring device, substantially as illustrated in the accompanying representations.

21: F2018/00672 22: 2018-04-30 23: 43: 2019-09-17 52: Class 13 24: Part F 71: UNIVERSITY OF CAPE TOWN 54: END PLATE ASSEMBLY FOR A FUEL CELL STACK 57: The design is applied to an end plate assembly for a fuel cell stack. The features of the design for which protection is claimed are those of the shape

and/or configuration and/or pattern of the end plate assembly substantially as shown in the accompanying representation.

21: F2018/00929 22: 2018-06-18 23: 2017-12-18 43: 2019-09-10 52: Class 12 24: Part F 71: ROCK SOLID INDUSTRIES INTERNATIONAL (PTY) LTD 54: AN EXTENDABLE MODULAR FLATBED DECK AND/OR MODULAR DROP-SIDE ARRANGEMENT AND/OR MODULAR CANOPY ARRANGEMENT FOR THE FLATBED DECK 57: The novelty of the design as applied to an adjustable modular canopy arrangement and flatbed deck for a vehicle resides in the shape and/or configuration and/or pattern substantially as shown in the accompanying drawings, irrespective of the appearance of the vehicle to which the deck is attached in the drawings. The appearance of a cone on the front of the canopy arrangement, and/or the appearance of the skirting panels and/or wheel arches and/or rear door, may vary.


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21: F2018/00931 22: 2018-06-18 23: 2017-12-18 43: 2019-09-10 52: Class 12 24: Part F 71: ROCK SOLID INDUSTRIES INTERNATIONAL (PTY) LTD 54: AN EXTENDABLE FLATBED DECK FOR A VEHICLE 57: The novelty of the design as applied to an adjustable flatbed deck for a vehicle resides in the shape and/or configuration and/or pattern substantially as shown in the accompanying drawings. The appearance of the headboard and cab protector, and/or skirting panels and/or wheel arches shown in the drawings, may vary.

21: F2018/00933 22: 2018-06-18 23: 2017-12-18 43: 2019-09-10 52: Class 12 24: Part F 71: ROCK SOLID INDUSTRIES INTERNATIONAL (PTY) LTD 54: AN EXTENDABLE DROP-SIDE ARRANGEMENT AND FLATBED DECK FOR A VEHICLE 57: The novelty of the design as applied to an adjustable drop-side arrangement and flatbed deck for a vehicle resides in the shape and/or configuration and/or pattern substantially as shown in the accompanying drawings, irrespective of the appearance of the vehicle to which the deck is attached in the drawings. The appearance of the headboard and cab protector, and/or skirting panels and/or wheel arches shown in the drawings, may vary.

21: F2018/00935 22: 2018-06-18 23: 2017-12-18 43: 2019-09-10 52: Class 12 24: Part F 71: ROCK SOLID INDUSTRIES INTERNATIONAL (PTY) LTD 54: AN EXTENDABLE MODULAR CANOPY ARRANGEMENT AND FLATBED DECK FOR A VEHICLE 57: The novelty of the design as applied to an adjustable modular flatbed deck and/or modular drop-side arrangement and/or modular canopy arrangement for the flatbed deck, resides in the shape and/or configuration and/or pattern substantially as shown in the accompanying drawings, irrespective of the appearance of the vehicle to which the flatbed deck is fitted in the drawings. The appearance of the skirting panels and/or wheel arches shown in the drawings, may vary.

21: F2018/01199 22: 2018-08-01 23: 43: 2018-08-01 52: Class 25 24: Part F 71: MiTek Industries South Africa (Pty) Ltd 54: A Ceiling Support Arrangement


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57: The design is in respect of a ceiling support arrangement. The support arrangement includes spaced apart steel droppers which are connected to a roof support structure and depend vertically downwardly therefrom. The support arrangement further includes brandering elements which are connected to the droppers and to which ceiling panels are connectable. The droppers and brandering elements are formed from lengths of a steel profile which has a generally top-hat shaped transverse cross-section. The profile accordingly has a generally channel-shaped central portion. Lower end portions of each dropper are modified such that they are generally square or rectangular in transverse cross-section and are receivable within the channel-shaped portion of the brandering elements and the brandering elements are secured to the droppers by means of transverse fasteners

21: F2018/01249 22: 2018-08-13 23: 43: 2019-10-01 52: Class 24 24: Part F 71: Karl Storz SE & Co. KG 33: EU 31: 004719540-0002 32: 2018-02-21 54: RETRACTOR 57: The features of the design for which protection is claimed include the shape and/or configuration and/or pattern of an article substantially as shown in the accompanying representation(s).

21: F2018/01869 22: 2018-12-05 23: 43: 2019-09-10 52: Class 21 24: Part F 71: JUST FOR KICKS SPORTS EQUIPMENT AND MARKETING (PTY) LTD 33: EU 31: 005632866-0001-0006 32: 2018-09-07 54: GYMNASTICS AND SPORTS APPARATUS AND EQUIPMENT 57: The design relates to gymnastics and sports apparatus and equipment including a round ball having extending outwardly away from first and second opposite sides first and second moveable elongate members, respectively, each elongate member having an indeterminate length (indicated by broken lines). Each elongate member is generally round in cross-section and terminates in a handle formation, the shape of which may vary. A generally circular member abuts the ball at each of the first and second opposite sides, each circular member defining an aperture into the ball through which each of the elongate members is received, respectively. The two circular members and their apertures provide and/or facilitate releasably securing each of the elongate members to an inside portion of the ball (not illustrated) which further provides and/or facilitates that in use the ball rotates independently from the elongate members. Moveable elongate members generally facilitate ergonomic use and may resiliently deform.


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21: F2018/01872 22: 2018-12-05 23: 43: 2019-09-10 52: Class 21 24: Part F 71: JUST FOR KICKS SPORTS EQUIPMENT AND MARKETING (PTY) LTD 33: EU 31: 005632866-0001-0006 32: 2018-09-07 54: GYMNASTICS AND SPORTS APPARATUS AND EQUIPMENT 57: The design relates to gymnastics and sports apparatus and equipment including a round ball having first and second circular members located at opposite first and second sides of the ball. Each circular member substantially abuts the outer surface of the ball and defines at its center an aperture for receiving therein a first and second like clip means, respectively. The first and second clip means being releaseably engageable to the ball. An outer portion of each first and second clip means extends away from the ball and first and second circular member, respectively, and defines a first and second hole, respectively. A T-shaped upright is provided to which first and second elongate members (of indeterminable length) attach and thread through the first and second holes, respectively. The circular members and their apertures provide and/or facilitate releasably securing the clips to an inside portion of the ball (not illustrated).

21: F2018/01886 22: 2018-12-07 23: 43: 2019-09-10 52: Class 08 24: Part F 71: DEZZO ROOFING (PTY) LTD 54: ROOF TILE FASTENER 57: A novel design to the shape, ornamentation or configuration of a roof tile clip.

21: F2018/01887 22: 2018-12-07 23: 43: 2019-09-10 52: Class 25 24: Part F 71: DEZZO ROOFING (PTY) LTD 54: ROOF TILE FASTENER 57: A novel design to the shape, ornamentation or configuration of a roof tile clip.


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21: F2018/01893 22: 2018-12-10 23: 43: 2019-09-10 52: Class 9 24: Part F 71: Andrew Dabbs 54: STORAGE 57: The design relates to a Storage. The features of the design are those of shape and/or pattern and/or configuration.

21: F2018/01894 22: 2018-12-10 23: 43: 2019-09-10 52: Class 23 24: Part F 71: Andrew Dabbs 54: STORAGE 57: The design relates to a Storage. The features of the design are those of shape and/or pattern and/or configuration.

21: F2018/01899 22: 2018-12-12 23: 43: 2018-12-12 52: Class 8 24: Part F 71: MASTER SINKERS (PTY) LTD 54: Cutter Head Arrangement 57: The design is applied to a cutter head arrangement. The features of the design for which protection is claimed include the shape and/or configuration of a cutter head arrangement, substantially as illustrated in the accompanying representations.

21: F2018/01901 22: 2018-12-12 23: 2018-11-19 43: 2018-11-19 52: Class 25 24: Part F 71: Manocon Building Construction (Pty) Ltd 54: Structures


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57: The design is in respect of a structure which can be erected around and provide protection to a mast, such as a cellular telephone mast, and related equipment. The structure includes prefabricated wall and roof panels. The wall panels are erected around the structure to be protected and secured together. Two roof panels are provided which are mounted on top of the walls. Each roof panel has a semi-circular opening which are aligned to form an opening through which the mast extends.

21: F2018/01909 22: 2018-12-11 23: 43: 2019-09-10 52: Class 12 24: Part F 71: PHILLIPS MACHINE SOUTH AFRICA (PTY) LIMITED 54: WHEEL SUPPORT 57: The design is to be applied to a wheel support. The features of the design for which protection is claimed include the shape and/or configuration and/or pattern of a wheel support, substantially as illustrated in the accompanying drawings.

21: F2018/01910 22: 2018-12-11 23: 43: 2019-09-10 52: Class 12 24: Part F 71: PHILLIPS MACHINE SOUTH AFRICA (PTY) LIMITED 54: WHEEL SUPPORT 57: The design is to be applied to a wheel support. The features of the design for which protection is claimed include the shape and/or configuration and/or pattern of a wheel support, substantially as illustrated in the accompanying drawings.

21: F2018/01914 22: 2018-12-13 23: 43: 2019-09-10 52: Class 24 24: Part F 71: OOSTHUIZEN, Christiaan Rudolf 54: TIBIAL COMPONENT


Page | 276

57: The features of the design for which protection is claimed include the shape and/or configuration of a tibial component utilised to resurface a portion of a tibial plateau, during a unicondylar knee arthroplasty, substantially as illustrated in the accompanying representations.

21: F2018/01915 22: 2018-12-13 23: 43: 2019-09-10 52: Class 24 24: Part F 71: OOSTHUIZEN, Christiaan Rudolf 54: FIXED BEARING INSERT 57: The features of the design for which protection is claimed include the shape and/or configuration of a fixed bearing insert utilised as a bearing surface between a tibial component and a femoral component of a unicondylar knee prosthesis, substantially as illustrated in the accompanying representations.

21: F2018/01935 22: 2018-12-19 23: 43: 2019-09-10 52: Class 22 24: Part F 71: SECURITY DEVICES INTERNATIONAL, INC. 54: MAGAZINE OF A LESS LETHAL DEVICE 57: The features of the design for which protection is claimed include the shape and/or configuration of a magazine of a less lethal device, substantially as indicated in the accompanying representations.

