PATENT JOURNAL - CIPC Intellectual Property Online

OCTOBER 2019 PATENT JOURNAL

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OCTOBER 2019 VOL 52 ● No.10

ISSN 2223-4837

PATENT JOURNALINCLUDING TRADE MARKS, DESIGNS AND COPYRIGHT IN CINEMATOGRAPH FILMS

ISSUED MONTHLY

DATE OF ISSUE: 30 OCTOBER 2019

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


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VOL. 52 No. 10 Date of Issue: 30 OCTOBER 2019

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 ................................................................................................................. 8

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

PATENT APPLICATIONS ABANDONED OR WITHDRAWN ........................................................................................................ 9

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

APPLICATION FOR VOLUNTARY SURRENDER OF PATENTS UNDER SECTION 64 (1), REGULATION 67 OF THE ACT ... 10

APPLICATIONS TO AMEND SPECIFICATION .......................................................................................................................... 10

INSPECTION OF SPECIFICATIONS .......................................................................................................................................... 86

HYPOTHECATIONS ................................................................................................................................................................. 228

JUDGMENTS ........................................................................................................................................................................... 228

OFFICE PRACTISE NOTICES ................................................................................................................................................. 228

3. DESIGNS .................................................................................................................................................................................. 230

APPLICATIONS FOR REGISTRATION OF DESIGNS IN TERMS OF ACT No. 195 OF 1993 .................................................. 231

ASSIGNMENTS IN TERMS OF SECTIONS 30, 29-REGULATIONS 37, 38 AND 40 ................................................................ 239

CHANGE OF NAME IN TERMS OF REGULATION 41 ............................................................................................................. 239

CHANGE OF ADDRESS FOR SERVICE REGISTERED .......................................................................................................... 239

CHANGE OF ADDRESS FOR PROPRIETOR REGISTERED .................................................................................................. 239

APPLICATION FOR THE RESTORATION OF A LAPSED DESIGN UNDER SECTION 23 OF THE ACT ................................ 239

APPLICATION TO CORRECT AND/OR AMEND DESIGNS APPLICATION OR REGISTRATION ........................................... 239

NOTICE OF REGISTRATION OF DESIGNS ............................................................................................................................ 240

HYPOTHECATIONS ................................................................................................................................................................. 277

JUDGMENTS ........................................................................................................................................................................... 277


4. COPYRIGHT ............................................................................................................................................................................. 279

NOTICES OF ACCEPTANCE ................................................................................................................................................... 280

HYPOTHECATIONS ................................................................................................................................................................. 281

JUDGMENTS ........................................................................................................................................................................... 281


5. CORRECTION NOTICES .......................................................................................................................................................... 282

TRADE MARK CORRECTION NOTICES ................................................................................................................................. 283

PATENT CORRECTION NOTICES .......................................................................................................................................... 283

DESIGNS CORRECTION NOTICES ........................................................................................................................................ 283

COPYRIGHT CORRECTION NOTICES ................................................................................................................................... 283

PATENTS ...................................................................................................................................................................................... 284

DESIGNS ...................................................................................................................................................................................... 302


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

Application Number Assignor Assignee

2014/00228 HALDOR TOPSOE A/S UMICORE AG& CO. KG

2006/07004 BASF COATINGS GMBH AKZO NOBEL COATINGS INTERNATIONAL B.V.

2010/02577 LARSSON, STEFAN SOLARUS SOLKRAFT I ROSLAGEN AB

2002/07200 SULO EISENWERK STREUBER & LOHMANN GMBH

SULO EMBALLAGEN GMBH


2018/02891 ADJUVANCE TECHNOLOGIES, INC.

MEMORIAL SLOAN KETTERING CANCER CENTER

2016/02111 BASF SE SOLENIS TECHNOLOGIES CAYMAN, L.P.

2013/02741 OURO FINO AGRONEGOCIO LTDA.

FUNDACAO OSWALDO CRUZ

2005/08920 KIPS BAY MEDICAL, INC. NEOGRAFT TECHNOLOGIES, INC.

2007/02832 SENOMYX, INC. FIRMENICH INCORPORATED

2009/03891 KIPS BAY MEDICAL, INC. NEOGRAFT TECHNOLOGIES, INC.

2003/00733 CAMWORTH TECHNOLOGIES LIMITED; TYRER, DAVID CHARLES

EPIROC HOLDINGS SOUTH AFRICA (PTY) LTD.

2004/05433 HENRI ARNOLD DE BRUYN (deceased)

CORRIE DE BRUYN

2017/00662 SIEMENS AKTIENGESELLSCHAFT

SIEMENS MOBILITY GMBH

2019/00069 SHARP KABUSHIKI KAISHA FG INNOVATION COMPANY LIMITED

2018/05197 NCM INNOVATIONS (PTY) LTD EPIROC HOLDINGS SOUTH AFRICA (PTY) LTD.

2014/05000 THE GILLETTE COMPANY THE GILLETTE COMPANY LLC

2019/00563 SCHOLL, TORSTEN AITONOMI AG

2010/04992 ARDENIA INVESTMENTS, LTD. OASMIA PHARMACEUTICAL AB



2011/08853 ABBOTT GMBH & CO. KG ABBVIE DEUTSCHLAND GMBH

2005/03478 SISVEL INTERNATIONAL S.A. AEGIS aa S.A.

2014/05394 BAROKES PTY LTD INTELLIGENT PACKAGING PTY LTD

2015/02344 GIVAUDAN S.A., L ‘UNIVERSITE PIERRE ET MARIE CURIE and LE CENTRE NATIONAL DE LA RECHERCHESCIENTIFIQUE

GIVAUDAN S.A., SORBONNE UNIVERSITE and LE CENTRE NATIONAL DE LA RECHERCHE SCIENTIFIQUE

2019/03795 PHILLERT TRUST ROC WATER TECHNOLOGIES (PTY) LTD

2019/05527 BEVAN JOHN DAVIS and ROGER WILLIAM MACDONALD

SURESIGHT AUTOMATIC (PTY) LTD

2016/07236 BAYER HEALTHCARE LLC COAGULANT THERAPEUTICS CORPORATION

2008/06054 DESERT CONTROL INSTITUTE INC.

DESERT CONTROL AS

2005/04837 JABIL (MAURITIUS) HOLDINGS CONTINUOUS POWER AFRICA


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LTD. PROPRIETARY LIMITED

2003/03128 BAROKES PTY LTD INTELLIGENT PACKAGING PTY LTD

2019/00778 SHARP KABUSHIKI KAISHA FG INNOVATION COMPANY LIMITED

2011/03698 FUTURE TELEMATICS GMBH SIEMENS MOBILITY GMBH

2015/02685 GIVAUDAN S.A., L ‘UNIVERSITE PIERRE ET MARIE CURIE and LE CENTRE NATIONAL DE LA RECHERCHESCIENTIFIQUE

GIVAUDAN S.A., SORBONNE UNIVERSITE and LE CENTRE NATIONAL DE LA RECHERCHE SCIENTIFIQUE

2004/08950 MERIAL LIMITED MERIAL, INC.

2007/03390 DAC S.R.L. LIQUIDAZIONE GENEXTRA S.P.A.

2012/04525 TELEFONAKTIEBOLAGET LM ERICSSON

GUANGDONG OPPO MOBILE TELECOMMUNICATIONS CORP., LTD.

2016/07590 SIME DARBY MALAYSIA BERHAD

SIME DARBY PLANTATION INTELLECTUAL PROPERTY

2014/00598 TELEFONAKTIEBOLAGET LM ERICSON


2014/08350 TELEFONAKTIEBOLAGET LM ERICSON






2015/00618 QUALCOMM INCORPORATED VELOS MEDIA INTERNATIONAL LIMITED



2005/05735 M&G USA CORPORATION FE POLYTECH, LLC

2013/01389 BAYER INTELLECTUAL PROPERTY GMBH

LUYE PHARMA SWITZERLAND AG





2010/08369 NCM INNOVATIONS (PTY) LTD EPIROC HOLDINGS SOUTH AFRICA (PTY) LTD.

2014/00264 VYOME BIOSCIENCES PRIVATE LIMITED

VYOME THERAPEUTICS LIMITED

2011/06477 REFLEX TECHNOLOGY INTERNATIONAL PTY LTD

REFLEX INSTRUMENTS ASIA PACIFIC PTY LTD

2014/06141 MAT GLOBAL SOLUTIONS, S.L. MAT PRODUCT & TECHNOLOGY, S.L.U.

2017/04830 SPIRIG PHARMA AG GALDERMA S.A.

2019/02909 UNITED STATES DEPARTMENT OF ENERGY

PQ CORPORATION

2015/05315 BAYER HEALTHCARE LLC COAGULANT THERAPEUTICS CORPORATION

2005/05389 VIRALYTICS LIMITED MERCK SHARP & DOHME CORP.

2018/05440 ANNE-LAURE MORKEL TORSKAL

2017/08234 CYTRX CORPORATION CENTURION BIOPHARMA CORPORATION

2017/07381 KANI SMART WORKS (PTY) LTD SYNTELL SMART WORKS (PTY) LTD


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2018/04469 RICHARD ALLAN DELPORT and PETRUS JOHANNES HERMANUS DELPORT

SLOG AND LADDER (PTY) LTD

2017/04831 SPIRIG PHARMA AG GALDERMA S.A.



2010/04552 CALERA CORPORATION ARELAC, INC.

2014/07597 HORIZON THERAPEUTICS, LLC MEDICAL NEED EUROPE AB

2009/08046 CALERA CORPORATION ARELAC, INC.

2006/08454 SASOL-LURGI TECHNOLOGY COMPANY (PROPRIETARY) LIMITED

SASOL TECHNOLOGY (PROPRIETARY) LIMITED

2014/01851 HORIZON THERAPEUTICS, LLC MEDICAL NEED EUROPE AB

2006/08454 SASOL TECHNOLOGY PROPRIETARY LIMITED

LURGI CLEAN TECHNOLOGY (PTY) LTD.

1999/07317 SULZER HYDROMINING (PTY) LTD

SULZER (SOUTH AFRICA) HOLDINGS (PTY) LTD





2007/01374 CALYXO GMBH TS GROUP GMBH









2006/07967 NOVARTIS AG ALCON INC.

2010/05839 ALCON RESEARCH, LTD. ALCON RESEARCH, LLC

2010/05839 ALCON RESEARCH, LLC ALCON INC.


2012/08199 ALCON RESEARCH, LLC ALCON INC.


2012/03291 ALCON RESEARCH, LLC NOVARTIS AG

2011/05855 LAFARGE and CHRYSO LAFARGEHOLCIM LTD

2007/03147 NOVARTIS AG ALCON INC.


2019/00193 I-MAB I-MAB BIOPHARMA US LIMITED

2019/00031 BAYER CROPSCIENCE LP BASF CORPORATION

2019/01940 OLIVIER, LAURENCE RICHARD, CONRADIE, RIAAN, PAUL, FRANC

LIFEQ GLOBAL LIMITED

2010/02577 SOLARUS SUNPOWER HOLDING AB

SOLARUS NEWCO AB

2018/07243 MAMSEN ENGINEERING (PVT) LTD

HANIF MAHOMED MAHOMED & ASHRAF MAHOMED


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2019/02439 C.RIS PHARMA C.A.L. – LABORATORIE DE BIOLOGIE VETERINAIRE

2019/02439 C.A.L. – LABORATORIE DE BIOLOGIE VETERINAIRE

D.F. CONSEILS

CHANGE OF NAME IN TERMS OF REGULATION 39

Application Number In the name of New name

2002/07200 SULO EMBALLAGEN GMBH SL PACKAGING GMBH

2008/08811 SCA HYGIENE PRODUCTS AKTIEBOLAG

ESSITY HYGIENE AND HEALTH AKTIEBOLAG

2015/04013 TEKDRY, LLC TEKDRY INTERNATIONAL, INC.

2011/03698 ASTO TELEMATICS GMBH FUTURE TELEMATICS GMBH

2018/06268 STRESS-TEK, INC. VISHAY TRANSDUCERS LTD.

2006/00687 REDX PHARMA LIMITED REDX PHARMA

2007/03390 DAC S.R.L. DAC S.R.L. IN LIQUIDAZIONE

2015/03556 BOEHRINGER INGELHEIM VETMEDICA, INC.

BOEHRINGER INGELHEIM ANIMAL HEALTH USA INC.

2017/04487 HBM DISTRIBUTION DIPTERATECH

2005/05735 FE POLYTECH, LLC APG POLYTECH, LLC

2008/10620 COEN PETRUS ESTERHUIZEN VOLTEX (PTY) LIMITED.

2009/06047 PCM RAIL.ONE GMBH PCM RAIL.ONE AG

2007/05820 PCM RAIL.ONE GMBH PCM RAIL.ONE AG

2014/07597 MEDICAL NEED EUROPE AB IMMEDICA PHARMA AB

2014/01851 MEDICAL NEED EUROPE AB IMMEDICA PHARMA AB

2010/02577 SOLARUS SOLKRAFT I ROSLAGEN AB

SOLARUS SUNPOWER SWEDEN AB

2010/02577 SOLARUS SUNPOWER SWEDEN AB

SOLARUS SUNPOWER HOLDING AB

2010/02577 SOLARUS NEWCO AB SOLARUS SUNPOWER SWEDEN AB

2019/03191 EVONIK RÖHM GMBH RÖHM GMBH

2006/07049 MICRODOSE TECHNOLOGIES, INC.

MICRODOSE THERAPEUTX, INC.

2006/07051 MICRODOSE TECHNOLOGIES, INC.

MICRODOSE THERAPEUTX, INC.

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 SASOL TECHNOLOGY


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Application Number Licensor Licensee

TECHNOLOGY (PROPRIETARY) LIMITED

(PROPRIETARY) LIMITED

PATENT APPLICATIONS ABANDONED OR WITHDRAWN

Application Number Not Open Date

2019/04520 WITHDRAWN 31/07/2019

2019/06239 WITHDRAWN 26/09/2019

2018/06420 WITHDRAWN 11/09/2019

2018/07711 WITHDRAWN 03/10/2019

APPLICATION FOR RESTORATION OF A LAPSED PATENT

THE PATENTS ACT, No. 57 OF 1978

APPLICATION FOR THE RESTORATION OF A LAPSED PATENT UNDER SECTION 47 OF THE ACT

Notice is hereby given that VANCHEM VANADIUM PRODUCTS (PTY) LTD OF ADAMS & ADAMS, LYNNWOOD BRIDGE, 4 DAVENTRY ROAD, LYNNWOOD MANOR. PRETORIA. 0001 made application for the restoration of the patent granted to the said VANCHEM VANADIUM PRODUCTS (PTY) LTD for an invention PROCESS FOR THE PREPARATION OF VANADYL SULFATE SOLUTION numbered 2004/09730 dated 01/12/2004 which became void on 26/05/2017 owing to the non-payment of the prescribed renewal fee.

Any person may give notice on Patent Form No.19 of opposition to the restoration of the patent within two months of the advertisement hereof.

Notice is hereby given that SAMI LABS LIMITED OF 3618 ROOIBERG STREET, EXT 4, LENASIA SOUTH. 1829 made application for the restoration of the patent granted to the said SAMI LABS LIMITED for an invention COMPOSITIONS AND METHODS FOR THE MANAGEMENT OF HYPERPROLIFERATIVE DERMATOLOGICAL CONDITIONS numbered 2007/00694 dated 01/12/2004 which became void on 14/10/2018 owing to the non-payment of the prescribed renewal fee.


Notice is hereby given that SAMI LABS LIMITED OF 3618 ROOIBERG STREET, EXT 4, LENASIA SOUTH. 1829 made application for the restoration of the patent granted to the said MI LABS LIMITED for an invention PROCESS FOR PREPARING WATER SOLUBLE DITERPENES AND THEIR APPLICATIONS numbered 2006/01898 dated 06/03/2018 which became void on 02/09/2018 owing to the non-payment of the prescribed renewal fee.



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THE PATENTS ACT, No. 57 OF 1978

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

OF THE ACT

No records available.

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 Patent

Applicant: WARNCKE, LABORATORIOS DEL DR. ESTEVE, S.A. AVDA. MARE DE DEU DE MONTSERRAT,

221, E-08041, BARCELONA, SPAIN. request permission to amend the specification of letters: 2018/01544 of 01

September 2016 for 1-(4-(2-((1-(3,4-DIFLUOROPHENYL)-1H-PYRAZOL-3YL)METHOXY)ETHYL)PIPERAZIN-

1-YL)ETHANONE SALTS.

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: DT INVENTIONS. 12239 MOSIELEE ST., HOUSTON, TX 77086, UNITED STATES OF AMERICA.

request permission to amend the specification of letters: 2016/05106 of 21 July 2016 for MANUFACTURING

METHOD AND DEVICE FOR A CONTAINER WITH N INTEGRAL HANDLE.



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Applicant: GUANGDONG OPPO MOBILE TELECOMMUNICATIONS CORP., LTD. NO.18 HAIBIN ROAD,

WUSHA, CHANG’AN, DONGGUAN, GUANGDONG 523860, CHINA. request permission to amend the

specification of letters: 2019/00123 of 08 January 2019 for METHOD FOR SIGNAL TRANSMISSION,

NETWORK DEVICE, AND TERMINAL DEVICE.


Applicant: PHARMALUNDENSIS AB. SCHEELEVAGEN 2, S-223 81 LUND, SWEDEN. request permission to

amend the specification of letters: 2016/03112 of 10 May 2016 for COMPOSITIONS FOR OBTAINING AN

IMPROVED LUNG FUNCTION COMPRISING ACTIVATED CARBON COMPRISING ADSORBED IODINE

AND/OR AN ADSORBED IODINE SALT AND A SODIUM/IODIDE SYMPORTER INHIBITOR.


Applicant TCS JOHN HUXLEY EUROPE LIMITED. 41-43 DICKSON AVENUE, ARTARMON, NEW SOUTH

WALES 2064, AUSTRALIA. request permission to amend the specification of letters: 2013/06432 of 26 August

2013 for LIVE TABLE GAMING AND AUXILIARY MYSTERY PROGRESSIVE JACKPOTS.


Applicant: LES LABORATOIRES SERVIER., VERNALIS (R&D) LIMITED. 35, RUE DE VERDUN, SURENES F-

92284, FRANCE., 100 BERKSHIRE PLACE, WHARFEDALE ROAD, WINNERSH RG41 5RD, BERKSHIRE,

UNITED KINGDOM. request permission to amend the specification of letters: 2016/00415 of 12 January 2016 for

NEW INDOLE AND PYRROLE COMPOUNDS, PROCESS FOR THEIR PREPARATION AND

PHARMACEUTICAL COMPOSITIONS CONTAINING THEM.


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Applicant: WETROK AG. STEINACKERSTRASSE 62, CH-8302 KLOTEN, SWITZERLAND. request permission

to amend the specification of letters: 2015/05008 of 13 July 2015 for CLEANING AGENT.


Applicant: FORSTER WHEELER USA CORPORATION. 585 NORTH DAIRY ASHFORD ROAD, HOUSTON,

TX 77079, USA. request permission to amend the specification of letters: 2015/06292 of 27 August 2015 for

DIFFERING THERMAL PROPERTIES INCREASE FURNACE RUN LENGTH.


Applicant: SOCIETE DES PRODUITS NESTLE S.A. ENTRE-DEUX-VILLES, 1800 VEVEY, SWITZERLAND.

request permission to amend the specification of letters: 2010/04529 of 25 June 2010 for AGE-TAILORED

NUTRITION SYSTEM FOR INFANTS.



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Applicant: GENENTECH, INC. 1 DNA WAY, SOUTH SAN FRANCISCO, 94080-4990, CALIFORNIA, USA.

request permission to amend the specification of letters: 2005/07805 of 27 September 2005 for THERAPY OF

AUTOIMMUNE DISEASE IN A PATIENT WITH AN INADEQUATE RESPONSE TO A TNF-ALPHA INHIBITOR.


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 2019/09/23 -

2019/06270 ~ Complete ~54:AN IMPROVED METHOD FOR HIGH LEVEL PRODUCTION OF CRM

~71:BIOLOGICAL E LIMITED, 18/1 & 3, Azamabad, Hyderabad, Telangana, India ~72: CHAKKA,

Deviprasanna;DATLA, Mahima;DIXIT, Mandar Shirish;MANTENA, Narender Dev;MASILAMANI,

Balamurali;MATUR, Ramesh Venkat;NAIDU, Sureddisatyam;SRIRAMAN, Rajan~ 33:IN ~31:201741014335

~32:22/04/2017

2019/06274 ~ Complete ~54:PHARMACEUTICAL COMPOSITIONS HAVING HIGH DRUG LOADINGS OF

MEDIUM CHAIN TRIGLYCERIDES AND METHODS RELATED THERETO ~71:CERECIN INC., 44 Cook Street,

Suite 100-71, Denver, 80206, Colorado, United States of America ~72: AARON M BADENOCH;CHRISTI LYNN

HOSTETLER;CRAIG A SATHER;DAVID K LYON;DEVON B DUBOSE;MATTHEW J SHAFFER;SAMUEL T

HENDERSON;TARYN BOIVIN~ 33:US ~31:62/471,836 ~32:15/03/2017

2019/06281 ~ Complete ~54:NETWORK NODE AND METHODS THEREIN FOR USER PLANE SWITCHING

~71:TELEFONAKTIEBOLAGET LM ERICSSON (PUBL), , 164 83, Stockholm, Sweden ~72: HANS HANNU;JAN

CHRISTOFFERSSON;MÅRTEN ERICSON;MIN WANG~

2019/06273 ~ Complete ~54:METHODS FOR HAIR FOLLICLE STEM CELL PROLIFERATION

~71:FREQUENCY THERAPEUTICS, INC., 19 Presidential Way, United States of America ~72: HARRISON,

Megan S.;LOOSE, Christopher;MANCHANDA, Rajesh;MCLEAN, Will;STRECKER, Sara;TAIT, Bradley~ 33:US

~31:62/484,279 ~32:11/04/2017;33:US ~31:62/620,709 ~32:23/01/2018

2019/06277 ~ Complete ~54:BISPECIFIC ANTI-CD37 ANTIBODIES, MONOCLONAL ANTI-CD37 ANTIBODIES

AND METHODS OF USE THEREOF ~71:GENMAB HOLDINGS B.V., Uppsalalaan 15, 3584 CT, Netherlands


Page | 14

~72: ANDREAS HOLLENSTEIN;EDWARD VAN DEN BRINK;ESTHER BREIJ;FRANK BEURSKENS;HILMA VAN

DER HORST;MARGARET LINDORFER;MARIJE OVERDIJK;MARTINE E.D. CHAMULEAU;PAUL

PARREN;RONALD TAYLOR;SIMONE OOSTINDIE;TUNA MUTIS~ 33:US ~31:62/479,712

~32:31/03/2017;33:EP ~31:PCT/EP2018/057836 ~32:27/03/2018

2019/06286 ~ Complete ~54:APPARATUS FOR A RESONANCE CIRCUIT ~71:British American Tobacco

(Investments) Limited, Globe House, 1 Water Street, LONDON WC2R 3LA, GREATER LONDON, UNITED

KINGDOM, United Kingdom ~72: ABI AOUN, Walid;FALLON, Gary;HORROD, Martin Daniel;WHITE, Julian

Darryn~ 33:GB ~31:1705206.9 ~32:31/03/2017

2019/06288 ~ Complete ~54:SURGICAL IMPLANTS COMPRISING GRADED POROUS STRUCTURES ~71:Vito

NV, Boeretang 200, MOL B-2400, BELGIUM, Belgium ~72: DANACI, Simge;MULLENS, Steven;PROTASOVA,

Lidia;VANGENEUGDEN, Dirk~ 33:IB ~31:2017/057475 ~32:29/03/2017;33:EP ~31:17166453.5

~32:13/04/2017

2019/06290 ~ Complete ~54:AEROSOL SOURCE FOR A VAPOUR PROVISION SYSTEM ~71:Nicoventures

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

ANGELL, Terry Lee;SIMPSON, Alex~ 33:GB ~31:1704674.9 ~32:24/03/2017

2019/06291 ~ Complete ~54:SELF-PROPELLED BUOYANT ENERGY CONVERTER AND METHOD FOR

DEPLOYING SAME ~71:MOFFAT, Brian Lee, 3440 Corpus Christi Street, SIMI VALLEY 93063, CA, USA, United

States of America;SHELDON-COULSON, Garth Alexander, 7173 Shakespeare Place, MOORPARK 93021, CA,

USA, United States of America ~72: MOFFAT, Brian Lee;SHELDON-COULSON, Garth Alexander~ 33:US

~31:62/463,629 ~32:25/02/2017;33:US ~31:62/473,361 ~32:18/03/2017;33:US ~31:62/533,058

~32:16/07/2017;33:US ~31:62/622,879 ~32:27/01/2018;33:US ~31:15/902,581 ~32:22/02/2018

2019/06296 ~ Complete ~54:PRODUCTION OF MECHANICAL/ELECTRICAL ENERGY FROM HEAT ENERGY

WITH AND BY THE USE OF BUOYANCY FACTOR ON EVAPORATION OR SUBLIMATION AND

CONDENSATION ~71:SUDARSHAN K.C., BIRPUR, KAPILVASTU, Nepal ~72: SUDARSHAN K.C.~ 33:NP

~31:681 ~32:26/09/2018

2019/06295 ~ Complete ~54:A BRAKE ~71:MD OGOLA CC, REDEEMER INDUSTRIAL PARK, WORKSHOP

17/2, 56 KOEDOE STREET, TASBET PARK, South Africa ~72: HENDERSON, MARTIN

PIETER;MOSHOLOMBI, MANANZHE DAVID~ 33:ZA ~31:2018/07839 ~32:21/11/2018

2019/06263 ~ Provisional ~54:HOMEOCARE ~71:Keletso Letete, 12 Rewlatch, South Africa ~72: Keletso Letete~

2019/06267 ~ Complete ~54:FLUID SYSTEM CONNECTOR ~71:Megadyne Medical Products, Inc., 11506 South

State Street, DRAPER 84020, UT, USA, United States of America ~72: FRAMPTON, Chad S.;GREEP, Darcy

W.~ 33:US ~31:16/141,634 ~32:25/09/2018

2019/06265 ~ Provisional ~54:SECURITY SYSTEM ~71:JOHN ANDRÉ BASSON JNR, 171 Harpuisbos,

Myburgpark, Langebaan, 7357, South Africa ~72: JOHN ANDRÉ BASSON JNR~

2019/06266 ~ Complete ~54:APPARATUS, METHOD AND SYSTEM FOR ELECTRICAL INTERCONNECTION

~71:NOKIA SHANGHAI BELL CO., LTD., 388 NINGQIAO ROAD, PUDONG JINQIAO, 201206 SHANGHAI,

CHINA, People's Republic of China ~72: GWINNER, Jan;MALTI, Ahmed;PABST, Markus;WENDORFF,

Bernhard~ 33:EP ~31:18196697.9 ~32:25/09/2018

2019/06269 ~ Complete ~54:COMPOUNDS USEFUL IN THE TREATMENT OR PREVENTION OF A PRMT5-

MEDIATED DISORDER ~71:ARGONAUT THERAPEUTICS LIMITED, The Magdalen Centre Oxford Science


Page | 15

Park, Robert Robinson Avenue, United Kingdom ~72: LA THANGUE, Nicholas;MILLER, Rebecca;MORLEY,

Andrew~ 33:GB ~31:1704327.4 ~32:17/03/2017

2019/06272 ~ Complete ~54:AN AEROSOL DELIVERY DEVICE AND A RELATED METHOD ~71:RAI

STRATEGIC HOLDINGS, INC., 401 North Main Street, United States of America ~72: HUBBARD, Sawyer

A.;SEARS, Stephen Benson;SPARKLIN, Eric M.;TALUSKIE, Karen V.~ 33:US ~31:15/468,883 ~32:24/03/2017

2019/06276 ~ Complete ~54:MICROENCAPSULATED NITRIFICATION INHIBITOR COMPOSITIONS ~71:DOW

AGROSCIENCES LLC, 9330 Zionsville Road, Indianapolis, 46268, Indiana, United States of America ~72: ALEX

WILLIAMS;GREG POWELS;MARTIN C LOGAN;MEI LI;STEPHEN L WILSON~ 33:US ~31:62/472,628

~32:17/03/2017

2019/06278 ~ Complete ~54:PYRROLOPYRROLE COMPOSITIONS AS PYRUVATE KINASE (PKR)

ACTIVATORS ~71:FORMA THERAPEUTICS, INC., 500 Arsenal Street, Suite 100, Watertown, 02472,

Massachusetts, United States of America ~72: ANNA ERICSSON;BINGSONG HAN;CHASE C SMITH;DAVID

RICHARD;GARY GUSTAFSON;JR. DAVID R LANCIA;LORNA MITCHELL;NEAL GREEN;TATIANA

SHELEKHIN;XIAOZHANG ZHENG;ZHONGGUO WANG~ 33:US ~31:62/473,751 ~32:20/03/2017

2019/06280 ~ Complete ~54:LOCATION SELECTION FOR TREATMENT SAMPLING ~71:THE CLIMATE

CORPORATION, 201 3rd Street #1100, San Francisco, 94103, California, United States of America ~72: JIE

HU;MOSLEM LADONI~ 33:US ~31:62/468,896 ~32:08/03/2017;33:US ~31:15/713,507 ~32:22/09/2017

2019/06283 ~ Complete ~54:IL-1R-I BINDING POLYPEPTIDE ~71:Swedish Orphan Biovitrum Ab (Publ),

STOCKHOLM 112 76 , SWEDEN, Sweden ~72: FELDWISCH, Joachim;LINDBORG, Malin;NILSSON,

Joakim;NORDLING, Erik;SVENSSON, Robert~ 33:EP ~31:17164226.7 ~32:31/03/2017

2019/06289 ~ Complete ~54:PIPERIDINES AS COVALENT MENIN INHIBITORS ~71:The Regents of the

University of Michigan, Office of Technology Transfer, 1600 Huron Parkway, 2nd Floor, ANN ARBOR 48109-

2590, MI, USA, United States of America ~72: AGUILAR, Angelo;HUANG, Liyue;STUCKEY, Jeanne;TIANFENG,

Xu;WANG, Shaomeng;XU, Shilin~ 33:US ~31:62/479,520 ~32:31/03/2017

2019/06293 ~ Complete ~54:CANNABINOID EXTRACTION PROCESS USING BRINE ~71:NEXTLEAF

SOLUTIONS LTD, 3-68 Schooner St, Canada ~72: HUGHES, Brock;KO, Ryan Delmoral;PAL, Krupal

Devendra;SAMUELSSON, Alexzander~ 33:US ~31:15/721,344 ~32:29/09/2017;33:US ~31:62/675,620

~32:23/05/2018;33:US ~31:62/676,261 ~32:24/05/2018;33:US ~31:15/993,457 ~32:30/05/2018;33:US

~31:16/112,033 ~32:24/08/2018

2019/06264 ~ Provisional ~54:DEKAMON ~71:Christian liem, 10 linden avenue, , Pymble., Australia ~72:

Roosilawaty lawigena~

2019/06268 ~ Complete ~54:BARRIER ACCESS SYSTEM AND METHOD ~71:COETZEE, Ernest Sosias, 40

Standard Street, NIGEL 1490, Gauteng, SOUTH AFRICA, South Africa ~72: COETZEE, Ernest Sosias~ 33:ZA

~31:2018/04182 ~32:22/06/2018

2019/06271 ~ Complete ~54:ACYLNUCLEOSIDE PHOSPHONATES, PRODRUGS THEREOF AND USE

THEREOF AS MEDICAMENT ~71:CENTRE NATIONAL DE LA RECHERCHE SCIENTIFIQUE, 3 rue Michel-

Ange, France;ECOLE NATIONALE SUPERIEURE DE CHIMIE, 8 rue de l'Ecole Normale,

France;UNIVERSITE DE MONTPELLIER, 163 rue Auguste Broussonnet, France ~72: Christian PERIGAUD

(French Citizen);Sharon WEIN-GRATAUD (French Citizen);Suzanne PEYROTTES (French Citizen)~ 33:FR

~31:1752405 ~32:23/03/2017


Page | 16

2019/06275 ~ Complete ~54:PROCESS FOR MAKING HEPATITIS B CORE PROTEIN MODULATORS

~71:ASSEMBLY BIOSCIENCES, INC., 11711 N. Meridian Street, Suite 310, Carmel, 46032, Indiana, United

States of America ~72: LEE D ARNOLD;LEPING LI;SREENIVASA REDDY~ 33:US ~31:62/470,560

~32:13/03/2017

2019/06279 ~ Complete ~54:MACROCYCLIC COMPOUND AND USES THEREOF ~71:EISAI R&D

MANAGEMENT CO., LTD., 4-6-10 Koishikawa Bunkyo-Ku, Tokyo, 112-8088, Japan;PRESIDENT AND

FELLOWS OF HARVARD COLLEGE, 17 Quincy Street, Cambridge, 02138, Massachusetts, United States of

America ~72: KAZUNOBU KIRA;KEN ITO;YOSHITO KISHI~ 33:US ~31:62/482,030 ~32:05/04/2017;33:US

~31:62/526,677 ~32:29/06/2017;33:US ~31:15/814,105 ~32:15/11/2017;33:US ~31:62/586,416

~32:15/11/2017

2019/06282 ~ Complete ~54:AN INHIBITOR OF ATR KINASE FOR USE IN A METHOD OF TREATING A

HYPER-PROLIFERATIVE DISEASE ~71:Bayer Aktiengesellschaft, Kaiser-Wilhelm-Allee 1, LEVERKUSEN

51373, GERMANY, Germany;Bayer Pharma Aktiengesellschaft, Müllerstr. 178, BERLIN 13353 ,

GERMANY, Germany ~72: GOLFIER, Sven;HÄNDLER, Bernard;LIU, Li;SCHLICKER,

Andreas;SIEMEISTER, Gerhard;WENGNER, Antje Margret~ 33:US ~31:62/463,125 ~32:24/02/2017;33:US

~31:62/589,837 ~32:22/11/2017

2019/06285 ~ Complete ~54:COLORANT MIXTURES ~71:Huntsman Advanced Materials (Switzerland) GmbH,

Klybeckstrasse 200, BASEL 4057, SWITZERLAND, Switzerland ~72: BRACK, Olivier;DALLE NOGARE,

Siro;HALL-GOULLE, Véronique;NUEFFER, Luc;PLATTNER, Kurt;SCHOEHN, Damien;VAN DAAL, Willem~

33:EP ~31:17165535.0 ~32:07/04/2017

2019/06287 ~ Complete ~54:TEMPERATURE DETERMINATION ~71:British American Tobacco (Investments)

Limited, Globe House, 1 Water Street, LONDON WC2R 3LA, GREATER LONDON, UNITED KINGDOM, United

Kingdom ~72: ABI AOUN, Walid;FALLON, Gary;HORROD, Martin Daniel;WHITE, Julian Darryn~ 33:GB

~31:1705208.5 ~32:31/03/2017

2019/06415 ~ Complete ~54:METHODS AND PHARMACEUTICAL COMPOSITIONS FOR REDUCING

PRESISTENCE AND EXPRESSION OF EPISOMAL VIRUSES ~71:INSERM (INSTITUT NATIONAL DE LA

SANTÉ ET DE LA RECHERCHE MÉDICALE); CENTRE NATIONAL DE LA RECHERCHE

SCIENTIFIQUE (CNRS); ECOLE NORMALE SUPÉRIEURE DE LYON; UNIVERSITÉ CLAUDE

BERNARD LYON 1, 101 RUE DE TOLBIAC 75013 PARIS, FRANCE; 3 RUE MICHEL ANGE 75016 PARIS,

FRANCE; 15 PARVIS RENE DESCARTES 69007 LYON; 43 BOULEVARD DU ONZE NOVEMBRE 1918 69100

VILLEURBANNE, France ~72: ANDRE, PATRICE;LOTTEAU, VINCENT~ 33:EP ~31:17305375.2

~32:30/03/2017;33:EP ~31:PCT/EP2018/058124 ~32:29/03/2018

2019/06284 ~ Complete ~54:A KEY FOR A LOCK AND A COMBINATION OF A CYLINDER LOCK AND A

REVERIBLE FLAT KEY ~71:Iseo Serrature S.p.A., Via S. Girolamo, 13, PISOGNE (BRESCIA) 25055, ITALY,

Italy ~72: FENINI, Sandro~ 33:IT ~31:102017000028885 ~32:15/03/2017

2019/06292 ~ Complete ~54:ORAL DELIVERY OF PHYSIOLOGICALLY ACTIVE SUBSTANCES

~71:REZOLUTE, INC., 201 Redwood Shores Pkwy, Suite 315, United States of America ~72: AMER,

Luke;CAMPBELL, Kathleen M.;MANTRIPRAGADA, Sankaram;WANG, Xueyan~ 33:US ~31:62/475,624