21: F2018/01937 22: 2018-12-19 23: 43: 2019-09-10 52: Class 22 24: Part F 71: SECURITY DEVICES INTERNATIONAL, INC. 54: RELEASE VALVE OF A LESS LETHAL DEVICE 57: The features of the design for which protection is claimed include the shape and/or configuration of a gas release valve body of a less lethal device, substantially as indicated in the accompanying representations.

21: F2018/01939 22: 2018-12-19 23: 43: 2019-09-10 52: Class 22 24: Part F 71: SECURITY DEVICES INTERNATIONAL, INC. 54: LESS LETHAL DEVICE 57: The features of the design for which protection is claimed include the shape and/or pattern and/or configuration of a less lethal device for launching spherical less lethal projectiles, substantially as illustrated in the accompanying representations.


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21: F2018/01940 22: 2018-12-19 23: 43: 2019-09-10 52: Class 22 24: Part F 71: SECURITY DEVICES INTERNATIONAL, INC. 54: INTERNAL STRUCTURE OF A LESS LETHAL DEVICE 57: The features of the design for which protection is claimed include the shape and/or pattern and/or configuration of the internal structure of one half of the outer body of a less lethal device, substantially as illustrated in the accompanying representations

21: F2018/01941 22: 2018-12-19 23: 43: 2019-09-10 52: Class 22 24: Part F 71: SECURITY DEVICES INTERNATIONAL, INC. 54: INTERNAL STRUCTURE OF A LESS LETHAL DEVICE 57: The features of the design for which protection is claimed include the shape and/or pattern and/or configuration of the internal structure of one half of the outer body of a less lethal device, substantially as illustrated in the accompanying representations.

21: F2018/01944 22: 2018-12-19 23: 43: 2019-09-10 52: Class 22 24: Part F 71: SECURITY DEVICES INTERNATIONAL, INC. 54: FIRING MECHANISM OF A LESS LETHAL DEVICE 57: The features of the design for which protection is claimed include the shape and/or configuration of a firing mechanism of a less lethal device, substantially as illustrated in the accompanying representations.

21: F2018/01953 22: 2018-12-20 23: 43: 2019-09-10 52: Class 28 24: Part F 71: GROBLER Louis Jacobus 54: SHAMPOO AND CONDITIONER BAR 57: The features of this design for which protection are claimed include the configuration of a shampoo and conditioner bar substantially as illustrated in the accompanying representations.


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21: F2019/00051 22: 2019-01-09 23: 43: 2019-01-09 52: Class 12 24: Part F 71: SUPERCART SOUTH AFRICA (PTY) LTD 54: TROLLEY 57: The design is applied to a trolley, and in particular to a liquor trolley. The features of the design for which protection is claimed include the shape and/or configuration of a trolley, substantially as illustrated in the accompanying representations.

21: F2019/00058 22: 2019-01-10 23: 43: 2019-10-02

52: Class 09 24: Part F 71: INTERNATIONAL PLANT PROPAGATION TECHNOLOGY LTD 33: GB 31: 6039075 32: 2018-07-11 54: A PLANT CONTAINER 57: The design relates to a plant container. The features of the design for which protection is claimed are those of the shape and/or configuration of the plant container substantially as shown in the accompanying representation.

21: F2019/00059 22: 2019-01-10 23: 43: 2019-10-02 52: Class 09 24: Part F 71: INTERNATIONAL PLANT PROPAGATION TECHNOLOGY LTD 33: GB 31: 6039074 32: 2018-07-11 54: A PLANT-GROWING TRAY 57: The design relates to a plant-growing tray. The features of the design for which protection is claimed are those of the shape and/or configuration of the plant-growing tray substantially as shown in the accompanying representation.


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21: F2019/00091 22: 2019-01-17 23: 43: 2019-10-02 52: Class 13 24: Part F 71: POWER LOGIC SOUTH AFRICA (PTY) LTD 54: WIRELESS CHARGER FOR MOBILE DEVICES 57: The wireless charger for mobile devices to be protected by this application is illustrated in the publication representation.

21: F2019/00092 22: 2019-01-17 23: 43: 2019-09-13 52: Class 13 24: Part F 71: POWER LOGIC SOUTH AFRICA (PTY) LTD 54: UNIT HAVING SOCKETS FOR PROVIDING ELECTRICAL POWER AND SOCKETS FOR PROVIDING DATA CONNECTIVITY 57: The unit with power and data sockets to be protected by this design application is illustrated in the publication representation.

21: F2019/00104 22: 2019-01-21 23: 43: 2019-10-02 52: Class 23 24: Part F 71: SCHEWITZ, Larry 54: FILTER FRAME ELEMENT 57: The design is applied to a filter frame element. The features of the design for which protection is claimed are those of the shape and/or configuration and/or pattern of the filter frame element, substantially as illustrated in the accompanying representations.

21: F2019/00188 22: 2019-02-06 23: 43: 2019-10-08


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52: Class 24 24: Part F 71: OOSTHUIZEN, Christiaan Rudolf 54: TIBIAL CUTTING TEMPLATE CONNECTOR 57: The features of the design for which protection is claimed include the shape and/or configuration of a tibial cutting template connector utilised for positioning a tibial cutting template relative to a femoral sizing device, substantially as illustrated in the accompanying representations.

21: F2019/00198 22: 2019-02-06 23: 43: 2019-10-08 52: Class 21 24: Part F 71: MARES S.p.A. 33: EU 31: 005628625 32: 2018-09-04 54: JACKET 57: The features of the design for which protection is claimed include the shape and/or configuration of an article substantially as shown in the accompanying representation(s).

21: F2019/00232 22: 2019-02-11 23: 43: 2019-10-08

52: Class 19 24: Part F 71: Catherine Benna Immelman 54: MATERIALS AND INSTRUMENTS FOR WRITING BY HAND, FOR DRAWING, FOR PAINTING, FOR SCULPTURE, FOR ENGRAVING AND FOR OTHER ARTISTIC TECHNIQUES, INCLUDING EASELS 57: The novelty of the design is the shape and configuration of an easel that is height adjustable, can be adjusted to accept a large range of canvas sizes, and can be folded into a compact form for transport or storage.

21: F2019/00252 22: 2019-02-18 23: 43: 2019-10-08 52: Class 23 24: Part F 71: DA Gregory


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54: NOZZLE REGULATOR 57: The design relates to a NOZZLE REGULATOR. The features of the design are those of shape and/or pattern and/or configuration.

21: F2019/00885 22: 2019-07-01 23: 43: 2019-07-01 52: Class 23 24: Part F 71: HANNER, Darren Roy 54: Fittings 57: The design is in respect of a water tank manhole sieve. In particular, the sieve is formed as a unitary moulding of a synthetic plastics material. The sieve includes a tubular body which is generally circular cylindrical in shape. A peripheral flange protrudes outwardly from one end of the body. A sieve element extends across the body at the other end thereof. Diametrically opposed concave recesses are provided in the body. Further, a plurality of circumferentially spaced apart radially outwardly open recesses are provided in the flange. The recesses permit the sieve to be mountable on a variety of different water tanks. The sieve element includes a plurality of concentric part circular openings separated by radially extending ribs.

NOVEMBER 2019 CIPC PATENT JOURNAL

283

HYPOTHECATIONS


JUDGMENTS





284

4. COPYRIGHT


285

COPYRIGHT IN CINEMATOGRAPH FILMS

NOTICES OF ACCEPTANCE

(Applications filed in terms of Act No. 62 of 1977)

Any person, who has grounds for objection to the registration of the copyright in any of the following

cinematographs films, may within the prescribed time, lodge Notice of Opposition on Form RF 5 contained in the

Second Schedule to the Registration of Copyright in Cinematograph Films Regulations, 1980. The prescribed

time is one month after the date of advertisement .This period may on application be extended by the Registrar.

The numerical denote the following: (21) Official application number. (22) Date of application. (43) Date of

acceptance. (24) Date(s) and place(s) at which cinematograph films was made. (25) Date and place of first

publication. (71) Name (s) of all applicant (s). (75) Name of author. (76) Name of producer (77) Name of director

(54) Title of cinematograph film. (78) Name(s) of principal players or narrator. (26) Places at which cinematograph

film may be viewed and conditions. (55) Specimen lodged/Not lodged. (56) Preview requested/Not requested.

(57) Abstract (Storyline). (58) Category.

21: 2019/00016. 22: 2018/10/17 43: 2018/10/30 24: 2019/06/03 to 2019/07/30; Johannesburg 25: 2019/09/16; Johannesburg 71: VOETSTOOTS FILM (Pty) LTD UNIT 8 SUNPARK OFFICE PARK 178 SMIT STREET FAIRLAND 2170, JOHANNESBURG, 2170, South Africa 75: BENJAMIN DANIEL BESTER; 76: BENJAMIN DANIEL BESTER; 77: ANDRE VELTHUYSEN 54: VERGEET MY NIE 78: MARGUERITE VAN EEDEN, SEAN MARCO VORSTER; 26: South African Cinema Online Sales 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: After a dreadful breakup, a striguringly cultured student stuck in the small town of Potchefstroom, packs her bags for the lights and adventure of London. She falls head over heals in love with a candid, barefoot Namibian, but allows her fears to get the better of her when he knocks on her door years later, with Promises of horizons and a life together, she can play safe and choose the alluring city uguts, or she can risk It all for sunsets, romance and barefooted-love. 58: DR

21: 2019/00017. 22: 2019/10/30 43: 2018/10/30 24: 2019/10/19 to 2019/10/25; Midrand 25: 2019/10/19 Midrand 71: PHATHANANI HANDSOME MBATHA

D013 QUAGGA ESTATE 295 RESEARCH ROAD PRETORIA WEST 0183, PRETORIA, 0183, South Africa 75: PHATHANANI HANDSOME MBATHA; 76: XRAY MOTION; 77: MOLEBOHENG INNOCENTIA; 54: MANGIES AND THOUGHTS 78: PHATHANANI HANDSOME MBATHA, MOLEBOHENG INNOCENTIA 26: NATIONAL TELEVISION YOUTUBE FACEBOOK WEBSITE 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: Mangies and thoughts is a cooking show featuring a passionate chef who invites influential people, mostly artist and normal people to cook and have a delicious meal and drinks with him.

58: IN

21: 2019/00018. 22: 2019/10/30 43: 2018/10/30

24: 2018/10/29 to 2018/12/09; Johannessburg and Durban 25: 2019/06/30; South Africa 71: INCEPTION FILM COMPANY (pty) LTD MAXWELL OFFICE PARK, BUILDING, MAGWA CRESCENT WEST WATERFALL CITY MIDRAND 1632, JOHANNESBURG, 1632, South Africa 75: INCEPTION FILM COMPANY (pty) LTD 76: WAYNE FITZJOHN, SIMON SWART, LUCIA MARGUERITE MEYERMARAIS, JOZUA MALHERBE; 77: DONOVAN MARSH;


286

54: I am All Girls 78: ERICA WESSELS, HLUBI MBOYA, DEON LOTZ, BRENDON DANIELS, MOTHUSI MAGANO; 26: 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: After the dead body of a paedophile shows up with letters carved into his abdomen, jodie, the investigation police officer, suspects it is linked to the well-known abductions of Gert de jager. As more bodies start showing up, allowing Jodies to make inroads into the syndicate, she is torn between finding the killer or letting them do her job for her. She discovers that the killer is almost certainly Ntombi, a woman with whom she shares an intimate relationship and must decide if she should up her or not. After a botched raid Jodie’s job is at risk and she comes under pressure to give up her friend who has gone rogue in her destructive need to seek retributive justice. 58: DR

21: 2019/00019. 22: 2019/11/13 43: 2018/11/14

24: 2019/10/21 to 2019/10/29; Kimberly 25: 2019/10/21; Kimberly 71: MODOSAOTSILE MPISA 12786 TLHANGWE STREET GALESHEWE KIMBERLEY, KIMBERLEY, 8345, South Africa 75: MODOSAOTSILE MPISA 76: MODOSAOTSILE MPISA 77: MANTOKOMANE JOHANNES BOOI 54: MY GATHERING 78: MANTOKOMANE JOHANNES BOOI AND MODISAOTSILE MPISA; 26: ANY BROADCAST. 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: My gathering entails families reuniting and sharing their history and engaging in indegenous games and other festivities. 58: IN

21: 2019/00020. 22: 2019/11/22 43: 2019/11/22

24: 2019/02/04 to 2019/03/28; Cape Town 25: 2019/09/16; Cape Town 71: Anatomy of a Wildfire (Pty) Ltd Okuhle Media Pty Ltd Building 13,Waverley Business Park,Wyecroft Road Observatory,Cape Town 7925, Cape Town, 7925, South Africa 75: Yvette Oosthuizen; 76: Yvette Oosthuizen; 77: Justin Sullivan;

54: Anatomy of a Wildfire 78: CapeNature, City of Cape Town Fire and Rescue Services, Drakenstein Farm Watch; 26: SABC 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: Every summer in Africa, nature brings forth the Little Wild Ones. Beautiful, cute, ugly, wrinkled and flyffy wildlife babies abound. But some of these pups, chicks, calves and lambs end up in trouble. All over the continent, more and more, wildlife babies are needing our help. They're the casualties of the increase in wildlife crime, shrinking wilderness and human-animal conflict. Bush Baby ER will join those special humans that have dedicated themselves to saving these babies and will follow the calls to help them, their rescue in the field, journeys to baby ER and the treatment they undergo. We will experience the joys of the little (or big) babies rehabilitation process, the bumps along the road and ultimately their release back in to the wild, or to a safe new home. We follow big-hearted wildlife veterinarians, rescue centers and volunteers saving Africa's wildlife babies in Bush Baby ER. 58: DO


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5. CORRECTION NOTICES


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TRADE MARK CORRECTION NOTICES


PATENT CORRECTION NOTICES


DESIGNS CORRECTION NOTICES


COPYRIGHT CORRECTION NOTICES



290

PATENTS

Advertisement List for November 2019

Number of Advertised Patents: 396

Application Number Patent Title Filing Date

2011/03515 COMPOSITION COMPRISING POLYMER AND ENZYME 2011/05/13

2011/09432 ISOLATED POLYNUCLEOTIDES AND POLYPEPTIDES, AND METHODS OF USING SAME FOR INCREASING NITROGEN USE EFFICIENCY, YIELD, GROWTH RATE, VIGOR, BIOMASS, OIL CONTENT, AND/OR ABIOTIC STRESS TOLERANCE

2010/06/08

2012/01331 METHOD OF FORMING METAL DEPOSITS ON ULTRAHARD MATERIALS

2012/02/22

2012/04907 LEVITATING DISK 2012/07/02

2012/05542 A METHOD OF DECAFFEINATING TEA 2012/07/23

2013/04459 HUMAN MONOCLONAL ANTIBODY WITH SPECIFICITY FOR DENGUE VIRUS SEROTYPE 1 E PROTEIN AND USES THEREOF

2013/06/18

2013/07054 AN INTEGRATED TERRAIN MODELLING SYSTEM 2013/09/17

2013/07453 SYSTEM AND METHOD FOR MULTIPHASIC RELEASE OF GROWTH FACTORS

2013/10/07

2014/01884 NEW DIHYDROQUINOLINE-2-ONE DERIVATIVES 2014/03/14

2014/03089 CENTRIFUGAL SCREEN APPARATUS 2014/04/25

2014/03350 TREATMENT OF DEGENERATIVE JOINT DISEASE 2014/05/09

2014/03385 POWER GENERATING SYSTEM AND CORRESPONDING METHOD

2014/05/12

2014/03878 METHOD FOR INTER PREDICTION AND DEVICE THEREFOR, AND METHOD FOR MOTION COMPENSATION AND DEVICE THEREFOR

2014/05/27

2014/06140 PALLET CONTAINER 2014/08/21

2014/06326 LIVER X RECEPTOR MODULATORS 2014/08/27

2014/06390 LIVER X RECEPTOR MODULATORS 2014/08/29

2014/07673 THREE DIMENSIONAL SCANNING BEAM AND IMAGING SYSTEM

2014/10/22

2014/08120 DIAGNOSTIC GENE MARKER PANEL FOR COLORECTAL CANCER

2014/11/06

2015/01177 MINE ROOF SUPPORT 2015/02/20

2015/01207 METHOD FOR ADMINISTERING HYPNOTIC/SEDATIVE AGENT 2015/02/23

2015/01340 PHYSICAL SECURITY SYSTEM HAVING MULTIPLE SERVER NODES

2015/02/27

2015/01828 CHEMICAL ENGINES AND METHODS FOR THEIR USE, ESPECIALLY IN THE INJECTION OF HIGHLY VISCOUS FLUIDS

2015/03/17

2015/02846 METHOD FOR PRODUCING A FLAT STEEL PRODUCT HAVING HIGH REFLECTIVITY, FLAT STEEL PRODUCT, AND MIRROR ELEMENT FOR SOLAR CONCENTRATORS

2013/08/27

2015/03737 IMPROVED METHODS FOR INDUCING APOMIXIS IN PLANTS 2015/05/26

2015/03751 A METHOD OF DEPICTING AN IMAGE 2015/05/26

2015/04421 BIOMARKER PREDICTIVE OF RESPONSIVENESS TO ALPHA 7 NICOTINIC ACETYLCHOLINE RECEPTOR ACTIVATOR TREATMENT

2015/06/19


291


2015/04748 NEW ANTIBODY FRAGMENTS, COMPOSITIONS AND USES THEREOF

2015/07/01

2015/04843 MODULAR TANKS 2015/07/03

2015/04844 PACKAGE, METHOD FOR MANUFACTURING A PACKAGE, AND MOLD FOR APPLICATION FOR THE PURPOSE OF SUCH METHOD

2015/07/03

2015/05518 EASILY REMOVABLE RECIPROCATING IMPACT HEAD WITH ANTI-ROTATION SLOT FOR MINING MACHINE

2015/07/31

2015/06150 DRUG COMBINATIONS 2014/02/27

2015/06189 METHODS FOR GENERATING HEPATOCYTES AND CHOLANGIOCYTES FROM PLURIPOTENT STEM CELLS

2014/02/18

2015/06231 TRAY FOR INCUBATING EGGS 2014/02/13

2015/06861 A MOBILE SOLAR POWER PLANT 2015/09/16

2015/07237 NEW COMPOUNDS HAVING TRIPLE ACTIVITIES OF THROMBOLYSIS, ANTITHROMBOTIC AND RADICAL SCAVENGING, AND SYNTHESIS, NANO-STRUCTURE AND USE THEREOF

2015/09/30

2015/07718 THE LOCAL TREATMENT OF INFLAMMATORY OPHTHALMIC DISEASES

2015/10/15

2015/07755 TUMOR-SELECTIVE COMBINATION THERAPY 2015/10/16

2015/07883 LOADING SYSTEM AND METHOD FOR LOADING A FREIGHT CAR WITH BULK MATERIAL

2015/10/22

2015/08163 IMPROVED METHOD FOR SEED PRIMING 2015/11/04

2015/08202 EMERGENCY MANAGEMENT SYSTEM 2015/11/02

2015/08264 APPARATUS FOR CLASSIFYING PARTICULATE MATERIAL 2015/11/10

2015/09101 FINANCIAL ACCOUNT WITH GROUP AUTHORIZATION 2015/12/14

2016/00358 TREATMENT OF INFLAMMATORY LESIONS OF ROSACEA WITH IVERMECTIN

2014/07/08

2016/00871 CAPSULE FOR MAKING BEVERAGES 2014/10/31

2016/02675 SIDE MEMBER, CHASSIS AND TRAILER CHASSIS PROVIDED WITH SUCH A SIDE MEMBER

2016/04/19

2016/02847 APPARATUS AND METHODS FOR LOW-VOLUME MEDICAMENT DELIVERY

2014/12/04

2016/03005 METHOD AND DEVICE FOR PROVIDING REDUCING GAS UNDER CONSTANT CONDITIONS

2016/05/05

2016/03085 MIXED DETERGENT COMPOSITION FOR INTAKE VALVE DEPOSIT CONTROL

2016/05/09

2016/03189 SOLID FORMS OF {[5-(3-CHLOROPHENYL)-3-HYDROXYPYRIDINE-2-CARBONYL]AMINO}ACETIC ACID, COMPOSITIONS, AND USES THEREOF

2014/11/14

2016/03220 PROCESSES FOR PRODUCING EFFECTS LAYERS 2016/05/12

2016/03308 NOVEL ANTI-CLAUDIN ANTIBODIES AND METHODS OF USE 2016/05/16

2016/03457 NEW PROCESS FOR THE SYNTHESIS OF AGOMELATINE 2016/05/20

2016/03682 TAXANES COMPOUNDS, PREPARATION METHOD THEREFOR, AND USES THEREOF

2016/05/30

2016/03872 BIOSENSORS FOR BIOLOGICAL OR CHEMICAL ANALYSIS AND METHODS OF MANUFACTURING THE SAME

2014/12/09

2016/03893 2-AMINO-6-FLUORO-N-[5-FLUORO-PYRIDIN-3-YL]PYRAZOLO[1,5-A]PYRIMIDIN-3-CARBOXAMIDE COMPOUND USEFUL AS ATR KINASE INHIBITOR, ITS PREPARATION, DIFFERENT SOLID FORMS AND RADIOLABELLED DERIVATIVES THEREOF