~32:23/03/2017;33:US ~31:15/922,651 ~32:15/03/2018

- APPLIED ON 2019/09/25 -


Page | 17

2019/06311 ~ Complete ~54:VIRAL MOLECULAR NETWORK ARCHITECTURE AND DESIGN ~71:ATTOBAHN,

INC., 20130 Lakeview Center Plaza, Ashburn, Virginia, 20147, United States of America ~72: FORDE, Richard

A.;GRAY, Darryl L.~

2019/06317 ~ Complete ~54:CONVEYOR DEVICE FOR AN AUTOMATED PRODUCTION LINE, COMPONENT

CARRIER CARRIAGE FOR A CONVEYOR DEVICE, AND METHOD FOR OPERATING A CONVEYOR DEVICE

~71:EBZ Systec GmbH, Bleicherstrasse 7, RAVENSBURG 88212, GERMANY, Germany ~72: STADLER,

Rainer~ 33:DE ~31:10 2017 107 822.3 ~32:11/04/2017

2019/06320 ~ Complete ~54:TRAPEZOIDAL RIB MOUNTING BRACKET WITH FLEXIBLE LEGS

~71:HADDOCK, Dustin M.M., 9240 East Blue Sage Circle, COLORADO SPRINGS 80908, CO, USA, United

States of America;HADDOCK, Robert M.M., 8655 Table Butte Road, COLORADO SPRINGS 80908, CO, USA,

United States of America;HOLLEY, Nikolaus J., 1965 Anasazi Court, COLORADO SPRINGS 80919, CO, USA,

United States of America ~72: HADDOCK, Dustin M.M.;HADDOCK, Robert M.M.;HOLLEY, Nikolaus J.~ 33:US

~31:62/368,831 ~32:29/07/2016

2019/06300 ~ Complete ~54:MODIFIED BIOCHAR, SOIL REMEDIATION AGENT, AND PREPARATION

METHOD AND APPLICATION THEREOF ~71:Qingdao Agricultural University, No. 700, Changcheng Road,

Chengyang, Qingdao, People's Republic of China ~72: SONG, Ningning;ZONG, Haiying~ 33:CN

~31:201910618603.0 ~32:10/07/2019

2019/06305 ~ Complete ~54:ACTIVATED PECTIN-CONTAINING BIOMASS COMPOSITIONS, PRODUCTS,

AND METHODS OF PRODUCING ~71:CP KELCO APS, Ved Banen 16, 4623, Lille Skensved, Denmark ~72:

CARSTEN KLIT;DONALD F HISCOCK;JAN AAE STAUNSTRUP;JENS ESKIL TRUDSØ;TOMMY EWI

PEDERSEN~ 33:US ~31:62/459,136 ~32:15/02/2017;33:US ~31:62/617,860 ~32:16/01/2018;33:US

~31:15/892,639 ~32:09/02/2018

2019/06307 ~ Complete ~54:HIGH-SPEED SYSTEM FOR WEED CONTROL ~71:BAYER

AKTIENGESELLSCHAFT, Kaiser-Wilhelm-Allee 1, Leverkusen, Germany ~72: ARIANS,

Thomas;BAßFELD, Hinnerk;KEILHOLZ, Nils~ 33:EP ~31:17168844.3 ~32:28/04/2017;33:EP

~31:17172539.3 ~32:23/05/2017

2019/06309 ~ Complete ~54:SYSTEM FOR ASSESSING A HEALTH CONDITION OF A USER ~71:VIVIOR AG,

TECHNOPARKSTRASSE 1, 8005 ZUERICH, SWITZERLAND, Switzerland ~72: MROCHEN,

Michael;ZAKHAROV, Pavel~ 33:EP ~31:17163664.0 ~32:29/03/2017

2019/06315 ~ Complete ~54:SIMPLE SUGAR CONCENTRATION SENSOR AND METHOD ~71:K Sciences GP,

LLC, 26110 High Timber Pass Street, SAN ANTONIO 78258, TX, USA, United States of America ~72: KORMAN,

Valentin~ 33:US ~31:15/582,264 ~32:28/04/2017

2019/06322 ~ Complete ~54:COMMUNICATION METHOD, TERMINAL APPARATUS, AND ACCESS

NETWORK APPARATUS ~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~

2019/06316 ~ Complete ~54:CUTTING APPARATUS ~71:Sandvik Intellectual Property AB, SANDVIKEN 811 81,

SWEDEN, Sweden ~72: GARCIA, Luis;STABER, Guenther~ 33:EP ~31:17166804.9 ~32:18/04/2017

2019/06312 ~ Complete ~54:TOUCHLESS TAP HANDLE FOR BEVERAGE DISPENSING ~71:SESTRA

SYSTEMS, INC., 45180 Business Court, Suite 100, Sterling, VA 20160, United States of America ~72: HARATHI,

Deepak;VOLFTSUN, Lev~ 33:US ~31:15/487,488 ~32:14/04/2017


Page | 18

2019/06299 ~ Provisional ~54:GLAM SNAP FASHION & BEAUTY MOBILE APP ~71:BONGIWE GOLEBAONE

MILLICENT MONGWAKETSE,, 99 Bellairs Drive, 33 Barkley Mews, South Africa;Vincent Mpumelelo Meslane,

3601 Pioneer Street, South Africa ~72: Bongiwe Golebaone Millicent Mongwaketse;Philipa Gqolana

Meslane;Vincent Mpumelelo Meslane~

2019/06304 ~ Complete ~54:TATK-CDKL5 FUSION PROTEINS, COMPOSITIONS, FORMULATIONS, AND USE

THEREOF ~71:ALMA MATER STUDIORUM-UNIVERSITA DI BOLOGNA, Via Zamboni, 33, I-40126, Bologna,

Italy ~72: ELISABETTA CIANI;FRANCO LACCONE~ 33:US ~31:61/946,280 ~32:28/02/2014

2019/06310 ~ Complete ~54:APPLICATOR SYSTEM ~71:WENCK, Rowena, UNIT 2/8 CHARM PLACE,

PEAKHURST, NEW SOUTH WALES 2210, AUSTRALIA, Australia ~72: WENCK, Rowena~ 33:AU

~31:2017900742 ~32:03/03/2017

2019/06319 ~ Complete ~54:METHODS OF TREATING DEPRESSION ~71:Rundle Research, LLC, 2012

Seadrift Drive, CORONA DEL MAR 92625, CA, USA, United States of America ~72: CHOW,

Christina;SRINIVASAN, Sundar~ 33:US ~31:15/474,675 ~32:30/03/2017

2019/06321 ~ Complete ~54:CHIMERIC ANTIGEN RECEPTOR ~71:NOILE-IMMUNE BIOTECH, INC., 2-12-10,

Shiba-Daimon, Minato-ku, Tokyo, 1050012, Japan ~72: HIDENOBU ISHIZAKI;KOJI TAMADA;YUKIMI SAKODA~

33:JP ~31:2017-061461 ~32:27/03/2017

2019/06325 ~ Complete ~54:METHODS AND COMPOSITIONS FOR REDUCTION OF IMMUNOGENICITY

~71:CELGENE CORPORATION, 86 Morris Avenue, Summit, 07901, New Jersey, United States of America ~72:

HARALAMBOS HADJIVASSILIOU;JEFFREY C JOHNSON;JEONGHOON SUN;KANDASAMY

HARIHARAN;LAWRENCE DEARTH~ 33:US ~31:62/477,257 ~32:27/03/2017

2019/07044 ~ Provisional ~54:PET SCRATCHING AND GROOMING BRUSH ~71:ESMÈ BELLING, 33

MEEU -'N- DAL, SEEMEEUPARK, South Africa ~72: ESMÈ BELLING~

2019/06298 ~ Provisional ~54:GOLF TRAINING AID ~71:KOMANE, DARIUS BUTI, 54 LYNDHURST ESTATE

412 CORLETT DRIVE BRAMLEY VIEW, South Africa ~72: KOMANE, DARIUS BUTI~

2019/06301 ~ Complete ~54:PREPARATION METHOD OF MODIFIED BIOCHAR, MODIFIED BIOCHAR,

COMPOSITE MATERIAL, AND SOIL REMEDIATION AGENT ~71:Qingdao Agricultural University, No. 700,

Changcheng Road, Chengyang, Qingdao, People's Republic of China ~72: SONG, Ningning;WANG, Fangli~

33:CN ~31:201910618632.7 ~32:10/07/2019

2019/06313 ~ Complete ~54:COMMUNICATION DEVICE AND COMMUNICATION SYSTEM ~71:Sony

Corporation, 1-7-1 Konan, MINATO-KU 108-0075, TOKYO, JAPAN, Japan ~72: HIRATA, Ryuichi;MORIOKA,

Yuichi;TANAKA, Yusuke~ 33:JP ~31:2017-110035 ~32:02/06/2017

2019/06324 ~ Complete ~54:METHOD AND SYSTEM FOR THE REMOVAL OF PARTICULATE MATTER AND

NOXIOUS COMPOUNDS FROM FLUE-GAS USING A CERAMIC FILTER WITH AN SCR CATALYST

~71:HALDOR TOPSØE A/S, Haldor Topsøes Allé 1, 2800 Kgs., Lyngby, Denmark ~72:

PÄR L. T GABRIELSSON~ 33:DK ~31:PA 2017 00265 ~32:26/04/2017;33:DK ~31:PA 2017 00278

~32:02/05/2017;33:DK ~31:PA 2017 00288 ~32:08/05/2017

2019/06326 ~ Complete ~54:ANALOGS OF DEUTETRABENAZINE, THEIR PREPARATION AND USE

~71:AUSPEX PHARMACEUTICALS, INC., 1090 Horsham Road North Wales, 19454, Pennsylvania, United

States of America ~72: CHENGZI ZHANG;JIM KERR~ 33:US ~31:62/471,484 ~32:15/03/2017


Page | 19

2019/06369 ~ Provisional ~54:ORIGENAL FUEL BUDDY ~71:SHAWN JACOBUS DIEDERICKS, 86 RAYMOND

MHLABA ST. 15 BERGSIG,, South Africa ~72: SHAWN JACOBUS DIEDERICKS~

2019/06297 ~ Provisional ~54:A THREE LAYER ELECTRIC POWER GENERATOR ~71:The Trustees for the

time being of the KMN FULFILMENT TRUST, 8 Kestrel Street, Ebotse Golf Estate, Rynfield, BENONI 1504,

SOUTH AFRICA, South Africa ~72: MAKGERU, Kabu Walter~

2019/06302 ~ Complete ~54:METHOD FOR IMPROVING TOBACCO-PLANTING SOIL BY USING BIOCHAR

~71:Guizhou Academy of Tobacco Science, 29 Longtanba Road, Guanshanhu District, Guiyang, People's

Republic of China;Institute of Geochemistry, Chinese Academy of Sciences, 99 West Lincheng Road,

Guanshanhu District, Guiyang, People's Republic of China ~72: CHEN, Yi;CHENG, Jianzhong;GAO,

Weichang;LEE, Xinqing;PAN, Wenjie;TANG, Yuan~ 33:CN ~31:201910706259.0 ~32:01/08/2019

2019/06306 ~ Complete ~54:UPLINK TRANSMISSION METHOD, TERMINAL DEVICE AND NETWORK

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

Wusha, Chang'an, Dongguan, People's Republic of China ~72: TANG, Hai~

2019/06308 ~ Complete ~54:CONTINUOUS CASTING METHOD AND CONTINUOUS CASTING DEVICE

~71:NIPPON STEEL STAINLESS STEEL CORPORATION, 8-2, Marunouchi 1-chome, Chiyoda-ku, Japan ~72:

HONDA, Yuki;MORIKAWA, Hiroshi;SUZUKI, Yasuhiro~ 33:JP ~31:PCT/JP2017/024528 ~32:04/07/2017;33:JP

~31:2017-040658 ~32:03/03/2018

2019/06303 ~ Complete ~54:ROCK DRILLING MACHINE, RIG AND METHOD FOR REINFORCING ROCK

SURFACES ~71:Sandvik Mining and Construction Oy, Pihtisulunkatu 9, TAMPERE FI-33330, FINLAND, Finland

~72: KOUHIA, Anssi;MÄNTTÄRI, Maunu~ 33:EP ~31:18196904.9 ~32:26/09/2018

2019/06314 ~ Complete ~54:INFORMATION PROCESSING METHOD AND COMMUNICATION APPARATUS

~71:Huawei Technologies Co., Ltd., Huawei Administration Building, Bantian, Longgang District, SHENZHEN

518129, GUANGDONG, CHINA (P.R.C.), People's Republic of China ~72: JIN, Jie;MAZURENKO, Ivan

Leonidovich;PETYUSHKO, Alexander;TONG, Wen;WANG, Jun;ZHANG, Chaolong~ 33:CN

~31:201710454030.3 ~32:15/06/2017;33:CN ~31:201710503056.2 ~32:27/06/2017

2019/06318 ~ Complete ~54:PHARMACEUTICAL FORMULATION ~71:Klaria Pharma Holding AB, Virdings

Allé 2, UPPSALA 754 50, SWEDEN, Sweden ~72: BOYER, Scott;HÜBINETTE,

Fredrik;INGEMARSSON, Leif;SUCHDEV, Susan~ 33:GB ~31:1709141.4 ~32:08/06/2017

2019/06323 ~ Complete ~54:METHOD AND SYSTEM FOR THE REMOVAL OF NOXIOUS COMPOUNDS

FROM FLUE-GAS USING FABRIC FILTER BAGS WITH AN SCR CATALYST ~71:HALDOR TOPSØE A/S,

Haldor Topsøes Allé 1, 2800 Kgs., Lyngby, Denmark ~72: PÄR L. T. GABRIELSSON~ 33:DK

~31:PA 2017 00265 ~32:26/04/2017;33:DK ~31:PA 2017 00278 ~32:02/05/2017

2019/06327 ~ Complete ~54:PYRROLOPYRIMIDINE DERIVATIVES USEFUL AS INHIBITORS OF INFLUENZA

VIRUS REPLICATION ~71:COCRYSTAL PHARMA, INC., 19805 North Creek Parkway Bothell, 98011,

Washington, United States of America ~72: IRINA C JACOBSON;MICHAEL DAVID FEESE;SAM SK LEE~ 33:US

~31:62/489,167 ~32:24/04/2017

2019/06370 ~ Provisional ~54:BRUSH INTERGRATED TOILET ~71:Dineo Refiloe Mathonsi, 10042 Abram

Mogopodi street,, South Africa;Tsholofelo Thabitha Choma, 10042 Abram Mogopodi street,, South Africa ~72:

Dineo Refiloe Mathonsi;Tsholofelo Thabitha Choma~

- APPLIED ON 2019/09/26 -


Page | 20

2019/06329 ~ Provisional ~54:SELF-REGULATING SIMULTANEOUS CONTROL OF ALUMINIUM

REPLENISHMENT AND RECOVERY ~71:MINTEK, 200 Malibongwe Drive, Praegville, South Africa ~72: VAN

STADEN, PETRUS JOHANNES~

2019/06337 ~ Provisional ~54:WHEEL PROPULSION BY UTILISING THE SPOKES OF A WHEEL - ADDITION

~71:John Botha, The Orchard 87, Moreleta Park, South Africa ~72: John Botha~

2019/06340 ~ Complete ~54:A SYSTEM FOR IMPLEMENTING A SPONSORED DISCOUNT PAYMENT

METHODOLOGY ~71:SANTAM LIMITED, 1 Sportica Crescent, Tygervalley, 7530, Western Cape, South Africa

~72: WAYNE VAN HOUTEN~ 33:ZA ~31:2018/06423 ~32:27/09/2018

2019/06346 ~ Complete ~54:ELECTROSURGICAL INSTRUMENT FOR ABLATION AND RESECTION

~71:CREO MEDICAL LIMITED, Creo House Unit 2, Beaufort Park, Beaufort Park Way, United Kingdom ~72:

BURN, Patrick;CLEGG, Peter;HANCOCK, Christopher Paul;WHITE, Malcolm~ 33:GB ~31:1708726.3

~32:01/06/2017

2019/06347 ~ Complete ~54:NITRATE FORMATION INHIBITION ~71:PGG WRIGHTSON SEEDS LIMITED, c/o

- James & Wells Level 12, KPMG Centre, 85 Alexandra Street Private Bag 3140, Waikato Mail Centre, New

Zealand ~72: CURTIN, Denis;FRASER, Patricia Margaret;JUDSON, Howard Glenn;PETERSON, Michelle

Emma~ 33:NZ ~31:730948 ~32:11/04/2017

2019/06357 ~ Complete ~54:COMBINATIONS OF A 4-PYRIMIDINESULFAMIDE DERIVATIVE WITH ACTIVE

INGREDIENTS FOR THE TREATMENT OF ENDOTHELIN RELATED DISEASES ~71:Idorsia Pharmaceuticals

Ltd, Hegenheimermattweg 91, ALLSCHWIL 4123, SWITZERLAND, Switzerland ~72: BELLET, Marc;BOLLI,

Martin;CLOZEL, Martine;IGLARZ, Marc;KOHLER, Philipp;SCHINDELHOLZ, Ivan;VON RAUMER, Markus~ 33:IB

~31:2017/054489 ~32:27/02/2017;33:IB ~31:2017/061487 ~32:12/05/2017

2019/06359 ~ Complete ~54:UPLINK TRANSMISSION METHOD AND APPARATUS ~71:Huawei Technologies

Co., Ltd., Huawei Administration Building, Bantian, Longgang, GUANGDONG 518129, SHENZHEN, CHINA

(P.R.C.), People's Republic of China ~72: HUANG, Qufang;LIU, Xing~ 33:CN ~31:201710168847.4

~32:21/03/2017

2019/06362 ~ Complete ~54:COMBINATION OF AN ANTI-CD16A ANTIBODY WITH A CYTOKINE

~71:AFFIMED GMBH, Im Neuenheimer Feld 582, 69120, Heidelberg, Germany ~72: ADELHEID

CERWENKA;ERICH RAJKOVIC;JENS PAHL;JOACHIM KOCH;MARTIN TREDER;THORSTEN ROSS;UWE

REUSCH~ 33:EP ~31:17158563.1 ~32:28/02/2017

2019/06410 ~ Provisional ~54:MODEL K ~71:MONNI KGABO SEBATJANA, 10 TAWNY HAWK CRESCENT

STREET EAGLE, POLOKWANE, South Africa ~72: MONNI KGABO SEBATJANA~

2019/06330 ~ Provisional ~54:CREATIVE WORK SYSTEM AND METHODS ~71:OVA, Jodie-Leigh, 182

Mountain View Villas, Royal Road, Maitland, South Africa ~72: OVA, Jodie-Leigh~

2019/06344 ~ Complete ~54:CATALYST COMPOSITIONS AND THEIR USE IN AROMATIC ALKYLATION

PROCESSES ~71:EXXONMOBIL CHEMICAL PATENTS INC., 5200 Bayway Drive, Baytown, United States of

America ~72: BARRAI, Federico;IDE, Matthew, S.;LEVIN, Doron;LONERGAN, William, W.;LOVELESS, Brett,

T.;TAI, Wei-Ping;VINCENT, Matthew, J.~ 33:US ~31:62/478,237 ~32:29/03/2017;33:US ~31:62/478,340

~32:29/03/2017;33:EP ~31:17174273.7 ~32:02/06/2017


Page | 21

2019/06351 ~ Complete ~54:COMPOSITIONS AND METHODS FOR TREATING LUNG CANCER

~71:PROGASTRINE ET CANCERS S.À R.L., 11, Côte d'Eich, Luxembourg ~72: PRIEUR,

Alexandre~ 33:EP ~31:17305382.8 ~32:30/03/2017

2019/06355 ~ Complete ~54:WIRELESS COMMUNICATION METHOD AND DEVICE ~71:GUANGDONG OPPO

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

People's Republic of China ~72: YANG, Ning~

2019/06491 ~ Provisional ~54:HUMANTECHKNOWLEDGE ~71:KAGISO MOTSAAPHEKO, 154 SUMMERSET

ESTATE GARDEN ROAD, MIDRAND, South Africa ~72: KAGISO MOTSAAPHEKO~

2019/06338 ~ Complete ~54:MULTI LAYERED RE-USABLE SANITARY PAD ~71:ANCHOR OF HOPE

MINISTRIES, 8 TANNERY WEG, HAMILTON, BLOEMFONTEIN, 9301, SOUTH AFRICA, South Africa ~72:

STROEBEL, Johanna, Susanna~ 33:ZA ~31:2018/06914 ~32:17/10/2018

2019/06342 ~ Complete ~54:VERTICAL MULTI-TAMPING CIGARETTE HERB FILLING SYSTEM AND

METHOD ~71:WAGNER DIMAS, INC., 848 N. Rainbow Blvd. #5494, Las Vegas, 89107, Nevada, United States

of America ~72: MITCHELL AARON WAGNER~ 33:US ~31:62/314,033 ~32:28/03/2016

2019/06349 ~ Complete ~54:SAFETY VALVE WITH METAL ELEMENTS FOR GAS CARTRIDGE ~71:CAMPER

GAZ S.A. VRISANAKIS, Thesi Mantra Ntouni, Greece ~72: VRISANAKIS, Andreas~ 33:GR ~31:20170100146

~32:04/04/2017;33:GR ~31:20170200047 ~32:04/04/2017

2019/06353 ~ Complete ~54:AN APPARATUS FOR DETECTING FIRE AND PREVENTING EXPLOSION OF

TRANSFORMER AND A METHOD THEREOF ~71:WAKCHAURE, V. K., CTR Manufacturing Industries Ltd.,

Nagar Road, India ~72: WAKCHAURE, V. K.~ 33:BD ~31:67/2017 ~32:06/03/2017

2019/06360 ~ Complete ~54:REMOVAL OF HYDROPHOBIC PARTICLES USING CARBON DIOXIDE

~71:CiDRA Corporate Services LLC, 50 Barnes Park North, WALLINGFORD 06492, CT, USA, United States of

America ~72: RYAN, Michael Stephen~ 33:US ~31:62/477,126 ~32:27/03/2017

2019/06361 ~ Complete ~54:NOVEL CRYSTALLINE FORMS OF 1-(4-{[6-AMINO-5-(4-PHENOXY-PHENYL)-

PYRIMIDIN-4-YLAMINO]-METHYL}-PIPERIDIN-1-YL)-PROPENONE ~71:MERCK PATENT GMBH, Frankfurter

Strasse 250, 64293, Darmstadt, Germany ~72: AXEL BECKER;CHRISTOPH SAAL;EDOARDO BURINI;MARCO

POMA;VEDAD THEUERKORN~ 33:US ~31:62/463,913 ~32:27/02/2017;33:US ~31:62/528,238

~32:03/07/2017

2019/06363 ~ Complete ~54:CATALYST AND CATALYST GROUP ~71:MITSUBISHI CHEMICAL

CORPORATION, 1-1, Marunouchi 1-Chome Chiyoda-ku, Tokyo, 1008251, Japan ~72: KAZUHARU

TAZAWA;TAKANORI TANIGUCHI;TAKUYA NAKAMURA~ 33:JP ~31:2017-061962 ~32:27/03/2017;33:JP

~31:2017-088648 ~32:27/04/2017;33:JP ~31:2017-097655 ~32:16/05/2017;33:JP ~31:2017-097656

~32:16/05/2017;33:JP ~31:2018-012547 ~32:29/01/2018;33:JP ~31:2018-012548 ~32:29/01/2018;33:JP

~31:2018-012549 ~32:29/01/2018;33:JP ~31:2018-012550 ~32:29/01/2018

2019/06365 ~ Complete ~54:ERBB-2 AND ERBB3 BINDING BISPECIFIC ANTIBODIES OR USE IN THE

TREATMENT F CELLS THAT HAVE AN NRG1 FUSION GENE ~71:MERUS N.V., Yalelaan 62, 3584 CM,

Utrecht, Netherlands ~72: CECILIA ANA WILHELMINA GEUIJEN;DAVID ANDRE BAPTISTE MAUSSANG-

DETAILLE;MARK THROSBY;TON LOGTENBERG~ 33:EP ~31:17164292.9 ~32:31/03/2017

2019/06367 ~ Complete ~54:NOVEL PYRIDAZINONE HERBICIDES ~71:FMC CORPORATION, 2929 Walnut

Street, United States of America ~72: MCCANN, Stephen Fredrick~ 33:US ~31:62/477685 ~32:28/03/2017


Page | 22

2019/06412 ~ Provisional ~54:THE ZION LIGHT BULB (ELECTRO-BULB) ~71:VUSISIZWE SANDILE DLAMINI,

1632 TAMBOTI, SUNNYSIDE, South Africa ~72: VUSISIZWE SANDILE DLAMINI~

2019/06411 ~ Provisional ~54:MODEL M ~71:MONNI KGABO SEBATJANA, 10 TAWNY HAWK CRESCENT

STREET EAGLE, POLOKWANE, South Africa ~72: MONNI KGABO SEBATJANA~

2019/06333 ~ Provisional ~54:CLADDING SYSTEM ~71:EVA-LAST DISTRIBUTORS (PTY) LTD, 84 Short

Street, Rietfontein, Muldersdrift, South Africa ~72: WESLEY RAYMOND CHAPMAN~

2019/06350 ~ Complete ~54:PANEL TRANSPORT CRADLE ~71:VDM SUPPLY CHAIN SOLUTIONS (PTY)

LTD, FARM NO. 127/1, YZERVARKENSRUG, SALDANHA, SOUTH AFRICA, South Africa ~72: VAN ZYL,

Pieter~ 33:ZA ~31:2017/01437 ~32:27/02/2017

2019/06352 ~ Complete ~54:METHODS OF SELECTIVELY FORMING SUBSTITUTED PYRAZINES ~71:R.J.

REYNOLDS TOBACCO COMPANY, 401 North Main Street, United States of America ~72: COLEMAN, William

Monroe, III.;DUBE, Michael Francis~ 33:US ~31:15/468,665 ~32:24/03/2017

2019/06328 ~ Provisional ~54:SIMPLIFIED SULPHATE REMOVAL FOR EFFLUENT TREATMENT ~71:MINTEK,

200 Malibongwe Drive, Praegville, South Africa ~72: NETSHIKHUDINI, TSHAMANO & VAN STADEN,

PETRUS JOHANNES~

2019/06332 ~ Provisional ~54:DRYING RACK ~71:ADRIAAN NEL, 20 MAIN ROAD, FISHERS HILL,

GERMISTON, South Africa ~72: ADRIAAN NEL;FREDERICK PETRUS NEL~

2019/06335 ~ Provisional ~54:THAT WAY ~71:Nkosana Zwane, 10637 Nabe Street, South Africa ~72: Jabulani

Mudau~

2019/06336 ~ Provisional ~54:SLY MONEY GROUP ~71:layton sly ndebele, 71 Heliodore Crecent Ext 5,

Ennerdale, South Africa ~72: layton sly ndebele~

2019/06343 ~ Complete ~54:METALLIC CAN LID ~71:PIECH, Gregor, Anton, Föhrenwald 17a, Austria

~72: PIECH, Gregor, Anton~ 33:EP ~31:17165040.1 ~32:05/04/2017

2019/06345 ~ Complete ~54:METHODS FOR REMOVING IMPURITIES FROM A HYDROCARBON STREAM

AND THEIR USE IN AROMATIC ALKYLATION PROCESSES ~71:EXXONMOBIL CHEMICAL PATENTS INC.,

5200 Bayway Drive, Baytown, United States of America ~72: BEECKMAN, Jean, W.;IDE, Matthew, S.;LEVIN,

Doron;LOVELESS, Brett, T.;WEIGEL, Scott, J.~ 33:US ~31:62/478,237 ~32:29/03/2017;33:US ~31:62/478,340

~32:29/03/2017;33:EP ~31:17174274.5 ~32:02/06/2017

2019/06364 ~ Complete ~54:ERBB-2 TARGETING AGENT AND A BISPECIFIC ANTIBODY WITH ANTIGEN-

BINDING SITES THAT BIND AN EPITOPE ON AN EXTRACELLULAR PART OF ERB-2 AND ERBB-3, FOR

TREATMENT OF AN INDIVIDUAL WITH AN ERBB-2, ERBB-2/ERBB-3 POSITIVE TUMOUR ~71:MERUS N.V.,

Yalelaan 62, 3584 CM, Utrecht, Netherlands ~72: CECILIA ANNA WILHELMINA GEUIJEN;DAVID ANDRE

BAPTISTE MAUSSANG-DETAILLE;MARK THROSBY;TON LOGTENBERG~ 33:EP ~31:17164396.8

~32:31/03/2017;33:US ~31:15/476,260 ~32:31/03/2017

2019/06366 ~ Complete ~54:ANTI-CD33 ANTIBODIES AND METHODS OF USE THEREOF ~71:ALECTOR

LLC, 131 Oyster Point Boulevard, Suite 600, South San Francisco, 94080, California, United States of America

~72: ARNON ROSENTHAL;HELEN LAM;NELS P NIELSON;PATRICIA CULP;ROBERT PEJCHAL;SEUNG-JOO

LEE~ 33:US ~31:62/541,024 ~32:03/08/2017;33:US ~31:62/667,388 ~32:04/05/2018


Page | 23

2019/06339 ~ Complete ~54:METHODS FOR TREATING PRURITUS ~71:Trevi Therapeutics, Inc., 195 Church

Street, 14th Floor, NEW HAVEN 06510, CT, USA, United States of America ~72: SCIASCIA, Thomas~ 33:US

~31:13/715,625 ~32:14/12/2012;33:US ~31:61/737,488 ~32:14/12/2012

2019/06341 ~ Complete ~54:A VEHICLE IDENTIFICATION SYSTEM ~71:A2D24 DOT COM (PTY) LTD., Unit

G0003A, 1st Floor, Building 6, Albury Office Park, 5 Albury Road, Hyde Park, 2196, South Africa ~72: ABDUL

QADIR MOHAMED AMRA;IMTIAZ MANGERAH;MUHAMMAD CASSIM SIMJEE~ 33:ZA ~31:2018/06459

~32:28/09/2018

2019/06348 ~ Complete ~54:FLUE GAS EMISSIONS REDUCTION TECHNOLOGY ~71:STEDING, Paul, 14

HANRAHAN LOOP, KARDINYA, WESTERN AUSTRALIA 6163, AUSTRALIA, Australia ~72: MCDANIELL,

Richard, Norman;STEDING, Paul~ 33:AU ~31:2017900746 ~32:03/03/2017

2019/06354 ~ Complete ~54:METHOD FOR TRANSMITTING DATA, TERMINAL DEVICE, AND NETWORK


Wusha, Chang'an Dongguan, People's Republic of China ~72: TANG, Hai~

2019/06356 ~ Complete ~54:CRYSTALLINE FORMS OF THE 4-PYRIMIDINESULFAMIDE DERIVATIVE

APROCITENTAN ~71:Idorsia Pharmaceuticals Ltd, Hegenheimermattweg 91, ALLSCHWIL 4123,

SWITZERLAND, Switzerland ~72: BOLLI, Martin;KOHLER, Philipp;SCHINDELHOLZ, Ivan;VON RAUMER,

Markus~ 33:IB ~31:2017/054489 ~32:27/02/2017;33:IB ~31:2017/061487 ~32:12/05/2017

2019/06358 ~ Complete ~54:IMPROVED ANTIGEN BINDING RECEPTORS ~71:F. Hoffmann-La Roche AG,

Grenzacherstrasse 124, BASEL 4070, SWITZERLAND, Switzerland ~72: DAROWSKI, Diana;KLEIN,

Christian;MOESSNER, Ekkehard;STUBENRAUCH, Kay-Gunnar~ 33:EP ~31:17163090.8 ~32:27/03/2017

2019/06331 ~ Provisional ~54:WATER BALANCE IMPROVEMENT IN AN EFFLUENT TREATMENT PROCESS

FOR SULPHATE REMOVAL ~71:MINTEK, 200 MALIBONGWE DRIVE, PRAEGVILLE, South Africa ~72:

NETSHIKHUDINI, TSHAMANO~

2019/06334 ~ Provisional ~54:A TRELLIS ASSEMBLY AND A TRELLIS SYSTEM ~71:BROWN, Leonard

Charles, 20 Royston Mews, Radar Crescent, Athlone Park, Durban 4125, SOUTH AFRICA, South Africa ~72:

BROWN, Leonard Charles~

2019/06417 ~ Provisional ~54:JG OBOTI ~71:Lemuel Lebohang Mothlabane, 6 Victoria Street, South Africa ~72:

Lemuel Lebohang Mothlabane~

2019/06777 ~ Provisional ~54:BULK BIN (H) STRUCTURAL ELEMENTS ~71:MARTHINUS JORDAAN

NORTJÉ, 76 Hamilton Road, Claremont,, South Africa ~72: MARTHINUS JORDAAN NORTJÉ~

- APPLIED ON 2019/09/27 -

2019/06778 ~ Provisional ~54:SALZMANN PICTURE STABALIZER ~71:ANDRE CLIFFORD SALZMANN, Jouw

Wepener Street 10, South Africa ~72: ANDRE CLIFFORD SALZMANN~

2019/06375 ~ Complete ~54:VEHICLE SECURITY SYSTEM ~71:PFK ELECTRONICS (PTY) LTD, Building 2,

Glass House Office Park, 309 Umhlanga Rocks Drive, South Africa ~72: SULLIVAN, Alan, John~ 33:ZA

~31:2018/04333 ~32:28/06/2018

2019/06413 ~ Provisional ~54:GUEST PRINTING SERVICES ~71:GUEST PRINTING SERVICES (PTY) LTD,

1ST FLOOR PHAROS HOUSE, 70 BUCKINGHAM TERRACE, WESTVILLE DURBAN, South Africa ~72:

NHLANHLA CYRIL GUMEDE;SAMUKELISO LETHUKUTHULA GUMEDE~


Page | 24

2019/06560 ~ Provisional ~54:TRANSPARENT AND CASTARMISED TOMB COVER ~71:XHINYUWANI

BARRENT NGOBENI, 613 MORITING SECTION TEMBISA NORTH KEMPTON PARK, South Africa ~72:

XHINYUWANI BARRET NGOBENI~

2019/06379 ~ Complete ~54:1H-PYRAZOLO[3,4-B]PYRIDINES AND THERAPEUTIC USES THEREOF

~71:SAMUMED, LLC, 9381 Judicial Drive Suite 160, San Diego, 92121, California, United States of America

~72: DAVID MARK WALLACE;JOHN HOOD;SUNIL KUMAR KC~ 33:US ~31:61/642,915 ~32:04/05/2012

2019/06380 ~ Complete ~54:1H-PYRAZOLO[3,4-B]PYRIDINES AND THERAPEUTIC USES THEREOF

~71:SAMUMED, LLC, 9381 Judicial Drive Suite 160, San Diego, 92121, California, United States of America

~72: DAVID MARK WALLACE;JOHN HOOD;SUNIL KUMAR KC~ 33:US ~31:61/642,915 ~32:04/05/2012

2019/06382 ~ Complete ~54:CASKET LID ~71:HENDERSON, Edward, C., 8716 N. Kimball Ave, Skokie, IL

60076, United States of America ~72: HENDERSON, Edward, C~ 33:US ~31:15/444,300 ~32:27/02/2017

2019/06386 ~ Complete ~54:MANUFACTURING METHOD FOR EXHAUST GAS PURIFICATION DEVICE

~71:Cataler Corporation, 7800, Chihama, KAKEGAWA-SHI 4371492, SHIZUOKA, JAPAN, Japan ~72: FUKUYO,

Shoko;NAKADA, Kazuma;NISHIMURA, Ryo;TANAKA, Yuki;YASUTOMI, Eiichi~ 33:JP ~31:2017-072988

~32:31/03/2017

2019/06387 ~ Complete ~54:IMPROVEMENTS IN GAS STORAGE DEVICES ~71:Simply Breathe Ltd, Unit 4,

Beverley Business Centre, St Nicholas Road, Flemingate, BEVERLEY HU17 0NZ, UNITED KINGDOM, United

Kingdom ~72: BARRATT, Joe Michael;SYGROVE, Matthew James~ 33:GB ~31:1703286.3 ~32:01/03/2017

2019/06389 ~ Complete ~54:AEROSOL DELIVERY SYSTEM ~71:British American Tobacco (Investments)

Limited, Globe House, 1 Water Street, LONDON WC2R 3LA, GREATER LONDON, UNITED KINGDOM, United

Kingdom ~72: AZZOPARDI, Anna;BENNETT, Julie Jenson;BLICK, Kevin David;BRUTON, Connor;SPENCER,

Alfred Vincent~ 33:GB ~31:1704999.0 ~32:29/03/2017

2019/06391 ~ Complete ~54:METHODS FOR IMPROVING TRAITS IN PLANTS ~71:PlantArcBio Ltd., 23b

Hateena St., RAANANA 4357724, ISRAEL, Israel ~72: COHEN, Arava Shatil;GRIMBERG, Noam;SHALITIN,