2014/12/05


292


2016/03989 VIBRATING MACHINE 2016/06/13

2016/04051 SEPARATION PROCESSING METHOD FOR A PRODUCT STREAM OF A DIMETHYL ETHER REACTOR

2016/06/14

2016/04252 BOW COUPLING DEVICE 2016/06/23

2016/04490 S1P3 ANTAGONISTS 2014/11/28

2016/04616 FOOD PRODUCT AND METHOD OF PREPARATION 2016/07/06

2016/05309 A PROCESS FOR HEATING AN ATR 2015/04/08

2016/05586 TRICYCLIC HETEROCYCLIC COMPOUNDS AS PHOSPHOINOSITIDE 3-KINASE INHIBITORS

2016/08/12

2016/05726 NOVEL COMPOUNDS 2016/08/17

2016/05760 IMMOBILIZED PROTEINS AND USE THEREOF 2016/08/18

2016/05881 PLANT PROTECTION COMPOSITION AND METHOD 2016/08/24

2016/06047 WOUND LIFTING WIRE ROPE IMPACT FRICTION TEST SYSTEM IN A KILOMETER-DEEP WELL

2016/08/31

2016/06082 MULTI-ARTICULATED GOODS-CARRYING ROAD VEHICLE 2016/09/01

2016/06315 INTERNAL PIPELINE COOLER 2016/09/13

2016/06909 THERMAL ENERGY METERING USING AN ENTHALPY SENSOR 2016/10/07

2016/07987 AN ELECTRONIC LOCKING SYSTEM 2016/11/18

2016/08215 GLAZING FOR SOLAR PROTECTION PROVIDED WITH THIN-FILM COATINGS

2016/11/28

2016/08345 PROCESS FOR PREPARING HYDRIDOCARBONYLTRIS(TRIPHENYLPHOSPHINE)RHODIUM(I)

2016/12/02

2016/08535 SILYLATED IMINE AND CARBAMATE POLYMERIC BENZOATE COMPOUNDS, USES, AND COMPOSITIONS THEREOF

2015/05/18

2016/08675 THERAPEUTIC USE OF P75NTR NEUROTROPHIN BINDING PROTEIN

2016/12/15

2017/00190 GAS PRESSURE TANK STRUCTURE 2017/01/10

2017/00192 PRESSURE CONTROL SYSTEM AND MEANS FOR PRESSURE POURING OF CAST STEEL WHEELS

2017/01/10

2017/00510 AN APPARATUS FOR MONITORING AND CONTROLLING ELECTRICITY USAGE

2017/01/23

2017/00958 LIQUID SPREADING COMPOSITION WITH ECTOPARASITICIDAL ACTIVITY, A METHOD AND USE THEREOF FOR COMBATING ECTOPARASITES IN HUMAN AND VETERINARY MEDICINE, AS WELL AS IN AGRICULTURAL, HORTICULTURAL AND/OR GARDEN ENVIRONMENTS

2017/02/07

2017/01063 PLURIMODAL RELEASE FORMULATION OF DOXYLAMINE AND PYRIDOXINE AND/OR METABOLITES OR SALTS THEREOF

2017/02/13

2017/01483 TOW-BAR ELECTRICAL INTERFACE ASSEMBLY AND COMPONENTS THEREOF

2017/02/28

2017/01489 BLOCK COPOLYMERS WHICH CAN BE USED AS PLASTICISERS

2017/02/28

2017/01556 ASSEMBLY FOR ACTING ON THE OUTER SURFACE OF A TUBE, AND CORRESPONDING METHOD

2017/03/02

2017/02819 CLEANSING BARS WITH TAURINE 2017/04/21

2017/03055 THERAPEUTIC HPV16 VACCINES 2017/05/03

2017/03503 USE OF SIGMA RECEPTOR LIGANDS IN OSTEOARTHRITIS 2017/05/22

2017/03531 PROCESS OF CONDUCTING HIGH THROUGHPUT TESTING HIGH PERFORMANCE LIQUID CHROMATOGRAPHY

2017/05/23

2017/03563 PROCESS FOR REDUCING THE BENZENE CONTENT OF GASOLINE

2017/05/24


293


2017/03569 SYSTEM AND METHOD FOR ABOVE-ATMOSPHERIC LEACHING OF METAL SULFIDES

2017/05/24

2017/03678 LETTUCE PLANTS COMPRISING RESISTANCE AGAINST NASONOVIA RIBISNIGRI BIOTYPE 1

2017/05/29

2017/03703 TRAFFIC ADVERTISEMENT IN NEIGHBOR AWARE NETWORK (NAN) DATA PATH

2017/05/30

2017/03848 POLYCRYSTALLINE DIAMOND SINTERED/REBONDED ON CARBIDE SUBSTRATE CONTAINING LOW TUNGSTEN

2017/06/05

2017/03875 SUNITINIB FORMULATIONS AND METHODS FOR USE THEREOF IN TREATMENT OF OCULAR DISORDERS

2017/06/06

2017/04163 SYSTEM AND METHODS FOR IDENTIFYING FIELDS AND TASKS

2015/11/24

2017/04422 SLACK ADJUSTER MAIN SPRING HOUSING CONTAMINANT SUMP

2017/06/29

2017/04552 DEVICE AND METHOD FOR CRUSHING ROCK BY MEANS OF PULSED ELECTRIC ENERGY

2017/07/05

2017/04656 HORIZONTAL STEAM GENERATOR FOR A REACTOR PLANT 2017/07/11

2017/04709 ANTIBODY-UREASE CONJUGATES FOR THERAPEUTIC PURPOSES

2017/07/12

2017/04995 TERMINAL SYSTEM 2017/07/21

2017/05024 ROOFING TILE AND METHOD FOR PRODUCING SUCH A ROOFING TILE

2017/07/24

2017/05309 COMPOUNDS CONTAINING CARBON-CARBON LINKER AS GPR120 AGONISTS

2017/08/04

2017/05502 CARBONISATION REACTOR FOR COMBINED GENERATION OF CONSTRUCTION MATERIAL AND ELECTRICITY BY SUNLIGHT

2017/08/14

2017/05852 BETA-D-2'-DEOXY-2'ALPHA-FLUORO-2'-BETA-C-SUBSTITUTED-2-MODIFIED-N6-SUBSTITUTED PURINE NUCLEOTIDES FOR HCV TREATMENT

2016/03/07

2017/05920 ANTIBODIES TO ICOS 2017/08/31

2017/06056 PROCESS FOR THE REGENERATION OF A TITANIUM ZEOLITE CATALYST FOR PROPYLENE EPOXIDATION

2017/09/06

2017/06122 VOUCHER REDEMPTION SYSTEM 2017/09/08

2017/06156 CONCENTRATED NATAMYCIN SUSPENSION FORMULATIONS 2017/09/11

2017/06163 PROCESS 2016/03/24

2017/06306 A CLOSURE ASSEMBLY FOR A CONTAINER 2016/03/07

2017/06343 AN OBSTACLE DETECTION DEVICE, FOR A RAILWAY VEHICLE 2017/09/20

2017/06344 METHOD AND DEVICE FOR PRODUCING HINGE-LID PACKS 2017/09/20

2017/06348 HETEROCYCLIC COMPOUNDS AND THEIR USE IN PREVENTING OR TREATING BACTERIAL INFECTIONS

2017/09/20

2017/06393 SYSTEM AND METHOD TO TREAT FLUIDS BY SONOELECTROCHEMISTRY

2017/09/21

2017/06547 SHAPED CATALYST PARTICLE 2016/04/12

2017/06850 SYSTEM AND METHOD FOR PROCESSING VOUCHERS 2017/10/10

2017/06952 DRIVE MODULE FOR A SKATEBOARD AND SET AND SKATEBOARD WITH SUCH A DRIVE MODULE

2017/10/13

2017/06981 JAW CRUSHER, MINERAL MATERIAL PROCESSING PLANT AND METHOD FOR PROCESSING MINERAL MATERIAL

2017/10/16

2017/07104 SYSTEMS AND METHODS FOR CUSTOMIZED LOAD CONTROL 2017/10/19

2017/07284 A METHOD OF MOUNTING AN ELECTRICAL CONNECTOR TO FLEXIBLE PLANAR MATERIAL AND APPARATUS THEREFOR

2017/10/26


294


2017/07454 METHOD FOR SEPARATION OF PROTEIN AND OTHER IMPURITIES FROM MICROBIAL CAPSULAR POLYSACCHARIDES

2017/11/03

2017/07484 IN VITRO DIAGNOSTIC METHOD FOR ALZHEIMER'S DISEASE BASED ON THE ALBUMIN REDOX LEVEL IN THE CEREBROSPINAL FLUID

2017/11/06

2017/07626 FARM FOR REARING INSECTS 2017/11/10

2017/07817 FLUORESCENT CONJUGATES 2017/11/17

2017/07827 ELECTROCHEMICAL BIOSENSOR 2017/11/17

2017/08218 RECOMBINANT YEAST AND USE THEREOF 2017/12/04

2017/08220 BOX AND BLANK MADE FROM CARDBOARD SHEET WITH CONVEX CENTRING DEVICES

2017/12/04

2017/08327 METHOD AND SYSTEM FOR POSITIONING LOCOMOTIVE 2017/12/07

2017/08346 EQUIPMENT AND METHOD FOR SUPERVISING VALVES IN A HYDRAULIC CIRCUIT, ASSOCIATED HYDRAULIC CIRCUIT AND COMPUTER PROGRAM PRODUCT

2017/12/08

2017/08348 LOUDNESS CONTROL FOR USER INTERACTIVITY IN AUDIO CODING SYSTEMS

2017/12/08

2017/08414 HYDROXYPROPYL BETA-CYCLODEXTRIN COMPOSITIONS AND METHODS

2017/12/12

2017/08425 SELF-SUPPORTING DAIRY COMPOSITION 2017/12/12

2017/08465 OXYGEN REDUCTION SYSTEM AND METHOD FOR CONFIGURING AN OXYGEN REDUCTION SYSTEM

2017/12/13

2017/08688 A RADIAL FINGER TILLAGE DISC APPLIED TO CHAIN 2017/12/20

2018/00224 MINING METHODS AND EQUIPMENT 2018/01/12

2018/00235 CONVEYING DEVICE USED FOR LONG-STRIP PARTS 2018/01/12

2018/00700 HOOKAH HEAD 2018/02/02

2018/00717 MILDEW RESISTANT PRESERVATION PAPER, PREPARATION METHOD AND PREPARATION APPARATUS THEREOF

2018/02/02

2018/00719 MILDEW RESISTANT PRESERVATION COATING MATERIAL AND PREPARATION METHOD AND APPLICATION THEREOF

2018/02/02

2018/00764 AN IRRIGATION SPRINKLER 2018/02/06

2018/01028 AN ADJUSTABLE SUPPORT ARRANGEMENT FOR SUPPORTING AN OBJECT

2018/02/15

2018/01046 SURGICAL TRAYS, INSTRUMENTS AND METHODS FOR IMPLANTING A HIP REPLACEMENT PROSTHESIS

2016/08/15

2018/01051 SURGICAL TRAYS, INSTRUMENTS AND METHODS FOR REMOVING COMPONENTS OF A HIP REPLACEMENT PROSTHESIS

2016/08/15

2018/01111 METHODS OF AND SYSTEMS FOR FACILITATING FINANCIAL TRANSACTIONS

2018/02/19

2018/01117 ELECTROSURGICAL WAVE GENERATOR 2018/02/19

2018/01414 SYSTEMS FOR UNWINDING A ROLL OF THERMOPLASTIC MATERIAL INTERLEAVED WITH A POROUS MATERIAL, AND RELATED METHODS