Dror~ 33:US ~31:62/477,517 ~32:28/03/2017;33:US ~31:62/644,600 ~32:19/03/2018

2019/06414 ~ Provisional ~54:IONIC SILVER CURE FOR AHS(AFRICAN HORSE SICKNESS) ~71:IAN

DRUMMOND MC QUEEN, A4 KIMBULT INDUSTRIAL PARK, 9 ZEISS ROAD, South Africa ~72: IAN

DRUMMOND MC QUEEN~

2019/06392 ~ Complete ~54:BINDING MOLECULES THAT SPECIFICALLY BIND TO TAU ~71:Janssen

Vaccines & Prevention B.V., Archimedesweg 4, LEIDEN 2333 CN, THE NETHERLANDS, Netherlands ~72:

APETRI, Constantin Adrian;JURASZEK, Jaroslaw~ 33:EP ~31:17163425.6 ~32:28/03/2017

2019/06395 ~ Complete ~54:SUBSTITUTED INDOLINE DERIVATIVES AS DENGUE VIRAL REPLICATION

INHIBITORS ~71:Janssen Pharmaceuticals, Inc., 1125 Trenton-Harbourton Road, TITUSVILLE 8560, NJ, USA,

United States of America;Katholieke Universiteit Leuven, KU Leuven Research & Development Waaistraat 6,

bus 5105, LEUVEN B-3000 , BELGIUM, Belgium ~72: BARDIOT, Dorothée Alice Marie-Eve;BONFANTI,

Jean-François;COESEMANS, Erwin;KESTELEYN, Bart Rudolf Romanie;MARCHAND, Arnaud Didier

M.;RABOISSON, Pierre Jean-Marie Bernard~ 33:EP ~31:17164048.5 ~32:31/03/2017

2019/06397 ~ Complete ~54:COMPOSITIONS AND METHODS FOR TREATING SYNUCLEINOPATHIES

~71:Biogen International Neuroscience GmbH, Neuhofstrasse 30, BAAR 6340, SWITZERLAND, Switzerland ~72:


Page | 25

MURALIDHARAN, Kumar Kandadi;PENNER, Natasha~ 33:US ~31:62/479,818 ~32:31/03/2017;33:US

~31:62/528,790 ~32:05/07/2017

2019/06401 ~ Complete ~54:APPARATUS AND METHOD FOR MEASURING WET FRICTION OF HAIR

~71:UNILEVER PLC, Unilever House, 100 Victoria Embankment, London, Greater London, EC4Y 0DY, United

Kingdom ~72: ANDREW ANTHONY HOWARD BARNES;COLIN CHRISTOPHER DAVID GILES;FRASER IAN

BELL;RONGRONG ZHOU;SOPHIA PARASKEVI CLARE MOGHADAM~ 33:EP ~31:17163597.2

~32:29/03/2017

2019/06403 ~ Complete ~54:METHOD FOR MEASURING WET FRICTION OF HAIR ~71:UNILEVER PLC,

Unilever House, 100 Victoria Embankment, London, Greater London, EC4Y 0DY, United Kingdom ~72: ANDREW

ANTHONY HOWARD BARNES;COLIN CHRISTOPHER DAVID GILES;FRASER IAN BELL;RONGRONG

ZHOU;SOPHIA PARASKEVI CLARE MOGHADAM~ 33:EP ~31:17163626.9 ~32:29/03/2017

2019/06371 ~ Provisional ~54:AGRICULTURAL DATA UTILIZATION ~71:MySmartFarm, 5 Papegaaiberg , Mount

Simon , Stellenbosch , 7600, South Africa ~72: Wolfgang von Loeper~

2019/06372 ~ Provisional ~54:CAT BOOKS ~71:COVER MY BOOKS (PTY) LTD, 3 LA PRIVE COUNTRY

ESTATE, 9TH ROAD BREDELL, South Africa ~72: COVER MY BOOKS (PTY) LTD~

2019/06376 ~ Complete ~54:DISPENSER CAP ARRANGEMENT ~71:EURO-CELTIQUE S.A., 1, rue Jean Piret,

LUXEMBOURG L-2350, LUXEMBOURG, Luxembourg ~72: DUIGNAN, Cathal;PRIOR, Peter~ 33:GB

~31:1118842.2 ~32:01/11/2011

2019/06377 ~ Complete ~54:INDAZOLE INHIBITORS OF THE WNT SIGNAL PATHWAY AND THERAPEUTIC

USES THEREOF ~71:SAMUMED, LLC, 9381 Judicial Drive Suite 160, San Diego, 92121, California, United

States of America ~72: DAVID MARK WALLACE;JOHN HOOD;SUNIL KUMAR KC~ 33:US ~31:61/620,107

~32:04/04/2012

2019/06390 ~ Complete ~54:ISOLATION TENT ~71:Care Strategic D.I.R. Holdings Pty. Ltd., 18 Silky Oak Court,

NINDERRY 4561, QUEENSLAND, AUSTRALIA, Australia ~72: BALLANTYNE, Anna Louise;BALLANTYNE,

Justin Douglas;BURKWOOD, James Edward Robert~ 33:AU ~31:2017900925 ~32:16/03/2017

2019/06394 ~ Complete ~54:METHODS FOR DETECTION OF TAU PROTEIN AGGREGATION MODULATING

COMPOUNDS ~71:Janssen Vaccines & Prevention B.V., Archimedesweg 4, LEIDEN 2333 CN, THE

NETHERLANDS, Netherlands ~72: APETRI, Constantin Adrian;CRESPO RODRIGUEZ, Rosa~ 33:EP

~31:17163426.4 ~32:28/03/2017

2019/06407 ~ Complete ~54:WATER PURIFICATION COMPOSITION COMPRISING INERT PARTICULATE

AND PURIFICATION MIXTURE ~71:UNILEVER PLC, Unilever House, 100 Victoria Embankment, London,

Greater London, EC4Y 0DY, United Kingdom ~72: DEBOSREE CHATTERJEE;DHANALAKSHMI

THIRUMENI;GANESAN RAJENDIRAN~ 33:EP ~31:17165702.6 ~32:10/04/2017

2019/06399 ~ Complete ~54:SYSTEM AND METHOD FOR CONTINUOUS CASTING ~71:Hazelett Strip-Casting

Corporation, 135 West Lakeshore Drive, P.O. Box 600, COLCHESTER 05446-0600, VT, USA, United States of

America ~72: DAVIS, Casey;DYKES, Charles;HAMILTON, Douglas;KAGAN, Valery;PENNUCCI, John~ 33:US

~31:62/483,987 ~32:11/04/2017

2019/06400 ~ Complete ~54:DETERGENT COMPOSITION ~71:UNILEVER PLC, Unilever House, 100 Victoria

Embankment, London, Greater London, EC4Y 0DY, United Kingdom ~72: HÉLÈNE JULIE MARIE


Page | 26

ARLABOSSE;OLAF CORNELIS PETRUS BEERS;THOMAS ANDREAS BUITELAAR~ 33:EP ~31:17169489.6

~32:04/05/2017

2019/06402 ~ Complete ~54:ANTIMICROBIAL PERSONAL CLEANSING COMPOSITIONS ~71:UNILEVER PLC,

Unilever House, 100 Victoria Embankment, London, Greater London, EC4Y 0DY, United Kingdom ~72:

CHRISTOPHER FRANCIS SMITH;GRAHAM ANDREW TURNER~ 33:EP ~31:17163752.3 ~32:30/03/2017

2019/06404 ~ Complete ~54:LIQUID LAUNDRY DETERGENT COMPOSITION ~71:UNILEVER PLC, Unilever

House, 100 Victoria Embankment, London, Greater London, EC4Y 0DY, United Kingdom ~72: JAYNE MICHELLE

BIRD;STEPHEN NORMAN BATCHELOR~ 33:EP ~31:17170422.4 ~32:10/05/2017

2019/06406 ~ Complete ~54:LAUNDRY DETERGENT COMPOSITION ~71:UNILEVER PLC, Unilever House,

100 Victoria Embankment, London, Greater London, EC4Y 0DY, United Kingdom ~72: JAYNE MICHELLE


2019/06381 ~ Complete ~54:CORE-SHEATH COMPOSITE FIBER FOR ARTIFICIAL HAIR AND HEADDRESS

PRODUCT COMPRISING SAME ~71:KANEKA CORPORATION, 3-18 Nakanoshima 2-chome, Kita-ku, Japan

~72: FUJINAGA, Hiroshi;SAKAMOTO, Genta;YASUTOMO, Norikazu~ 33:JP ~31:2017-068592 ~32:30/03/2017

2019/06378 ~ Complete ~54:INDAZOLE INHIBITORS OF THE WNT SIGNAL PATHWAY AND THERAPEUTIC

USES THEREOF ~71:SAMUMED, LLC, 9381 Judicial Drive Suite 160, San Diego, 92121, California, United

States of America ~72: DAVID MARK WALLACE;JOHN HOOD;SUNIL KUMAR KC~ 33:US ~31:61/620,107

~32:04/04/2012

2019/06383 ~ Complete ~54:A METHOD, AN ARRANGEMENT AND USE OF AN ARRANGEMENT OF

PREPARING POLYMER ~71:BOREALIS AG, IZD Tower Wagramer Str. 17-19, Austria ~72: Apostolos KRALLIS

(Greek Citizen);Erno ELOVAINIO (Finish Citizen);Klaus NYFORS (Finish Citizen);Vasileios KANELLOPOULOS

(Greek Citizen)~ 33:EP ~31:17176804.7 ~32:20/06/2017

2019/06384 ~ Complete ~54:PROTECTION OF AN AUTOMATIC TELLER MACHINE ~71:ROBSON, Michael

Donald, 8 St Peter Road, Hurleyvale, South Africa ~72: ROBSON, Michael Donald~ 33:ZA ~31:2016/07946

~32:29/03/2017;33:ZA ~31:2017/01120 ~32:29/03/2017

2019/06385 ~ Complete ~54:PROTECTION MECHANISM ~71:ROBSON, Michael Donald, 8 St Peter Road,

Hurleyvale, South Africa ~72: ROBSON, Michael Donald~ 33:ZA ~31:2016/07946 ~32:29/03/2017;33:ZA

~31:2017/01120 ~32:29/03/2017

2019/06388 ~ Complete ~54:BIODEGRADABLE POLYSTYRENE COMPOSITES AND USE THEREOF ~71:Kwik

Lok Corporation, 2712 S. 16th Ave., UNION GAP 98903, WA, USA, United States of America ~72: ALLEN,

Donald R.;CARRELL, Donald~ 33:US ~31:62/483,109 ~32:07/04/2017

2019/06374 ~ Complete ~54:SOIL IMPROVEMENT METHOD FOR DRYLAND ORCHARD IN SUBTROPICAL

RED SOIL REGION ~71:GUANGXI ACADEMY OF AGRICULTURAL SCIENCES, NO. 174, DAXUE EAST

ROAD, NANNING CITY, GUANGXI, CHINA, People's Republic of China ~72: LIU, Yongxian;PAN, Liping;XIE,

Rulin;XING, Ying;ZENG, Yan~

2019/06393 ~ Complete ~54:SUBSTITUTED INDOLINE DERIVATIVES AS DENGUE VIRAL REPLICATION

INHIBITORS ~71:Janssen Pharmaceuticals, Inc., 1125 Trenton-Harbourton Road, TITUSVILLE 8560, 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;KESTELEYN, Bart


Page | 27

Rudolf Romanie;MARCHAND, Arnaud Didier M.;RABOISSON, Pierre Jean-Marie Bernard~ 33:EP

~31:17164045.1 ~32:31/03/2017

2019/06396 ~ Complete ~54:METHODS FOR CRYOGENIC STORAGE ~71:CHURCH, Sara Elizabeth, 400

Dexter Avenue North, Suite 1200, SEATTLE 98109, WA, USA, United States of America;GUNTHER, Jon

Charles, 400 Dexter Avenue North, Suite 1200, SEATTLE 98109, WA, USA, United States of America;Juno

Therapeutics, Inc., 400 Dexter Avenue North, Suite 1200, SEATTLE 98109, WA, USA, United States of

America;POLLOCK, Kathryn, 400 Dexter Avenue North, Suite 1200, SEATTLE 98109, WA, USA, United States of

America ~72: CHURCH, Sara Elizabeth;GUNTHER, Jon Charles;POLLOCK, Kathryn~ 33:US ~31:62/471,343

~32:14/03/2017

2019/06398 ~ Complete ~54:CASTING CORE AND METHOD FOR THE PRODUCTION THEREOF ~71:Nemak,

S.A.B. de C.V., Libramiento Arco Vial Km 3.8, GARCÍA 66000, NUEVO LEÓN, MEXICO, Mexico ~72:

BARANZKE, Matthias;STAUDT, Ingo~ 33:DE ~31:10 2017 106 775.2 ~32:29/03/2017

2019/06405 ~ Complete ~54:LAUNDRY DETERGENT COMPOSITION ~71:UNILEVER PLC, Unilever House,

100 Victoria Embankment, London, Greater London, EC4Y 0DY, United Kingdom ~72: JAYNE MICHELLE


- APPLIED ON 2019/09/30 -

2019/06423 ~ Provisional ~54:SKELETAL SUPPORT MEMBER ~71:Dr. Johannes Hendrik Davis, 11 Kronendal

Street, South Africa ~72: Dr. Johannes Hendrik Davis~

2019/06430 ~ Complete ~54:PLATFORM FOR FACILITATING AN AUTOMATED IT AUDIT ~71:BIDVEST

ADVISORY SERVICES (PTY) LTD, Bidvest House, 18 Crescent Drive, South Africa ~72: BERRINGTON, Lauren

Catherine;CHUNNETT, Louise Ingrid;GELDENHUYS, Frans Johannes;LINDSAY, Craig;SILVO, Karl Gustav~

33:US ~31:16/527,515 ~32:31/07/2019

2019/06444 ~ Complete ~54:T CELL RECEPTORS AND IMMUNE THERAPY USING THE SAME AGAINST

PRAME POSITIVE CANCERS ~71:immatics biotechnologies GmbH, Paul-Ehrlich-Straße 15,

TÜBINGEN 72076, GERMANY, Germany ~72: ALTEN, Leonie;BUNK, Sebastian;FERBER,

Mathias;MAURER, Dominik;WAGNER, Claudia~ 33:DE ~31:10 2017 106 305.6 ~32:23/03/2017;33:US

~31:62/475,329 ~32:23/03/2017

2019/06453 ~ Complete ~54:ROTATION INDICATOR DEVICE ~71:BUSINESS LINES LIMITED, Unit 9,

Boundary Way, Kellet Road Industrial Estate, Carnforth, LA5 9XP, Cumbria, United Kingdom ~72: MICHAEL

MARCZYNSKI~ 33:GB ~31:1705049.3 ~32:29/03/2017

2019/06421 ~ Provisional ~54:TOWER STRUCTURE ~71:RTS TRUST, 7 CHARL CILLIERS STREET, South

Africa ~72: DIRK VAN DER BANK BOTHMA~

2019/06436 ~ Complete ~54:AN ACCESSORY FOR PROVIDING A DYNAMICALLY CHANGEABLE ALARM

SIGNAL IN AN ALARM INSTALLATION ~71:DE VILLIERS, Marius de Wet, 1 Hoog Street, South Africa ~72: DE

VILLIERS, Marius de Wet~ 33:GB ~31:1705244.0 ~32:31/03/2017

2019/06447 ~ Complete ~54:FRICTION PAD BODY ~71:FISCHER, Erika, Kelterplatz 1, WEILHEIM 73235 ,

GERMANY, Germany ~72: FISCHER, Erika~ 33:DE ~31:10 2017 107 621.2 ~32:10/04/2017

2019/06455 ~ Complete ~54:BUILDING SYSTEM ~71:NXT IP PTY LTD, 41 Mordaunt Circuit, Canning Vale,

6155, Western Australia, Australia ~72: MATAKII LIM~ 33:AU ~31:2017900792 ~32:07/03/2017


Page | 28

2019/06431 ~ Complete ~54:A DEVICE FOR SLOW RELEASE OF FLUIDS IN A UNIFORM MANNER

~71:BIOFEED ENVIRONMENTALLY FRIENDLY PEST CONTROL LTD, POB 82, 7315000, Israel ~72:

ISRAELY, Nimrod;MINDAL, Enrique~ 33:US ~31:62/480,457 ~32:02/04/2017;33:WO ~31:PCT/IL2018/050371

~32:29/03/2018

2019/06437 ~ Complete ~54:A MODULAR CONVEYANCE SYSTEM ~71:CONVEYOR MANUFACTURERS

AUSTRALIA PTY LTD, Level 2, 134 King Street, Australia ~72: SMITH, Benjamin John~ 33:AU ~31:2017900388

~32:08/02/2017

2019/06443 ~ Complete ~54:COMPOSITIONS AND SYSTEMS FOR RENAL FUNCTION DETERMINATION

~71:MediBeacon Inc., 1100 Corporate Square Drive, Helix Center, Suite 175, ST. LOUIS 63132, MO, USA,

United States of America ~72: DEBRECZENY, Martin P.;DORSHOW, Richard B.;NEUMANN, William

L.;RAJAGOPALAN, Raghavan;ROGERS, Thomas E.~ 33:US ~31:62/577,962 ~32:27/10/2017

2019/06456 ~ Complete ~54:PROCESS FOR THE CONVERSION OF METHANOL TO P-XYLENE ~71:BASF

SE, Carl-Bosch-Str. 38, 67056, Ludwigshafen am Rhein, Germany ~72: CHRISTIANE

KURETSCHKA;EKKEHARD SCHWAB;ROBERT MCGUIRE;SVEN TITLBACH;ULRICH MÜLLER~ 33:EP

~31:17167770.1 ~32:24/04/2017

2019/06438 ~ Complete ~54:ELECTRONICALLY ACTUATED LOCKING DIFFERENTIAL HAVING LOCK

DETECTION MECHANISM ~71:Eaton Intelligent Power Limited, 30 Pembroke Road, Ireland ~72: HILLMAN,

Chad, Robert;KADAM, Swapnil Shivaji;SURVE, Rupesh Madhukar~ 33:IN ~31:201711007647 ~32:03/03/2017

2019/06448 ~ Complete ~54:AN AUTO-INJECTOR ~71:UNIVERSITY OF CAPE TOWN, Lovers Walk, South

Africa ~72: LEVIN, Michael;NAIR, Gokul Arjunan;SIVARASU, Sudesh~ 33:GB ~31:1703982.7 ~32:13/03/2017

2019/06457 ~ Complete ~54:ANTI-PD-L1/ANTI-PD-1 NATURAL ANTIBODY STRUCTURE-LIKE

HETERODIMERIC BISPECIFIC ANTIBODY AND PREPARATION THEREOF ~71:BEIJING HANMI PHARM.

CO., LTD., No. 10 Tianzhu West Road Tianzhu Airport Industrial Zone A, Shunyi District, People's Republic of

China ~72: JIN, Mengxie;LIU, Jiawang;SONG, Nanmeng;YANG, Yaping~ 33:CN ~31:201710214705.7

~32:01/04/2017

2019/06422 ~ Provisional ~54:METHOD FOR DIAGNOSING TUBERCULOSIS IN URINE SAMPLES

~71:UNIVERSITY OF CAPE TOWN, Lovers Walk, South Africa ~72: BLACKBURN, Jonathan Michael;DHEDA,

Keertan Unkha Jairam~

2019/06426 ~ Complete ~54:STIRRER ASSEMBLY ~71:CRONJE, Astrid, Renee, Catherine, 1397 FISHERS

ISLAND, COPPER LEAF ESTATE, MNANDI, CENTURION, SOUTH AFRICA, South Africa;CRONJE, Michael,

Josias, 1397 FISHERS ISLAND, COPPER LEAF ESTATE, MNANDI, CENTURION, SOUTH AFRICA, South

Africa ~72: CRONJE, Astrid, Renee, Catherine;CRONJE, Michael, Josias~ 33:ZA ~31:2018/06522

~32:02/10/2018;33:ZA ~31:2019/01438 ~32:08/03/2019

2019/06429 ~ Complete ~54:A TOOL FOR DEVELOPMENT OF A PRODUCT ~71:NIHILENT LIMITED, D block,

4th floor, Weikfield IT Citi Infopark, Nagar Road, Pune, 411014, Maharashtra, India ~72: LAL CHANDRA

SINGH;SUNDARESAN NARAYANAN~ 33:IN ~31:201821039249 ~32:16/10/2018

2019/06433 ~ Complete ~54:COMPOSITIONS AND METHODS FOR DETECTING LUNG CANCER ~71:ECS-

PROGASTRIN SA, chemin de la Meunière 12, Switzerland ~72: PRIEUR, Alexandre~ 33:EP

~31:17305382.8 ~32:30/03/2017


Page | 29

2019/06435 ~ Complete ~54:NIRAPARIB COMPOSITIONS ~71:TESARO, INC., 1000 Winter St., North #3300,

United States of America ~72: CHABER, John;WU, George~ 33:US ~31:62/477,411 ~32:27/03/2017

2019/06439 ~ Complete ~54:WATER TREATMENT SYSTEM AND METHOD OF USE THEREOF ~71:Renew

Health Limited, IDA Business & Technology Park, Garrycastle, Dublin Road, ATHLONE N37 F786, CO

WESTMEATH, IRELAND, Ireland ~72: KOWALSKI, Dereck;MCCANN, Brian;TALLY, William N.~ 33:US

~31:62/473,479 ~32:19/03/2017

2019/06445 ~ Complete ~54:METHOD FOR PREPARING AND ANALYZING FLUORESCENT COMPOUNDS IN

PLASMA ~71:MediBeacon Inc., 1100 Corporate Square Drive, Helix Center, Suite 175, ST. LOUIS 63132, MO,

USA, United States of America ~72: SHIEH, Jeng J.~ 33:US ~31:62/588,606 ~32:20/11/2017

2019/06449 ~ Complete ~54:MIXER COMPRISING CLEANING NOZZLE ~71:MASCHINENFABRIK GUSTAV

EIRICH GMBH & CO. KG, Walldürner Straße 50, 74736, Hardheim, Germany ~72: CLEMENS

SCHMITT;MARTIN DÖRR~ 33:DE ~31:10 2017 104 842.1 ~32:08/03/2017

2019/06452 ~ Complete ~54:CRYOTHERAPIES ~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;KAREN MILLER;SUSAN ARIAS;TARIK S CHAUDHRY~ 33:US ~31:62/465,336 ~32:01/03/2017

2019/06454 ~ Complete ~54:A MOLDING COMPRISING A ZEOLITIC MATERIAL, PHOSPHOROUS, ONE OR

MORE METALS AND A BINDER ~71:BASF SE, Carl-Bosch-Str. 38, 67056, Ludwigshafen am Rhein, Germany

~72: CHRISTIANE KURETSCHKA;EKKEHARD SCHWAB;ROBERT MCGUIRE;SVEN TITLBACH;ULRICH

MÜLLER~ 33:EP ~31:17167768.5 ~32:24/04/2017

2019/06418 ~ Provisional ~54:MUSICATREPUBLIC APPLICATION ~71:MNDENI MNCWANGO, 313 RIVONIA

ROAD, 32 MADISON SQUARE, South Africa;NONTUTHUKO MTHEMBU, 313 RIVONIA ROAD, 32 MADISON

SQUARE, South Africa ~72: MNDENI MNCWANGO;NONTUTHUKO MTHEMBU~

2019/06424 ~ Complete ~54:ETHERIFICATION OF A FISCHER-TROPSCH-DERIVED STREAM ~71:SASOL

SOUTH AFRICA LIMITED, Sasol Place, Katherine Street, SANDTON 2196, SOUTH AFRICA, South Africa ~72:

DE VILLIERS, Jean Pierre;MAKGOBA, Ngate Petrus;NDOU, Azwimangadzi Steven~ 33:ZA ~31:2018/07015

~32:22/10/2018

2019/06434 ~ Complete ~54:NIRAPARIB FORMULATIONS ~71:TESARO, INC., 1000 Winter St., North #3300,

United States of America ~72: KEMPINSKI, Heidi;MCGURK, Simon;MEDENDORP, Clare;NARAYAN,

Padma;RUDDY, Stephen;STEWART, Alistair;WU, George~ 33:US ~31:62/477,425 ~32:27/03/2017

2019/06428 ~ Complete ~54:MINING VEHICLE, AND METHOD FOR STARTING AN AC ELECTRIC MOTOR OF

A MINING VEHICLE ~71:Sandvik Mining and Construction Oy, Pihtisulunkatu 9, TAMPERE 33330, FINLAND,

Finland ~72: RISTIMÄKI, Ville;TIIHONEN, Tommi;VATANEN, Harri~ 33:EP ~31:18200486.1

~32:15/10/2018

2019/06442 ~ Complete ~54:A BARRIER FILM COMPRISING MICROFIBRILLATED CELLULOSE AND

MICROFIBRILLATED DIALDEHYDE CELLULOSE AND A METHOD FOR MANUFACTURING THE BARRIER

FILM ~71:Stora Enso OYJ, P.O. Box 309, HELSINKI 00101, FINLAND, Finland ~72: AXRUP, Lars;BERGQVIST,

Liv;LAND HENSDAL, Cecilia;SVENSSON, Adrianna;TRAN CARLSTRÖM, Amy~ 33:SE ~31:1750437-4

~32:12/04/2017

2019/06419 ~ Provisional ~54:SWING GATE ~71:Clear Creek Trading 167 (Pty) Ltd., 11 Brammer Street, South

Africa ~72: SWARTZ, Trevor Michael Valiant~


Page | 30

2019/06432 ~ Complete ~54:COMPOSITIONS AND METHODS FOR DETECTING PROSTATE CANCER

~71:ECS-PROGASTRIN SA, chemin de la Meunière 12, Switzerland ~72: PRIEUR, Alexandre~ 33:EP

~31:17305381.0 ~32:30/03/2017

2019/06441 ~ Complete ~54:THERAPEUTIC COMPOUNDS AND COMPOSITIONS, AND METHODS OF USE

THEREOF ~71:F. Hoffmann-La Roche AG, Grenzacherstrasse 124, BASEL 4070, SWITZERLAND, Switzerland

~72: CHENG, Yun-Xing;ROMERO, F. Anthony;ZAK, Mark~ 33:IB ~31:2017/085276 ~32:22/05/2017;33:US

~31:62/640,865 ~32:09/03/2018

2019/06451 ~ Complete ~54:4-PYRIDONE COMPOUND OR SALT THEREOF, AND PHARMACEUTICAL

COMPOSITION AND FORMULATION INCLUDING SAME ~71:FUJIFILM CORPORATION, 26-30, Nishiazabu 2-

chome Minato-ku, Tokyo, 1068620, Japan ~72: HIROFUMI FUKUNAGA;HYOEI KAWAI;MEGUMI

OOKUBO;SHINICHIRO SEKINE;TOMOYUKI MASHIKO~ 33:JP ~31:2017-069837 ~32:31/03/2017;33:JP

~31:2017-166413 ~32:31/08/2017

2019/06458 ~ Provisional ~54:MAGNETIC INDUCTION HEAT EXCHANGERS FOR CURING OVENS IN

SURFACE FINISHING AND SURFACE REFINISHING INDUSTRY ~71:IASF TECHNOLOGIES PTY LTD, Suite

1003, 13 Wessel Rd, Edenburg, Sandton,, South Africa ~72: Akshay Vijay Gaikwad~

2019/06459 ~ Provisional ~54:MANUAL BOOM + LEAF SPRING + CAM ~71:WILLIAM TURNER PAYNE, 12

WARRIOR ROAD, South Africa ~72: WILLIAM TURNER PAYNE~

2019/06420 ~ Provisional ~54:DISPLAY ARRANGEMENT ~71:Action Frames CC, PO Box 13093, South Africa

~72: David Barrow HARTLEY~

2019/06425 ~ Complete ~54:METHOD FOR EXTRACTING AND PURIFYING CHLORINE IN SOIL AND

METHOD FOR TESTING CHLORINE ISOTOPE COM POSITION ~71:LINYI UNIVERSITY, Middle Section Of

Shuangling Road, Lanshan Distric, South Africa ~72: GOU, Dianda;REN, Liying;SUN, Aide;XU, Qingcai~ 33:CN

~31:201811167559.8 ~32:08/10/2018

2019/06427 ~ Complete ~54:ANTI-ADRENOMEDULLIN (ADM) ANTIBODY OR ANTI-ADM ANTIBODY

FRAGMENT OR ANTI-ADM NON-IG SCAFFOLD FOR PREVENTION OR REDUCTION OF ORGAN

DYSFUNCTION OR ORGAN FAILURE IN A PATIENT HAVING A CHRONIC OR ACUTE DISEASE OR ACUTE

CONDITION ~71:AdrenoMed AG, Neuendorfstraße 15A, HENNIGSDORF 16761, GERMANY, Germany

~72: BERGMANN, Andreas~ 33:EP ~31:11189447.3 ~32:16/11/2011;33:EP ~31:12160014.2 ~32:16/03/2012

2019/06440 ~ Complete ~54:FUSED IMIDAZO-PIPERIDINE JAK INHIBITOR COMPOUND ~71:Theravance

Biopharma R&D IP, LLC, 901 Gateway Boulevard, SOUTH SAN FRANCISCO 94080, CA, USA, United

States of America ~72: BENJAMIN, Noah;CRATER, Glenn D.;DABROS, Marta;FATHEREE, Paul R.;JIANG,

Lan;KLEINSCHEK, Melanie A.;MCKINNELL, Robert Murray;NZEREM, Jerry;THALLADI, Venkat R.;ZHANG,

Hao~ 33:US ~31:62/492,574 ~32:01/05/2017

2019/06446 ~ Complete ~54:METHODS FOR RENAL FUNCTION DETERMINATION ~71:MediBeacon Inc., 1100

Corporate Square Drive, Helix Center, Suite 175, ST. LOUIS 63132, MO, USA, United States of America ~72:

DORSHOW, Richard B.;NEUMANN, William L.;RAJAGOPALAN, Raghavan;ROGERS, Thomas E.~ 33:US

~31:62/577,951 ~32:27/10/2017

2019/06450 ~ Complete ~54:DYNAMIC SATELLITE BEAM ASSIGNMENT ~71:VIASAT, INC., Patent

Department, 6155 El Camino Real, Carlsbad, 92009, California, United States of America ~72: DONALD

BECKER;JAMES PETRANOVICH;REMBERTO MARTIN~ 33:US ~31:62/465,987 ~32:02/03/2017


Page | 31

- APPLIED ON 2019/10/01 -

2019/06463 ~ Complete ~54:ARTICULATE PAVING ~71:SMARTSTONE HOLDINGS (PTY) LTD., cnr Cresset

and Musket Roads, Midrand Industrial Park, MIDRAND 1682, Gauteng, SOUTH AFRICA, South Africa ~72:

WERTHEIM AYMES, David Carmichael Alexander~

2019/06461 ~ Provisional ~54:A METHOD FOR CONTROLLING THE SPEED OF A MOTOR VEHICLE ~71:GEO

INTELLIGENCE CORPORATION (PTY) LTD, BUILDING 16, BERKLEY OFFICE PARK, CORNER OF WITCH-

HAZEL AND BAUHINIA DRIVE, HIGVELD TECHNO PARK, South Africa ~72: ANNAMALAI, Lee;MCFERREN,

Graeme;NXELE, Sizwe~

2019/06468 ~ Complete ~54:METHODS FOR TREATING SCHIZOPHRENIA ~71:SUNOVION

PHARMACEUTICALS INC., 84 Waterford Drive, United States of America ~72: HOPKINS, Seth;KOBLAN,

Kenneth;LOEBEL, Antony;OGIRALA, Ajay~ 33:US ~31:62/459,784 ~32:16/02/2017

2019/06473 ~ Complete ~54:TOPICAL PHENYTOIN FOR USE IN THE TREATMENT OF PERIPHERAL

NEUROPATHIC PAIN ~71:KEPPEL HESSELINK, Jan Marius, Spoorlaan 2a, 3735 MV Bosch en Duin,

Netherlands;Topical Innovations B.V., Vespuccistraat 64 3, 1056 SN Amsterdam, Netherlands ~72: KEPPEL

HESSELINK, Jan Marius;KOPSKY, David Jos~ 33:NL ~31:2017931 ~32:06/12/2016

2019/06469 ~ Complete ~54:PROCESS FOR THE CONVERSION OF SYNTHESIS GAS TO ISOBUTANOL

~71:China Petroleum & Chemical Corporation, No. 22 Chaoyangmen North Street, Chaoyang District,

BEIJING 100728, CHINA (P.R.C.), People's Republic of China;UOP LLC, 25 East Algonquin Road, P.O. Box

5017, DES PLAINES 60017-5017, IL, USA, United States of America ~72: GUO, Jinbiao;LONG, Richard;RUAN,

Tian;ZHOU, Lubo~

2019/06472 ~ Complete ~54:DEVICE FOR FEEDING YARN OR YARNS FOR KNITTING MACHINES FOR

HOSIERY OR THE LIKE ~71:Lonati S.p.A., Via Francesco Lonati, 3, BRESCIA 25124, ITALY, Italy ~72: LONATI,

Ettore;LONATI, Fausto;LONATI, Francesco~ 33:IT ~31:102017000057890 ~32:29/05/2017

2019/06494 ~ Provisional ~54:AFRICAN DEVELOPMENT SCHEME BUSINESS CONNECT APP

~71:THAMSANQA NGQALO, 506 CHEYENNE BUILDING, 357 LEYDS ST, SUNNYSIDE, South Africa ~72:

THAMSANQA NGQALO~

2019/06470 ~ Complete ~54:ANTI-ILT4 ANTIBODIES AND ANTIGEN-BINDING FRAGMENTS ~71:Agenus Inc.,

3 Forbes Road, LEXINGTON 02421, MA, USA, United States of America;Merck Sharp & Dohme Corp., 126

East Lincoln Avenue, RAHWAY 07065-0907, NJ, USA, United States of America ~72: BLANUSA, Milan;JOYCE-

SHAIKH, Barbara;SCHULTZE, Kornelia;SCHUSTER, Andrea Claudia;ZUNIGA, Luis A.~ 33:US ~31:62/483,019

~32:07/04/2017

2019/06471 ~ Complete ~54:ELECTRONIC VAPOUR PROVISION DEVICE WITH VARIABLE POWER SUPPLY

~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

~31:1705550.0 ~32:06/04/2017

2019/06462 ~ Complete ~54:MEDICAMENT FOR THE TREATMENT OF CANCER ~71:UNIVERSITY OF

JOHANNESBURG, Cnr. Kingsway and University Roads, Auckland Park, South Africa ~72: CRONJÉ,

Marianne Jacqueline;ENGELBRECHT, Zelinda;MEIJBOOM, Reinout~

2019/06492 ~ Provisional ~54:SELF ADJUSTING GRAVY/SAUCE PERCOLATOR ~71:VAN ALTENA FAMILIE

TRUST, 24 ROMNEY STR, DE LA HAYE, South Africa ~72: ANTONIE GERHARDUS VAN ALTENA~


Page | 32

2019/06493 ~ Provisional ~54:CONSULT US, TEXT ~71:NHLAYISO MALUBANA, D101A, 828 ARCADIA

STREET, South Africa ~72: NHLAYISO MALUBANA~

2019/06495 ~ Provisional ~54:PANICAPP ~71:SOLOMZI ABEDNICK MTHETHO, 19 DERBY ROAD, South

Africa ~72: SOLOMZI ABEDNICK MTHETHO ~

2019/06464 ~ Complete ~54:CRYSTALLINE FORMS OF (S)-AFOXOLANER ~71:BOEHRINGER INGELHEIM

ANIMAL HEALTH USA INC., 3239 Satellite Blvd., Duluth, Georgia, United States of America ~72: BAILLON,

Bruno;GAY DE SAINT MICHEL, Myriam;GORTER DE VRIES, Roelof, Johannes;KOZLOVIC, Stephane;LAFONT

Sylvaine~ 33:US ~31:62/482,175 ~32:05/04/2017

2019/06465 ~ Complete ~54:COMPOSITIONS AND METHODS FOR TREATING DRY EYE DISEASES

~71:FERNANDES, Prabhavathi, 114 MILTON AVENUE, CHAPEL HILL, NORTH CAROLINA 27514, USA, United

States of America;TÊTARD INC., P.O. BOX 927, WOOSTER, OHIO 44691, USA, United States of America

~72: FERNANDES, Prabhavathi~ 33:US ~31:62/467,973 ~32:07/03/2017

2019/06460 ~ Provisional ~54:EQUINE HEALTH ~71:EQUINE PERFORMANCE PRODUCTS (PTY) LTD, Unit

A18E Lillies Quarter, 12 Old Main Road, Hillcrest, Durban 3610, KwaZulu-Natal, SOUTH AFRICA, South Africa

~72: GARTON , Carla;OFFEREINS , Hendrik Willem;OLIVIER, Charmaine~

2019/06466 ~ Complete ~54:CARBOTHERMIC DIRECT REDUCTION OF CHROMITE USING A CATALYST

FOR THE PRODUCTION OF FERROCHROME ALLOY ~71:HER MAJESTY THE QUEEN IN RIGHT OF

CANADA AS REPRESENTED BY THE MINISTER OF NATURAL RESOURCES, 580 Booth Street, 16th Floor,