2018/03/01

2018/01489 A LOCATION-BASED TRANSPORT METHOD AND SYSTEM 2018/03/05

2018/01506 READY-TO-DRINK BEVERAGES WITH IMPROVED TEXTURE BY CONTROLLED PROTEIN AGGREGATION

2018/03/05

2018/01507 DEDICATED CORE NETWORKS (DCN) SELECTION 2018/03/05

2018/01534 NEW USES OF 2-(2,4-DICHLOROPHENYL)METHYL-4,4-DIMETHYL-3-ISOXAZOLIDONE AS FOLIAR HERBICIDE

2018/03/06

2018/01536 2-(HET)ARYL-SUBSTITUTED FUSED HETEROCYCLE 2018/03/06


295


DERIVATIVES AS PESTICIDES

2018/01584 METHODS AND SYSTEMS FOR DYNAMIC CONTROL OF FLOW OF ALERT MESSAGES IN MOBILE NETWORKS

2018/03/07

2018/01631 CYCLIC PURINE DINUCLEOTIDES AS MODULATORS OF STING 2018/03/09

2018/01638 PORTABLE APPARATUS AND METHOD FOR DECISION SUPPORT FOR REAL TIME AUTOMATED MULTISENSOR DATA FUSION AND ANALYSIS

2018/03/09

2018/01639 SUBSTITUTED 1,2-DIHYDRO-3H PYRROLO[1,2-c]IMIDAZOL-3 ONE ANTIBACTERIALS

2018/03/09

2018/01859 METHOD FOR THE PREPARATION OF (4S)-4-(4-CYANO-2-METHOXYPHENYL)-5-ETHOXY-2,8-DIMETHYL-1,4-DIHYDRO-1-6-NAPHTHYRIDINE-3-CARBOXAMIDE AND THE PURIFICATION THEREOF FOR USE AS AN ACTIVE PHARMACEUTICAL INGREDIENT

2018/03/20

2018/01865 METHOD FOR THE PREPARATION OF THE METABOLITES OF (4S)- AND (4R)-4-(4-CYANO-2-METHOXYPHENYL)-5-ETHOXY-2,8-DIMETHYL-1,4-DIHYDRO-1,6-NAPHTHYRIDINE-3-CARBOXAMIDE AND THE USE THEREOF

2018/03/20

2018/01889 PRESSURIZING MEDIUM-OPERATED DRIVE FOR A CONTROL VALVE, COMPRISING A SENSOR ARRANGEMENT

2018/03/20

2018/01923 STRUCTURES AND METHODS FOR CONTROLLING LOSSES IN PRINTED CIRCUIT BOARDS

2016/09/30

2018/01998 SYSTEM AND METHOD FOR FLUID STERILIZATION 2016/08/26

2018/02015 GROUTABLE ROCK ANCHOR ASSEMBLY 2018/03/27

2018/02150 COMPOUNDS USEFUL AS MODULATORS OF TRPM8 2018/04/03

2018/02386 COMPOSITION COMPRISING AN OIL PHASE 2016/10/18

2018/02388 ESTIMATING SOIL PROPERTIES WITHIN A FIELD USING HYPERSPECTRAL REMOTE SENSING

2016/09/20

2018/02659 SWIMMING POOL CLEANING SYSTEM WITH IMAGE CAPTURE DEVICE

2018/04/20

2018/03095 EXTENDED USE ZIRCONIUM SILICATE COMPOSITIONS AND METHODS OF USE THEREOF

2018/05/11

2018/03240 APPARATUS AND METHOD FOR REMOVING MAGNETIC MATERIAL FROM GRINDING CIRCUITS

2018/05/16

2018/03339 POWDER COMPOSITION FOR THE MANUFACTURE OF CASTING INSERTS, CASTING INSERT AND METHOD OF OBTAINING LOCAL COMPOSITE ZONES IN CASTINGS

2018/05/18

2018/03505 DRILL ROD CLAMPING SYSTEM AND METHODS OF USING SAME

2018/05/28

2018/03649 ATTENUATED INFLUENZA VECTORS FOR THE PREVENTION AND/OR TREATMENT OF INFECTIOUS DISEASES AND FOR THE TREATMENT OF ONCOLOGICAL DISEASES

2018/05/31

2018/03797 METHOD, DEVICE AND SYSTEM FOR HANDLING, GRADING AND VACCINATING LIVING BIRDS

2018/06/07

2018/03843 TOOL FOR RECORDING NUMBER OF SWINGS IN BALL GAME 2018/06/08

2018/03906 AUTOMATIC SYSTEM AND METHOD FOR DELIVERING A SUBSTANCE TO AN ANIMAL

2018/06/12

2018/03907 SYSTEM AND METHOD OF DETERMINING THE HEALTH & GENDER OF A CHICK

2018/06/12

2018/03943 FLUID MANIFOLD 2018/06/13

2018/03992 FLUID PURIFICATION BY FORWARD OSMOSIS, ION EXCHANGE AND RE-CONCENTRATION

2016/08/12


296


2018/04038 APPARATUS AND PROCESS FOR SEPARATING THROUGH FOAM

2018/06/15

2018/04135 SYSTEMS AND METHODS FOR CONDUCTING ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY

2016/12/18

2018/04142 COMPOSITIONS AND METHODS FOR DETECTING AND TREATING ESOPHAGEAL CANCER

2018/06/20

2018/04224 A METHOD AND APPARATUS FOR INCREASING STABILITY OF AN INTER-CHANNEL TIME DIFFERENCE PARAMETER

2017/03/08

2018/05030 BOTTLE OPENER CORK REMOVER 2018/07/26

2018/05138 PROCESS FOR PREPARING AMINOTHIOL ESTER COMPOUNDS AND SALTS THEREOF

2018/07/31

2018/05178 DETACHABLE LED LAMP 2018/08/01

2018/05303 PROCESS FOR PREPARING A SILICONE ELASTOMER WITH HYDROPHILIC ACTIVES AND A PERSONAL CARE COMPOSITION CONTAINING THE ELASTOMER

2017/02/22

2018/05338 USE OF LONG-TERM FASTING MIMICKING AS DIETARY TREATMENT FOR MULTIPLE MYELOMA AND OTHER CANCERS

2017/01/12

2018/05340 CARTRIDGE RECEPTACLE, CARTRIDGE SYSTEM, BEVERAGE PREPARATION MACHINE, AND METHOD FOR PRODUCING A BEVERAGE

2017/01/12

2018/05341 CARTRIDGE RECEIVER, CARTRIDGE SYSTEM, DRINK PREPARATION MACHINE AND METHOD FOR PRODUCING A DRINK

2017/01/12

2018/05343 CARTRIDGE FOR A BEVERAGE OR FOOD SUBSTRATE 2017/01/12

2018/05386 SYSTEM AND METHOD FOR ANALYZING DRILL CORE SAMPLES

2017/03/06

2018/05389 A FEMALE MOULD 2017/03/15

2018/05390 A METHOD AND A TOOL FOR ASSEMBLING A FEMALE MOULD AND A FEMALE MOULD ARRANGEMENT

2017/03/15

2018/05392 TOASTER 2018/08/13

2018/05411 ADDITIVE MIXTURE FOR STABILIZATION OF POLYOL AND POLYURETHANE

2018/08/14

2018/05412 METHOD AND APPARATUS FOR REMOVING CARBON DIOXIDE FROM FLUE GAS

2018/08/14

2018/05416 LAMINATED POLYARYLENE SULFIDE HEAT-RESISTANT FILTER

2017/03/13

2018/05417 NONWOVEN LAMINATE FABRIC COMPRISING MELTBLOWN AND SPUNDBOND LAYERS

2017/05/18

2018/05418 USE OF A FASTING MIMICKING DIET TO ENHANCE THE EFFICACY OF ANTIESTROGENS IN CANCER THERAPY

2017/02/14

2018/05420 PLACEMENT OF A MISSED CALL 2017/02/08

2018/05421 A COMPUTER IMPLEMENTED METHOD AND COMPUTER SYSTEM FOR AUCTIONING OR TRADING BETS

2017/03/08

2018/05422 PROCESSES FOR TREATING ACID PRODUCING WASTE ROCK 2017/01/13

2018/05439 BRUTON'S TYROSINE KINASE INHIBITORS 2018/08/15

2018/05451 SHEET MEDIUM FLATTENING APPARATUS AND FINANCIAL SELF-SERVICE DEVICE

2018/08/15

2018/05454 TYRE DISC HAVING THICKENED EDGES AROUND HEAT DISSIPATION OPENINGS AND PROCESSING EQUIPMENT

2016/09/26

2018/05455 SYSTEM FOR CONTROLLING THE ELECTRICAL POWER SUPPLY OF AN ENERGISER FOR AN ELECTRIC FENCE AND METHOD FOR OPERATING SAID SYSTEM

2017/02/20


297


2018/05458 CIRCUIT FOR DETECTING LIGHT PULSES 2017/02/16

2018/05459 IMPROVED COEXISTENCE OF DELAY-TOLERANT AND DELAY-SENSITIVE SESSIONS

2016/04/14

2018/05489 DEBRIDING COMPOSITION FOR TREATING WOUNDS 2017/01/30

2018/05490 METHODS AND COMPOSITIONS FOR TREATING HYPERHIDROSIS

2016/01/20

2018/05495 RADIO RESOURCE CONTROL CONNECTION ESTABLISHMENT 2016/03/10

2018/05496 SOMATOSTATIN RECEPTOR ANTAGONIST COMPOUNDS AND METHODS OF USING THE SAME

2017/02/09

2018/05519 RNA REPLICON FOR VERSATILE AND EFFICIENT GENE EXPRESSION

2017/03/13

2018/05520 TRANS-REPLICATING RNA 2017/03/13

2018/05521 METHOD FOR ENHANCING PLANT DISEASE CONTROLLING EFFECTS OF ISOFETAMID AND METHOD FOR CONTROLLING PLANT DISEASES