Canada ~72: PAKTUNC, Dogan;YU, Dawei~ 33:US ~31:62/500,147 ~32:02/05/2017

2019/06467 ~ Complete ~54:PIPE AND DEVICE FOR THERMALLY CLEAVING HYDROCARBONS

~71:SCHMIDT + CLEMENS GMBH + CO. KG, Kaiserau 2, Germany ~72: Dietlinde JAKOBI (German

citizen);Jörg Dietmar WEIGANDT (German citizen);Steffen Alexander HEYLAND (German citizen)~ 33:DE

~31:10 2017 003 409.5 ~32:07/04/2017;33:EP ~31:17000601.9 ~32:07/04/2017

2019/06501 ~ Provisional ~54:A METHOD OF AND SYSTEM FOR SECURING TELECOM AND FINANCIAL

PERSONAL DATA FILES ~71:THANDILE JWAMBI, 10-144, SECTION 3,, South Africa ~72: THANDILE

JWAMBI~

- APPLIED ON 2019/10/02 -

2019/06479 ~ Complete ~54:A METHOD FOR THE MANUFACTURING OF LIQUID METAL EMBRITTLEMENT

RESISTANT GALVANNEALED STEEL SHEET ~71:ARCELORMITTAL, 24-26, Boulevard d'Avranches,

Luxembourg ~72: Anirban CHAKRABORTY (Indian Citizen);Christian ALLELY (French Citizen);Hassan

GHASSEMI-ARMAKI (Iranian Citizen);Pascal BERTHO (French Citizen)~ 33:IB ~31:PCT/IB2017/000520

~32:05/05/2017

2019/06485 ~ Complete ~54:TREATMENT OF INFLAMMATORY DISEASES WITH INHIBITORS OF C5A

ACTIVITY ~71:InflaRx GmbH, Winzerlaer Str. 2, JENA 07745, GERMANY, Germany ~72: GUO,

Renfeng;RIEDEMANN, Niels C.~ 33:EP ~31:17164573.2 ~32:03/04/2017;33:EP ~31:17177657.8

~32:23/06/2017;33:EP ~31:17189938.8 ~32:07/09/2017

2019/06481 ~ Complete ~54:POLYOLEFIN COMPOSITION WITH IMPROVED SURFACE APPEARANCE

~71:BOREALIS AG, IZD Tower Wagramer Str. 17-19, Austria ~72: Claudia KNIESEL (Austrian Citizen);Daniela

MILEVA (Bulgarian Citizen);Pavel SHUTOV (Russian Citizen);Renate ECKMAYR (Austrian Citizen);Susanne

KAHLEN (Austrian Citizen)~ 33:EP ~31:17179125.4 ~32:30/06/2017


Page | 33

2019/06488 ~ Complete ~54:NEW CATALYTIC SYSTEM FOR SCALABLE PREPARATION OF INDOXACARB

~71:ADAMA MAKHTESHIM LTD., P.O. Box 60, Israel ~72: BICIDI, Jayapal Reddy;MANNAM, Sreedevi;PILLAI,

Bijukumar Gopinathan;VENKATARAMANA, Rajuri~ 33:IN ~31:201731011147 ~32:29/03/2017

2019/06502 ~ Provisional ~54:JACK KNIFE ASSEMBLY WITH 2 LEVERS THAT FOLDS DOWN ~71:WILLIAM

TURNER PAYNE, 12 WARRIOR ROAD, South Africa ~72: WILLIAM TURNER PAYNE~

2019/06475 ~ Provisional ~54:MINE SUPPORT BLOCK ~71:Mining Product Developments (Pty)Ltd, 10 Vegkop

Street, Noordheuwel, South Africa ~72: Frans Roelof Petrus Pienaar / Mark Howell~

2019/06490 ~ Complete ~54:POWER OPERATED LOCKING SYSTEM EARTH MOVING EQUIPMENT AND

METHOD ~71:CATERPILLAR INC., 510 Lake Cook Road, United States of America ~72: HARDER,

Craig;WEBER, Paul~ 33:US ~31:62/469,027 ~32:09/03/2017

2019/06486 ~ Complete ~54:METHODS AND COMPOSITIONS FOR TREATING RETINA-ASSOCIATED

DISEASE USING CCR3-INHIBITORS ~71:Alkahest Inc., 75 Shoreway Road, Suite D, SAN CARLOS 94070, CA,

USA, United States of America ~72: CORADINI, Laura;JACKSON, Sam;NIKOLICH, Karoly~ 33:US

~31:62/482,134 ~32:05/04/2017

2019/06477 ~ Complete ~54:DEVICE AND SYSTEM FOR ELIMINATING ELECTRODE EDGE STRIPS

~71:PERCY DANILO YAÑEZ CASTAÑEDA, Huamachuco 10558, Antofagasta, Chile ~72: PERCY

DANILO YAÑEZ CASTAÑEDA~

2019/06480 ~ Complete ~54:METHOD FOR PARTIALLY GRINDING A SURFACE AND GRINDING DEVICE

FOR CARRYING OUT THE METHOD ~71:RUD. STARCKE GMBH & CO. KG, Markt 10, Germany ~72:

Christian WALL (German Citizen);Dr. Christian BURSTEIN (German Citizen);Dr. Diethard SINRAM (German

Citizen);Peter ALFER (German Citizen);Stephan KAMPMEYER (German Citizen);Werner UNNERSTALL

(German Citizen)~ 33:DE ~31:10 2017 108 191.7 ~32:18/04/2017

2019/06482 ~ Complete ~54:FGFR3 BINDING MOLECULES ~71:Covagen AG, Gubelstrasse 34, ZUG 6300,

SWITZERLAND, Switzerland ~72: BERTSCHINGER, Julian;GRABULOVSKI, Dragan;HENNE, Patricia;KAGE,

Elena;SILACCI MELKKO, Michaela;WOODS, Richard;ZUBLER, Barbara~ 33:EP ~31:17164482.6

~32:03/04/2017

2019/06489 ~ Complete ~54:RESOURCE INDICATING METHOD, APPARATUS, ACCESS NETWORK

DEVICE, TERMINAL AND SYSTEM ~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~

2019/06474 ~ Provisional ~54:POOL HOSE MOORING SYSTEM-CLIP AND HOSE BAND ~71:Mark Thomas

Todkill, 71 Mustang Avenue, Pierre van Ryneveld, South Africa ~72: Mark Thomas Todkill~

2019/06478 ~ Complete ~54:METHOD FOR PRODUCING AN AXLE HOUSING OF A VEHICLE AXLE, AND

AXLE HOUSING OF A VEHICLE AXLE ~71:BPW BERGISCHE ACHSEN KG, Ohlerhammer, Germany ~72:

Heinrich PICKER (German citizen);Katarzyna GIANTSIOS (German citizen)~ 33:DE ~31:10 2017 107 725.1

~32:10/04/2017

2019/06483 ~ Complete ~54:METHODS AND COMPOSITIONS FOR TRANSDUCING AND EXPANDING

LYMPHOCYTES AND REGULATING THE ACTIVITY THEREOF ~71:F1 Oncology, Inc., 625 N. Flagler Dr., Suite

625, WEST PALM BEACH 33401, FL, USA, United States of America ~72: FROST, Gregory Ian;GUIBINGA,

Ghiabe H.;HAERIZADEH, Farzad;ONUFFER, James Joseph~ 33:US ~31:62/467,039 ~32:03/03/2017;33:IB


Page | 34

~31:2017/023112 ~32:19/03/2017;33:US ~31:15/462,855 ~32:19/03/2017;33:IB ~31:2017/041277

~32:08/07/2017;33:US ~31:15/644,778 ~32:08/07/2017;33:US ~31:62/560,176 ~32:18/09/2017;33:US

~31:62/564,253 ~32:27/09/2017;33:US ~31:62/564,991 ~32:28/09/2017

2019/06496 ~ Provisional ~54:I QUEUE 4 YOU ~71:NKUNA KOKETSO DENNY, 76 LEGABENG SECTION,,

South Africa ~72: NKUNA KOKETSO DENNY~

2019/06497 ~ Provisional ~54:APT (ALL PROJECT TRANSPARENCY) ~71:Sakhile Hopewell Ntuli, 1351 Ext 5

Empumelelewni,, South Africa ~72: SAKHILE HOPEWELL NTULI~

2019/06476 ~ Provisional ~54:ROLL CAGE SYSTEM FOR PASSENGER TRANSPORT VEHICLES ~71:KARIN

NEL, 812B Wilgerweg, Doornpoort, South Africa;Phillip Nel, 812B Wilgerweg, Doornpoort, South Africa ~72:

KARIN NEL;Phillip Nel~ 33:ZA ~31:2019-10-01 ~32:01/10/2019

2019/06484 ~ Complete ~54:DETERMINING RISK RELATING TO REAL ESTATE AND RECONSTRUCTION

~71:KBC Groep NV, Havenlaan 2, BRUSSEL 1080 , BELGIUM, Belgium ~72: CHIZI, Barak;HENDRICKX,

Tayena;MAES, Natasja;MATYSKA, Tomáš;VAN GASSE, Rita;VERSTRAETE, Hans~ 33:EP

~31:17171800.0 ~32:18/05/2017;33:US ~31:62/508,094 ~32:18/05/2017

2019/06487 ~ Complete ~54:DISC BRAKE, BRAKE CALIPER OF A DISC BRAKE, AS WELL AS HOLD-DOWN

PIECE AND LEAF SPRING FOR SECURING THE BRAKE LININGS OF A DISC BRAKE ~71:BPW BERGISCHE

ACHSEN KG, Ohlerhammer, Germany ~72: Georg GOYKE (German Citizen)~ 33:DE ~31:10 2017 108 175.5

~32:18/04/2017

2019/06498 ~ Provisional ~54:CELLPHONE CLOCKING INFORMATION SERVICE (CCIS) ~71:SAKHILE

HOPEWELL NTULI, 1351 Ext 5 Empumelelweni,, South Africa ~72: SAKHILE HOPEWELL NTULI~

2019/06499 ~ Provisional ~54:VEHICLE WHEEL ALARM SYSTEM (WHEEL'S EYE) ~71:HERMANUS CAREL

SNYMAN 7301215176087, 8 Olienhout Street,, South Africa ~72: HERMANUS CAREL SNYMAN~

2019/06500 ~ Provisional ~54:NOSPRINKLE ~71:CHARLES MAX BÜCHLER, 699 Tarryn St, Rietvleiview,,

South Africa;IWAN BÜCHLER, 699 Tarryn St, Rietvleiview,, South Africa ~72: CHARLES MAX

BÜCHLER;IWAN BÜCHLER~

- APPLIED ON 2019/10/03 -

2019/06597 ~ Provisional ~54:REVISABLE AERODYNAMIC PEST SWATTER ~71:HILTON BRIAN THOMAS,

309 THORA COURT, KITE STR HORISON, South Africa ~72: HILTON BRIAN THOMAS~

2019/06595 ~ Provisional ~54:PLATORA ~71:Tshegofatso Matima, 349 B TAUE STREET ZONE3

MEADOWLANDS, South Africa ~72: Tshegofatso Matima~

2019/06598 ~ Provisional ~54:SHIKISHA ~71:DITHATE SILAS MOEKETSANE, PLOT 2 VAALDAM ROAD,

HEIDELBERG, South Africa ~72: DITHATE SILAS MOEKETSANE~

2019/06599 ~ Complete ~54:METHODS FOR TREATING DEPENDENCE ~71:BIOTIE THERAPIES,INC, 601

Gateway Boulevard,Suite 1200 South San Francisco California 94080, United States of America ~72:

MORAN,Mark;PICKFORD,Lesley;WOIWODE,Tom~ 33:US ~31:60/935,323 ~32:06/08/2007;33:US

~31:60/956,555 ~32:17/08/2007;33:US ~31:60/960,591 ~32:04/10/2007


Page | 35

2019/06525 ~ Provisional ~54:SOUTH AFRICAN MUSIC VIDEO AWARDS ~71:Bhekani Zikalala, Suite 1025

Commercial City Building, South Africa;Siyethemba Ngwenya, Suite 1025 Commercial City Building, South Africa

~72: Bhekani Zikalala;Siyethemba Ngwenya~

2019/06503 ~ Provisional ~54:METHOD AND SYSTEM FOR CREATING AND PUBLISHING AN EVENT ON A

PLATFORM ~71:KONVI (PTY) LTD, 3 Anfield Village, Forest Drive Ext, Pinelands, South Africa ~72: KHALO,

Maketele Gerald;NKHUMISE, Reabetswe Michael~

2019/06507 ~ Provisional ~54:CONTAINER FOR TRANSPORTING LIQUIDS ~71:ACROSS AFRICA FUELS

(PTY) LTD, Portion 12 Erf 788 B, Pat Harrison Street, Messina Ext 3 Township, South Africa ~72: POTGIETER,

Willem Frederik~

2019/06573 ~ Complete ~54:ROLLER MONITORING SYSTEM ~71:WEST COAST GROUP (PTY) LTD, 29

BELLADONNA AVENUE, VREDEHOEK, South Africa ~72: LAWRENCE, Gareth John~ 33:ZA ~31:2018/06978

~32:19/10/2018

2019/06511 ~ Complete ~54:GUN ~71:ARSENAL FIREARMS FINANCE LIMITED, Road Town, Tortola Aleman,

Cordero, Galindo & Lee Trust (BVI) Limited P.O. BOX 3175, United Kingdom ~72: STRESHINSKY, Dimitry~

2019/06505 ~ Provisional ~54:A TANK ~71:MODULAR TANKING SOLUTIONS (MAURITIUS) LTD, 9th Floor,

Maeva Tower, Cnr Silicon Ave & Bank Street, Mauritius ~72: PROCTOR, Clint, Steel~

2019/06513 ~ Complete ~54:ANTI-PD-L1 ANTIBODY AND USE THEREOF ~71:R-Pharm Overseas Inc., 505

Coast Blvd. So., Suite 102, LA JOLLA 92037, CA, USA, United States of America ~72: ARCHUADZE,

Shorena;BARBASHOV, Sergei;IGNATIEV, Vasily;LAVROVSKY, Yan;REPIK, Alexey;SAMSONOV, Mikhail;XU,

Ting~ 33:IB ~31:2017/028206 ~32:18/04/2017

2019/06514 ~ Complete ~54:MINE SHAFT CONVEYANCE SAFETY BRAKE ~71:FLSmidth A/S, Vigerslev

Allé 77, VALBY DK-2500, DENMARK, Denmark ~72: KENNEDY, Donald Todd;LAARAKKER, Henry

T.;THIESEN, Marcus~ 33:DK ~31:PA 2017 70243 ~32:04/04/2017

2019/06515 ~ Complete ~54:SELF-ASSEMBLING PROTEIN NANOSTRUCTURES DISPLAYING

PARAMYXOVIRUS AND/OR PNEUMOVIRUS F PROTEINS AND THEIR USE ~71:Institute for Research in

Biomedicine, Via Vincenzo Vela 6, BELLINZONA 6500, SWITZERLAND, Switzerland;University of Washington,

4545 Roosevelt Way NE, Suite 400, SEATTLE 98105-4721, WA, USA, United States of America ~72: BAKER,

David;KING, Neil P.;LANZAVECCHIA, Antonio;MARCANDALLI, Jessica;NICKERSON, Brooke;PEREZ,

Laurent;STEWART, Lance Joseph~ 33:US ~31:62/481,331 ~32:04/04/2017

2019/06518 ~ Complete ~54:ANTICANCER COMPOUNDS ~71:PHARMA MAR, S.A., Avenida de los Reyes, 1

Poligono Industrial La Mina-Norte E-28770 Colmenar Viejo, Madrid, Spain ~72: FERNANDO DE LA CALLE

VERDÚ;LIBRADA MARÍA CAÑEDO HERNÁNDEZ;MARÍA DEL CARMEN

SCHLEISSNER SÁNCHEZ;MARÍA PILAR RODRÍGUEZ RAMOS;PAZ ZÚÑIGA

GIRÓN~ 33:EP ~31:17382140.6 ~32:17/03/2017

2019/06504 ~ Provisional ~54:CEO ~71:MNR JW CUSSONS, Farm Rustig , Town: Nelspruit ,

Province:Mpumalanga, South Africa ~72: John William Cussons~

2019/06519 ~ Complete ~54:METHOD AND DEVICE FOR DETERMINING RESOURCES AND STORAGE

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

Wusha, Chang'an Dongguan, 523860, Guangdong, People's Republic of China ~72: JIA SHEN;ZHI

ZHANG~ 33:US ~31:62/482,527 ~32:06/04/2017


Page | 36

2019/06522 ~ Complete ~54:MULTIPLEX ISOTYPE-SPECIFIC ANTIBODY DETECTION ~71:THE BOARD OF

TRUSTEES OF THE LELAND STANFORD JUNIOR UNIVERSITY, Office of the General Counsel Building 170,

3rd Floor, Main Quad, P.O. Box 20386, Stanford, 94305-2038, California, United States of America ~72:

CAROLYN BERTOZZI;CHENG-TING TSAI;KAORI MUKAL;MINDY TSAI;PETER ROBINSON;STEPHEN J

GALLI~ 33:US ~31:62/479,278 ~32:30/03/2017

2019/06506 ~ Provisional ~54:CLOUD PRINTOUT DELIVERY SERVICE ~71:Thandekani Ngcobo, Aloe Ridge

complex, Cowen Ntuli street, Eastdene, South Africa ~72: Thandekani Ngcobo~

2019/06508 ~ Provisional ~54:MULTIMODAL MOBILITY PLATFORM ~71:RedPro (Pty) Ltd, Lynnwood Corporate

Park, Building B, 26 Alkantrant road, Lynnwood Ridge, South Africa ~72: CLAASSEN, Daniël Gerhardus~

2019/06509 ~ Complete ~54:S1P MODULATING AGENTS ~71:Biogen MA Inc., 250 Binney Street, CAMBRIDGE

02142, MA, USA, United States of America ~72: CALDWELL, Richard D.;GUCKIAN, Kevin;KUMARAVEL,

Gnanasambandam;LIN, Edward Yin-Shiang;MA, Bin;MI, Sha;THOMAS, Jermaine;ZHENG, Guo Zhu~ 33:US

~31:61/440,254 ~32:07/02/2011

2019/06510 ~ Complete ~54:HETEROAROMATIC COMPOUNDS AS VANIN INHIBITORS ~71:BOEHRINGER

INGELHEIM INTERNATIONAL GMBH, Binger Strasse 173, Germany ~72: BOSANAC, Todd;BURKE, Michael,

Jason;COOK, Brian, Nicholas;DISALVO, Darren, Todd;KIRRANE JR., Thomas, Martin;SHEN, Yue~ 33:US

~31:62/518,106 ~32:12/06/2017

2019/06512 ~ Complete ~54:RIB, WALL, SLOPE AND ROOF SAFETY SYSTEM ~71:REAL INNOVATIONS

AUSTRALIA PTY LTD, 27 Sharpless Road, Springfield, Australia ~72: KATHAGE, Wade~ 33:AU

~31:2017900767 ~32:06/03/2017

2019/06520 ~ Complete ~54:INTERMEDIATE FILM FOR LAMINATED GLASS, AND LAMINATED GLASS

~71:SEKISUI CHEMICAL CO., LTD., 4-4, Nishitemma 2-chome, Kita-ku, Osaka-shi, Osaka, 5308565, Japan ~72:

SHINJI KAWADA;TATSUYA IWAMOTO;YUKI ISHIKAWA;YUU SAKAMOTO~ 33:JP ~31:2017-099867

~32:19/05/2017;33:JP ~31:2017-143120 ~32:24/07/2017;33:JP ~31:2018-017726 ~32:02/02/2018

2019/06521 ~ Complete ~54:METHOD FOR CONFIGURING RESOURCE, USER EQUIPMENT, NETWORK

DEVICE AND COMPUTER STORAGE MEDIUM ~71:GUANGDONG OPPO MOBILE TELECOMMUNICATIONS

CORP., LTD., No. 18, Haibin Road, Wusha, Chang'an Dongguan, 523860, Guangdong, People's Republic

of China ~72: JIA SHEN;ZHI ZHANG~ 33:US ~31:62/482,766 ~32:07/04/2017

2019/06523 ~ Complete ~54:BENZAZEPINE COMPOUNDS, CONJUGATES, AND USES THEREOF

~71:SILVERBACK THERAPEUTICS, INC., 500 Fairview Avenue North, Suite 600, Seattle, 98109, Washington,

United States of America ~72: CRAIG ALAN COBURN;PETER ROBERT BAUM;SEAN WESLEY SMITH~ 33:US

~31:62/471,886 ~32:15/03/2017;33:US ~31:62/573,630 ~32:17/10/2017;33:US ~31:62/622,780

~32:26/01/2018

2019/06526 ~ Provisional ~54:USSD AND DIGITAL SECRET BALLOT SYSTEM ~71:LUCAS LEHOKE, 11785

NATHAN SIDJEO STR, South Georgia and the South Sandwich Islands ~72: LUCAS LEHOKE~

2019/06574 ~ Complete ~54:SOOT REMOVAL PROCESS AND ASSEMBLY IN COOLING SECTORS AND

RECUPERATORS ~71:SUNFIRE GMBH, Gasanstaltstrasse 2, Germany ~72: Carl BERNINGHAUSEN (German

Citizen);Christian KLAHN (German Citizen);Dietmar RÜGER (German Citizen);Robert BLUMENTRITT

(German Citizen);Sebastian BECKER (German Citizen)~ 33:EP ~31:17175569.7 ~32:12/06/2017


Page | 37

2019/06516 ~ Complete ~54:PROCESS FOR PURIFICATION AND SEPARATION OF CANNABINOIDS FROM

DRIED HEMP AND CANNABIS LEAVES ~71:OROCHEM TECHNOLOGIES, INC., 340 Shuman Boulevard,

United States of America ~72: ADEL, Faridedin;CHEN, Xinjie;EDIRISINGHE, Praneeth Dayanthe;HOUSE, David

W.;OROSKAR, Anil Rajaram;OROSKAR, Asha Anil;OROSKAR, Gautham Anil~ 33:US ~31:15/644,112

~32:07/07/2017

2019/06517 ~ Complete ~54:AQUEOUS ANTI-PD-L1 ANTIBODY FORMULATION ~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: ALESSANDRA DEL RIO;GIANLUCA RINALDI;MICHAEL JAMES

SHOPIK;SILVIA FRATARCANGELI~ 33:EP ~31:17159354.4 ~32:06/03/2017

2019/06524 ~ Complete ~54:PERSONALIZED CONTRACEPTIVE FORMULATIONS ~71:AGILE

THERAPEUTICS, INC., 101 Poor Farm Road, 3rd Floor, Princeton, 08540, New Jersey, United States of America

~72: AGIS KYDONIEUS;ELIZABETH I.O. GARNER;JOSEPH A CHIODO III;JOSEPH A D'URSO~ 33:US

~31:62/471,640 ~32:15/03/2017

2019/06596 ~ Provisional ~54:MUTLI-DECKED BEDDING ~71:HILTON BRIAN THOMAS, 309 THORA COURT,

KITE STR HORISON, ROODEPOORT, South Africa ~72: HILTON BRIAN THOMAS~

- APPLIED ON 2019/10/04 -

2019/06554 ~ Complete ~54:11,13-MODIFIED SAXITOXINS FOR THE TREATMENT OF PAIN ~71:SITEONE

THERAPEUTICS, INC., 203 Enterprise Blvd., Suite 3 Bozeman, 59718, Montana, United States of America;THE

BOARD OF TRUSTEES OF THE LELAND STANFORD JUNIOR UNIVERSITY, Office of the General Counsel

Building 170, 3rd Floor, Main Quad, P.O. Box 20386, Stanford, 94305-2038, California, United States of America

~72: ANTON DELWIG;GEORGE MILJANICH;GRANT MASAAKI SHIBUYA;HASSAN PAJOUHESH;JACOB

BECKLEY;JOHN MULCAHY;JUSTIN DU BOIS~ 33:US ~31:62/478,523 ~32:29/03/2017

2019/06556 ~ Complete ~54:GRINDING MILL, PULP LIFTER AND OUTER PULP LIFTER ELEMENT

~71:OUTOTEC (FINLAND) OY, Rauhalanpuisto 9, Espoo, 02230, Finland ~72: ADAM DEL BIANCO;ALEX

HEATH;ANDRES PAZ;TAMER EID~

2019/06559 ~ Provisional ~54:TECSAP EVADS ~71:LEBOGANG MASHILO, 7026 Zone-6, South Africa ~72:

LEBOGANG MASHILO~

2019/06607 ~ Complete ~54:SEALANT AND METHOD OF MANUFACTURING SAME ~71:LAUBSCHER,

Jacques, Unit B3, Reseda Office Park, 7 Reseda Street, South Africa ~72: LAUBSCHER, Jacques~ 33:ZA

~31:2019/02503 ~32:23/04/2019

2019/06540 ~ Complete ~54:AEROSOL DELIVERY DEVICE WITH IMPROVED ATOMIZER ~71:RAI

STRATEGIC HOLDINGS, INC., 401 North Main Street, United States of America ~72: DAVIS, Michael

F.;MINSKOFF, Noah Mark;SEARS, Stephen Benson~ 33:US ~31:15/472,839 ~32:29/03/2017

2019/06543 ~ Complete ~54:WIRELESS CHARGING DEVICE, DEVICE TO-BE-CHARGED, AND METHOD FOR

CONTROLLING THE SAME ~71:GUANGDONG OPPO MOBILE TELECOMMUNICATIONS CORP., LTD., No.

18, Haibin Road, Wusha,, People's Republic of China ~72: WAN, Shiming;ZHANG, Jialiang~ 33:CN

~31:PCT/CN2017/079784 ~32:07/04/2017;33:CN ~31:PCT/CN2017/080334 ~32:13/04/2017

2019/06548 ~ Complete ~54:COLLAGEN PEPTIDE-BASED MEDICAMENT COMPOSITIONS AND DEVICES

AND METHODS OF PRODUCTION AND USE THEREOF ~71:Sustain Holdings, LLC, 2336 SE Ocean Blvd.,

Suite 373, STUART 34996, FL, USA, United States of America ~72: BARATTA, Robert;DELOREY, Shawn


Page | 38

A.;RICHARD ERIC SCHLUMPF~ 33:US ~31:62/482,592 ~32:06/04/2017;33:US ~31:62/581,927

~32:06/11/2017

2019/06551 ~ Complete ~54:TRICYCLIC COMPOUNDS AS GLYCOGEN SYNTHASE KINASE 3 (GSK3)

INHIBITORS AND USES THEREOF ~71:Biogen MA Inc., 225 Binney Street, CAMBRIDGE 02142, MA, USA,

United States of America;The Broad Institute, Inc., 415 Main Street, CAMBRIDGE 02142, MA, USA, United

States of America ~72: CAMPBELL, Arthur J.;CHEN, TeYu;HOLSON, Edward;LUCAS, Brian Stuart;SACHER,

Joshua R.;WAGNER, Florence Fevrier;WEIWER, Michel~ 33:US ~31:62/481,981 ~32:05/04/2017

2019/06553 ~ Complete ~54:SELF-PROPELLED MATERIAL PROCESSOR AND/OR HANDLING SYSTEM

~71:LIEBHERR-COMPONENTS BIBERACH GMBH, Hans-Liebherr-Strasse 45, 88400, Biberach/Riss, Germany

~72: MARKUS MERKLE;MICHAEL PALBERG~ 33:DE ~31:10 2017 002 790.0 ~32:22/03/2017

2019/06555 ~ Complete ~54:USE OF KLK5 ANTAGONISTS FOR TREATMENT OF A DISEASE

~71:GENENTECH, INC., 1 DNA Way, South San Francisco, 94080, California, United States of America ~72:

AMY DRESSEN;BRIAN L YASPAN;DAVID B IAEA;HENRY R MAUN;HILDA Y HERNANDEZ-BARRY;JANET K

JACKMAN;JOSEPH R ARRON;KELLY LOYET;MOULAY HICHAM ALAOUI ISMAILI;ROBERT A

LAZARUS;TANGSHENG YI~ 33:US ~31:62/488,515 ~32:21/04/2017

2019/06530 ~ Provisional ~54:THERMITE INITIATOR ~71:PAUL ANTHONY RICHARDS, 85 Riverside Drive,

Fisherhaven, Hermanus, 7200, Western Cape, South Africa ~72: PAUL ANTHONY RICHARDS~

2019/06531 ~ Provisional ~54:AGRICULTURAL CONTROLLE VALVE SYSTEM ~71:D J Strydom, Rietbok str

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

2019/06532 ~ Complete ~54:SWITCH INTERFACE ELEMENT ~71:SCHNEIDER ELECTRIC (AUSTRALIA) PTY

LIMITED, 78 Waterloo Road, Macquarie Park, Australia ~72: JUHASZ, Elizabeth Tunde;LIFRAN, Xavier~ 33:AU

~31:2018903769 ~32:05/10/2018

2019/06533 ~ Complete ~54:REDUCED POLYMER FORMATION FOR 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;STEVEN BISCHOF;URIAH KILGORE~ 33:US ~31:15/167,024 ~32:27/05/2016

2019/06535 ~ Complete ~54:SYSTEM AND METHOD OF FACILITATING A TRANSACTION BETWEEN A

HIRING AGENT AND A JOB SEEKER ON AN EMPLOYMENT PLATFORM ~71:SLOG AND LADDER (PTY)

LTD, 20 Milner Road, Mount Pleasant, PORT ELIZABETH 6070, Eastern Cape, SOUTH AFRICA, South Africa

~72: DELPORT, Petrus Johannes Hermanus;DELPORT, Richard Allan~ 33:ZA ~31:2018/04469 ~32:04/07/2018

2019/06536 ~ Complete ~54:SYSTEM AND METHOD FOR OPERATION OF A FLEXIBLE FUEL COMBUSTOR

FOR A GAS TURBINE ~71:8 RIVERS CAPITAL, LLC, 406 Blackwell Street, Durham, United States of America

~72: FETVEDT, Jeremy Eron;LU, Xijia;MCGRODDY, Peter Michael~ 33:US ~31:62/467,924 ~32:07/03/2017

2019/06539 ~ Complete ~54:METHODS AND COMPOSITIONS FOR TREATING AGING-ASSOCIATED

IMPAIRMENTS USING CCR3-INHIBITORS ~71:ALKAHEST, INC., 75 Shoreway Road, Suite D, United States of

America ~72: BRAITHWAITE, Steven P.;MINAMI, S. Sakura;NIKOLICH, Karoly~ 33:US ~31:62/482,137

~32:05/04/2017;33:US ~31:62/560,940 ~32:20/09/2017;33:US ~31:62/620,921 ~32:23/01/2018

2019/06541 ~ Complete ~54:ISOXAZOLE DERIVATIVES AS NUCLEAR RECEPTOR AGONISTS AND USES

THEREOF ~71:IL DONG PHARMACEUTICAL CO., LTD., 2, BAUMOE-RO 27-GIL, SEOCHO-GU, SEOUL

06752, REPUBLIC OF KOREA, Republic of Korea ~72: CHOI, Ji-Hye;HWANG, Hey-Min;JEONG, Jin-Ah;KANG,


Page | 39

Jae-Hoon;KIM, Jeong-Guen;KIM, Kyeo-Jin;KIM, Kyung-Sun;KWON, Sung-Wook;LEE, Hong-Sub;LEE, Yoon-

Suk;PARK, Sun-Young;SONG, Dong-Keun~ 33:KR ~31:10-2017-0047393 ~32:12/04/2017;33:KR ~31:10-

2018-0042545 ~32:12/04/2018

2019/06542 ~ Complete ~54:PROCESS FOR THE TREATMENT OF WASTEWATER ~71:HERAEUS

DEUTSCHLAND GMBH & CO. KG, HERAEUSSTRASSE 12-14, D-63450 HANAU, GERMANY,

Germany;HERAEUS PRECIOUS METAL TECHNOLOGY (CHINA) CO., LTD., SOUTH ZHAOQIAOHE ROAD,

NANJING CHEMICAL INDUSTRY PARK, NANJING, 210047, CHINA, People's Republic of China;HERAEUS

SITE OPERATIONS GMBH & CO. KG, HERAEUSSTRASSE 12-14, 63450 HANAU, GERMANY, Germany

~72: CHEN, Li;JANITZ, Hartmut;LEHR, Birger;NOWOTTNY, Christian;YU, Zhenggang~

2019/06544 ~ Complete ~54:DEVICE FOR DISPLAYING ARTICLES WITH MAGNETIC FASTENING ~71:Legami

S.R.L., Via Stezzano, 18, AZZANO S. PAOLO (BG) I-24052, ITALY, Italy ~72: FASSI, Alberto~ 33:IT

~31:102017000053774 ~32:18/05/2017

2019/06561 ~ Complete ~54:FASTENER FOR A WHEEL ~71:MEASON ENGINEERING (PTY) LTD, 68A HOOG

STREET, POLOKWANE, 0070,, South Africa ~72: VAN ZYL,GIDEON PETRUS JACOBUS~ 33:ZA

~31:2018/04470 ~32:04/07/2018;33:ZA ~31:2018/08591 ~32:20/12/2018

2019/06633 ~ Provisional ~54:GROCERY ADVANCE MOBILE GRANTING SYSTEM ~71:SIPHO MABUYA, 67

KGOTSENG STR EXT 2,, South Africa;THABISO MESO, 67 KGOTSENG STR EXT 2,, South Africa ~72: SIPHO

MABUYA;THABISO MESO~

2019/06529 ~ Provisional ~54:AN ICE MOLD ~71:MARC TIMOTHY TURK, 9 Mountain Rise Road, Phezulu

Estate, Old Main Road, South Africa ~72: TURK, Marc Timothy~

2019/06538 ~ Complete ~54:AEROSOL DELIVERY DEVICE INCLUDING SUBSTRATE WITH IMPROVED

ABSORBENCY PROPERTIES ~71:RAI STRATEGIC HOLDINGS, INC., 401 North Main Street, United States of

America ~72: DAVIS, Michael F.;PHILLIPS, Percy D.;SEBASTIAN, Andries Don~ 33:US ~31:15/472,966

~32:29/03/2017

2019/06545 ~ Complete ~54:MANUFACTURE OF A CRYSTALLINE PHARMACEUTICAL PRODUCT ~71:Orion

Corporation, Orionintie 1, ESPOO FI-02200, FINLAND, Finland ~72: HARTEVA, Merja;STAFFANS, Anna~ 33:FI

~31:20175202 ~32:07/03/2017

2019/06547 ~ Complete ~54:METHOD FOR GENERATING A MITRAL REPAIR RING, AND MITRAL REPAIR

RING ~71:CD MED S.R.L., Via Manfredo Fanti, 3, TORINO 10128 , ITALY, Italy ~72: DEORSOLA, Luca~

2019/06550 ~ Complete ~54:PHARMACEUTICAL SALTS, PHYSICAL FORMS, AND COMPOSITIONS OF

PYRROLOPYRIMIDINE KINASE INHIBITORS, AND METHODS OF MAKING SAME ~71:ACEA Therapeutics,

Inc., 4224 Campus Point Ct., Ste. 210, SAN DIEGO 92121, CA, USA, United States of America;Hangzhou ACEA

Pharmaceutical Research Co., Ltd., Building 3, #208 Zhenzhong Road, Xihu District, HANGZHOU 310030,

ZHEJIANG, CHINA (P.R.C.), People's Republic of China;Zhejiang ACEA Pharmaceuticals Co., Ltd., 11 Huayin

North Road, Kecheng District, QUZHOU 324000, ZHEJIANG, CHINA (P.R.C.), People's Republic of China ~72:

BAO, Yimei;CHEN, Yile;DAI, Kongen;HUA, Yuning;LIU, Jia;MAO, Long;MO, Xiaopeng;WANG, Xiaobo;WENG,

Bojie;WU, Jian;XU, Wanhong;XU, Xiao~

2019/06557 ~ Complete ~54:ASSEMBLY OF A CARRIER AND A PLURALITY OF ELECTRICAL CIRCUITS

FIXED THERETO, AND METHOD OF MAKING THE SAME ~71:CARDLAB APS, Hørkær 14, 1, 2730,

Herlev, Denmark ~72: FINN NIELSEN;HENNING BONDE NIELSEN;ROBERT BERNT GIEDENBACHER~ 33:DK

~31:PA 2017 70214 ~32:24/03/2017


Page | 40

2019/06527 ~ Provisional ~54:A STORAGE DEVICE ~71:MARLIN, PASCAL, 5 Sunbird Avenue Chapman¿s Bay

Estate, South Africa ~72: MARLIN, PASCAL~

2019/06528 ~ Provisional ~54:SYSTEM AND METHOD FOR MONITORING AGRICULTURAL HARVESTING

CONTAINERS ~71:REID AND VERWEY CC, 13 Porter Street, South Africa ~72: REID, James Michael Cedric~

2019/06534 ~ Complete ~54:REDUCED POLYMER FORMATION FOR 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;STEVEN BISCHOF;URIAH KILGORE~ 33:US ~31:15/167,009 ~32:27/05/2016

2019/06537 ~ Complete ~54:SYSTEM AND METHOD FOR COMBUSTION OF SOLID FUELS AND

DERIVATIVES THEREOF ~71:8 RIVERS CAPITAL, LLC, 406 Blackwell Street, Durham, United States of

America ~72: ABDULSATER, Hassan;BONILHA, Chris;FETVEDT, Jeremy Eron;GREGORY, Brent;LENERTZ,

James;LU, Xijia;TSCHIRREN, Stefan~ 33:US ~31:62/468,183 ~32:07/03/2017;33:US ~31:62/526,022

~32:28/06/2017

2019/06546 ~ Complete ~54:IMPROVED METHOD OF PRODUCING COLLAGENASE ~71:BERBAUM, Michael,

1138 Kepler Road, POTTSTOWN 19464, PA, USA, United States of America;DZIADOSZ, Jason, 119 H

Horseshoe Dr., QUAKERTOWN 18951, PA, USA, United States of America;Endo Ventures Limited, First Floor,

Minerva House, Simmonscourt Road, Ballsbridge, DUBLIN 4, IRELAND, Ireland;HANNA, John, 2612 Equestrian

Way, EAST NORRITON 19403, PA, USA, United States of America;SHANAFELT, Daniel, 134 Washington St.,

RED HILL 18076, PA, USA, United States of America;SHEAFFER, Christine A., 60 Quarry Road, DOYLESTOWN

18901, PA, USA, United States of America ~72: BERBAUM, Michael;DZIADOSZ, Jason;HANNA,

John;SHANAFELT, Daniel;SHEAFFER, Christine A.~ 33:US ~31:62/477,846 ~32:28/03/2017

2019/06549 ~ Complete ~54:COMPOUNDS AND COMPOSITIONS HAVING KNOCK-DOWN OR BLOOD FEED

INHIBITION ACTIVITY AGAINST INSECT PESTS ~71:Syngenta Participations AG, Rosentalstrasse 67, BASEL

4058, SWITZERLAND, Switzerland ~72: CAMBLIN, Philippe;HOPPE, Mark;HUETER, Ottmar

Franz;MAIENFISCH, Peter;WEGE, Philip~ 33:EP ~31:17165115.1 ~32:05/04/2017

2019/06552 ~ Complete ~54:OPTICAL THERAPEUTIC DEVICE ~71:Akulight AS, Stemmane 25,

KRISTIANSAND S 4636, NORWAY, Norway ~72: SOLBERG, Jan Fredrik~ 33:NO ~31:20170329

~32:06/03/2017

2019/06558 ~ Complete ~54:WIRELESS CHARGING SYSTEM, DEVICE, AND METHOD, AND DEVICE TO-BE-

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

Wusha,, People's Republic of China ~72: LI, Jiada;LIN, Shangbo;WAN, Shiming;ZHANG, Jialiang~ 33:CN

~31:PCT/CN2017/079784 ~32:07/04/2017;33:CN ~31:PCT/CN2017/080334 ~32:13/04/2017

- APPLIED ON 2019/10/07 -

2019/06568 ~ Provisional ~54:RADIO BROADCAST-CONTROLLED UTILITIES MANAGEMENT

~71:NARAINSAMY, Selvanathan, 227 Delaware Avenue, Virginia, Durban North, South Africa;WRIGHT, Andrew

Gary, 46 Baines Road, Glenmore, South Africa ~72: NARAINSAMY, Selvanathan;WRIGHT, Andrew Gary~

2019/06587 ~ Complete ~54:HAIR EXTENSION DEVICES ~71:ZIP LOXX, LLC, 125 Commerce Drive,

Hauppauge, 11788, New York, United States of America ~72: PRIEL MAMAN~ 33:US ~31:62/482,000

~32:05/04/2017;33:US ~31:15/692,644 ~32:31/08/2017


Page | 41

2019/06584 ~ Complete ~54:PROCESS FOR THE RECOVERY OF LITHIUM ~71:UMICORE, Rue du Marais 31,

B-1000, Brussels, Belgium ~72: DAVID DUPONT;HARALD OOSTERHOF;WENDY DROUARD~ 33:EP

~31:17165533.5 ~32:07/04/2017

2019/06589 ~ Complete ~54:LOW PERMEABILITY AND HIGH STRENGTH WOVEN FABRIC AND METHODS

OF MAKING THE SAME ~71:INVISTA TEXTILES (U.K.) LIMITED, One St. Peter's Square, Manchester, M2

3DE, United Kingdom ~72: NEIL HUNT~ 33:US ~31:62/500,192 ~32:02/05/2017

2019/06593 ~ Complete ~54:A COOKING PAN AND INSERT ~71:U DESIGN LIMITED, 8 Pearce Street,

Vogeltown, New Zealand ~72: SKEGGS, Jeremy Francis~ 33:NZ ~31:730260 ~32:20/03/2017

2019/06600 ~ Provisional ~54:ANTI-THEFT ASSEMBLY FOR ELECTRIC GATE MOTOR/BATTERY S

~71:ANTHONY PATRICK TRACE, PLOT 19 BOTHMA ST, South Africa ~72: ANTHONY PATRICK TRACE~

2019/06569 ~ Provisional ~54:HUNGRY JOKER DESIGN BRAAI ~71:Ian Ferreira, 16 Patrick Ave, South Africa

~72: Ian Ferreira~

2019/06570 ~ Provisional ~54:A CONNECTOR ~71:DETNET SOUTH AFRICA (PTY) LTD, Block 1B Foundershill

Office Park, Centenary street, South Africa ~72: BEUKES, Chris;BOTHA, Marius Christo;OLWAGE, Philip~

2019/06586 ~ Complete ~54:PREDICTION BASED MESSAGE TRANSMISSION TRIGGERING

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

SORRENTINO~ 33:US ~31:62/501,270 ~32:04/05/2017

2019/06592 ~ Complete ~54:IMPROVED BULLET, WEAPON PROVIDED WITH SUCH BULLETS, KIT FOR

ASSEMBLING THE SAME, AND CORRESPONDING METHODS OF MANUFACTURING, OPERATING AND

USE ASSOCIATED THERETO ~71:BINEK, Anthony A., 4874, Côte-des-Neiges, Apt. 701,

MONTRÉAL H3V 1H4, QUÉBEC, CANADA, Canada;BINEK, Lawrence A., 55 Harvest Lane,

GLASTONBURY 06033, CT, USA, United States of America;ROMAGNOLO, Gabriel Idan, 5754 Eldridge,

CÔTE-ST-LUC H4W 2E4, QUÉBEC, CANADA, Canada ~72: BINEK, Anthony A.;BINEK, Lawrence

A.;ROMAGNOLO, Gabriel Idan~ 33:US ~31:62/478,305 ~32:29/03/2017

2019/06588 ~ Complete ~54:DEVICE TO PROVIDE EVEN PRESSURE FOR FILTRATION OF BIOLOGICAL

SAMPLE ~71:TOKITAE LLC, 3150 139th Ave SE, Bellevue, 98005-4046, Washington, United States of America

~72: BENJAMIN K WILSON;ISAAC SANTOS;JOHN THOMAS CONNELLY;OZGUR EMEK YILDIRIM;STEPHEN

PAUL HARSTON;STEPHEN THOMAS GRAVES BURKOT~ 33:US ~31:62/482,844 ~32:07/04/2017;33:US

~31:15/939,756 ~32:29/03/2018

2019/06591 ~ Complete ~54:PHARMACEUTICAL COMPOSITION COMPRISING SELEXIPAG ~71:Actelion

Pharmaceuticals Ltd, Gewerbestrasse 16, ALLSCHWIL CH-4123, SWITZERLAND, Switzerland ~72:

HELLERBRAND, Klaus;SCHLICKER-SPAIN, Alexandra~ 33:IB ~31:2017/055406 ~32:08/03/2017

2019/06563 ~ Provisional ~54:CY-VS1-CYMATIC VORTEX SOLUTION-A WATER PURIFICATION SYSTEM

~71:Suzzannee Chappell, 880 Wordsworth Ave , #311, Canada ~72: Suzzannee Chappell~

2019/06567 ~ Provisional ~54:A CHARCOAL PRODUCT ~71:HOWARD, Desmond Henry, Dante Street, Erf 495,

Prosperita, Namibia;SOLOMON. Graeme, 4 Lily Road, Retreat, South Africa ~72: HOWARD, Desmond

Henry;SOLOMON, Graeme~

2019/06571 ~ Provisional ~54:AN APPARATUS AND SYSTEM FOR MINIMISING THEFT OF UNDERGROUND

CABLES ~71:Cecil Albert Mitchell, 52 Alexandra Road, South Africa ~72: Cecil Albert Mitchell~


Page | 42

2019/06576 ~ Complete ~54:APPARATUS FOR STERILISING AN INSTRUMENT CHANNEL OF A SURGICAL

SCOPING DEVICE ~71:CREO MEDICAL LIMITED, Creo House Unit 2, Beaufort Park, Beaufort Park Way,

United Kingdom ~72: BISHOP, John;BURN, Patrick;EBBUTT, Julian Mark;HANCOCK, Christopher

Paul;MEADOWCROFT, Simon;SWAIN, Sandra;TURNER, Louis;ULLRICH, George Christian;WEBB, David

Edward~ 33:GB ~31:1707230.7 ~32:05/05/2017

2019/06579 ~ Complete ~54:CONTROL SYSTEM FOR AIR SEEDER VENTING SYSTEM ~71:PRECISION

PLANTING LLC, 23207 Townline Road, Tremont, United States of America ~72: FRANK, William;NOREEN,

Trenton;PLATTNER, Chad~ 33:US ~31:62/502,432 ~32:05/05/2017

2019/06582 ~ Complete ~54:SYSTEM, METHOD AND SOFTWARE FOR PRODUCING VIRTUAL THREE

DIMENSIONAL IMAGES THAT APPEAR TO PROJECT FORWARD OF OR ABOVE AN ELECTRONIC DISPLAY

~71:MAXX MEDIA GROUP, LLC, 9532 State Road, Unit B, United States of America ~72: FREEMAN, Richard

S.;HOLLINGER, Scott A.~ 33:US ~31:15/481,447 ~32:06/04/2017

2019/06583 ~ Complete ~54:MICROFLUIDIC DIFFUSION DEVICES AND SYSTEMS, AND METHODS OF

MANUFACTURING AND USING SAME ~71:THE GOVERNMENT OF THE UNITED STATES OF AMERICA AS

REPRESENTED BY THE DEPARTMENT OF VETERANS AFFAIRS, 810 Vermont Avenue, NW Washington,

20402, District of Columbia, United States of America ~72: JOSEPH A POTKAY~ 33:US ~31:62/480,809

~32:03/04/2017

2019/06564 ~ Provisional ~54:AUTOMATIC WATER AND ELECTRICITY READING SYSTEM ~71:HuntLia

Technologies, 328 Chelverton Road, Mondeor, South Africa ~72: Melissa Laing~

2019/06577 ~ Complete ~54:A CONTAINERISED LNG LIQUEFACTION UNIT AND ASSOCIATED METHOD OF

PRODUCING LNG ~71:WOODSIDE ENERGY TECHNOLOGIES PTY LTD, 240 ST GEORGE'S TERRACE,

PERTH, WESTERN AUSRALIA 6000, AUSTRALIA, Australia ~72: COOPER, Steven~ 33:AU ~31:2017900896

~32:14/03/2017

2019/06635 ~ Provisional ~54:CELLPHONE DISPLAY CLOCKING DATA (CDCD) ~71:SAKHILE HOPEWELL

NTULI, 1351 EXT 5 EMPUMELELWENI, South Africa ~72: SAKHILE HOPEWELL NTULI~

2019/06565 ~ Provisional ~54:HIGH PRESSURE PILOT VALVE ~71:D J Strydom, Rietbok str 399, Kranspoort,

South Africa ~72: D J Strydom~

2019/06566 ~ Provisional ~54:SELF INFLATING FLOATATION ASSISTANCE DEVICE ~71:DUMONT, Terence

Paul, 19 Postern Way, Edgemead, Cape Town, 7441, SOUTH AFRICA, South Africa ~72: DUMONT, Terence

Paul~

2019/06572 ~ Provisional ~54:REGISTER MY ASSETS ~71:Shaun Sandy Blomkamp, 91 Glendowan, 142 Percy

Osbourne Road, South Africa ~72: Shaun Sandy Blomkamp~

2019/06578 ~ Complete ~54:ARRANGEMENT FOR MANOEUVRING A BOAT ~71:REMØY SEA GROUP

AS, Rabbegjerdet, Norway ~72: REMØY, Jack E.~ 33:NO ~31:20170593 ~32:07/04/2017

2019/06581 ~ Complete ~54:POLYMER COATINGS FOR BRACHYTHERAPY DEVICES ~71:ALPHA TAU

MEDICAL LTD., School of Physics, Tel Aviv University, P.O. Box 39040, Israel ~72: BERKOWITZ,

Avia;KEISARI, Yona;KELSON, Itzhak;SCHMIDT, Michael~ 33:US ~31:62/504,800 ~32:11/05/2017

2019/06585 ~ Complete ~54:SYSTEMS AND METHODS FOR PERFORMING DATA PROCESSING

OPERATIONS USING VARIABLE LEVEL PARALLELISM ~71:AB INITIO TECHNOLOGY LLC, 201 Spring


Page | 43

Street, Lexington, 02421, Massachusetts, United States of America ~72: GARTH ALLEN DICKIE~ 33:US

~31:62/478,390 ~32:29/03/2017

2019/06590 ~ Complete ~54:PROCESS FOR CONVERTING INVERTEBRATES INTO FEEDSTOCK

~71:ENTOMICS BIOSYSTEMS LIMITED, Future Business Centre, Cambridge Kings Hedges Road, Cambridge,

CB4 2HY, Cambridgeshire, United Kingdom ~72: MIHA PIPAN~ 33:GB ~31:1705675.5 ~32:07/04/2017

2019/06594 ~ Complete ~54:OPERATING A HEAT EXCHANGER ~71:DOW GLOBAL TECHNOLOGIES LLC,

2040 Dow Center Midland, United States of America ~72: LANG, Christoph;WOCKE, Colmar;ZAUGG-

HOOZEMANS, Evelyn A.~ 33:US ~31:62/469,644 ~32:10/03/2017

2019/06562 ~ Provisional ~54:BIODIESEL-POWERED FORKLIFT TRUCK ~71:Sivuyile Mndawe, 147 Waterford

View Estate, South Africa ~72: Sivuyile Mndawe~

2019/06575 ~ Complete ~54:ASSAY TO MEASURE THE POTENCY OF RECEPTOR-LIGAND INTERACTIONS

IN NANOMEDICINES ~71:UTI LIMITED PARTNERSHIP, 3655 36 Street NW, Canada ~72: SANTAMARIA,

Pedro~ 33:US ~31:62/483,298 ~32:07/04/2017

2019/06580 ~ Complete ~54:NOVEL COMPOUNDS AND THERAPEUTIC USES THEREOF ~71:CENTAURI

THERAPEUTICS LIMITED, 1st Floor Thavies Inn House, -4 Holborn Circus, United Kingdom ~72: GLOSSOP,

Melanie;PICKFORD, Christopher;WATSON, Christine;WESTBY, Michael~ 33:GB ~31:1705686.2

~32:07/04/2017

- APPLIED ON 2019/10/08 -

2019/06612 ~ Complete ~54:CONVEYING AND POSITIONING SYSTEM AND METHOD ~71:GUANGZHOU

MINO AUTOMOTIVE EQUIPMENT CO., LTD, 1A/F-2/F, C3/B, No. 11 Kaiyuan Avenue, Science City of GZ New

and Hi-tech, People's Republic of China;MINO AUTOMOTIVE EQUIPMENT (SHANGHAI) CO., LTD., No. 5,

Building E, No. 66, Feidu Road, Nanhui New Town, People's Republic of China ~72: CHEN, Zhencheng;LI,

Junhui;LI, Qing;YANG, Meng;ZHANG, Hongchen~ 33:CN ~31:201710257444.7 ~32:19/04/2017

2019/06614 ~ Complete ~54:MAGNETIC BASE TEST TUBE, RECEIVING DISC, PIPETTE, AND INJECTOR

STAND FOR SUPER CLEAN BENCH ~71:NANTONG UNIVERSITY, No. 9 Seyuan Road, Chongchuan,

Nantong, Jiangsu, 226000, People's Republic of China ~72: CHANG, Renan;JIANG, Jianlan;LU, Jianhua;PENG,

Yuping;QIU, Yihua~

2019/06617 ~ Complete ~54:STORAGE TRAY, DROPPER HOLDER, PIPETTOR HOLDER, SYRINGE HOLDER

AND STERILISATION TRAY FOR CLEAN BENCH ~71:NANTONG UNIVERSITY, No.9 Seyuan Road,

Chongchuan, Nantong, Jiangsu, 226000, People's Republic of China ~72: FAN, Yaping;LIU, Zhan;PENG,

Yuping;QIU, yihua;XU, Fenfen~

2019/06624 ~ Complete ~54:PLASMODIUM SPOROZOITE NPDP PEPTIDES AS VACCINE AND TARGET

NOVEL MALARIA VACCINES AND ANTIBODIES BINDING TO ~71:INSTITUTE FOR RESEARCH IN

BIOMEDICINE, Via Vincenzo, Vela 6, 6500, Bellinzona, Switzerland;SCHWEIZERISCHES TROPEN- UND

PUBLIC HEALTH-INSTITUT, Socinstr. 57, 4002, Basel, Switzerland;SEATTLE CHILDREN'S HOSPITAL

D/B/A SEATTLE CHILDREN'S RESEARCH INSTITUTE, 4800 Sand Point Way, NE, Seattle, 98105,

Washington, United States of America ~72: ANTONIO LANZAVECCHIA;BRANDON SACK;CLAUDIA

DAUBENBERGER;JOSHUA HOONG YU TAN~ 33:US ~31:62/487,266 ~32:19/04/2017

2019/06602 ~ Provisional ~54:HOSPITAL CURTAIN DISINFECTION UNIT ~71:Alain Lotter, 23 Timavo Drive La

Lucia Durban South Africa, South Africa ~72: Alain Lotter~


Page | 44

2019/06603 ~ Provisional ~54:IFIT POLYPEPTIDES AND USES FOR TREATING TUBERCULOSIS INFECTION

~71:UNIVERSITY OF STELLENBOSCH, Victoria Street, Stellenbosch, 7600, Western Cape, South Africa ~72:

ABHILASHA MADHVI MISHRA;BIENYAMEEN BAKER~

2019/06606 ~ Provisional ~54:VEHICLE WASHING SYSTEM AND METHOD ~71:NAIDU, Rinaldo, 292 Surrey

Avenue, Liberty Corner, Ferndale, JOHANNESBURG 2180, Gauteng, SOUTH AFRICA, South Africa ~72:

NAIDU, Rinaldo~

2019/06608 ~ Complete ~54:ADENO-ASSOCIATED VIRUS VECTOR DELIVERY OF MICRO-DYSTROPHIN TO

TREAT MUSCULAR DYSTROPHY ~71:RESEARCH INSTITUTE AT NATIONWIDE CHILDREN'S

HOSPITAL, 700 Children's Drive, Room W 172, Columbus, 43205, Ohio, United States of America ~72:

JERRY R MENDELL;LOUISE RODINO-KLAPAC~ 33:US ~31:62/323,163 ~32:15/04/2016;33:US

~31:62/473,253 ~32:17/03/2017

2019/06619 ~ Complete ~54:TEST TUBE HOLDER, STORAGE TRAY, DROPPER HOLDER, PIPETTOR

HOLDER AND STERILISATION TRAY FOR CLEAN BENCH ~71:NANTONG UNIVERSITY, No.9 Seyuan Road,

Chongchuan, Nantong, Jiangsu, 226000, People's Republic of China ~72: FANG, Xiaoxia;GUAN, Zongyu;LIU,

Zhan;PENG, Yuping;QIU, Yihua;YANG, Bin~

2019/06625 ~ Complete ~54:GRAPHIC ARTS ASSEMBLY WITH MAGNETIC SUPPORT STRUCTURE

~71:UNIVERSAL ENGRAVING, INC., 9090 Nieman Road, Overland Park, 66214, Kansas, United States of

America ~72: ERIC A DOMSCH;LARRY R HUTCHISON~ 33:US ~31:62/485,680 ~32:14/04/2017

2019/06628 ~ Complete ~54:ENERGY STORAGE AND CONVERSION ~71:Ionech Limited, Unit 1.06 Chester

House, 1-3 Brixton Road, Lambeth, LONDON SW9 6DE, GREATER LONDON, UNITED KINGDOM, United

Kingdom ~72: OWEN, Nathan~ 33:GB ~31:1703802.7 ~32:09/03/2017

2019/06634 ~ Provisional ~54:IMMUG9TE HERBAL MINERALS SUPPLEMENT HIV & AIDS AND IMMUNE

COMPROMISED PATIENTS ~71:Nutri Ultra Pharmaceuticals Pty Ltd, 4 Thomas Holstead,, South Africa ~72:

Simphiwe Magubane~

2019/06641 ~ Complete ~54:CELL PHONE COVER ~71:MLAMBO, Michael Zipho, 6 Van Bruggen Street,

Soneike, South Africa ~72: MLAMBO, Michael Zipho~ 33:ZA ~31:2018/06662 ~32:08/10/2018

2019/06629 ~ Complete ~54:CATHETER INSERTION TRAY WITH INTEGRATED INSTRUCTIONS ~71:C.R.

Bard, Inc., 730 Central Avenue, MURRAY HILL 07974, NJ, USA, United States of America ~72: GOHDE,

John;HUGHETT, David;RIESCHER, Russell~ 33:US ~31:15/487,297 ~32:13/04/2017

2019/06618 ~ Complete ~54:HOLDER WITH MAGNETIC BASE FOR TEST TUBE, STORAGE DISC, PIPETTE

RACK AND STERILE TRAY USED IN SUPER-CLEAN BENCH ~71:NANTONG UNIVERSITY, No.9 Seyuan

Road, Chongchuan, Nantong, Jiangsu, 226000, People's Republic of China ~72: FENG, Xingmei;HUANG,

Huiwei;LU, Jianhua;PENG, Yuping;QIU, Yihua~

2019/06620 ~ Complete ~54:PROCESS FOR THE PREPARATION OF DEUTERATED ETHANOL FROM D2O

~71:DEUTERIA BEVERAGES, LLC, 15025 Broili Dr Renoq, United States of America ~72: LEFORT,

Laurent;SCHMITKAMP, Mike~ 33:US ~31:62/491,185 ~32:27/04/2017

2019/06613 ~ Complete ~54:PHARMACEUTICAL COMPOSITIONS FOR COMBINATION THERAPY

~71:GENFIT, 885 AVENUE EUGÈNE AVINÉE, F-59120 LOOS, FRANCE, France ~72: BELANGER,

Carole;FOUCART, Corinne;HUM, Dean;WALCZAK, Robert~ 33:EP ~31:17305268.9 ~32:13/03/2017;33:EP

~31:17190723.1 ~32:12/09/2017;33:EP ~31:18305149.9 ~32:13/02/2018


Page | 45

2019/06621 ~ Complete ~54:PROCESS FOR THE PREPARATION OF DEUTERATED ETHANOL FROM D2

~71:DEUTERIA BEVERAGES, LLC, 15025 Broili Dr Reno, United States of America ~72: LEFORT,

Laurent;SCHMITKAMP, Mike~ 33:US ~31:62/491,181 ~32:27/04/2017

2019/06622 ~ Complete ~54:A SAVOURY CONCENTRATE ~71:UNILEVER PLC, Unilever House, 100 Victoria

Embankment, London, Greater London, EC4Y 0DY, United Kingdom ~72: HENDRIKUS THEODORUS

WILHELMUS MARIA VAN DER HIJDEN;LEONARDUS MARCUS FLENDRIG;MARC LEMMERS;WINFRIED

SAILER~ 33:EP ~31:17166733.0 ~32:18/04/2017

2019/06623 ~ Complete ~54:ASYMETRIC SLAB NOZZLE AND METALLURGICAL ASSEMBLY FOR CASTING

METAL INCLUDING IT ~71:VESUVIUS U S A CORPORATION, 1404 Newton Dr, Champaign, 61822, Illinois,

United States of America ~72: JOHAN RICHAUD;MARTIN KREIERHOFF~ 33:EP ~31:17171047.8

~32:15/05/2017

2019/06632 ~ Complete ~54:SYSTEMS AND METHODS FOR PLANNING CROP IRRIGATION ~71:SUPPLANT

LTD., 1 Yitzchak Rabin Street, Israel ~72: BEN-NER, Zohar;PIMSTEIN, Agustin;SLAVKIN, Leonid;XU, Zhenyu~

33:US ~31:62/473,580 ~32:20/03/2017

2019/06601 ~ Provisional ~54:MEDICAL ~71:Alain Lotter, 23 Timavo Drive La Lucia Durban South Africa 4051,

South Africa ~72: Alain Lotter~

2019/06604 ~ Provisional ~54:RAILWAY WHEEL WITH REPLACEABLE TYRE ~71:THIART, Willem Johannes

MacDonald, 49 Condor Drive, Helikonpark, Randfontein, South Africa ~72: THIART, Emile;THIART, Willem

Johannes MacDonald~

2019/06605 ~ Provisional ~54:STEAM GENERATOR ~71:Willem Johannes van Straaten, 49 Trafalgar Place

street, Sandhurst, South Africa ~72: Hendrik Johannes van der Nest;Joseph Edward Ehlers;Willem Johannes van

Straaten~

2019/06609 ~ Complete ~54:METHOD FOR PREPARING DIFFERENT TYPES OF INDIUM GALLIUM ZINC

OXIDE THIN FILM TRANSISTORS ~71:Jilin Jianzhu University, No.5088 Xincheng Street, Changchun, People's

Republic of China ~72: BIAN, Hongyu;CHI, Yaodan;LI, Xu;SHI, Kai;YAN, Xingzhen;YANG, Xiaotian;ZHOU, Lu~

33:CN ~31:201811184476. X ~32:11/10/2018

2019/06611 ~ Complete ~54:ENDOSTEAL GUIDE PIN, POSITIONING TROCAR AND TROCAR FOR

REMOVING SAID PIN ~71:HIRONDELLE MEDICAL, 276 AVENUE DU DOUARD, ZI LES PALUDS, 13400

AUBAGNE, FRANCE, France ~72: DECOUX, Eric;HOA, Nguyen-Thanh Denis~ 33:FR

~31:PCT/FR2017/050595 ~32:15/03/2017

2019/06615 ~ Complete ~54:TEST TUBE, STORAGE TRAY, SYRINGE CARRIER, AND STERILIZATION TRAY

HAVING MAGNETIC BASE FOR USING ON SUPER CLEAN BENCH ~71:NANTONG UNIVERSITY, No. 9

Seyuan Road, Chongchuan, Nantong, Jiangsu, 226000, People's Republic of China ~72: JIANG, Jianlan;PENG,

Yuping;QIU, Yihua;WANG, Xiaoqin;YOU, Yiwen~

2019/06627 ~ Complete ~54:IMPULSE START IN A HYBRID DRIVETRAIN ~71:Bayerische Motoren Werke

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

Bernhard;JUNG, Thomas;KOBLER, Sebastian~ 33:DE ~31:10 2017 214 787.3 ~32:23/08/2017

2019/06630 ~ Complete ~54:AUTOMATED DRILL BIT CHANGER ~71:Sandvik Mining and Construction USA,

LLC, P.O. Box 338, ALACHUA 32616, FL, USA, United States of America ~72: AMERSON, Micah;PARRISH,

David~ 33:US ~31:62/483,808 ~32:10/04/2017


Page | 46

2019/06610 ~ Complete ~54:POLYPEPTIDES ANTAGONIZING WNT SIGNALING IN TUMOR CELLS

~71:BOEHRINGER INGELHEIM INTERNATIONAL GMBH, Binger Strasse 173, Germany ~72: BUYSE, Marie-

Ange;CROMIE, Karen;KUENKELE, Klaus-Peter;STAELENS, Stephanie;STRUBBE, Beatrijs;ZINZALLA, Vittoria~

33:EP ~31:17173782.8 ~32:31/05/2017

2019/06616 ~ Complete ~54:MAGNETIC BASE HAVING ASSEMBLED FRAME FOR CLEAN BENCH

~71:NANTONG UNIVERSITY, No.9 Seyuan Road, Chongchuan, Nantong, Jiangsu, 226000, People's Republic of

China ~72: FANG, Xiaoxia;PENG, Yuping;QIU, Yihua;SHI, Wei;XU, Fenfen;ZHOU, Xingqin~

2019/06626 ~ Complete ~54:INDOLE DERIVATIVES AS EFFLUX PUMP INHIBITORS ~71:RUTGERS, THE

STATE UNIVERSITY OF NEW JERSEY, Old Queens Building Somerset and George Streets, New Brunswick,

08903, New Jersey, United States of America ~72: AJIT PARHI;EDMOND J LAVOIE;YANGSHENG SUN;YI

YUAN;YONGZHENG ZHANG~ 33:US ~31:62/469,987 ~32:10/03/2017;33:US ~31:62/523,154 ~32:21/06/2017

2019/06631 ~ Complete ~54:ECCENTRIC SCREW PUMP ~71:NETZSCH Pumpen & Systeme GmbH,

Gebrüder-Netzsch-Straße 19, SELB 95100, GERMANY, Germany ~72: DENK, Reinhard;HAUCK,

Josef;KAMAL, Hisham~ 33:DE ~31:10 2017 107 962.9 ~32:12/04/2017

- APPLIED ON 2019/10/09 -

2019/06638 ~ Provisional ~54:CASH VOUCHER MANAGEMENT AND TRANSFER SERVICES ~71:Vincent

Lockman, 26 Verster Street, South Africa ~72: Vincent Lockman~

2019/06642 ~ Complete ~54:NANO MONTMORILLONITE-MODIFIED PA6/ABS ALLOY AND METHOD FOR

PREPARING SAME ~71:JILIN JIANZHU UNIVERSITY, No.5088 Xincheng Street, Jingyue District, Changchun,

Jilin, People's Republic of China ~72: LI, Yingshuang;LIU, Wei;PENG, Zhenfeng;ZHANG, Dengchao;ZHAO,

Hongkai~ 33:CN ~31:201811181174.7 ~32:11/10/2018

2019/06671 ~ Complete ~54:FORMULATION OF (E)-2,4,6-TRIMETHOXYSTYRYL-3-

[(CARBOXYMETHYL)AMINO]-4- METHOXYBENZYLSULPHONE WITH ENHANCED STABILITY AND

BIOAVAILABILITY ~71:ONCONOVA THERAPEUTICS, INC., 375 Pheasant Run, Newtown, 18940,

Pennsylvania, United States of America ~72: MANOJ MANIAR~ 33:US ~31:62/485,355 ~32:13/04/2017;33:US

~31:15/688,320 ~32:28/08/2017;33:US ~31:PCT/US2017/48890 ~32:28/08/2017

2019/06672 ~ Complete ~54:STRUCTURED PACKING MODULE FOR MASS TRANSFER COLUMNS

~71:KOCH-GLITSCH, LP, 4111 E. 37th Street, Wichita , 67220, Kansas, United States of America ~72: IZAK

NIEUWOUDT;MALCOLM TALBOT;SCOTT CLIFFORD~ 33:US ~31:62/500,033 ~32:02/05/2017

2019/06637 ~ Provisional ~54:CARRYING DEVICE ~71:VILJOEN, Charlotte Christina, Farm 422, Portion 3 of

Blokkloof, Koster, North West, South Africa ~72: VILJOEN, Wayne~

2019/06655 ~ Complete ~54:HIGH FORMABILITY STEEL SHEET FOR THE MANUFACTURE OF

LIGHTWEIGHT STRUCTURAL PARTS AND MANUFACTURING PROCESS ~71:ARCELORMITTAL, 24-26,

Boulevard d'Avranches, Luxembourg ~72: Bertrand BELE (French Citizen);Frédéric BONNET

(French Citizen);Manuel BOBADILLA (French Citizen);Valérie DAESCHLER (French Citizen)~ 33:IB

~31:PCT/IB2017/052312 ~32:21/04/2017

2019/06656 ~ Complete ~54:GASIFICATION BURNER ~71:CHANGZHENG ENGINEERING CO., LTD, JING HAI

SI LU NO.141 EAST ROAD BEIJING ECONOMIC TECHNOLOGICAL DEVELOPMENT AREA DAXING

DISTRICT, BEIJING 101111, CHINA, People's Republic of China ~72: CHEN, Shuanzhu;GE, Zhihong;GUO,


Page | 47

Jinjun;JIANG, Congbin;MA, Dong;ZHANG, Xuezhi;ZHANG, Yan;ZHOU, Quan~ 33:CN ~31:201710245543.3

~32:14/04/2017

2019/06657 ~ Complete ~54:TRITERPENE SAPONIN SYNTHESIS, INTERMEDIATES AND ADJUVANT

COMBINATIONS ~71:ADJUVANCE TECHNOLOGIES, INC., 16 WEST 22ND STREET, 6TH FLOOR, NEW

YORK, NY 10010, USA, United States of America ~72: CHAN, Amanda;GARDNER, Jeffrey;GIN, David, Y.