2017/03/07

2018/05522 PYRIDAZINONE COMPOUND OR ITS SALT, AND HERBICIDE CONTAINING IT

2017/03/29

2018/05523 ANTIBACTERIAL COMPOUNDS AND USES THEREOF 2017/03/07

2018/05525 PROCESSES FOR CONVERTING OLEFINS TO ALCOHOLS, ETHERS, OR COMBINATIONS THEREOF

2017/02/10

2018/05543 METHOD FOR PRODUCING ALCOHOL 2017/03/29

2018/05544 SUBSTITUTED PIPERIDINE COMPOUND AND USE THEREOF 2017/02/01

2018/05545 OROMUCOSAL NANOFIBER CARRIERS FOR THERAPEUTIC TREATMENT

2017/01/27

2018/05548 CANCER THERAPY WITH AN ONCOLYTIC VIRUS COMBINED WITH A CHECKPOINT INHIBITOR

2017/03/22

2018/05549 SYRINGE 2017/01/13

2018/05566 MOLECULES HAVING PESTICIDAL UTILITY, AND INTERMEDIATES, COMPOSITIONS, AND PROCESSES, RELATED THERETO

2017/01/18


2017/01/18


2017/01/18


2017/01/18

2018/05578 DEVICE FOR TREATING ARTHRITIS AND OSTEOARTHRITIS IN EXTREMITIES AND CHRONIC INFLAMMATIONS AND FOR REDUCING MUSCULAR PAIN AND TENSION

2018/08/21

2018/05609 LARYNGEAL MASK 2018/08/22

2018/05611 ENODEB, USER EQUIPMENT AND WIRELESS COMMUNICATION METHOD

2016/01/29

2018/05612 TRANSMISSION DEVICE AND TRANSMISSION METHOD 2017/02/22

2018/05613 INSECT REPELLENT 2017/02/28

2018/05615 COMPOSITIONS AND METHODS FOR PROTECTING AGAINST AIRBORNE PATHOGENS AND IRRITANTS

2017/02/24

2018/05616 POWDERY MILDEW RESISTANCE GENES IN CARROT 2016/02/22

2018/05629 LEUCINE AND NICOTINIC ACID REDUCES LIPID LEVELS 2014/03/13

2018/05630 CELL CULTURE COMPOSITIONS WITH ANTIOXIDANTS AND 2014/03/14


298


METHODS FOR POLYPEPTIDE PRODUCTION

2018/05642 ELECTROLYTIC CELL FOR GENERATING HYDROGEN 2017/01/23

2018/05643 COMPOSITION COMPRISING A FLUORINE-CONTAINING SURFACTANT

2017/02/24

2018/05644 CROSSLINKABLE COMPOSITION AND METHOD FOR PRODUCING A COATED ARTICLE

2017/02/24

2018/05645 SYSTEMS AND METHODS FOR CALIBRATING AN OPTICAL DISTANCE SENSOR

2017/01/30

2018/05676 TERMINAL DEVICE AND COMMUNICATION METHOD 2017/02/01

2018/05677 SOLID-LIQUID SEPARATOR AND SOLID-LIQUID SEPARATION SYSTEM

2016/12/02

2018/05678 HIGH PERFORMANCE GLASS FIBRE COMPOSITION, AND GLASS FIBRE AND COMPOSITE MATERIAL THEREOF

2016/03/21

2018/05679 METHOD AND COMPOSITION FOR TREATING CANCER OR SKIN LESION USING A VACCINE

2017/02/24

2018/05680 METHODS FOR MAKING L-GLUFOSINATE 2017/02/28

2018/05709 FOLDABLE HEAD-TYPE PARASOL, AND METHOD FOR FOLDING THE HEAD OF SUCH A PARASOL

2018/08/27

2018/05712 A SYSTEM AND METHOD FOR PRODUCING HIGH-PURITY AND HIGH-ACTIVITY VANADIUM ELECTROLYTE

2017/01/16

2018/05713 SYSTEM AND METHOD FOR PREPARING HIGH PURITY VANADIUM ELECTROLYTE

2017/01/16

2018/05714 SYSTEM AND METHOD FOR PRODUCING 3.5-VALENCE HIGH-PURITY VANADIUM ELECTROLYTE

2017/01/16

2018/05715 SYSTEM AND METHOD FOR PREPARING HIGH-ACTIVITY SPECIFIC-VALENCE-STATE ELECTROLYTE OF ALL-VANADIUM FLOW BATTERY

2017/01/16

2018/05716 SYSTEM AND METHOD FOR PREPARING VANADIUM BATTERY HIGH-PURITY ELECTROLYTE

2017/01/16

2018/05717 RANDOM ACCESS COVERAGE ENHANCEMENT LEVEL RAMP UP PROCEDURE

2017/01/31

2018/05721 ANTIBODIES TARGETING BONE MORPHOGENETIC PROTEIN 9 (BMP9) AND METHODS THEREFOR

2018/08/27

2018/05736 CANCER THERAPY WITH A PARVOVIRUS COMBINED WITH BEVACIZUMAB

2016/02/10

2018/05742 CATALYTIC HYDROGENATION PROCESS FOR PREPARING PYRAZOLES

2018/08/28

2018/05751 SPRAY DEVICE 2017/05/11

2018/05752 SYNERGISTIC FUNGICIDAL COMPOSITION FOR CONTROLLING PLANT DISEASES

2017/03/10

2018/05757 ECCENTRIC ASSEMBLY FOR WALKING MECHANISM 2017/02/09

2018/05785 PALATABLE CAT KIBBLES CONTAINING SPECIFIC FAT FRACTIONS

2018/08/29

2018/05805 FORMULATIONS AND METHODS 2017/04/25

2018/05806 FRAGRANCED COMPOSITIONS AND THEIR USE 2017/03/10

2018/05807 NETWORK NODE, METHOD AND COMPUTER PROGRAM PRODUCT FOR SCHEDULING OF PAGING MESSAGES WITH RESPECT TO DISCOVERY SIGNAL TRANSMISSIONS

2017/03/23

2018/05808 METHOD FOR SCHEDULING VEHICLE-TO-VEHICLE COMMUNICATIONS

2017/03/30

2018/05812 REDUCED DENSITY CHANNEL STATE INFORMATION REFERENCE SIGNAL

2017/03/30


299


2018/05846 DEVICE FOR DETECTING A LASER SPOT 2017/02/24

2018/05847 IMPROVEMENTS TO OPEN DISPLAY REFRIGERATORS 2017/05/16

2018/05848 DISTRIBUTED POWER REMOTE COMMUNICATION STATUS SYSTEM AND METHOD

2016/06/13

2018/05851 REFRIGERATOR AND COOLING PROCESS 2017/03/01

2018/05860 TRIFLUOROMETHYL ALCOHOLS AS MODULATORS OF RORyt 2018/08/31

2018/05861 TRIFLUOROMETHYL ALCOHOLS AS MODULATORS OF RORyt 2018/08/31

2018/05865 A CONSTRUCTION ELEMENT 2018/08/31

2018/05867 IMPROVED HYDROPHOBIC AEROGEL MATERIALS 2015/10/02

2018/05869 DECODING AUDIO BITSTREAMS WITH ENHANCED SPECTRAL BAND REPLICATION METADATA IN AT LEAST ONE FILL ELEMENT

2016/03/10

2018/05885 FRAME AND PALLET COAMING BOX 2016/11/18

2018/05886 OXYGEN-TIGHT FOOD CONTAINER 2018/08/31

2018/05947 IN-SITU PROCESS TO PRODUCE HYDROGEN FROM UNDERGROUND HYDROCARBON RESERVOIRS

2017/02/07

2018/05953 EXTENDED RELEASE CONJUGATES OF EXENATIDE ANALOGS 2017/03/16

2018/05962 THERAPEUTIC NUCLEASE COMPOSITIONS AND METHODS 2018/09/05

2018/06023 REACTIVE MATERIAL BASED ON CALCIUM ALUMINATE AND CARBON, ITS PROCESS OF PREPARATION AND ITS USES FOR REFINING METAL MELTS OR SLAGS

2018/09/07

2018/06057 IRON BASED POWDER 2017/03/15

2018/06270 SOLAR CELL CO-EVAPORATION PRODUCTION LINE 2017/12/25

2018/06332 DEVICE AND METHOD FOR REMOVAL OF POLLUTANTS FROM GAS STREAMS

2017/04/20

2018/06368 MODULAR AIRCRAFT 2018/09/19

2018/06414 STEROID HORMONE PHARMACEUTICAL COMPOSITION 2017/03/30

2018/06491 METHODS FOR CONTROLLING RELATIVE MEASUREMENTS IN THE PRESENCE OF LBT

2017/03/28

2018/06931 A PROCESS OF MANUFACTURING THICKENERS AND THE USE OF THUS PRODUCED THICKENERS IN HIGH-VISCOSITY EPOXY RESIN FORMULATIONS

2018/10/17

2018/07394 GREASE COUPLER 2018/11/05

2018/07805 METHOD OF ESTIMATING COMPRESSION QUALITY 2018/11/20

2018/08072 WIND TURBINE APPARATUSES 2018/11/27

2018/08234 PHARMACEUTICAL SALTS OF N-(2-(2-(DIMETHYLAMINO)ETHOXY)-4-METHOXY-5-((4-(1-METHYL-1H-INDOL-3-YL)PYRIMIDIN-2-YL)AMINO)PHENYL)ACRYLAMIDE AND CRYSTALLINE FORMS THEREOF