(Deceased);MARTIN, J., Tyler;NORDSTROEM, Lars;WALKOWICZ, William~ 33:US ~31:62/485,260

~32:13/04/2017;33:US ~31:62/488,287 ~32:21/04/2017;33:US ~31:62/489,546 ~32:25/04/2017

2019/06661 ~ Complete ~54:SMECTITE SUSPENSION LIQUID COMPOSITION AND METHOD FOR

PREPARING SAME ~71:DAEWOONG PHARMACEUTICAL CO., LTD., 35-14, Jeyakgongdan 4-gil, Hyangnam-

eup, Republic of Korea;LIAONING DAEWOONG PHARMACEUTICAL CO., LTD., No.5, Chunan street, Shiqiaozi,

Xihu District, People's Republic of China ~72: CHANG, Ye;LI, Qing Ri;LI, Tie;SEOL, Sang Ho;TONG, Chao~

33:CN ~31:201710240595.1 ~32:13/04/2017

2019/06664 ~ Complete ~54:AN EFFICIENT INTERLEAVER DESIGN FOR POLAR CODES ~71:QUALCOMM

Incorporated, ATTN: International IP Administration, 5775 Morehouse Drive, SAN DIEGO 92121-1714, CA, USA,

United States of America ~72: HOU, Jilei;LI, Jian;WEI, Chao;XU, Changlong~ 33:IB ~31:2017/079903

~32:10/04/2017

2019/06665 ~ Complete ~54:FERROPORTIN-INHIBITOR SALTS ~71:Vifor (International) AG,

Rechenstraße 37, ST. GALLEN 9001, SWITZERLAND, Switzerland ~72: BLATTER, Fritz;BURGERT,

Michael;LAPADULA, Giuseppe;MORRIS, Collin D.;PHILIPP, Erik;REIM, Stefan~ 33:EP ~31:17166907.0

~32:18/04/2017

2019/06670 ~ Complete ~54:NOVEL IMIDAZO[4,5-C]QUINOLINE DERIVATIVES AS LRRK2 INHIBITORS

~71:Pfizer Inc., 235 East 42nd Street, NEW YORK 10017, NY, USA, United States of America ~72: BRODNEY,

Michael Aaron;CHAPPIE, Thomas Allen;CHEN, Jinshan Michael;COE, Jotham Wadsworth;COFFMAN, Karen

Jean;GALATSIS, Paul;GARNSEY, Michelle Renee;HELAL, Christopher John;HENDERSON, Jaclyn

Louise;KORMOS, Bethany Lyn;KURUMBAIL, Ravi G.;MARTINEZ-ALSINA, Luis Angel;PETTERSSON, Martin

Youngjin;REESE, Matthew Richard;ROSE, Colin Richard;STEPAN, Antonia Friederike;VERHOEST, Patrick

Robert;WAGER, Travis T.;WARMUS, Joseph Scott;ZHANG, Yuan~ 33:US ~31:62/469,756

~32:10/03/2017;33:US ~31:62/629,152 ~32:12/02/2018

2019/06673 ~ Complete ~54:COORDINATION OF UPLINK RADIO TRANSMISSIONS ON UNLICENSED

CARRIERS ~71:TELEFONAKTIEBOLAGET LM ERICSSON (PUBL), , 164 83, Stockholm, Sweden ~72: AMITAV

MUKHERJEE;REEM KARAKI~ 33:US ~31:62/486492 ~32:18/04/2017

2019/06667 ~ Complete ~54:PEPTIDES AND COMBINATION OF PEPTIDES FOR USE IN IMMUNOTHERAPY

AGAINST LEUKEMIAS AND OTHER CANCERS ~71:Immatics Biotechnologies GmbH, Paul-Ehrlich-Straße

15, TÜBINGEN 72076, GERMANY, Germany ~72: DI MARCO, Moreno;HAEN, Sebastian;KOWALEWSKI,

Daniel;LÖFFLER, Markus;NELDE, Annika;RAMMENSEE, Hans-Georg;STEVANOVIC,

Stefan;TRAUTWEIN, Nico;WALZ, Juliane Sarah~ 33:DE ~31:10 2017 107 710.3 ~32:10/04/2017;33:US

~31:62/483,690 ~32:10/04/2017

2019/06668 ~ Complete ~54:WIRELESS DEVICE DETECTION, TRACKING, AND AUTHENTICATION

PLATFORM AND TECHNIQUES ~71:SCRRD, Inc., 5720 15th Ave. NE, SEATTLE 98105, WA, USA, United

States of America ~72: COHEN, Joshua;THORESEN, Lucas~ 33:US ~31:62/473,172 ~32:17/03/2017


Page | 48

2019/06675 ~ Complete ~54:PYRROLOBENZODIAZEPINE CONJUGATES ~71:MEDIMMUNE LIMITED, Milstein

Building, Granta Park, United Kingdom ~72: GREGSON, Stephen John;HOWARD, Philip Wilson~ 33:GB

~31:1706133.4 ~32:18/04/2017;33:GB ~31:1721337.2 ~32:19/12/2017

2019/06676 ~ Complete ~54:COMPOSITIONS AND METHODS FOR DETECTING AND TREATING PROSTATE

CANCER USING PROGASTRIN BINDING MOLECULE ~71:PROGASTRINE ET CANCERS S.À R.L., 11,

Côte d'Eich, Luxembourg ~72: PRIEUR, Alexandre~ 33:EP ~31:17305381.0 ~32:30/03/2017

2019/06703 ~ Provisional ~54:ANTI INSECT POLYMERIC MATERIALS ~71:LEON NABAL, 17 Aristea Crescent,,

South Africa ~72: LEON NABAL~

2019/06644 ~ Complete ~54:PARKING AREA MANAGEMENT SYSTEM AND METHOD ~71:K2014171689

SOUTH AFRICA (PTY) LTD., 1 Kiewiet Crescent, Panorama Heights, Gonubie, EAST LONDON 5201, SOUTH

AFRICA, South Africa ~72: NKUNA, Zolani;ZENANI, Zuko~ 33:ZA ~31:2018/04547 ~32:09/07/2018

2019/06645 ~ Complete ~54:FOLDABLE TENT COMPRISING TWO UMBRELLA STRUCTURES

~71:DECATHLON, 4 Boulevard de Mons, France ~72: GENERO, Alexandre;LAFOUX, Benjamin~ 33:FR

~31:1859616 ~32:17/10/2018

2019/06647 ~ Complete ~54:DECODING AUDIO BITSTREAMS WITH ENHANCED SPECTRAL BAND

REPLICATION METADATA IN AT LEAST ONE FILL ELEMENT ~71:DOLBY INTERNATIONAL AB, Apollo

Building, 3E Herikerbergweg, 1-35, 1101 CN, Amsterdam Zuidoost, Netherlands ~72: HEIKO

PURNHAGEN;LARS VILLEMOES;PER EKSTRAND~ 33:EP ~31:15159067.6 ~32:13/03/2015;33:US

~31:62/133,800 ~32:16/03/2015

2019/06648 ~ Complete ~54:MALASSEZIN AND ANALOGS THEREOF AS SKIN BRIGHTENING AGENTS

~71:ANN MARIE SIMPSON, 2850 Ocean Park Boulevard, #300, Santa Monica, 90405, California, United States

of America;MICHAEL EINZIGER, 2850 Ocean Park Boulevard, #300, Santa Monica, 90405, California, United

States of America ~72: ANN MARIE SIMPSON;MICHAEL EINZIGER~ 33:US ~31:62/306,468 ~32:10/03/2016

2019/06650 ~ Complete ~54:DECK BUSHING SYSTEM FOR DRILLING MACHINES ~71:Caterpillar Global

Mining Equipment LLC, 3501 S. FM Hwy 1417, United States of America ~72: GONZALEZ, Fernando~ 33:US

~31:16/158758 ~32:12/10/2018

2019/06653 ~ Complete ~54:HOSE RETENTION SYSTEM FOR DRILLING MACHINE ~71:Caterpillar Global

Mining Equipment LLC, 3501 S. FM Hwy 1417, United States of America ~72: GONZALEZ, Fernando~ 33:US

~31:16/159233 ~32:12/10/2018

2019/06658 ~ Complete ~54:APPARATUS FOR TREATING MIXED WASTE AND METHOD THEREOF

~71:TRIA PTE. LTD, 67 AYER RAJAH CRESCENT, #02-20/21, SINGAPORE 139950, SINGAPORE, Singapore

~72: NG, Pei Kang;TAN, Meng Chong~

2019/06659 ~ Complete ~54:PHARMACEUTICAL COMPOSITION AND PHARMACEUTICAL DOSAGE FORM

COMPRISING (E)-4-(2-(AMINOMETHYL)-3-FLUOROALLYLOXY)-N-TERT-BUTYLBENZAMIDE, PROCESS

FOR THEIR PREPARATION, METHODS FOR TREATING AND USES THEREOF ~71:BOEHRINGER

INGELHEIM INTERNATIONAL GMBH, Binger Strasse 173, Germany ~72: BAKKER, Remko, Alexander;CHONG,

Ngai, Hang, Victor;EGUSA, Kenji;KATAYAMA, Takuma;RIPPMANN, Jörg;YOKOYAMA, Kazutoshi~ 33:US

~31:62/512,896 ~32:31/05/2017;33:US ~31:62/536,002 ~32:24/07/2017

2019/06662 ~ Complete ~54:SUSPENSION COMPRISING ALUMINUM HYDROXIDE AND MAGNESIUM

HYDROXIDE AND PREPARATION METHOD THEREFOR ~71:DAEWOONG PHARMACEUTICAL CO., LTD.,


Page | 49

35-14, Jeyakgongdan 4-gil, Hyangnam-eup, Republic of Korea;LIAONING DAEWOONG PHARMACEUTICAL

CO., LTD., No.5, Chunan street, Shiqiaozi, Xihu District, People's Republic of China ~72: CHANG, Ye;LI, Qing

Ri;LI, Tie;SEOL, Sang Ho;TONG, Chao~ 33:CN ~31:201710240597.0 ~32:13/04/2017

2019/06704 ~ Provisional ~54:VITAL PROTECTION HSS (HARD SURFACE SPRAY) TM70 ~71:LEON NABAL,

17 Aristea Crescent,, South Africa ~72: LEON NABAL~

2019/06706 ~ Provisional ~54:ANTI MICROBIAL POLYMERIC MATERIALS ~71:LEON NABAL, 17 Aristea

Crescent,, South Africa ~72: LEON NABAL~

2019/06707 ~ Provisional ~54:BALL TYPE CAR ~71:LAURENT ALPHONCE MENGOAI, 472 LILIAN NGOYI

STR, PRETORIA CBD,, South Africa ~72: LAURENT ALPHONCE MENGOAI~

2019/06636 ~ Provisional ~54:WEEP HOLE DEVICE ~71:SCHMIDT, Siegfrid Paul, 71 Admiralty Way,

Summerstrand, Port Elizabeth 6001, Eastern Cape, SOUTH AFRICA, South Africa ~72: SCHMIDT, Siegfrid Paul~

2019/06646 ~ Complete ~54:COMPLIANCE MONITORING MODULE FOR A BREATH-ACTUATED INHALER

~71:NORTON (WATERFORD) LIMITED, Unit 301 IDA Industrial Park, Cork Road, Waterford, Ireland ~72:

DANIEL BUCK;DOUGLAS E WEITZEL;ENRIQUE CALDERON OLIVERAS;MARK STEVEN MORRISON~ 33:US

~31:62/043,120 ~32:28/08/2014

2019/06708 ~ Provisional ~54:BASHOMI FILTER ~71:LAURENT ALPHONCE MENGOAI, 472 LILIAN NGOYI

STR, PRETORIA CBD,, South Africa ~72: LAURENT ALPHONCE MENGOAI~

2019/06639 ~ Provisional ~54:TUTOR CERTIFICATION ~71:Justin Donald Esau, 6 William Street, South Africa

~72: Namakwaland Tutors (Pty) Ltd~

2019/06643 ~ Complete ~54:GRAPHENE OXIDE MODIFIED NYLON/PI ALLOY AND METHOD FOR

PREPARING SAME ~71:JILIN JIANZHU UNIVERSITY, No.5088 Xincheng Street, Jingyue District, Changchun,

Jilin, People's Republic of China ~72: ZHAO, Hongkai~ 33:CN ~31:201811181311.7 ~32:11/10/2018

2019/06652 ~ Complete ~54:DRILL PIPE RACK WITH REPLACEABLE BUSHINGS ~71:Caterpillar Global Mining

Equipment LLC, 3501 S. FM Hwy 1417, United States of America ~72: GONZALEZ, Fernando;SPITLER, Jason~

33:US ~31:16/158861 ~32:12/10/2018

2019/06654 ~ Complete ~54:PHOTOELECTRIC COMPOSITE SEISMOMETER AND DETECTION SYSTEM

~71:SHANDONG UNIVERSITY OF SCIENCE AND TECHNOLOGY, No. 579 Qianwangang Road, Huangdao

District, People's Republic of China ~72: CHEN, Shaojie;FENG, Fan;LIU, Qi;YIN, Dawei~ 33:CN

~31:201910488689.X ~32:06/06/2019

2019/06660 ~ Complete ~54:PASSIVE REFRIGERATION SYSTEM FOR THE COLD CHAIN INDUSTRY

~71:CRYOLOGISTICS REFRIGERATION TECHNOLOGIES LTD., 104-506 John Street, British Columbia,

Canada ~72: EVANS, Peter;GARLAND, Jesse;GUNSTONE, Adrian;HEYWOOD, Matthew;KHOURI,

Alyesha;ROWE, Andrew;RYAN, Chase;SAYNOVICH, Pedro;SPAULDING, Will;STRAIN, Jana~ 33:CA

~31:2,964,651 ~32:13/04/2017

2019/06663 ~ Complete ~54:TARGET TILES FOR AN AUTOTHERMAL REFORMATION/SECONDARY

REFORMATION UNIT ~71:Christy Catalytics, LLC, 4641 McRee Avenue, ST. LOUIS 63110, MO, USA, United

States of America;OSBORNE, Brian, 564 Hickory Manor, ARNOLD 63010, MO, USA, United States of America

~72: OSBORNE, Brian~ 33:US ~31:62/483,507 ~32:10/04/2017


Page | 50

2019/06666 ~ Complete ~54:SECURING BLOCKCHAIN TRANSACTION BASED ON UNDETERMINED DATA

~71:nChain Holdings Limited, Fitzgerald House, 44 Church Street, ST. JOHN'S, ANTIGUA &

BARBUDA, Antigua and Barbuda ~72: CHAN, Ying~ 33:GB ~31:1705749.8 ~32:10/04/2017

2019/06669 ~ Complete ~54:PEPTIDES AND COMBINATION THEREOF FOR USE IN THE IMMUNOTHERAPY

AGAINST CANCERS ~71:Immatics Biotechnologies GmbH, Paul-Ehrlich-Straße 15, TÜBINGEN

72076, GERMANY, Germany ~72: DI MARCO, Moreno;HAEN, Sebastian;KOWALEWSKI,

Daniel;LÖFFLER, Markus;NELDE, Annika;RAMMENSEE, Hans-Georg;STEVANOVIC,

Stefan;TRAUTWEIN, Nico;WALZ, Juliane Sarah~ 33:DE ~31:10 2017 107 697.2 ~32:10/04/2017;33:US

~31:62/483,702 ~32:10/04/2017

2019/06674 ~ Complete ~54:A METHOD AND DEVICE IN A RADIO NETWORK ~71:TELEFONAKTIEBOLAGET

LM ERICSSON (PUBL), , 164 83, Stockholm, Sweden ~72: JAN CHRISTOFFERSSON;JINHUA LIU;MIN

WANG~ 33:CN ~31:PCT/CN2017/083334 ~32:05/05/2017

2019/06677 ~ Complete ~54:360-DEGREE VIDEO CODING USING FACE CONTINUITIES ~71:VID SCALE,

INC., 200 Bellevue Parkway, United States of America ~72: HANHART, Philippe;HE, Yuwen;YE, Yan~ 33:US

~31:62/484,218 ~32:11/04/2017;33:US ~31:62/525,880 ~32:28/06/2017

2019/06640 ~ Provisional ~54:A TEMPORARY SOCIAL NETWORK FOR PASSENGERS TO SHARE RIDES

TO/FROM TRANSPORTATION HUBS BASED ON PROXIMITY OF PICK-UP LOCATION/DESTINATION

~71:Gianluca Proiette, 16 Garrick House, 63 St Martins Lane, London, WC2N 4JS, United Kingdom;Luisa

Scambia, 16 Garrick House, 63 St Martins Lane, London, WC2N 4JS, United Kingdom ~72: Gianluca

Proiette;Luisa Scambia~

2019/06649 ~ Complete ~54:DEVICE FOR MONITORING MOVEMENT IN A ROCK FACE ~71:EPIROC

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

Paolo Ettore~ 33:ZA ~31:2018/06694 ~32:09/10/2018

2019/06651 ~ Complete ~54:ROTARY HEAD GUIDE SYSTEM FOR DRILLING MACHINE ~71:Caterpillar Global

Mining Equipment LLC, 3501 S. FM Hwy 1417, United States of America ~72: HUDSON, Charles Taylor~ 33:US

~31:16/158816 ~32:12/10/2018

- APPLIED ON 2019/10/10 -

2019/06709 ~ Provisional ~54:HEALTH AND ENVIROMENTAL IMPACT OF MINING DUMPS IN SOUTH

AFRICA ~71:RAMATLHO JACOB THIPE, Unit 25 Estate Esperanza, 42 Furrow Road, Equestria,, South Africa

~72: IKE KHUMALO;MOLATELO MAHAPA;RAMATLHO THIPE~

2019/06700 ~ Complete ~54:GAP SHARING UNDER COVERAGE ENHANCEMENT

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

KAZMI;SANTHAN THANGARASA~ 33:US ~31:62/480,993 ~32:03/04/2017

2019/06688 ~ Complete ~54:NOVEL PD-L1 TARGETING DNA VACCINE FOR CANCER IMMUNOTHERAPY

~71:VAXIMM AG, Hochbergerstrasse 60c, Switzerland ~72: LUBENAU, Heinz~ 33:EP ~31:17161666.7

~32:17/03/2017;33:EP ~31:17188941.3 ~32:01/09/2017

2019/06702 ~ Complete ~54:POLYPROPYLENE COMPOSITION WITH EXCELLENT SURFACE APPEARANCE

~71:BOREALIS AG, IZD Tower Wagramer Str. 17-19, Austria ~72: Anna HARTL (Austrian Citizen);Anton

SAGEDER (Austrian Citizen);Christof WURNITSCH (Austrian Citizen);Daniela MILEVA (Bulgarian Citizen);Erwin


Page | 51

PIRKLBAUER (Austrian Citizen);Georg GRESTENBERGER (Austrian Citizen);Patrick ROVER (Austrian

Citizen);Susanne KAHLEN (Austrian Citizen)~ 33:EP ~31:17179064.5 ~32:30/06/2017

2019/06705 ~ Provisional ~54:PURETEX HSS (HARD SURFACE SPRAY)TM71 ~71:LEON NABAL, 17 Aristea

Crescent,, South Africa ~72: LEON NABAL~

2019/06710 ~ Provisional ~54:BICYCLE FRAME ~71:GABRIEL JACOBUS GOUS, Trevesa Crt 5, Hertz Blvd

CW2, South Africa ~72: GABRIEL JACOBUS GOUS~

2019/06711 ~ Provisional ~54:BRAAI POUCH ~71:ALLEN STEYN, UNIT 3 ST GEORGE ESTATE 18 GEORGE

STREET FERNDALE, South Africa;CAESAR ENTRES, AMARILLA STR, DELL VISTA COMPLEX 24,, South

Africa ~72: ALLEN STEYN;CAESAR ENTRES~

2019/06682 ~ Complete ~54:CANNABINOID EXTRACTION PROCESS AND SYSTEM ~71:Nextleaf Solutions

Ltd, 3-68 Schooner Street, Coquitlam, Canada ~72: HUGHES, Brock;KO, Ryan Delmoral~ 33:US

~31:15/721,344 ~32:29/09/2017

2019/06686 ~ Complete ~54:CRATES ~71:THE SOUTH AFRICAN BREWERIES PROPRIETARY LIMITED, 65

Park Lane, SANDTON, Johannesburg 2196, Gauteng, SOUTH AFRICA, South Africa ~72: GREY, Robert

Russel~ 33:ZA ~31:2019/01199 ~32:26/02/2019

2019/06689 ~ Complete ~54:CLOSED LOOP CHILLED SOLVENT FEED FOR CANNABINOID EXTRACTION

~71:NEXTLEAF SOLUTIONS LTD, 3-68 Schooner St Coquitlam, Canada ~72: KO, Ryan Delmoral~ 33:US

~31:15/809,980 ~32:10/11/2017;33:US ~31:62/676,261 ~32:24/05/2018

2019/06694 ~ Complete ~54:BACK-OFF TIMER FOR NETWORK REATTACHMENT ~71:NOKIA SOLUTIONS

AND NETWORKS OY, KARAKAARI 7, 02610 ESPOO, FINLAND, Finland ~72: HIETALAHTI, Hannu,

Petri;KOSKINEN, Jussi-Pekka;LIU, Jennifer~

2019/06701 ~ Complete ~54:NETWORK NODE INDICATING BEAM FOR HANDOVER TO A WIRELESS

DEVICE ~71:TELEFONAKTIEBOLAGET LM ERICSSON (PUBL), 164 83, Stockholm, Sweden ~72: ICARO L. J

DA SILVA;JANNE PEISA;PRADEEPA RAMACHANDRA;RUI FAN~ 33:US ~31:62/501,812 ~32:05/05/2017

2019/06683 ~ Complete ~54:PEPTIDE VACCINE FOR PREVENTION AND IMMUNOTHERAPY OF DEMENTIA

OF THE ALZHEIMER'S TYPE ~71:UNITED BIOMEDICAL, INC., 25 Davids Drive, Hauppauge, 11788, New York,

United States of America ~72: CHANG YI WANG~ 33:US ~31:13/843,883 ~32:15/03/2013

2019/06685 ~ Complete ~54:CANNABINOID EXTRACTION AND DISTILLATION ~71:Nextleaf Solutions Ltd., 3-

68 Schooner Street, Coquitlam, Canada ~72: HUGHES, Brock;KO, Ryan Delmoral~ 33:US ~31:15/993,457

~32:30/05/2018

2019/06692 ~ Complete ~54:CATHETER INSERTION-TRAY SYSTEMS AND METHODS THEREOF ~71:C.R.

Bard, Inc., 730 Central Avenue, MURRAY HILL 07974, NJ, USA, United States of America ~72: GOHDE, John~

33:US ~31:62/479,687 ~32:31/03/2017

2019/06693 ~ Complete ~54:ALKYD-ENCAPSULATED BIOCIDE ~71:Akzo Nobel Coatings International B.V.,

Velperweg 76, ARNHEM NL-6824 BM, THE NETHERLANDS, Netherlands ~72: BARCOCK, Richard;CLAPHAM,

Zoe Emily;IBANESCU, Bogdan-Catalin~ 33:EP ~31:17169322.9 ~32:03/05/2017

2019/06696 ~ Complete ~54:LIQUID FORMULATION OF ANTI-TNF ALPHA ANTIBODY ~71:LG CHEM, LTD.,

128, YEOUI-DAERO, YEONGDEUNGPO-GU, SEOUL 07336, REPUBLIC OF KOREA, Republic of Korea ~72:

KO, Youn Kyung;SO, Jineon;YUN, So Ra~ 33:KR ~31:10-2017-0033188 ~32:16/03/2017


Page | 52

2019/06699 ~ Complete ~54:2(1H)-QUINOLINONE DERIVATIVE ~71:TAISHO PHARMACEUTICAL CO., LTD.,

24-1, Takada 3-chome, Toshima-ku, Tokyo, 1708633, Japan ~72: CHUNHAE KIM;FUMIHITO

USHIYAMA;HIDEAKI AMADA;NORIKAZU OTAKE;NOZOMI TANAKA;TOMOKI TAKEUCHI~ 33:JP ~31:2017-

060201 ~32:24/03/2017

2019/06681 ~ Provisional ~54:RATING SYSTEM AND METHOD ~71:Cradle Perception (Pty) Ltd., 86 Jan Fiskaal

Avenue, Eikepark, RANDFONTEIN 1759, Gauteng, SOUTH AFRICA, South Africa ~72: DE KLERK, Shaun~

2019/06690 ~ Complete ~54:COMPUTER-IMPLEMENTED SYSTEM AND METHOD FOR PERFORMING

TRANSACTION MIXING ON A BLOCKCHAIN ~71:nChain Holdings Limited, Fitzgerald House, 44 Church Street,

ST. JOHN'S, ANTIGUA & BARBUDA, Antigua and Barbuda ~72: JOSEPH, Daniel~ 33:GB

~31:1706071.6 ~32:18/04/2017

2019/06697 ~ Complete ~54:NON-PICKLED HOT-ROLLED STEEL SHEET AND METHOD FOR

MANUFACTURING SAME ~71:JFE STEEL CORPORATION, 2-3, Uchisaiwai-cho 2-chome, Chiyoda-ku, Tokyo,

1000011, Japan ~72: AKIHIRO AOYAGI;MASAAKI YAMAMOTO;TAKAYOSHI JIN;TARO KIZU~ 33:JP

~31:2017-076527 ~32:07/04/2017

2019/06678 ~ Provisional ~54:BASIC CONCEPT OF COMPLETE STAND-ALONE MICRO HYBRID POWER

SUITCASE AND 3 WAY GENERATION UNIT WITH BACKUP HAND CRANK GENERATION. ~71:R.Errington,

J.Coetzee, F.Coetzee, 11 Fick Street, South Africa ~72: R.Errington, J,Coetzee, F.Coetzee~ 33:ZA ~31:1

~32:09/10/2019

2019/06687 ~ Complete ~54:COMMUNICATION METHOD, TERMINAL DEVICE AND NETWORK DEVICE

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

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

2019/06695 ~ Complete ~54:ARRANGEMENT AND METHOD FOR DETERMINING A GRADIENT SIGNAL IN A

VEHICLE ~71:ZF FRIEDRICHSHAFEN AG, LÖWENTALER STRASSE 20, 88046 FRIEDRICHSHAFEN,

GERMANY, Germany ~72: BIRK, Markus;WOLF, Daniel;ZANELLA, Mauro, Cesar~ 33:DE ~31:10 2017 204

306.7 ~32:15/03/2017

2019/06679 ~ Provisional ~54:PAYMENT SYSTEM AND METHOD ~71:HOUSEHAM, Craig Redvers, Centurion

Gate Office Park, Cnr John Vorster and Akkerboom Street, Zwartkop Ext 6, CENTURION 0157, Gauteng, SOUTH

AFRICA, South Africa;Van Der Walt, Chris Andries, Centurion Gate Office Park, Cnr John Vorster and Akkerboom

Street, Zwartkop Ext 6, CENTURION 0157, Gauteng, SOUTH AFRICA, South Africa ~72: HOUSEHAM, Craig

Redvers;Van Der Walt, Chris Andries~

2019/06680 ~ Provisional ~54:STEAM GENERATOR ~71:Willem Johannes van Straaten, 49 Trafalgar Place

Street, Sandhurst, South Africa ~72: Hendrik Johannes van der Nest;Joseph Edward Ehlers;Willem Johannes van

Straaten~

2019/06684 ~ Complete ~54:ADENO-ASSOCIATED VIRUS VECTOR DELIVERY OF B-SARCOGLYCAN AND

MICRORNA-29 AND THE TREATMENT OF MUSCULAR DYSTROPHY ~71:RESEARCH INSTITUTE AT

NATIONWIDE CHILDREN'S HOSPITAL, 700 Children's Drive, Room W 172, Columbus, 43205, Ohio,

United States of America ~72: JERRY R MENDELL;LOUISE RODINO-KLAPAC~ 33:US ~31:62/323,333

~32:15/04/2016;33:US ~31:62/433,548 ~32:13/12/2016

2019/06691 ~ Complete ~54:SYSTEM AND METHOD FOR DISTRIBUTING DATA RECORDS USING A

BLOCKCHAIN ~71:nChain Holdings Limited, Fitzgerald House, 44 Church Street, ST. JOHN'S, ANTIGUA


Page | 53

& BARBUDA, Antigua and Barbuda ~72: JOSEPH, Daniel;SEWELL, Martin~ 33:GB ~31:1705858.7

~32:11/04/2017

2019/06698 ~ Complete ~54:COMPOSITIONS AND METHODS FOR TARGETING AND KILLING ALPHA-V

BETA-3-POSITIVE CANCER STEM CELLS (CSCS) AND TREATING DRUG RESISTANT CANCERS ~71:THE

REGENTS OF THE UNIVERSITY OF CALIFORNIA, 1111 North Franklin Street 5th Floor, Oakland, 94607,

California, United States of America ~72: DAVID CHERESH;HIROMI WETTERSTEN~ 33:US ~31:62/479,768

~32:31/03/2017

- APPLIED ON 2019/10/11 -

2019/06729 ~ Complete ~54:DEVICE FOR REDUCING POLLUTANT GAS EMISSIONS BY MEANS OF

CATALYST MANAGEMENT IN THE COMBUSTION PROCESS ~71:ENCOLNVEST INTERNATIONAL, S.L.,

C/Chile, 10 - Edificio Madrid 92, planta 2, oficina 203., 28290, Las Rozas (Madrid), Spain;IGNACIO MORILLAS

GOMEZ, Fernan Gonzalez, 71 - 5º IZQ., 28009, Madrid, Spain ~72: IGNACIO MORILLAS GOMEZ~ 33:ES

~31:201730376 ~32:30/03/2017

2019/06732 ~ Complete ~54:WIND PROTECTION DEVICE FOR A BUILDING ~71:ELEMENTAL ENGINEERING

AG, Dorfplatz 6, 6370, Stans, Switzerland ~72: OSMAN SAEED~ 33:EP ~31:17166550.8 ~32:13/04/2017

2019/06733 ~ Complete ~54:METHOD FOR CO-PRODUCING SULPHOALUMINATE CEMENT AND SULFUR

BY USING DESULFURIZED GYPSUM AND ALUMINUM ASH ~71:SHANDONG UNIVERSITY, NO. 17923,

JINGSHI ROAD, LIXIA DISTRICT JINAN, SHANDONG 250061, CHINA, People's Republic of China ~72: LI,

Jingwei;MAO, Yanpeng;REN, Changzai;SONG, Zhanlong;SUN, Jing;WANG, Wenlong;WANG, Xujiang;ZHAO,

Xiqiang~ 33:CN ~31:201710159992.6 ~32:17/03/2017

2019/06736 ~ Complete ~54:SCHEDULING AND TRANSMISSION SCHEME FOR PERIODIC AND APERIODIC

CONTROL INFORMATION ~71:QUALCOMM Incorporated, ATTN: International IP Administration, 5775

Morehouse Drive, SAN DIEGO 92121-1714, CA, USA, United States of America ~72: AKKARAKARAN,

Sony;LUO, Tao;SADIQ, Bilal~ 33:US ~31:62/485,862 ~32:14/04/2017;33:US ~31:15/951,691 ~32:12/04/2018

2019/06740 ~ Complete ~54:BENZOAZEPINE ANALOGS AS INHIBITING AGENTS FOR BRUTON'S

TYROSINE KINASE ~71:Biogen MA Inc., 225 Binney Street, CAMBRIDGE 02142, MA, USA, United States of

America ~72: HOPKINS, Brian T.;LYSSIKATOS, Joseph P.;MA, Bin;MARX, Isaac;PATIENCE, Daniel

B.;PETERSON, Matthew;PRINCE, Robin;ZHENG, Fengmei~ 33:US ~31:62/485,745 ~32:14/04/2017

2019/06718 ~ Complete ~54:VACUUM APPARATUS FOR IMPROVING MEAN GRADE LOSS ~71:FOURIE,

Charles Stefan, 112 Lynburn Road, Lynnwood Manor, South Africa;OOSTHUIZEN, Willem Schalk, 5 Squirrel

Avenue, Monument Park, South Africa ~72: FOURIE, Charles Stefan;OOSTHUIZEN, Willem Schalk~ 33:ZA

~31:2018/07317 ~32:01/11/2018

2019/06722 ~ Complete ~54:ANTI-CANCER COMBINATION THERAPY ~71:BOEHRINGER INGELHEIM

INTERNATIONAL GMBH, Binger Strasse 173, Germany ~72: HILBERG, Frank;HOFMANN, Marco,

Hans;RESCHKE, Markus;SOLCA, Flavio~ 33:EP ~31:17174323.0 ~32:02/06/2017;33:EP ~31:17196949.6

~32:17/10/2017

2019/06730 ~ Complete ~54:ANTI-TREM2 ANTIBODIES AND METHODS OF USE THEREOF ~71:ALECTOR


~72: ARNON ROSENTHAL;ERIC BROWN;ILARIA TASSI;NELS P NIELSON;PHILIP KONG;ROBERT

PEJCHAL;SEUNG-JOO LEE;TINA SCHWABE~ 33:US ~31:62/541,019 ~32:03/08/2017;33:US ~31:62/636,095

~32:27/02/2018


Page | 54

2019/06712 ~ Provisional ~54:MOBILE TRAFFIC MACHINE ~71:Mogomotsi Boitse, 28 Betty Street, South Africa

~72: Mogomotsi~

2019/06782 ~ Complete ~54:MULCHER ~71:LOREN LAKER, GOOSEN STREET 8, South Africa ~72: LOREN

LAKER~ 33:ZA ~31:2018/04611 ~32:11/07/2018

2019/06739 ~ Complete ~54:COMPOUNDS AND COMPOSITIONS FOR TREATING HEMATOLOGICAL

DISORDERS ~71:Aurigene Discovery Technologies Limited, 39-40, KIADB Industrial Area, Electronic City Phase

II, Hosur Road, BANGALORE 560100, KARNATAKA., INDIA, India ~72: BALASUBRAMANIAN, Wesley

Roy;DAGINAKATTE, Girish;GUMMADI, Venkateshwar Rao;NELLORE, Kavitha;SAMAJDAR, Susanta~ 33:IN

~31:201741011785 ~32:31/03/2017

2019/06727 ~ Complete ~54:A PUBLICLY ACCESSIBLE URBAN BEACH ENTERTAINMENT COMPLEX WITH

A CENTERPIECE MAN-MADE TROPICAL-STYLE LAGOON AND METHOD FOR PROVIDING EFFICIENT

UTILIZATION OF LIMITED USE LAND ~71:CRYSTAL LAGOONS (CURACAO) B.V., Kaya W.F.G. (Jombi)

Mensing, 14, Curacao, Netherlands ~72: FERNANDO BENJAMIN FISCHMANN TORRES~ 33:US

~31:62/625,182 ~32:01/02/2018;33:US ~31:62/639,211 ~32:06/03/2018;33:US ~31:15/990,141

~32:25/05/2018

2019/06731 ~ Complete ~54:ANTI-SORTILIN ANTIBODIES AND METHODS OF USE THEREOF ~71:ALECTOR


~72: ANTHONY B COOPER;ARNON ROSENTHAL;MICHAEL KURNELLAS;ROBERT PEJCHAL;TINA

SCHWABE~ 33:US ~31:62/698,007 ~32:13/07/2018;33:US ~31:62/860,184 ~32:11/06/2019;33:US

~31:62/868,849 ~32:28/06/2019

2019/06734 ~ Complete ~54:SYSTEM AND METHOD FOR CO-TREATING ORGANIC WASTEWATER AND

INDUSTRIAL SOLID WASTE ~71:SHANDONG UNIVERSITY, NO. 17923, JINGSHI ROAD, LIXIA DISTRICT

JINAN, SHANDONG 250061, CHINA, People's Republic of China ~72: LI, Jingwei;MAO, Yanpeng;REN,

Changzai;SONG, Zhanlong;SUN, Jing;WANG, Wenlong;WANG, Xujiang;ZHAO, Xiqiang~ 33:CN

~31:201710159979.0 ~32:17/03/2017;33:CN ~31:201710163740.0 ~32:17/03/2017

2019/06737 ~ Complete ~54:ORAL CARE COMPOSITIONS AND METHODS OF USE ~71:Colgate-Palmolive

Company, 300 Park Avenue, NEW YORK 10022, NY, USA, United States of America ~72: ANSARI,

Shamim;MASTERS, James G.;TRIVEDI, Harsh~

2019/06741 ~ Complete ~54:PERSONAL CARE COMPOSITIONS COMPRISING ZINC:USNIC ACID

COMPLEXES AND METHODS OF USE ~71:Colgate-Palmolive Company, 300 Park Avenue, NEW YORK 10022,

NY, USA, United States of America ~72: JARACZ, Stanislav;MAO, Junhong;PAN,

Long;SAMBANTHAMOORTHY, Karthik~ 33:US ~31:62/534,420 ~32:19/07/2017

2019/06714 ~ Provisional ~54:RECYCLED PLASTIC WASTE IN ASPHALT ~71:SHISALANGA CONSTRUCTION

(PTY) LTD, Road D755, Lot AE 6616, Cliffdale, South Africa ~72: PAUL RICHARD FAIRCLOUGH;WYNAND

ROELF JOHANNES NORTJE~

2019/06720 ~ Complete ~54:ROTARY BLADE HAVING SAWTOOTH-SHAPED SELF-SHARPENING COATING

~71:ZHENGZHOU RESEARCH INSTITUTE OF MECHANICAL ENGINEERING CO., LTD., No. 149 Kexue

Avenue, Zhengzhou Hi-tech Industries Development Zone, People's Republic of China ~72: DONG,

Xian;HUANG, Junlan;LIU, Jianxiu;LONG, Weimin;QIN, Jian;SONG, Kexing;WU, Mingfang;ZHONG, Sujuan~

33:CN ~31:201811525204.1 ~32:13/12/2018


Page | 55

2019/06721 ~ Complete ~54:WIRELESS COMMUNICATION METHOD AND DEVICE ~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~

2019/06725 ~ Complete ~54:SWITCHING METHOD, 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;NING YANG~

2019/06728 ~ Complete ~54:LIQUID PERSONAL CLEANSING COMPOSITION ~71:UNILEVER PLC, Unilever

House, 100 Victoria Embankment, London, Greater London, EC4Y 0DY, United Kingdom ~72: ALYSSA NICOLE

KRANZMANN;JAMIE LYNN MILLER;TIRUCHERAI VARAHAN VASUDEVAN~ 33:EP ~31:17169997.8

~32:08/05/2017

2019/06735 ~ Complete ~54:PHARMACEUTICAL COMBINATION COMPRISING PONESIMOD ~71:Actelion

Pharmaceuticals Ltd, Gewerbestrasse 16, ALLSCHWIL CH-4123, SWITZERLAND, Switzerland ~72: CLOZEL,

Martine;POUZOL, Laetitia~ 33:IB ~31:2017/055994 ~32:14/03/2017

2019/06738 ~ Complete ~54:CURRENT REDUCTION SYSTEM FOR INVERTERS CONNECTED TO A

COMMON BUS ~71:GE Global Sourcing LLC, 901 Main Avenue, NORWALK 06851, CT, USA, United States of

America ~72: DAS, Subhas Chandra;KUMAR, Ajith Kuttannair~ 33:US ~31:62/484,773 ~32:12/04/2017;33:US

~31:15/921,299 ~32:14/03/2018

2019/06716 ~ Complete ~54:APPLICATORS ~71:SMIT, Daniel Marthinus, 5 Swartland Street, Glen Erasmia,

Glen Marais, South Africa ~72: SMIT, Daniel Marthinus~ 33:ZA ~31:2018/04609 ~32:11/07/2018

2019/06717 ~ Complete ~54:SANITARY DEVICE ~71:OLIVIER, David Abraham, Uilpaadjie 178, South Africa

~72: OLIVIER, David Abraham~

2019/06719 ~ Complete ~54:SECURITY PROTECTION DEVICE FOR ROUTER AND OPERATING METHOD

THEREOF ~71:BINZHOU UNIVERSITY, No.391, 5th Yellow River Road, People's Republic of China ~72: FANG,

Wei~ 33:CN ~31:CN201811191671.5 ~32:12/10/2018

2019/06713 ~ Provisional ~54:A SYSTEM FOR PREDICTING SUBMERGED ORE FURNACE ELECTRODE

LENGTHS AND FOR AUTOMATIC ADJUSTMENT AND CONTROL THEREOF ~71:BEYLEFELD, Jacques, 43

Sabi Sands Crescent, South Africa ~72: BEYLEFELD, Jacques~

2019/06715 ~ Provisional ~54:AQUA SILO 2019 ~71:William van Rooyen, 1 Calvynstreet, Kerkmeent no 6,,

South Africa ~72: William van Rooyen~

2019/06723 ~ Complete ~54:5,6-FUSED-BICYCLIC COMPOUNDS AND COMPOSITIONS FOR THE

TREATMENT OF PARASITIC DISEASES ~71:NOVARTIS AG, Lichtstrasse 35, Switzerland ~72: JIRICEK,

Jan;LERARIO, Isabelle, K.;LIANG, Fang;LIU, Xiaodong;MOLTENI, Valentina;NAGLE, Advait Surech;NG, Shuyi

Pearly;RATNIKOV, Maxim;SMITH, Jeffrey, M.;XIE, Yongping~ 33:US ~31:62/513,211 ~32:31/05/2017;33:US

~31:62/581,919 ~32:06/11/2017

2019/06724 ~ Complete ~54:LOW-FLOW FLUID DELIVERY SYSTEM AND LOW-FLOW DEVICES THEREFOR

~71:BALLESTEROS, Jonathan, 1010 Rosine St Unit 401, United States of America ~72: BALLESTEROS,

Jonathan~ 33:AU ~31:2017901021 ~32:22/03/2017;33:AU ~31:2017901022 ~32:23/03/2017;33:AU

~31:2017902571 ~32:03/07/2017;33:US ~31:62/605,425 ~32:14/08/2017;33:US ~31:62/707,592

~32:09/11/2017


Page | 56

2019/06726 ~ Complete ~54:UPLINK SIGNAL TRANSMISSION METHOD AND RELATED DEVICE


Chang'an Dongguan, 523860, Guangdong, People's Republic of China ~72: HAI TANG~

2019/06742 ~ Complete ~54:APPARATUS FOR VOLATILISING SMOKABLE MATERIAL AND A SMOKING

ARTICLE ~71:British American Tobacco (Investments) Limited, Globe House, 1 Water Street, LONDON WC2R

3LA, UNITED KINGDOM, United Kingdom ~72: YANEZ, Ignacio Suarez~ 33:GB ~31:1705888.4 ~32:12/04/2017

2019/06743 ~ Complete ~54:COMPONENT POSITIONING AND STRESS RELIEF FOR SENSOR ENABLED

WOUND DRESSINGS ~71:SMITH & NEPHEW PLC, 15 Adam Street London, United Kingdom ~72: COLE,

Emma, Rhian;HUNT, Allan, Kenneth, Frazer, Grugeon;QUINTANAR, Felix, Clarence;STEWARD, Daniel, Lee~

33:US ~31:62/484,316 ~32:11/04/2017;33:US ~31:62/484,321 ~32:11/04/2017;33:US ~31:62/524,564

~32:25/06/2017;33:GB ~31:1800057.0 ~32:03/01/2018

- APPLIED ON 2019/10/14 -

2019/06780 ~ Provisional ~54:HINGE-ONE PIN-BACK MOUNT ~71:WILLIAM TURNER PAYNE, 12 WARRIOR

ROAD, South Africa ~72: WILLIAM TURNER PAYNE~

2019/06744 ~ Provisional ~54:VEHICLE AUTHENTICATION SYSTEM ~71:Siphesihle Lindubuhle Tshabalala,

H834, 608 Road, South Africa ~72: Siphesihle Lindubuhle Tshabalala~

2019/06746 ~ Provisional ~54:FINANCIAL MANAGEMENT METHOD AND SYSTEM ~71:MAGN3TIC, 253 SMIT

STREET, FAIRLAND, South Africa ~72: JACOB STEPHANUS JANSE VAN RENSBURG~

2019/06749 ~ Provisional ~54:LICENCE MANAGEMENT ~71:CAPAZORIO, Ricardo, 361 Tritonia Street,

Sinoville, South Africa ~72: CAPAZORIO, Ricardo~

2019/06776 ~ Complete ~54:PERMISSION GRANTING METHOD AND SYSTEM BASED ON ONE-TO-ONE

CORRESPONDENCE BETWEEN ROLES AND USERS ~71:CHENGDU QIANNIUCAO INFORMATION

TECHNOLOGY CO., LTD., No.1609, 16th Floor, No. 2039 South Tianfu Avenue, Tianfu New Area, People's

Republic of China ~72: CHEN, Dazhi~ 33:CN ~31:201710268338.9 ~32:22/04/2017

2019/06771 ~ Complete ~54:DEVICE FOR PREPARING INFUSIONS ~71:Innovation Craft Company, S.L, Calle

Joaquín Rodrigo Nº7, VALENCIA ALDAYA 46960, SPAIN, Spain ~72: OSORIO SÁNCHEZ,

Miguel;POYATOS RODAS, Héctor~ 33:ES ~31:U201730354 ~32:28/03/2017

2019/06781 ~ Provisional ~54:HINGE-1 PIN-B. MOUNT 180 ~71:WILLIAM TURNER PAYNE, 12 WARRIOR


2019/06779 ~ Provisional ~54:HINGES WITH ONE PIN-SHAFT ~71:WILLIAM TURNER PAYNE, 12 WARRIOR


2019/06747 ~ Provisional ~54:QUICK RELEASE FOR TEMPORARY FACE PROP ~71:ANGELOS, Komninos

George, 23 Joseph Avenue, NORTHCLIFF, Johannesburg 2195, Gauteng, SOUTH AFRICA, South

Africa;LAWRENCE, Allen Preston, Portion 94 of Farm JQ 417, Roodekopjes, BRITZ, SOUTH AFRICA, South

Africa ~72: LAWRENCE, Allen Preston~

2019/06750 ~ Provisional ~54:ROCK BOLT ~71:RSC MINING (PTY) LTD, 2 TEDSTONE STREET, WADEVILLE,

South Africa ~72: Cronjé, Frans Hermanus~


Page | 57

2019/06757 ~ Complete ~54:METHOD OF MANUFACTURING BISPECIFIC ANTIBODIES, BISPECIFIC

ANTIBODIES AND THERAPEUTIC USE OF SUCH ANTIBODIES ~71:NOVARTIS AG, Lichtstrasse 35,

Switzerland ~72: BARDROFF, Michael Otto;BUCH, Tina;GRAF, Christian;HEITMANN, Daniel;JOSTOCK,

Thomas;KNOPF, Hans-Peter;KOEHLER, Rolf;KOVARIK, Jiri;OLIVER, Stephen John;PATEL,

Dhavalkumar;WOISETSCHLAEGER, Maximilian~ 33:US ~31:62/518,090 ~32:12/06/2017

2019/06758 ~ Complete ~54:4-DIFLUOROMETHYL BENZOYL AMIDES WITH HERBICIDAL ACTION

~71:BAYER CROPSCIENCE AKTIENGESELLSCHAFT, Alfred-Nobel-Str. 50, Germany ~72: AHRENS,

Hartmut;DIETRICH, Hansjörg;GATZWEILER, Elmar;MACHETTIRA, Anu, Bheemaiah;ROSINGER,

Christopher, Hugh;TIEBES, Jörg;WALDRAFF, Christian~ 33:EP ~31:17169505.9 ~32:04/05/2017

2019/06761 ~ Complete ~54:POROUS CERAMIC PARTICLES AND METHOD OF FORMING POROUS

CERAMIC PARTICLES ~71:SAINT-GOBAIN CERAMICS & PLASTICS, INC., One New Bond Street P.O.

Box 15138, Worcester, 01615-0138, Massachusetts, United States of America ~72: JONATHAN W

FOISE;MICHAEL K FRANCIS;SAMUEL M. KOCH~ 33:US ~31:62/470,929 ~32:14/03/2017

2019/06765 ~ Complete ~54:TARGETED COMPOSITIONS ~71:ARBUTUS BIOPHARMA CORPORATION, 100-

8900 Glenlyon Parkway , Burnaby, V5J 5J8, British Columbia, Canada ~72: ADAM JUDGE;ALAN D

MARTIN;AMY C. H LEE;EMILY P THI;JAMES HEYES;MARK WOOD;NICHOLAS MICHAEL SNEAD;RICHARD J

HOLLAND;XIN YE~ 33:US ~31:62/484,247 ~32:11/04/2017;33:US ~31:62/525,071 ~32:26/06/2017

2019/06769 ~ Complete ~54:SUBCUTANEOUS ADMINISTRATION OF A P2Y12 RECEPTOR ANTAGONIST

~71:Idorsia Pharmaceuticals Ltd, Hegenheimermattweg 91, ALLSCHWIL 4123, SWITZERLAND, Switzerland

~72: BAUMANN, Martine;KRAMBERG, Markus;REY, Markus;RIEDERER, Markus;ROUX, Sebastien~ 33:IB

~31:2017/056175 ~32:15/03/2017

2019/06762 ~ Complete ~54:THERAPEUTIC OR PROPHYLACTIC AGENT FOR PERIPHERAL

NEUROPATHIES ~71:TORAY INDUSTRIES, INC., 1-1, Nihonbashi-Muromachi 2-chome, Chuo-ku, Tokyo,

1038666, Japan ~72: CHIHIRO YOSHIDA;KAZUMI NISHIMURA;KOJI SHIMODA;KOJI TAKEO;KOJIRO

HARA;NAOKI IZUMIMOTO;RIEKO NAGURO;TOMOHIKO SUZUKI~ 33:JP ~31:2017-071329

~32:31/03/2017;33:JP ~31:2017-071339 ~32:31/03/2017

2019/06764 ~ Complete ~54:EMULSIFYING COMPOSITION FOR SPREADING BITUMEN ~71:ARKEMA

FRANCE, 420 rue d'Estienne d'Orves, 92700, Colombes, France ~72: ERIC JORDA~ 33:FR

~31:1753498 ~32:21/04/2017

2019/06767 ~ Complete ~54:A FAILED CALL/SMS NOTIFICATION SYSTEM AND METHOD ~71:REVENUE

ACQUISITION LLC, 8 The Green, Ste A, Dover, DE 19901, United States of America ~72: LITANY, Charbel~

2019/06773 ~ Complete ~54:HEART VALVE SEALING DEVICES AND DELIVERY DEVICES THEREFOR

~71:Edwards Lifesciences Corporation, One Edwards Way, Legal Department, IRVINE 92614, CA, USA, United

States of America ~72: CAO, Hengchu;CHEN, Jensen;DELGADO, Sergio;DIXON, Eric Robert;DOMINICK,

Douglas Thomas;FRESCHAUF, Lauren R.;MORATORIO, Guillermo W.~ 33:US ~31:62/486,835

~32:18/04/2017;33:US ~31:15/884,193 ~32:30/01/2018;33:US ~31:15/909,803 ~32:01/03/2018;33:US

~31:15/910,951 ~32:02/03/2018;33:US ~31:15/914,143 ~32:07/03/2018;33:US ~31:15/927,814

~32:21/03/2018;33:US ~31:15/946,604 ~32:05/04/2018;33:US ~31:15/953,220 ~32:13/04/2018;33:US

~31:15/953,263 ~32:13/04/2018;33:US ~31:15/953,283 ~32:13/04/2018

2019/06775 ~ Complete ~54:A SYSTEM AND METHOD FOR PLAYING MUSIC ~71:Saregama India Limited,

One Indiabulls Centre, 13th Floor, 841, Senapati Bapat Marg, Elphinstone Road, MUMBAI 400013,


Page | 58

MAHARASHTRA, INDIA, India ~72: BANERJEE, Siddhartha;IMCHEN, Sunep;MUDALIAR, Avinash;WADHWANI,

Jai~ 33:IN ~31:201731008787 ~32:14/03/2017

2019/06768 ~ Complete ~54:TRACK PART AND METHOD FOR PRODUCING A TRACK PART ~71:voestalpine

Schienen GmbH, Kerpelystrasse 199, LEOBEN 8700, AUSTRIA, Austria ~72: BRANTNER, Hans

Peter;KAMMERHOFER, Christoph~ 33:AT ~31:A 240/2017 ~32:07/06/2017

2019/06770 ~ Complete ~54:RAILWAY OPEN WAGON AND SIDE WALL THEREOF ~71:CRRC Qiqihar Rolling

Stock Co., Ltd., No. 36 Changqian 1st Ave., Tiefeng District, QIQIHAR 161002, HEILONGJIANG, CHINA

(P.R.C.), People's Republic of China ~72: FU, Zhanqi;HAN, Junfeng;LV, Qian;ZHANG, Zhibin;ZHENG, Heping~

33:CN ~31:201711251407.1 ~32:01/12/2017

2019/06772 ~ Complete ~54:METHOD AND SYSTEM FOR SECURE DATA RECORD DISTRIBUTION USING A

BLOCKCHAIN ~71:nChain Holdings Limited, Fitzgerald House, 44 Church Street, ST. JOHN'S, ANTIGUA

& BARBUDA, Antigua and Barbuda ~72: JOSEPH, Daniel;SEWELL, Martin~ 33:GB ~31:1705621.9

~32:07/04/2017

2019/06748 ~ Provisional ~54:IN-VEHICLE, LOCATION AWARE, MOBILE ADVERTISING PLATFORM WITH

ARTIFICIAL INTELLIGENCE CAPABILITIES (TO BETTER IDENTIFY CONSUMER), ADVERTISER ANALYTICS,

AND PANIC BUTTON FEATURE. ~71:David Venter, 114 Watsonia Road, South Africa ~72: David Venter;Leroy

Ratnayake~

2019/06752 ~ Provisional ~54:WHEEL PROPULSION BY UTILISING THE SPOKES - CIRCULAR ROCKET

PROPULSION ADDITION ~71:John Botha, The Orchard 87, 250 Timbavati Street, South Africa ~72: John Botha~

2019/06753 ~ Provisional ~54:WHEEL PROPULSION BY UTILISING THE SPOKES AND RIMS OF A WHEEL -

ADDITION ~71:John Botha, The Orchard 87, 250 Timbavati Street, South Africa ~72: John Botha~

2019/06756 ~ Complete ~54:POWER PLANT FOR GENERATING ELECTRICAL ENERGY AND METHOD FOR

OPERATING A POWER PLANT ~71:LUMENION GMBH, Tempelhofer Weg 11-12, Berlin, 10829, Germany ~72:

Andrew ZWINKELS~ 33:EP ~31:17161768.1 ~32:20/03/2017

2019/06760 ~ Complete ~54:SEAT ARRANGEMENT FOR A WHEELCHAIR AND A WHEELCHAIR INCLUDING

SUCH A SEAT ARRANGEMENT ~71:MAVHUNGU, Portia Refilwe, 35 Green Oaks Complex, Becksberg Avenue,

Lyttelton, Centurion 0157, SOUTH AFRICA, South Africa ~72: CHELLAN, Darushna;MAVHUNGU, Portia

Refilwe~ 33:ZA ~31:2017/02260 ~32:31/03/2017

2019/06763 ~ Complete ~54:BEAM SELECTION FOR A RADIO TRANSCEIVER DEVICE

~71:TELEFONAKTIEBOLAGET LM ERICSSON (PUBL), , 164 83, Stockholm, Sweden ~72: ANDREAS

NILSSON;ANDRES REIAL~

2019/06766 ~ Complete ~54:IMMUNOMODULATING POLYNUCLEOTIDES, ANTIBODY CONJUGATES

THEREOF, AND METHODS OF THEIR USE ~71:TOLLNINE, INC., 1700 Owens Street, San Francisco, 94158,

California, United States of America ~72: AYMAN KABAKIBI;BIN LIU;BRYAN R MEADE;CURT W

BRADSHAW;DINGGUO LIU;EDWARD HYUNGSUK HA;GIUSEPPE DELLO IACONO;JOSEPH

STOCK;LAXMAN ELTEPU;SON LAM;SUKUMAR SAKAMURI~ 33:US ~31:62/485,748 ~32:14/04/2017;33:US

~31:62/537,925 ~32:27/07/2017

2019/06774 ~ Complete ~54:ADAPTIVE TRANSMISSION METHOD AND APPARATUS ~71:Huawei

Technologies Co., Ltd., Huawei Administration Building, Bantian, Longgang District, SHENZHEN 518129,

GUANGDONG, CHINA (P.R.C.), People's Republic of China ~72: PANG, Lingli;ZHENG, Xiaoxiao~


Page | 59

2019/06754 ~ Complete ~54:SYSTEM FOR STAGED CONTINUOUS COOLED FILTRATION ~71:NEXTLEAF

SOLUTIONS LTD, 3-68 Schooner St Coquitlam, Canada ~72: KO, Ryan Delmoral~ 33:US ~31:15/809,980

~32:10/11/2017;33:US ~31:62/676,261 ~32:24/05/2018

2019/06755 ~ Complete ~54:AEROSOL GENERATING MATERIAL AND DEVICES INCLUDING THE SAME

~71:British American Tobacco (Investments) Limited, Globe House, 1 Water Street, LONDON WC2R 3LA,

UNITED KINGDOM, United Kingdom ~72: AOUN, Walid Abi;JOHN, Edward;SYMONDS, Jason~ 33:GB

~31:1320231.2 ~32:15/11/2013

2019/06759 ~ Complete ~54:PEPPER PLANTS WITH IMPROVED PEST RESISTANCE ~71:SEMINIS

VEGETABLE SEEDS, INC, 800 North Lindbergh Blvd., St. Louis, United States of America ~72: ALLERSMA,

Anton, Pieter;AVNER, Diane, Kerr;BERKE, Terry;ECKARD, Jonathan, Tyler;JUST, Brian, J.~ 33:US

~31:62/490,554 ~32:26/04/2017

2019/06745 ~ Provisional ~54:A GEOSPATIAL PEER TO PEER DELIVERY FULFILMENT SYSTEM ~71:Tarek

Mohamed, 21 Hornby St West, Wilton,NSW, Australia ~72: Tarek Mohamed~

2019/06751 ~ Provisional ~54:LOW VISIBILITY OPERATING SYSTEM ~71:ADRIAN LANDMAN, 19 PONY

STREET, South Africa ~72: ATTIE LANDMAN~

- APPLIED ON 2019/10/15 -

2019/06788 ~ Complete ~54:INFILL FOR ARTIFICIAL TURF SYSTEM ~71:Brock USA, LLC, 3090 Sterling Circle,

Suite 102, BOULDER 80301, CO, USA, United States of America ~72: KEYSER, Stephen;SAWYER, Steven L.~

33:US ~31:62/478,254 ~32:29/03/2017;33:US ~31:62/529,543 ~32:07/07/2017;33:US ~31:62/616,858

~32:12/01/2018

2019/06793 ~ Complete ~54:METHOD, APPARATUS, AND SYSTEM FOR ACQUIRING SYSTEM

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

Road, Wusha, Chang'an Dongguan, 523860, Guangdong, People's Republic of China ~72: NING YANG~

2019/06794 ~ Complete ~54:BIOCIDE FREE PRESERVATION ~71:OMYA INTERNATIONAL AG, Baslerstrasse

42, 4665, Oftringen, Switzerland ~72: JOACHIM GLAUBITZ;KLAUS SÜTTERLIN~ 33:EP ~31:17171322.5

~32:16/05/2017;33:US ~31:62/509,799 ~32:23/05/2017

2019/06795 ~ Complete ~54:MULTISPECIFIC POLYPEPTIDE CONSTRUCTS HAVING CONSTRAINED CD3

BINDING AND METHODS OF USING THE SAME ~71:INHIBRX, INC., 11025 N. Torrey Pines Road, Suite 200,

La Jolla, 92037, California, United States of America ~72: BRENDAN P ECKELMAN;JOHN C TIMMER;KATELYN

M WILLIS;MICHAEL D KAPLAN;QUINN DEVERAUX~ 33:US ~31:62/484,217 ~32:11/04/2017

2019/06796 ~ Complete ~54:PRESS-ON CAP AND SEALED CONTAINER ~71:GOGLIO S.P.A., Via A. Solari 10,

20144, Milano, Italy ~72: GIUSEPPE GULLO;OSVALDO BOSETTI~ 33:IT ~31:102017000047199

~32:02/05/2017

2019/06800 ~ Complete ~54:SYSTEMS AND METHODS FOR UPLINK COVERAGE ADAPTATION

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

STEPHENNE;CHANDRA SEKHAR BONTU~

2019/06838 ~ Complete ~54:INSECT TRAP DEVICE AND METHOD OF USING ~71:THE PROCTER &

GAMBLE COMPANY, One Procter & Gamble Plaza, Cincinnati 45202, Ohio,, United States of America

~72: LAZARCHIK,Daniel;LIEBERWIRTH,Lars;SANDFORD,Andrew;SCHAEFER,Hans Peter~ 33:US

~31:61/771,774 ~32:01/03/2013;33:US ~31:61/787,629 ~32:15/03/2013


Page | 60

2019/06783 ~ Complete ~54:A DECORATIVE ARRANGEMENT ~71:MEMADESIGNS (PTY) LTD, 64, 6th

Avenue, Melville,, South Africa ~72: ELIOT, Sian Mary-Lyn;GEVA, Arie Shlomo;REID, Elonah~ 33:ZA

~31:2019/05257 ~32:08/08/2019

2019/06785 ~ Complete ~54:ANTI-PHF-TAU ANTIBODIES AND USES THEREOF ~71:Janssen Biotech, Inc.,

800/850 Ridgeview Drive, HORSHAM 19044, PA, USA, United States of America ~72: BORGERS,

Marianne;MALIA, Thomas;MERCKEN, Marc;VAN KOLEN, Kristof~ 33:US ~31:62/472,214 ~32:16/03/2017

2019/06789 ~ Complete ~54:TREATMENT OF HERPES SIMPLEX SYMPTOMS ON SKIN AND MUCOUS

MEMBRANE OF MAMMALS ~71:NIEMINEN, Jyri, c/o Nolla Antimicrobial SL., Ctra. d'Engolasters Molleres

3 4B, ESCALDES-ENGORDANY AD700, ANDORRA, Andorra ~72: NIEMINEN, Jyri;PÖYRY, Juha-Pekka~

33:FI ~31:20175246 ~32:17/03/2017

2019/06798 ~ Complete ~54:METHOD AND APPARATUS FOR DETECTING DELAYED OR LOST CONTROL

SIGNALING MESSAGES ~71:TELEFONAKTIEBOLAGET LM ERICSSON (PUBL), , 164 83, Stockholm, Sweden

~72: GUNNAR MILDH;OSMAN NURI CAN YILMAZ;OUMER TEYEB;RIIKKA SUSITAIVAL;STEFAN WAGER~

33:US ~31:62/501,370 ~32:04/05/2017

2019/06801 ~ Complete ~54:CATHETER SYSTEM FOR CONTINUOUS IRRIGATION ~71:INNOMED TWO,

LLC, 1100 Dauphin Street, Suite B, Mobile, 36604, Alabama, United States of America ~72: MATTHEW G

MCINTYRE~ 33:US ~31:62/454,829 ~32:05/02/2017

2019/06784 ~ Complete ~54:IMPROVEMENT OF ANTI-CAKING PROPERTIES OF AMMONIUM NITRATE

PARTICLES THAT ARE STORED IN A CLOSED CONTAINER ~71:YARA INTERNATIONAL ASA, P.O. Box 343

Skøyen, Norway ~72: LEDOUX, Francois~ 33:EP ~31:17177652.9 ~32:23/06/2017

2019/06790 ~ Complete ~54:DELIVERY APPARATUS FOR A PROSTHETIC HEART VALVE ~71:Edwards

Lifesciences Corporation, One Edwards Way, IRVINE 92614, CA, USA, United States of America ~72: COHEN,

Oren;WITZMAN, Ofir~ 33:US ~31:62/490,210 ~32:26/04/2017;33:US ~31:15/959,623 ~32:23/04/2018

2019/06792 ~ Complete ~54:PROBIOTIC MOLECULES FOR REDUCING PATHOGEN VIRULENCE

~71:MicroSintesis Inc., 329 Summer Avenue, OAKVILLE L6J 1S7, ON, CANADA, Canada ~72: CELLA, Monica

Angela;CURTIS, Sarah M.;ROEPKE, Jonathon Patrick~ 33:US ~31:62/472,061 ~32:16/03/2017

2019/06802 ~ Complete ~54:METHOD OF MANUFACTURING A HOLLOW RAILWAY AXLE ~71:TRANSNET

SOC LTD, 160 LYNETTE STREET, KILNER PARK,, South Africa ~72:

GOVENDER,Dhurasha;MALEKA,Makgalake Audrey;MAMPHEKGO,Tefelo Calystus;MATJEKE,Velaphi

Jeffrey;MUKWEVHO,Goodness;PILLAY,Keshini~ 33:ZA ~31:2018/06977 ~32:19/10/2018

2019/06786 ~ Complete ~54:PROCESSES FOR PRODUCTION OF TUMOR INFILTRATING LYMPHOCYTES

AND USES OF SAME IN IMMUNOTHERAPY ~71:Iovance Biotherapeutics, Inc., 999 Skyway Road, Suite 150,

SAN CARLOS 94070, CA, USA, United States of America ~72: BENDER, James;LOTZE, Michael T.;WARDELL,

Seth~ 33:US ~31:62/478,506 ~32:29/03/2017;33:US ~31:62/539,410 ~32:31/07/2017;33:US ~31:62/548,306

~32:21/08/2017;33:US ~31:62/554,538 ~32:05/09/2017;33:US ~31:62/559,374 ~32:15/09/2017;33:US

~31:62/567,121 ~32:02/10/2017;33:US ~31:62/577,655 ~32:26/10/2017;33:US ~31:62/582,874

~32:07/11/2017;33:US ~31:62/596,374 ~32:08/12/2017

2019/06787 ~ Complete ~54:CYLINDER LOCK ~71:Abloy Oy, Wahlforssinkatu 20, JOENSUU 80100, FINLAND,

Finland ~72: DAUBITZ, Matthias;HAVUKAINEN, Pauli;KURKI, Antti;WAHL, Markus~


Page | 61

2019/06791 ~ Complete ~54:COMPOSITIONS AND METHODS INVOLVING PROBIOTIC MOLECULES

~71:MicroSintesis Inc., 329 Summer Avenue, OAKVILLE L6J 1S7, ON, CANADA, Canada ~72: CELLA, Monica

Angela;CURTIS, Sarah M.;ROEPKE, Jonathon Patrick~ 33:US ~31:62/472,047 ~32:16/03/2017

2019/06797 ~ Complete ~54:MAGNETIC ENERGY HARVESTING DEVICE AND METHOD FOR ELECTRIC

METALLURGICAL FURNACES AND SIMILAR ENVIRONMENTS ~71:HATCH LTD., Sheridan Science &

Technology Park, 2800 Speakman Drive, Mississauga, L5K 2R7, Ontario, Canada ~72: MATTHEW

GORCZYCA;TERRY GERRITSEN~ 33:US ~31:62/504,468 ~32:10/05/2017

2019/06799 ~ Complete ~54:WIRELESS COMMUNICATION DEVICE, NETWORK NODE, METHODS AND

COMPUTER PROGRAMS FOR AIDING FINDING OF SYNCHRONISATION SIGNALS

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

LINDOFF;MAGNUS ÅSTRÖM;PETER ALRIKSSON~ 33:EP ~31:17169554.7 ~32:04/05/2017

- APPLIED ON 2019/10/16 -

2019/06843 ~ Complete ~54:DEVICE FOR RAPID RESCUE FROM HIGH-RISE BUILDING ~71:Qilu University of

Technology, No. 3501, Daxue Road, Changqing District, People's Republic of China ~72: LI, Fuxing~ 33:CN

~31:201811375180.6 ~32:19/11/2018

2019/06893 ~ Provisional ~54:TREY-IT ~71:Legogang,Lungelo,Wesley Stanslus Mokoena, 53 Victoria Avenue,,

South Africa ~72: Legogang,Lungelo,Wesley Stanslus Mokoena~

2019/06812 ~ Complete ~54:METHODS OF TREATING EYE DISORDERS WITH APLNR ANTAGONISTSAND

VEGF INHIBITORS ~71:REGENERON PHARMACEUTICALS, INC., 777 Old Saw Mill River Road, Tarrytown,

United States of America ~72: CAO, Jingtai;CHEUNG, Eunice;LOBOV, Ivan, B.~ 33:US ~31:62/502,621

~32:06/05/2017

2019/06825 ~ Complete ~54:MICROFACS FOR DETECTION AND ISOLATION OF TARGET CELLS

~71:INDIAN INSTITUTE OF TECHNOLOGY MADRAS (IIT MADRAS), The Dean, Industrial Consultancy &

Sponsored Research [ICSR], India ~72: GAIKWAD, Ravindra;KARUPPUSAMY, Jayaprakash;MARIA, Maria

Sneha;RAJ, Abhishek;SEN, Ashis Kumar;SHIVHARE, Priyankar;SRIVASTAVA, Abhishek;SUBRAMANI,

Karthick~ 33:IN ~31:201741012180 ~32:05/04/2017

2019/06828 ~ Complete ~54:METHOD FOR CONTROLLING DISCHARGE-TYPE MULTIDRUG RESISTANT

PLANT DISEASES ~71:SUMITOMO CHEMICAL COMPANY, LIMITED, 27-1, Shinkawa 2-chome, Chuo-ku,

Tokyo, 1048260, Japan ~72: SATOSHI WATANABE;SO KIGUCHI~ 33:JP ~31:2017-099583 ~32:19/05/2017

2019/06831 ~ Complete ~54:A BROADBAND ANTENNA ~71:TELEFONAKTIEBOLAGET LM ERICSSON

(PUBL), , 164 83, Stockholm, Sweden ~72: CHRISTOS KOLITSIDAS;LARS JONSSON;STEFAN

ENGSTRÖM~

2019/06836 ~ Complete ~54:SHORT PENDANT ARM LINKERS FOR NUCLEOTIDES IN SEQUENCING

APPLICATIONS ~71:ILLUMINA CAMBRIDGE LIMITED, 19 Granta Park, Great Abington, Cambridge, CB21 6DF,

United Kingdom ~72: ANTOINE FRANCAIS;ELENA CRESSINA;XIAOHAI LIU~ 33:GB ~31:1711219.4

~32:12/07/2017

2019/06814 ~ Complete ~54:PANEL AND COVERING ~71:Innovation4Flooring Holding N.V., Landhuis Joonchi,

Kaya Richard J., Beaujon Z/N, ~72: BOUCKÉ, Eddy Alberic;RIETVELDT, Johan Christiaan~ 33:NL

~31:2018781 ~32:26/04/2017


Page | 62

2019/06816 ~ Complete ~54:COMPOSITIONS AND USES OF LOCALLY-APPLIED ANTIMICROBIAL

SYNTHETIC CATIONIC POLYPEPTIDE(S) WITH ENHANCED PERFORMANCE AND SAFETY

~71:AMICROBE, INC., 3142 Tiger Run Court, Suite 101, United States of America ~72: BEVILACQUA, Michael

P.;HUANG, Daniel J.;LOOKER, Doug~ 33:US ~31:62/482,630 ~32:06/04/2017

2019/06822 ~ Complete ~54:INDOLE AHR INHIBITORS AND USES THEREOF ~71:Kyn Therapeutics, 50

Northern Avenue, BOSTON 02210, MA, USA, United States of America ~72: CASTRO, Alfredo C.;EVANS,

Catherine Anne~ 33:US ~31:62/488,476 ~32:21/04/2017;33:US ~31:62/592,542 ~32:30/11/2017;33:US

~31:62/658,454 ~32:16/04/2018

2019/06808 ~ Complete ~54:RESTRAINING DEVICE FOR EXERCISE EQUIPMENT ~71:MAKEISHINE

TECHNOLOGIES (PTY) LTD, 77 Block GG, Soshanguve, 0152, Gauteng, South Africa ~72: ISAAC MABUSE

SEKGOTHE~

2019/06811 ~ Complete ~54:PHENYL-2-HYDROXY-ACETYLAMINO-2-METHYL-PHENYL COMPOUNDS

~71:ELI LILLY AND COMPANY, Lilly Corporate Center, Indianapolis, United States of America ~72: CIFUENTES-

GARCIA, Marta Maria;GARCIA-PAREDES, Maria Cristina~ 33:EP ~31:17382207.3 ~32:18/04/2017

2019/06818 ~ Complete ~54:A METHOD FOR MAKING PARTICLES ~71:The Procter & Gamble Company,

One Procter & Gamble Plaza, CINCINNATI 45202, OH, USA, United States of America ~72: SCHAMP, Koen

Mariette Albert;ZHAO, Pu~

2019/06837 ~ Provisional ~54:METHOD AND APPARATUS FOR AUTHOMATIC IV-CATHETER INSERTION

~71:SA-AYDIEN ALLY, 162 Fifth Ave, Discovery Ext.9, South Africa ~72: SA-AYDIEN ALLY~

2019/06807 ~ Complete ~54:HIGHLY ACTIVE CATALYST FOR DEHYDROGENATION OF ALKANES AND

METHOD OF PREPARATION THEREOF ~71:INDIAN OIL CORPORATION LIMITED, G-9, Ali Yavar Jung Marg,

Bandra (East), India ~72: BHATTACHARYYA, Debasis;DOOSA, Hima Bindu;GUPTA, Kamlesh;MAZUMDAR,

Sanjiv Kumar;RAMAKUMAR, Sankara Sri Venkata;THAKUR, Ram Mohan~ 33:IN ~31:201821043912

~32:21/11/2018

2019/06809 ~ Complete ~54:NONWOVEN SPUNBONDED CONTINUOUS FILAMENTS ~71:FIBERTEX

PERSONAL CARE A/S, Svendborgvej 2, 9220, Aalborg Ost, Denmark;REIFENHÄUSER GMBH & CO.