2018/12/06

2019/00472 A FASTENING DEVICE FOR COMPACTED PLASTIC BOTTLES INTENDED FOR RECYCLING

2019/01/23

2019/00604 SILICATE PRODUCT AND STRENGTHENING METHOD THEREOF

2019/01/29

2019/00800 PNEUMATIC TIRE WITH ANNULAR SIDEWALL CONCAVITY 2019/02/07

2019/00819 SENSITISER 2019/02/08

2019/00822 RECLOSABLE FLEXIBLE PACKAGING WITH A RECLOSURE TAPE BEING SEPARABLE FROM A SEAL SEAM

2019/02/08

2019/00864 METHOD OF PRODUCING A LOW CARBON FERROCHROME BY MEANS OF METALLORTHERMIC REDUCTION AND OXYGEN REFINING

2019/02/11

2019/00969 PRECESSION FLUID TURBINE 2019/02/14


300


2019/00987 EXTRUDED CONVEX PLASTIC PANEL WITH STANDING SEAMS FOR ROOF STRUCTURES

2019/02/15

2019/01003 A MUTLI-CLASS ANTI-RETROVIRAL COMPOSITION 2019/02/14

2019/01004 HIGH DRUG LOADED TABLET COMPOSITION FOR TREATING HIV

2019/02/14

2019/01023 VEHICLE BRAKE PERFORMANCE TESTING 2017/08/17

2019/01062 PNEUMATIC CONFIGURATION MODULE FOR ELECTRONIC AIR BRAKE SYSTEM

2019/02/19

2019/01108 A BALE PROCESSING APPARATUS 2019/02/21

2019/01109 ADJUSTABLE FURNITURE SUPPORT 2019/02/21

2019/01114 PROJECTILE WITH NOSE PORTION COMPRISING A GAS BAG EXPANDING ON IMPACT TO RETARD THE VELOCITY

2019/02/21

2019/01118 CHILD RESISTANT MEDICATION PACKAGING 2019/02/21

2019/01171 ANTIMICROBIAL COMPOSITION 2019/02/25

2019/01183 DEVICE FOR IDENTIFYING A DIAMOND 2019/02/25

2019/01184 DEVICE FOR TREATING SKIN ULCERS 2019/02/25

2019/01185 DEVICE FOR BRAKING THE FALL OF A LOAD 2019/02/25

2019/01206 TOBACCO PRODUCTS INNER BUNDLING WRAPPING MATERIAL TO REPLACE METALLISED PAPER AND PAPER/METALLIC FOIL LAMINATES

2019/02/26

2019/01216 DEVICE FOR MEASURING RESPIRATORY PARAMETERS OF A PATIENT

2019/02/26

2019/01245 LAMP ASSEMBLY WITH IMPROVED ASSEMBLY CONVENIENCE AND WATERPROOF PERFORMANCE

2019/02/27

2019/01252 ACTIVITY-TRIGGERED PROVISIONING OF PORTABLE WIRELESS NETWORKS

2019/02/27

2019/01281 USE OF MCM7 TO OBTAIN ACETIC ACID-RESISTANT YEAST STRAINS

2019/02/28

2019/01297 CLOTHING 2019/03/01

2019/01298 AN ELECTRONIC ADMINISTRATION SYSTEM 2019/03/01

2019/01299 LOCAL FEATURE-BASED MULTI-VIEW CLASSIFIER AND THE RELATED DESIGNING METHOD

2019/03/01

2019/01337 GATE VALVE 2019/03/04

2019/01338 ROTOR GATE VALVE 2019/03/04

2019/01348 SYSTEM FOR CONSTRUCTION OF COMPOSITE U SHAPED REINFORCED GIRDERS BRIDGE DECK AND METHODS THEREOF

2019/03/04

2019/01371 METHOD AND SYSTEM FOR PANEL CHARACTERIZATIONS 2019/03/05

2019/01372 METHOD AND SYSTEM FOR CRISPR-BASED LIBRARY PREPARATION AND SEQUENCING

2019/03/05

2019/01494 NEW EXTRACTANT, USED FOR EXTRACTING RARE EARTHS FROM AN AQUEOUS PHOSPHORIC ACID SOLUTION, AND THE APPLICATIONS THEREOF

2019/03/11

2019/01611 COATED SOAP WRAPPERS TO REPLACE PAPER/POLYESTER LAMINATES

2019/03/15

2019/01612 COATED PAPERBOARD SOAP STIFFENER TO REPLACE PAPERBOARD/FILM LAMINATES

2019/03/15

2019/01614 PILOT SIGNAL TRANSMISSION METHOD AND DEVICE 2019/03/15

2019/01616 METHOD AND APPARATUS FOR TRANSMITTING INFORMATION

2019/03/15

2019/01620 A TREATMENT UNIT FOR IN-LINE TREATMENT OF THREAD 2019/03/15


301


2019/01660 FUEL CELL MANIFOLD ASSEMBLY INCLUDING A SELF-SUPPORTING POLYMER MATERIAL LINER

2019/03/18

2019/01661 BORON PHOSPHATE MATRIX LAYER 2019/03/18

2019/01689 SECURITY BOOM 2019/03/19

2019/01697 WATER GENERATION SYSTEM FOR DESERTS 2019/03/19

2019/01717 POLYMORPHIC FORM OF KINASE INHIBITOR COMPOUND, PHARMACEUTICAL COMPOSITION CONTAINING SAME, AND PREPARATION METHOD THEREFOR AND USE THEREOF

2019/03/19

2019/01771 METHOD FOR TRANSMITTING SRS, NETWORK DEVICE AND TERMINAL DEVICE

2019/03/22

2019/01805 GENERATING ENERGY FROM BUILDING-HARVESTED WATER 2019/03/25

2019/01814 PARTICLE CONTAINING AT LEAST A VOLATILE SUBSTANCE AND PROCESS FOR ITS PREPARATION

2019/03/25

2019/01834 PROCESS AND APPARATUS FOR ENHANCED REMOVAL OF CONTAMINANTS IN FLUID CATALYTIC CRACKING PROCESSES

2019/03/25

2019/01836 FLUID CATALYTIC CRACKING PROCESS AND APPARATUS FOR MAXIMIZING LIGHT OLEFIN YIELD AND OTHER APPLICATIONS

2019/03/25

2019/01847 CHILD CARRIER 2019/03/26

2019/01853 POLYPROPYLENE FOR ADDITIVE MANUFACTURING (3D PRINTING)

2019/03/26

2019/01854 GENERATING NORTHERN LEAF BLIGHT RESISTANT MAIZE 2019/03/26

2019/01859 MOULDS WITH CAVITIES FOR NANOIMPRINT LITHOGRAPHY AND METHODS OF IMPRINTING SAME

2019/03/26

2019/01930 METHOD FOR PRODUCING A BLANK FOR A PACKAGING ITEM, BLANK AND PACKAGING MADE FROM A BLANK

2019/03/28

2019/01931 SORTING TABLE WITH ADJUSTABLE SCREEN 2019/03/28

2019/01932 FRUIT SORTING TABLE WITH ADAPTIVE SCREEN 2019/03/28

2019/01933 INTEGRATED HYDROMETALLURGICAL AND PYROMETALLURGICAL METHOD FOR PROCESSING ORE

2019/03/28

2019/01960 CHILD-RESISTANT CLOSURE WITH FRUSTUM SEAL 2019/03/29

2019/01964 HAIR COSMETIC COMPOSITION COMPRISING THIOL-BASED COMPOUNDS

2019/03/29

2019/01965 HAIR COSMETIC COMPOSITIONS CONTAINING THIOL-BASED COMPOUNDS AND METHODS FOR CLEANSING AND TREATING HAIR

2019/03/29

2019/01966 HAIR COSMETIC COMPOSITIONS CONTAINING THIOL-BASED COMPOUNDS AND METHODS FOR CLEANSING AND TREATING HAIR

2019/03/29

2019/01968 METHOD AND DEVICE FOR TRANSMITTING SIGNAL 2019/03/29

2019/01973 PRODUCING A HOLE IN A BIRD EGG FOR DETERMINING THE SEX OF THE BIRD EGG

2019/03/29

2019/02017 CROSSOVER INTERACTIVE MARKING SYSTEM AND METHOD 2019/04/01

2019/02018 CROSSOVER INTERACTIVE TRANSACTION SYSTEM AND METHOD

2019/04/01

2019/02043 DRILL STEEL AND ITS MANUFACTURE 2019/04/02

2019/02055 WATER CARBONATION UNIT AND CONTINUOUS WATER CARBONATION METHOD

2019/04/02

2019/02081 PYRROLOBENZODIAZEPINE CONJUGATES 2019/04/03

2019/02097 INDUCER FOR REGENERATION OF BONE AND SOFT TISSUE, AND METHOD FOR MAKING SAME AND USES THEREOF

2019/04/03

2019/02171 IDENTIFICATION OF SPECIES 2019/04/08


302


2019/02235 FLUIDIZED BED GRANULATION 2019/04/09

2019/02250 POLYPROPYLENE COMPOSITION WITH EXCELLENT PAINT ADHESION

2019/04/10

2019/02251 POLYPROPYLENE COMPOSITION FOR FOAMING APPLICATIONS

2019/04/10

2019/02275 TOPICAL DRESSING COMPOSITION FOR THE TREATMENT OF DAMAGED SKIN TISSUE

2019/04/10

2019/02290 DECIMAL MULTIPLY AND SHIFT INSTRUCTION 2019/04/11

2019/02292 CIPHER MESSAGE WITH AUTHENTICATION INSTRUCTION 2019/04/11

2019/02337 METHOD FOR RECYCLING HIGH-DENSITY POLYETHYLENE (HDPE) MATERIAL BY THERMOFUSION AND RECYCLED HDPE PRODUCTS

2019/04/12

2019/02361 TRAILER 2019/04/15

2019/02368 SYSTEM AND METHOD FOR MARKING AND IDENTIFYING AN OBJECT

2017/10/16

2019/02419 ULTRA-HIGH-FREQUENCY ELECTROMAGNETIC MOTOR 2019/04/16

2019/02420 METHOD FOR AMPLIFYING ANTIGEN-SPECIFIC REGULATORY T CELLS IN VITRO

2019/04/16

2019/02451 A MANUFACTURING PROCESS OF HOT PRESS FORMED ALUMINIZED STEEL PARTS

2019/04/17

2019/02492 SYSTEM AND METHOD FOR POINT CLOUD DIAGNOSTIC TESTING OF OBJECT FORM AND POSE

2019/04/17

2019/02513 PALLET 2019/04/23

2019/02518 ELECTRONIC REGISTRATION SYSTEM 2019/04/23

2019/02521 COMMUNICATION METHOD, TERMINAL, AND NETWORK DEVICE

2019/04/23

2019/02522 UPLINK CONTROL INFORMATION TRANSMISSION METHOD, TERMINAL DEVICE, AND NETWORK DEVICE

2019/04/23

2019/02587 NON-CONTACT LIQUID SEALING ACTUATOR SYSTEM 2019/04/24

2019/02613 DEVICE FOR SELECTING GASES FOR A CONTAINER FOR STORING PERISHABLE PRODUCTS

2019/04/25

2019/02614 MICROWAVE MEASURING ARRANGEMENT FOR DETERMINING THE LOADING OF A TWOPHASE FLOW

2019/04/25

2019/02615 BUMPER BEAM HAVING AN 8 SHAPED CROSS-SECTION 2019/04/25

2019/02632 STRETCHABLE DETONATOR CONNECTION CABLE 2019/04/25

2019/02649 PRODUCTION OF LIQUID BIOSTIMULANTS EXTRACTED FROM SEAWEED

2019/04/26

2019/02678 ALUMINUM TERMINAL AND COPPER-ALUMINUM TRANSITION CONNECTOR

2019/04/29

2019/02679 SHAVING CARTRIDGE WITH ENHANCED RINSABILITY 2019/04/29

2019/02681 LOW-VOLTAGE PROTECTION DEVICE FOR USE IN STORAGE BATTERY

2019/04/29

2019/02689 THERAPEUTIC PROTEIN 2019/04/29

2019/02713 ELECTRICAL CONNECTION DEVICE FOR A PHOTOVOLTAIC SYSTEM

2019/04/30

2019/02749 TEST TUBE HOLDER, SUCTION TUBE HOLDER, AND STORAGE TRAY ON MAGNETIC BASE FOR ULTRA-CLEAN TABLE

2019/05/02

2019/02750 MAGNETIC PEDESTAL TEST TUBE, STORAGE TRAY AND STERILIZING TRAY USED FOR SUPER CLEAN BENCH

2019/05/02

2019/02751 SET OF MAGNETIC BASE TEST TUBE, PIPETTOR HOLDER AND RECEIVING PLATE FOR ULTRA-CLEAN BENCH

2019/05/02


303


2019/02752 MAGNETIC BASE TEST TUBE, SYRINGE RACK AND STORAGE TRAY FOR CLEAN BENCH USE

2019/05/02

2019/02753 MAGNETIC BASE PIPETTE, INJECTOR STAND, AND RECEIVING DISC FOR SUPER CLEAN BENCH

2019/05/02

2019/02754 MAGNETIC BASE PIPETTE STAND, RECEIVING DISC, AND STERILIZATION TRAY FOR SUPER CLEAN BENCH

2019/05/02

2019/02755 PIPETTOR HAVING MAGNETIC BASE, SYRINGE RACK AND STORAGE TRAY USED FOR SUPER CLEAN BENCH

2019/05/02

2019/02756 MAGNETIC BASE FOR PIPETTOR FRAME FOR CLEAN BENCH, STORAGE PLATE, AND STERILIZATION TRAY

2019/05/02

2019/02758 MAGNETIC BASE FOR INJECTOR FRAME FOR CLEAN BENCH, STORAGE PLATE, AND STERILIZATION TRAY

2019/05/02

2019/02766 SYSTEM AND METHOD FOR REVERSE SEALED BID AUCTIONS 2019/05/02

2019/02776 RECUMBENT VEHICLE 2019/05/03

2019/07327 DEMENTIA INTERVENTION SYSTEM AND METHOD INTEGRATING DIVERSE INTERVENTION PATHS

2019/11/05

DESIGNS

Advertisement List for November 2019

Number of Advertised Designs: 98

Application Number Design Articles Filing Date

A2018/00845 CONTAINER 5/31/2018 1

A2018/00928 A MODULAR FLATBED DECK AND/OR MODULAR DROP-SIDE ARRANGEMENT AND/OR MODULAR CANOPY ARRANGEMENT FOR THE FLATBED DECK

6/18/2018 1

A2018/00930 A FLATBED DECK FOR A VEHICLE 6/18/2018 1

A2018/00932 A DROP-SIDE ARRANGEMENT AND FLATBED DECK FOR A VEHICLE

6/18/2018 1

A2018/00934 A MODULAR CANOPY ARRANGEMENT AND FLATBED DECK FOR A VEHICLE

6/18/2018 1

A2018/00938 Casing for a Mobile Phone 6/18/2018 1

A2018/01248 RETRACTOR 8/13/2018 1

A2018/01526 Slat for a Roller Shutter 10/2/2018 1

A2018/01702 Foldable Reusable Drinking Straw 11/7/2018 1

A2018/01867 GYMNASTICS AND SPORTS APPARATUS AND EQUIPMENT

12/5/2018 1

A2018/01871 GYMNASTICS AND SPORTS APPARATUS AND EQUIPMENT

12/5/2018 1

A2018/01888 FLEXIBLE PIPE COUPLERS 12/7/2018 1

A2018/01889 FLEXIBLE PIPE COUPLERS 12/7/2018 1

A2018/01892 HARD HAT WITH THE 12/7/2018 1


304


ARRANGEMENT OF LEDS TO FORM A WORD KHOSI.

A2018/01895 Cap for a Bottle 12/10/2018

A2018/01900 Structures 12/12/2018

A2018/01903 Pendants 12/12/2018

A2018/01904 Jewellery Rings 12/12/2018

A2018/01911 MOTOR VEHICLES 12/13/2018

A2018/01912 CAP FOR A FLASK FOR PERFUMERY PRODUCTS

12/13/2018

A2018/01913 FLASK FOR PERFUMERY PRODUCTS

12/13/2018

A2018/01919 SIDEPANELS 12/18/2018

A2018/01920 AIRINTAKES 12/18/2018

A2018/01934 DIVIDER 12/19/2018

A2018/01946 TYRE TREADS 12/20/2018

A2018/01966 PROTEA CLUSTER RING 12/20/2018

A2019/00001 A CONSTRUCTION TOY 1/2/2019 12

A2019/00022 Charging Dock 1/2/2019 12

A2019/00023 Cap For a Charging Dock 1/2/2019 12

A2019/00024 Charging Dock 1/2/2019 12

A2019/00025 Charging Dock 1/2/2019 12

A2019/00026 Component of a Charging Dock 1/2/2019 12



A2019/00029 Auto-Injector Cap 1/2/2019 12

A2019/00030 Auto-Injector 1/2/2019 12

A2019/00032 Car 1/3/2019 12

A2019/00033 Toy Car 1/3/2019 12

A2019/00034 Toy Car 1/3/2019 12

A2019/00035 Car Headlight 1/3/2019 12

A2019/00040 Bottle 1/4/2019 12

A2019/00042 PROTEA GARLAND RING 12/20/2018

A2019/00050 TROLLEY 1/9/2019 12

A2019/00060 GARLAND ETERNITY BAND 1/14/2019 1

A2019/00101 COMBINATION EDGE BRUSH 1/14/2019 1

A2019/00101 COMBINATION EDGE BRUSH 1/14/2019 1

A2019/00113 A MINING LAMP WITH VIDEO COMMUNICATION FUNCTION

1/24/2019 1

A2019/00118 BOTTLES 1/24/2019 1

A2019/00163 Serving Dish 1/31/2019 1

A2019/00164 Cover for a Serving Dish 1/31/2019 1

A2019/00178 VAPOR PRODUCT PACKAGING 2/1/2019 12

A2019/00180 PACKAGING TRAY 2/1/2019 12

A2019/00197 JACKET 2/6/2019 12

A2019/00236 VAPOUR PRODUCT PACKAGING 2/12/2019 1

A2019/00246 SWITCH ROCKER 2/15/2019 1

A2019/00247 SWITCH ROCKER 2/15/2019 1

A2019/00884 Fittings 7/1/2019 12

F2015/01859 SET OF RUGBY POST COMPONENTS

12/4/2015 1

F2017/01792 A CABLE ANCHORING DEVICE 11/10/2017


305


F2018/00672 END PLATE ASSEMBLY FOR A FUEL CELL STACK

4/30/2018 1

F2018/00929 AN EXTENDABLE MODULAR FLATBED DECK AND/OR MODULAR DROP-SIDE ARRANGEMENT AND/OR MODULAR CANOPY ARRANGEMENT FOR THE FLATBED DECK

6/18/2018 1

F2018/00931 AN EXTENDABLE FLATBED DECK FOR A VEHICLE

6/18/2018 1

F2018/00933 AN EXTENDABLE DROP-SIDE ARRANGEMENT AND FLATBED DECK FOR A VEHICLE

6/18/2018 1

F2018/00935 AN EXTENDABLE MODULAR CANOPY ARRANGEMENT AND FLATBED DECK FOR A VEHICLE

6/18/2018 1

F2018/01199 A Ceiling Support Arrangement 8/1/2018 12

F2018/01249 RETRACTOR 8/13/2018 1

F2018/01869 GYMNASTICS AND SPORTS APPARATUS AND EQUIPMENT

12/5/2018 1

F2018/01872 GYMNASTICS AND SPORTS APPARATUS AND EQUIPMENT

12/5/2018 1

F2018/01886 ROOF TILE FASTENER 12/7/2018 1

F2018/01887 ROOF TILE FASTENER 12/7/2018 1

F2018/01893 STORAGE 12/10/2018

F2018/01894 STORAGE 12/10/2018

F2018/01899 Cutter Head Arrangement 12/12/2018

F2018/01901 Structures 12/12/2018

F2018/01909 WHEEL SUPPORT 12/11/2018

F2018/01910 WHEEL SUPPORT 12/11/2018

F2018/01914 TIBIAL COMPONENT 12/13/2018

F2018/01915 FIXED BEARING INSERT 12/13/2018

F2018/01935 MAGAZINE OF A LESS LETHAL DEVICE

12/19/2018

F2018/01937 RELEASE VALVE OF A LESS LETHAL DEVICE

12/19/2018

F2018/01939 LESS LETHAL DEVICE 12/19/2018

F2018/01940 INTERNAL STRUCTURE OF A LESS LETHAL DEVICE

12/19/2018

F2018/01941 INTERNAL STRUCTURE OF A LESS LETHAL DEVICE

12/19/2018

F2018/01944 FIRING MECHANISM OF A LESS LETHAL DEVICE

12/19/2018

F2018/01953 SHAMPOO AND CONDITIONER BAR 12/20/2018



F2019/00051 TROLLEY 1/9/2019 12

F2019/00058 A PLANT CONTAINER 1/10/2019 1

F2019/00059 A PLANT-GROWING TRAY 1/10/2019 1

F2019/00091 WIRELESS CHARGER FOR MOBILE DEVICES

1/17/2019 1


306


F2019/00092 UNIT HAVING SOCKETS FOR PROVIDING ELECTRICAL POWER AND SOCKETS FOR PROVIDING DATA CONNECTIVITY

1/17/2019 1

F2019/00104 FILTER FRAME ELEMENT 1/21/2019 1

F2019/00188 TIBIAL CUTTING TEMPLATE CONNECTOR

2/6/2019 12

F2019/00198 JACKET 2/6/2019 12

F2019/00232 MATERIALS AND INSTRUMENTS FOR WRITING BY HAND, FOR DRAWING, FOR PAINTING, FOR SCULPTURE, FOR ENGRAVING AND FOR OTHER ARTISTIC TECHNIQUES, INCLUDING EASELS

2/11/2019 1

F2019/00252 NOZZLE REGULATOR 2/18/2019 1

F2019/00885 Fittings 7/1/2019 12

patent journal - Part II of II

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