KG MASCHINENFABRIK, Spicher Straße 46-48, 53844, Troisdorf, Germany ~72: MORTON RISE

HANSEN;SEBASTIAN SOMMER~ 33:DE ~31:10 2016 109 115.4 ~32:18/05/2016

2019/06813 ~ Complete ~54:ANTIBODY BINDING SPECIFICALLY TO MUC1 AND USE THEREOF

~71:PEPTRON, INC., 37-24, YUSEONG-DAERO 1628 BEON-GIL,YUSEONG-GU, DAEJEON 34054, REP OF

KOREA, Republic of Korea ~72: CHOI, HO II;MOON, Kyung Duk~ 33:KR ~31:10-2017-0035622

~32:21/03/2017;33:KR ~31:10-2018-0032592 ~32:21/03/2018

2019/06820 ~ Complete ~54:IL4/IL13 RECEPTOR MOLECULE FOR VETERINARY USE ~71:Kindred

Biosciences, Inc., 1555 Bayshore Highway, Suite 200, BURLINGAME 94010, CA, USA, United States of America

~72: LI, Shyr Jiann;NGUYEN, Lam;QIAN, Fawn;ZHAN, Hangjun~ 33:US ~31:62/488,509 ~32:21/04/2017

2019/06810 ~ Complete ~54:SANFETRINEM OR A SALT OR ESTER THEREOF FOR USE IN TREATING

MYCOBACTERIAL INFECTION ~71:GLAXOSMITHKLINE INTELLECTUAL PROPERTY DEVELOPMENT

LIMITED, 980 Great West Road, Brentford, United Kingdom;THE UNIVERSITY OF BRITISH COLUMBIA, #103-

6190 Agronomy Road, Vancouver, Canada ~72: BARROS AGUIRRE, David;BATES, Robert, H.;GONZALEZ DEL

RIO, Ruben;MENDOZA LOSANA, Alfonso;RAMÓN GARCÍA, Santiago~ 33:EP ~31:17382255.2

~32:08/05/2017


Page | 63

2019/06817 ~ Complete ~54:METHODS OF TREATMENT USING A JAK INHIBITOR COMPOUND

~71:Theravance Biopharma R&D IP, LLC, 901 Gateway Boulevard, SOUTH SAN FRANCISCO 94080, CA,

USA, United States of America ~72: CRATER, Glenn D.;KLEINSCHEK, Melanie A.;THALLADI, Venkat

R.;ZHANG, Hao~ 33:US ~31:62/492,568 ~32:01/05/2017

2019/06819 ~ Complete ~54:METHODS FOR INCREASING GRAIN YIELD ~71:Institute of Genetics and

Developmental Biology, Chinese Academy of Sciences, No. 1 West Beichen Road, Chaoyang District, 100101,

BEIJING, CHINA (P.R.C.), People's Republic of China ~72: DUAN, Penggen;LI, Yunhai;XU, Jinsong~ 33:IB

~31:2017/078137 ~32:24/03/2017

2019/06826 ~ Complete ~54:ELECTROCONDUCTIVE COMPOSITE ~71:UNIVERSITY OF KWAZULU-NATAL,

Office of Registrar, University Road, Chiltern Hills, 3629 Westville, SOUTH AFRICA, South Africa ~72:

MARTINCIGH, Bice Susan;MOMBESHORA, Edwin Tonderai;MOODLEY, Vashen;NYAMORI, Vincent

O;OLLENGO, Moses Abednego;VAN ZYL, Werner E~ 33:ZA ~31:2017/01896 ~32:17/03/2017

2019/06827 ~ Complete ~54:A MONITORING DEVICE, A SYSTEM AND A METHOD FOR MONITORING A

STATUS OF FRUITS ~71:INL - INTERNATIONAL IBERIAN NANOTECHNOLOGY LABORATORY, Avda. Mestre

José Veiga s/n, Braga, 4715-330, Portugal ~72: JOÃO PITEIRA;PAULO FREITAS~ 33:EP

~31:17163284.7 ~32:28/03/2017

2019/06830 ~ Complete ~54:DELIVERY OF AUTOLOGOUS CELLS COMPRISING MATRIX

METALLOPROTEINASE FOR TREATMENT OF SCLERODERMA ~71:INTREXON CORPORATION, 1750 Kraft

Drive Suite 1400, Blacksburg, 24060, Virginia, United States of America ~72: ANNA MALYALA;DARBY

THOMAS;JOHN MASLOWSKI~ 33:US ~31:62/488,207 ~32:21/04/2017;33:US ~31:62/512,382 ~32:30/05/2017

2019/06803 ~ Provisional ~54:A MODULAR SAFE-HOUSE SYSTEM ~71:AMULUS SECURITY LIMITED,

Palladium House, 1-4 Argyll Street, United Kingdom ~72: FROST, Jonathan~

2019/06815 ~ Complete ~54:AN INTERGRATED BICYCLE SERVICE PLATFORM FOR COLLEGE STUDENTS

~71:SOUTH CHINA UNIVERSITY OF TECHNOLOGY, No.381, Wushan Road, Tianhe District, People's Republic

of China ~72: CHEN, Zhiwei;HU, Yucong;WANG, Yuyan;ZHU, Ye~ 33:CN ~31:201710173539.0 ~32:22/03/2017

2019/06823 ~ Complete ~54:VMAT2 INHIBITOR COMPOUNDS AND COMPOSITIONS THEREOF

~71:Neurocrine Biosciences, Inc., 12780 El Camino Real, SAN DIEGO 92130, CA, USA, United States of

America ~72: BRANUM, Shawn;CULHANE, Jeffrey C.;HARRIOTT, Nicole;HETTINGER, Donald~ 33:US

~31:62/487,413 ~32:19/04/2017;33:US ~31:62/652,837 ~32:04/04/2018

2019/06833 ~ Complete ~54:STRUCTURED PACKING MODULE FOR MASS TRANSFER COLUMNS

~71:KOCH-GLITSCH, LP, 4111 East 37th Street North, Wichita, 67220, Kansas, United States of America ~72:

IZAK NIEUWOUDT;SCOTT CLIFFORD~ 33:US ~31:62/517,368 ~32:09/06/2017

2019/06821 ~ Complete ~54:ANTI-JAGGED1 ANTIGEN BINDING PROTEINS ~71:Amgen Inc., One Amgen

Center Drive, THOUSAND OAKS 91320-1799, CA, USA, United States of America ~72: BENNETT, Brian

D.;KING, Chadwick T.;PHILLIPS, Jonathan~ 33:US ~31:62/512,805 ~32:31/05/2017

2019/06804 ~ Provisional ~54:PHAKE TELEBET ~71:Phake Koloane, No 8086 Mosnene Street, South Africa

~72: Phake Koloane~

2019/06805 ~ Complete ~54:LOG STRUCTURES ~71:DU PREEZ, Newton Stephanus, 25 Flamboyant Street,

Wave Crest, South Africa ~72: DU PREEZ, Newton Stephanus~


Page | 64

2019/06824 ~ Complete ~54:SECURITY DOOR SYSTEM ~71:IPH INTERNATIONAL PTY LTD, 1 Blanck Street,

Ormeau, Australia ~72: RAMACHANDRAN, Rameshkumara~ 33:AU ~31:2017901778 ~32:12/05/2017

2019/06829 ~ Complete ~54:PROCESS FOR THE MANUFACTURE OF VORTIOXETINE HBR ALPHA-FORM

~71:H. LUNDBECK A/S, Ottiliavej 9, 2500, Valby, Denmark ~72: HANS PETERSEN~ 33:DK ~31:PA201700264

~32:25/04/2017

2019/06832 ~ Complete ~54:NOVEL PSMA-BINDING AGENTS AND USES THEREOF ~71:ITM ISOTOPEN

TECHNOLOGIEN MÜNCHEN AG, Lichtenbergstr. 1, 85748, Garching bei München, Germany;PAUL

SCHERRER INSTITUT, 5232 Villingen PSI, Switzerland ~72: CHRISTOPH UMBRICHT;CRISTINA

MÜLLER;KONSTANTIN ZHERNOSEKOV;MARTINA BENESOVA;ROGER SCHIBLI~ 33:EP

~31:17000891.6 ~32:24/05/2017;33:EP ~31:PCT/EP2017/000717 ~32:20/06/2017

2019/06834 ~ Complete ~54:CLOSED BOTTOM VAPORIZER POD ~71:RYAN DANIEL SELBY, 232 East 43rd

Avenue, Vancouver, V5W 1T2, British Columbia, Canada;RYAN KARKAIRAN, 4596 Windsor Street, Vancouver,

V5V 4P7, British Columbia, Canada ~72: RYAN DANIEL SELBY;RYAN KARKAIRAN~ 33:US ~31:62/473,154

~32:17/03/2017

2019/06806 ~ Complete ~54:FLUIDIC ACTUATOR SYSTEM AND METHOD ~71:Sunfolding, Inc., 3101 20th

Street, SAN FRANCISCO 94110, CA, USA, United States of America ~72: BASEL, Louis Hong;BETTS, Kyle

Douglas;ERICKSON, Joshua;GRIFFITH, Saul Thomas;LAMB, Jeffrey;LIEN SUAN, Eric Preston;LIN, Erica;LYNN,

Peter Sturt;MADRONE, Leila Marcia;MCBRIDE, James Dylan;RIDLEY, Brent;ROMANIN, Vincent Domenic~

33:US ~31:62/110,275 ~32:30/01/2015

2019/06835 ~ Complete ~54:CONTROL SIGNALLING TRANSMISSION METHOD, BASE STATION AND

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

Wusha, Chang'an Dongguan, 523860, Guangdong, People's Republic of China ~72: ZHI ZHANG~

- APPLIED ON 2019/10/17 -

2019/06840 ~ Provisional ~54:SALON INTERACTIVE METHOD AND SYSTEM ~71:CARDITONE CC, SHOP 223

WOODLANDS BOULEVARD, CNR GARSFONTEIN RD AND DE VILLEBOIS, South Africa ~72: RAMI

ESMEAR~

2019/06845 ~ Complete ~54:APPARATUS, METHOD AND COMPUTER PROGRAM FOR PROVIDING

MEDICAL ADVICE BASED ON SELF-REPORTED SYMPTOMS OF A USER ~71:CLINOVA LIMITED,

INTERNATIONAL HOUSE, SOUTHAMPTON INTERNATIONAL BUSINESS PARK, GEORGE CURL WAY,

SOUTHAMPTON SO18 2RZ, GB, United Kingdom ~72: EBUBEDIKE, Charles;KARIM, Arsalan;NAEEM, Adil~

33:GB ~31:1704727.5 ~32:24/03/2017

2019/06850 ~ Complete ~54:PROJECTILE WITH SELECTABLE ANGLE OF ATTACK ~71:BAE Systems Bofors

AB, N/A, KARLSKOGA 69180, SWEDEN, Sweden ~72: LARSSON, Mats;PETTERSSON, Thomas;THUMAN,

Christer~ 33:SE ~31:1700079-5 ~32:28/04/2017

2019/06842 ~ Provisional ~54:ENERGY ARRANGEMENT ~71:Hugh Neville GLENISTER, 306 (40) Kyalami Blvd,

Kyalami Business Park, South Africa ~72: Hugh Neville GLENISTER~

2019/06853 ~ Complete ~54:SOLAR CONTROL COATING FOR LAMINATED GLAZING ~71:Vitro Flat Glass

LLC, 400 Guys Run Road, CHESWICK 15024, PA, USA, United States of America ~72: BUCHANAN, Michael

J.;WAGNER, Andrew V.~ 33:US ~31:62/484,508 ~32:12/04/2017;33:US ~31:15/951,079 ~32:11/04/2018


Page | 65

2019/06859 ~ Complete ~54:ADHESIVE COMPOSITION, AND METHOD OF PREPARING THE SAME ~71:CJ

CHEILJEDANG CORPORATION, (Ssangnim-dong), 330, Dongho-ro Jung-gu, Seoul, 04560, Republic of Korea

~72: CHANG SUK LEE;JI HO HWANG;JUN OK MOON;SANG GWON MOON;SU JIN CHOI;YOUNG LYEOL

YANG~ 33:KR ~31:10-2017-0035512 ~32:21/03/2017;33:KR ~31:10-2017-0136615 ~32:20/10/2017

2019/06861 ~ Complete ~54:A GLOVE AND A METHOD OF MANUFACTURING A GLOVE ~71:GLOVAC

INTERNATIONAL APS, Palle Juul-Jensens Boulevard 82, 8200, Aarhus N, Denmark ~72: JAN ERIK VEST

HANSEN~ 33:EP ~31:17166288.5 ~32:12/04/2017

2019/06847 ~ Complete ~54:METHOD FOR RANDOM ACCESS, TERMINAL, AND 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~

2019/06855 ~ Complete ~54:METHOD FOR TRANSFORMATION OF MOTOR TRANSPORTATION VEHICLE

FOR GROUND AND AIR TRANSPORT, MOTOR TRANSPORTATION VEHICLE ~71:Štefan KLEIN,

Východná 2, Slovakia ~72: Štefan KLEIN (Slovakian Citizen)~ 33:SK ~31:PP 50035-2017

~32:11/05/2017

2019/06857 ~ Complete ~54:EXPERIMENTAL PLATFORM FOR AUTOMOTIVE ELECTROMECHANICAL

BRAKING SYSTEM ~71:ANHUI UNIVERSITY OF SCIENCE AND TECHNOLOGY, No. 168, Taifeng Road,

Huainan, 232001, Anhui, People's Republic of China ~72: HUAWEI JIN;SHAOYANG XU;XIN ZHANG~ 33:CN

~31:201710685588.2 ~32:11/08/2017

2019/06860 ~ Complete ~54:ADHESIVE COMPOSITION, AND METHOD OF PREPARING THE SAME ~71:CJ

CHEILJEDANG CORPORATION, (Ssangnim-dong), 330, Dongho-ro Jung-gu, Seoul, 04560, Republic of Korea

~72: CHANG SUK LEE;JI HO HWANG;JUN OK MOON;SANG GWON MOON;SU JIN CHOI;YOUNG LYEOL

YANG~ 33:KR ~31:10-2017-0035512 ~32:21/03/2017;33:KR ~31:10-2017-0136615 ~32:20/10/2017

2019/06844 ~ Complete ~54:METHOD FOR SELECTING PARAMETER OF UNMANNED AERIAL VEHICLE

PEST AND DISEASE CONTROL SPRAYING SYSYTEM ~71:Hainan University, No 58, Renmin Avenue,

Haikou,, People's Republic of China ~72: FAN, Junqing;WAN, Youwei;WANG, Meng;XU, Chengrong;ZHANG,

Baozhen;ZHANG, Yu~ 33:CN ~31:201811327653.5 ~32:08/11/2018

2019/06848 ~ Complete ~54:NOVEL PYRROLOPYRIDINE DERIVATIVE, METHOD FOR PRODUCING SAME,

AND USE THEREOF ~71:ST Pharm Co., Ltd., 231, Hyeomnyeok-ro, SIHEUNG-SI 15086, GYEONGGI-DO,

REPUBLIC OF KOREA, Republic of Korea ~72: KIM, Bong Jin;KIM, Jae Hak;KIM, Kyungjin;KIM, Uk-il;LEE,

Chong-Kyo;LEE, Ill Young;NAM, Hwa Jung;SHIN, Hong Suk;SON, Jong Chan~

2019/06852 ~ Complete ~54:ORAL CARE PRODUCTS AND METHODS ~71:BASF SE, Carl-Bosch-Str. 38,

LUDWIGSHAFEN 67054, GERMANY, Germany;Colgate-Palmolive Company, 300 Park Avenue, NEW YORK

10022, NY, USA, United States of America ~72: BOLLSCHWEILER, Claus;JENEWEIN, Stefan;KAROS,

Marvin;KILPATRICK-LIVERMAN, LaTonya;QIU, Jianhong;SANTARPIA, Ralph;SCHNEIDER, Nina;SUBKOWSKI,

Thomas;WENDEL, Volker~ 33:US ~31:62/489,361 ~32:24/04/2017

2019/06856 ~ Complete ~54:SUSTAINED RELEASE INJECTABLE NEUROSTEROID FORMULATIONS

~71:MARINUS PHARMACEUTICALS, INC, 170 N. Radnor Chester Road, Suite 250 Radnor, United States of

America ~72: CZEKAI, David;GLOWAKY, Raymond C.;SAPORITO, Michael;ZHANG, Mingbao~ 33:US

~31:62/486,599 ~32:18/04/2017

2019/06862 ~ Complete ~54:METHODS FOR PRODUCING FEATHER-BASED FOOD PRODUCTS ~71:MARS,

INCORPORATED, 6885 Elm Street, McLean, 22101-3883, Virginia, United States of America ~72: LUCIO


Page | 66

HIROSHI YONEMOTO;PING GUO;SVETLANA ZIVANOVIC~ 33:US ~31:62/512,466 ~32:30/05/2017;33:US

~31:62/531,189 ~32:11/07/2017

2019/06849 ~ Complete ~54:HEART VALVE SEALING DEVICES AND DELIVERY DEVICES THEREFOR

~71:Edwards Lifesciences Corporation, One Edwards Way, Legal Department, IRVINE 92614, CA, USA, United

States of America ~72: DELGADO, Sergio;DIXON, Eric Robert;FRESCHAUF, Lauren R.;METCHIK, Asher

L.;SIEGEL, Alexander J.;SOK, Sam;TAYLOR, David M.;TYLER II, Gregory Scott;WINSTON, Matthew~ 33:US

~31:62/486,835 ~32:18/04/2017;33:US ~31:62/504,389 ~32:10/05/2017;33:US ~31:62/555,240

~32:07/09/2017;33:US ~31:62/571,552 ~32:12/10/2017

2019/06851 ~ Complete ~54:ASSEMBLY OF AN INLINER AND A TANK CONTAINER ~71:Mega-Inliner

International Group B.V., John F. Kennedylaan 9 A, VALKENSWAARD 5555 XC, THE NETHERLANDS,

Netherlands ~72: VAN LAARHOVEN, Sidonius Joseph Victor Marie~ 33:NL ~31:2018765 ~32:24/04/2017

2019/06854 ~ Complete ~54:COOLING SYSTEM FOR A SURFACE OF A METALLURGICAL FURNACE

~71:Systems Spray-Cooled, Inc., 877 Seven Oaks Blvd., Suite 500, SMYRNA 37167, TN, USA, United States of

America ~72: FERGUSON, Scott A.;TEMKINA, Marina K.;WARD, Troy D.~ 33:US ~31:15/490,472

~32:18/04/2017

2019/06858 ~ Complete ~54:DATA TRANSMISSION METHOD, TERMINAL DEVICE AND NETWORK DEVICE


Chang'an Dongguan, 523860, Guangdong, People's Republic of China ~72: HUA XU;YANAN LIN~

2019/06863 ~ Complete ~54:SYNERGISTIC COMPOSITIONS COMPRISING (R)-DIMIRACETAM (1) AND (S)-

DIMIRACETAM (2) IN A NON-RACEMIC RATIO ~71:METYS PHARMACEUTICALS AG, Gerbergasse 30, CH-

4001, Basel, Switzerland ~72: CARLO FARINA;MICHAEL SCHERZ~ 33:EP ~31:17173760.4 ~32:31/05/2017

2019/06841 ~ Provisional ~54:HALL EFFECT CONTACTLESS JOYSTICK ~71:AZOTEQ (PTY) LTD, 1 Bergsig

Avenue, South Africa ~72: BRUWER, Frederick Johannes;RADEMEYER, Daniel Barend;THERON, Landolf~

2019/06846 ~ Complete ~54:CLOSURE WITH COVER CAP ~71:CAPARTIS AG, Grabenstrasse 15, Switzerland

~72: WOHLGENANNT, Herbert~ 33:CH ~31:00535/17 ~32:21/04/2017

2019/06894 ~ Provisional ~54:SKIN PRODUCT MOISTURIZER ~71:NOMTHANDAZO ALBERTINA MFENYANA,

8283 3 RELAXATION STREET OLIVENHOUTBOSH X 36 CENTURION, South Africa ~72: NOMTHANDAZO

ALBERTINA MFENYANA~

2019/06896 ~ Provisional ~54:SKIN PRODUCTS MASK/EXFOLIMT ~71:NOMTHANDAZO ALBERTINA

MFENYANA, 8283 3 RELAXATION STREET OLIVENHOUTBOSH X 36 CENTURION, South Africa ~72:

NOMTHANDAZO ALBERTINA MFENYANA~

2019/06895 ~ Provisional ~54:SKIN PRODUCT TONER ~71:NOMTHANDAZO ALBERTINA MFENYANA, 8283 3

RELAXATION STREET OLIVENHOUTBOSH X 36 CENTURION, South Africa ~72: NOMTHANDAZO

ALBERTINA MFENYANA~

2019/06839 ~ Provisional ~54:PRECOOKED MEALS STORAGE AND PREPARATION IOT DEVICE ~71:Martin

Hempel, Endeavour Farm, South Africa ~72: Martin Hempel~

2019/06864 ~ Provisional ~54:BYOS PORTABLE ENERGY SUPPLIER (BYOS PES) ~71:PITSO TSEKISO, 75

Everest Road,, South Africa ~72: PITSO RALPH TSEKISO~


Page | 67

2019/07045 ~ Provisional ~54:SIGNAL BRIQUETTES ~71:Charl Myburgh, 889 Sovereign rd, South Africa ~72:

Charl Myburgh~

- APPLIED ON 2019/10/18 -

2019/06870 ~ Complete ~54:PROCESS FOR OLIGOMERIZING OLEFINS WITH STREAMS HAVING A

REDUCED OLEFIN CONTENT ~71:EVONIK DEGUSSA GMBH, RELLINGHAUSER STRASSE 1-11, 45128

ESSEN, GERMANY, Germany ~72: PEITZ, Stephan;SCHALLENBERG, Jörg;STOCHNIOL, Guido~ 33:EP

~31:18201566.9 ~32:19/10/2018

2019/06887 ~ Complete ~54:BRUTON'S TYROSINE KINASE INHIBITORS ~71:SUZHOU BAIJIBUGONG

PHARMACEUTICAL TECHNOLOGY CO. LTD., 398 Ruoshui Road, Dushu Lake Higher Education Town Suzhou

Industrial Park, Suzhou, 215123, Jiangsu, People's Republic of China;XIBIN LIAO, 95 Pheasant Run Edison,

08820, New Jersey, United States of America ~72: ANHUI GAO;JIA LI;XIBIN LIAO;YUBO ZHOU;ZHIJIAN LU~

33:US ~31:62/474,686 ~32:22/03/2017

2019/06880 ~ Complete ~54:SYSTEMS AND METHODS FOR AUTOMATED RESPONSE DATA SENSING-

BASED NEXT CONTENT PRESENTATION ~71:Pearson Education, Inc., 330 Hudson Street, NEW YORK

10013, NY, USA, United States of America ~72: GOVIL, Vivek;PRESS, Wayne;WALSH, Jennifer~ 33:US

~31:62/480,245 ~32:31/03/2017;33:US ~31:15/933,174 ~32:22/03/2018;33:US ~31:15/933,253

~32:22/03/2018

2019/06884 ~ Complete ~54:POSITIVE LOCK SYSTEM FOR RESTRAINED JOINTS OF DUCTILE IRON SPUN

PIPES AND FITTINGS ~71:JINDAL SAW LTD, Jindal Centre, 12, Bhikhaji Cama Place, India ~72: BOSE,

Partha;RAJASEKARAN, V;SHRIVASTAVA, Anurag;SUBRAMONIAN, K~ 33:IN ~31:201711009888

~32:21/03/2017

2019/06883 ~ Complete ~54:METHOD FOR PREPARING A COMPOSITION WITH A LOW DISSOLVED

OXYGEN CONTENT, COMPRISING ACETAMINOPHEN, AND OPTIONALLY ONE OR MORE NSAIDS, AND A

COMPOSITION OBTAINED THEREOF ~71:Hyloris Developments SA, Avenue Hippocrate 5, LIÈGE 4000,

BELGIUM, Belgium ~72: JACOBSEN, Thomas~ 33:IB ~31:2017/059440 ~32:20/04/2017

2019/06881 ~ Complete ~54:SYSTEM FOR HIGH-THROUGHPUT BLOOD COMPONENT COLLECTION

~71:Terumo BCT, Inc., 10811 West Collins Avenue, LAKEWOOD 80215, CO, USA, United States of America

~72: FELT, Thomas J.;HLAVINKA, Dennis J.;HOLMES, Brian M.;O'BRIEN, Peter;POLODNA, Taylor~

33:US ~31:62/488,404 ~32:21/04/2017;33:US ~31:62/539,053 ~32:31/07/2017

2019/06892 ~ Complete ~54:SUSPENSION ASSEMBLY FOR A MACHINE ~71:CATERPILLAR INC., 100 N.E.

Adams Street Peoria, United States of America ~72: LABAN, Christopher, S.;ROBERTS, Dennis, E.;THOMAS,

Jeffrey, L.~ 33:US ~31:15/467,581 ~32:23/03/2017

2019/06866 ~ Provisional ~54:BARRIER ~71:CAMERON DUDLEY-OWEN, 33 MOWBRAY ROAD, GREENSIDE,

South Africa ~72: CAMERON DUDLEY-OWEN~

2019/06867 ~ Provisional ~54:PROCESS FOR THE REGENERATION OF HYDROCHLORIC ACID PICKLE

LIQUORS ~71:NUVEST RECOVERY SOLUTIONS (PTY) LTD, 65 Philip Engelbrecht Dr, Meyersdal, 1448, South

Africa ~72: ARTHUR PRETORIUS;IAN TUNNICLIFFE~

2019/06869 ~ Provisional ~54:A RECONFIGURABLE FIXTURE, A RECONFIGURABLE FIXTURE SYSTEM,

AND A METHOD OF OPERATING A RECONFIGURABLE FIXTURE SYSTEM ~71:Tshwane University of

Technology, Arcadia Campus, 175 Mandela Drive, Arcadia, PRETORIA 0083, Gauteng Province, SOUTH


Page | 68

AFRICA, South Africa ~72: Dithoto, MODUNGWA;MPOFU, Khumbulani;RAMATSETSE, Boitumelo

Innocent;SELOANE, Walter Thabo~

2019/06875 ~ Complete ~54:JAK1 SELECTIVE INHIBITORS ~71:AstraZeneca AB, SÖDERTÄLJE S-

151 85, SWEDEN, Sweden ~72: ÅSTRAND, Annika Birgitta Margareta;BERGGREN, Anna Ingrid

Kristina;JOHANSSON, Johan R.;KAWATKAR, Sameer Pralhad;KETTLE, Jason Grant;LEPISTÖ, Matti

Juhani;NILSSON, Karl Magnus;SU, Qibin~ 33:US ~31:62/447,057 ~32:17/01/2017

2019/06879 ~ Complete ~54:PROCESS FOR PREPARING IRON- AND CHROME-CONTAINING PARTICLES

~71:LANXESS Deutschland GmbH, Kennedyplatz 1, KÖLN 50569, GERMANY, Germany ~72: BOLL,

Matthias;NELL, Johannes;ZAMPIERI, Ulrike~ 33:EP ~31:17162063.6 ~32:21/03/2017

2019/06885 ~ Complete ~54:METHOD, APPARATUS AND SYSTEM FOR TRANSMITTING PERIODIC UPLINK

INFORMATION/SIGNALS ~71:GUANGDONG OPPO MOBILE TELECOMMUNICATIONS CORP., LTD., No. 18

Haibin Road, Wusha, Chang'an Dongguan, People's Republic of China ~72: LIN, Yanan~

2019/06890 ~ Complete ~54:SECONDARY AMINE-SUBSTITUTED COUMARIN COMPOUNDS AND THEIR

USES AS FLUORESCENT LABELS ~71:ILLUMINA CAMBRIDGE LIMITED, 19 Granta Park, Great Abington,

Cambridge, CB21 6DF, United Kingdom ~72: CAROLE ANASTASI;NIALL HYNES;NIKOLAI NIKOLAEVICH

ROMANOV;PATRICK MCCAULEY;XIAOLIN WU~ 33:GB ~31:1716931.9 ~32:16/10/2017

2019/06891 ~ Complete ~54:DISPERSION TRAY ~71:AZMET TECHNOLOGY AND PROJECTS (PROPIETARY)

LIMITED, 40 Mona Street, Glen Marais, South Africa ~72: Abraham Barend SMIT;Barend Jacobus

BEYLEFELD;Charl Jan DU PREEZ;Ruan KUKARD~ 33:ZA ~31:2017/02105 ~32:27/03/2017

2019/06865 ~ Provisional ~54:MOBILE ADVERTISING ARRANGEMENT ~71:Denzyl DE JAGER, 68 Birkenhead

Road, South Africa ~72: Denzyl DE JAGER~

2019/06871 ~ Complete ~54:METHOD FOR PREPARING COMPLEX LITHIUM-BASED GREASE BY

ANHYDROUS SAPONIFICATION ~71:Xinxiang Hengxing Technology Co.,Ltd, No. 31, F/5, Science and

Technology Innovation Base, Zhongguancun e Valley No. 1, Jingba Road, Economic and Technological

Development Zone, People's Republic of China ~72: LI, Baoli;QI, Ruiqin;SONG, Shangzhen;WANG, Lixia;ZHOU,

Zhongtai~ 33:CN ~31:201910761980.X ~32:19/08/2019

2019/06882 ~ Complete ~54:CARTRIDGE, ASSEMBLY AND CUP FOR PREPARING LOOSE LEAF TEA AND

METHOD OF PREPARING TEA ~71:T-Cap IP B.V., Eerste Jan van der Heijdenstraat 94 H, AMSTERDAM 1072

VA, THE NETHERLANDS, Netherlands ~72: DUMAN, Hakan~ 33:NL ~31:2018743 ~32:19/04/2017

2019/06888 ~ Complete ~54:AMIDE DERIVATIVES AS NAV1.7 AND NAV1.8 BLOCKERS ~71:RAQUALIA

PHARMA INC., 1-21-19 Meieki Minami, Nakamura-ku, Nagoya-shi, Aichi, 4500003, Japan ~72: MIKIO

MORITA;NORIKAZU GAJA;RYUICHI YAMAGUCHI;TATSUYA YAMAGISHI;YUJI SHISHIDO~ 33:US

~31:62/522,215 ~32:20/06/2017

2019/06872 ~ Complete ~54:IMPROVEMENTS IN TRAILERS AND COMBINATION VEHICLES ~71:Mechanical

System Dynamics Pty Ltd, 9 Westbridge Court, Australia ~72: MAI, Kinh-Luan Viet;PREM, Hans~ 33:AU

~31:2018903943 ~32:18/10/2018

2019/06874 ~ Complete ~54:OPTRONIC SYSTEM FOR A PLATFORM AND ASSOCIATED PLATFORM

~71:THALES, Place des Corolles Esplanade Nord, France ~72: GARIN, Olivier;THIBOUT, Paul~ 33:FR ~31:17

00430 ~32:19/04/2017


Page | 69

2019/06878 ~ Complete ~54:PROCESS FOR MAKING TABLET USING RADIOFREQUENCY AND LOSSY

COATED PARTICLES ~71:Johnson & Johnson Consumer Inc., 199 Grandview Road, SKILLMAN 08558,

NJ, USA, United States of America ~72: KOLL, Gregory;MCNALLY, Gerard;SZYMCZAK, Christopher E.~ 33:US

~31:15/463,609 ~32:20/03/2017

2019/06886 ~ Complete ~54:METHOD FOR CONTROLLING A TRACK CONSTRUCTION MACHINE

~71:PLASSER & THEURER EXPORT VON BAHNBAUMASCHINEN GMBH, Johannesgasse 3, 1010, Wien,

Austria ~72: MARTIN BÜRGER~ 33:AT ~31:A 196/2017 ~32:12/05/2017

2019/06876 ~ Complete ~54:MUTUAL AUTHENTICATION SYSTEM ~71:Koninklijke Philips N.V., High Tech

Campus 5, EINDHOVEN 5656 AE, THE NETHERLANDS, Netherlands ~72: BERNSEN, Johannes Arnoldus

Cornelis;LINDERS, Ronald Felix Albertus;VAN DE LAAR, Franciscus Antonius Maria~ 33:EP ~31:17161856.4

~32:20/03/2017

2019/06889 ~ Complete ~54:CLEAN LABEL STABILIZED BUCKWHEAT STARCH ~71:ROQUETTE FRERES, 1

rue de la Haute Loge, 62136, Lestrem, France ~72: BERNARD PORA;JIE SUN;JINGLING TAO;JOVIN HASJIM~

33:CN ~31:201710341956.1 ~32:16/05/2017

2019/06868 ~ Provisional ~54:A RECONFIGURABLE FIXTURE, A RECONFIGURABLE FIXTURE SYSTEM,

AND A METHOD OF OPERATING A RECONFIGURABLE FIXTURE SYSTEM ~71:Tshwane University of

Technology, Arcadia Campus, 175 Mandela Drive, Arcadia, PRETORIA 0083, Gauteng Province, SOUTH

AFRICA, South Africa ~72: Dithoto, MODUNGWA;MPOFU, Khumbulani;RAMATSETSE, Boitumelo

Innocent;SELOANE, Walter Thabo~

2019/06873 ~ Complete ~54:TETRAHYDRO-BENZO[D]AZEPINE DERIVATIVES AS GPR120 MODULATORS

~71:CALDAN THERAPEUTICS LIMITED, 7-11 Melville Street, United Kingdom ~72: BROWN, Jane;BRVAR,

Matjaz;CONNOLLY, Stephen;HANSEN, Steffen V. F.;MILNE, Gavin;RIGBY, Aaron;SHIMPUKADE,

Bharat;SMYTH, Don;THOMAS, Gerard;ULVEN, Trond~ 33:GB ~31:1704714.3 ~32:24/03/2017

2019/06877 ~ Complete ~54:ISOMERICALLY PURE 18F-LABELLED TETRAHYDROFOLATES ~71:Merck

Patent GmbH, Frankfurter Strasse 250, DARMSTADT 64293 , GERMANY, Germany ~72: AMETAMEY,

Simon;BOSS, Silvan;GROEHN, Viola;MOSER, Rudolf;MUELLER, Cristina;SCHIBLI, Roger~ 33:EP

~31:17161884.6 ~32:20/03/2017

- APPLIED ON 2019/10/21 -

2019/06909 ~ Complete ~54:FUNGICIDAL OXADIAZOLES ~71:FMC CORPORATION, 2929 Walnut Street

Philadelphia, United States of America ~72: CHITTABOINA, Srinivas;KAMIREDDY, Balreddy;MCMAHON, Travis,

Chandler;PASTERIS, Robert, James;REDDY, Ravisekhara, Pochimireddy~ 33:US ~31:62/482,343

~32:06/04/2017;33:US ~31:62/542,949 ~32:09/08/2017

2019/06912 ~ Complete ~54:INTELLIGENT MODULE PIPELINE, INTELLIGENT MODULE HELICAL PIPELINE

WINDING MACHINE AND WINDING METHOD THEREFOR ~71:Li LI, F21-4, Unit 2, No.8, One Branch,

Jianxinbei Road, People's Republic of China ~72: Li LI (Chinese Citizen);Qiaoxi FENG (Chinese

Citizen);Shengbin ZOU (Chinese Citizen);Siyi LI (Chinese Citizen);Yiqing CHEN (Chinese Citizen)~ 33:CN

~31:201710192176.5 ~32:28/03/2017;33:CN ~31:201720310857.2 ~32:28/03/2017;33:CN

~31:201710547452.5 ~32:06/07/2017;33:CN ~31:201720813715.8 ~32:06/07/2017

2019/06914 ~ Complete ~54:SURFACE TREATED STEEL SHEET ~71:NIPPON STEEL CORPORATION, 6-1,

Marunouchi 2-chome, Chiyoda-ku, TOKYO 1008071, JAPAN, Japan ~72: SENGOKU, Akihiro;TAKEBAYASHI ,

Hiroshi~


Page | 70

2019/06916 ~ Complete ~54:AN ADJUSTABLE AMBIENT AIR-OXYGEN BLENDER ~71:Vayu Global Health

Innovations, LLC, 22 Welgate Rd., MEDFORD 02155, MA, USA, United States of America ~72: BELLARE,

Anuj;BURKE, Thomas Friedrich;MOGHADDAM, Kamyar Mollazadeh~ 33:US ~31:62/509,292 ~32:22/05/2017

2019/06923 ~ Complete ~54:MATERIALS AND METHODS FOR ENGINEERING CELLS AND USES THEREOF

IN IMMUNO-ONCOLOGY ~71:CRISPR THERAPEUTICS AG, Baarerstrasse 14, 6300, Zug, Switzerland ~72:

DEMETRIOS KALAITZIDIS;JONATHAN ALEXANDER TERRETT;LAWRENCE KLEIN~ 33:US ~31:62/505,649

~32:12/05/2017;33:US ~31:62/508,862 ~32:19/05/2017;33:US ~31:62/538,138 ~32:28/07/2017;33:US

~31:62/567,008 ~32:02/10/2017;33:US ~31:62/567,012 ~32:02/10/2017;33:US ~31:62/583,793

~32:09/11/2017;33:US ~31:62/639,332 ~32:06/03/2018;33:US ~31:62/648,138 ~32:26/03/2018;33:US

~31:62/655,510 ~32:10/04/2018

2019/06902 ~ Complete ~54:METHOD FOR SEPARATING CHEMICAL COAL FROM MIDDLINGS

~71:Shandong University of Science and Technology, 579 Qianwangang Road, People's Republic of China ~72:

CUI, Guangwen;LIU, Huijie;MA, Jiawei~ 33:CN ~31:201910036120.X ~32:15/01/2019

2019/06904 ~ Complete ~54:THERAPEUTIC AGENT FOR PHOSPHODIESTERASE INHIBITION AND ITS

RELATED DISORDERS ~71:NOVALEAD PHARMA INC., 57 Heather Court, United States of America ~72:

ASLEKAR, Atul S.;KULKARNI, Sudhir A.~ 33:IN ~31:201721009758 ~32:21/03/2017

2019/06907 ~ Complete ~54:ANALYTICAL AND THERAPEUTIC METHODS AND COMPOSITIONS, AND USES

THEREOF ~71:AUCKLAND UNISERVICES LIMITED, c/o - James & Wells, Level 12, KPMG Centre, 85

Alexandra Street, Private Bag 3140, Waikato Mail Centre , Hamilton, 3204, New Zealand ~72: MORELAND,

Nicole J;PROFT, Thomas;YOUNG, Paul Gary~ 33:NZ ~31:731324 ~32:26/04/2017;33:NZ ~31:736448

~32:16/10/2017

2019/07041 ~ Provisional ~54:BUY MORE GOODS INSURANCE ~71:Sakhile Hopewell Ntuli, 1351 Ext 3,

Empumelelweni,, South Africa ~72: SAKHILE HOPEWELL NTULI~

2019/06929 ~ Provisional ~54:HYGIENIC WRIST BAND ~71:MMASEABE MICHELLE MOJELA, 0401 TOWER

HILL, 272 LEYDS STREET, South Africa ~72: MMASEABE MICHELLE MOJELA~

2019/06910 ~ Complete ~54:TRITERPENE SAPONIN ANALOGUES ~71:ADJUVANCE TECHNOLOGIES, INC.,

16 WEST 22ND STREET, 6TH FLOOR, NEW YORK, NY 10010, USA, United States of America;MEMORIAL

SLOAN KETTERING CANCER CENTER, 1275 YORK AVENUE, NEW YORK, NEW YORK, 10065, USA, United

States of America ~72: GARDNER, Jeffrey;LIVINGSTON, Philip;MARTIN, J., Tyler;RAGUPATHI, Govind~ 33:US

~31:62/489,556 ~32:25/04/2017

2019/06921 ~ Complete ~54:RESOURCE ALLOCATION METHOD, APPARATUS AND SYSTEM


Chang'an Dongguan, 523860, Guangdong, People's Republic of China ~72: HAI TANG~

2019/06926 ~ Complete ~54:METHODS AND APPARATUSES FOR RANDOM ACCESS

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

ALMQUIST;ZHIPENG LIN~ 33:CN ~31:PCT/CN2017/084258 ~32:12/05/2017

2019/06906 ~ Complete ~54:EXPLOSIVES BLASTING ~71:AEL MINING SERVICES LIMITED, AECI Place,

23/24 The Woodlands, Woodlands Drive, Woodmead, Sandton 2191, SOUTH AFRICA, South Africa ~72:

PIENAAR, André;SMIT, Gabriel Hendrik;WILSON, Laurence Justin Pienaar~ 33:ZA ~31:2017/06175

~32:12/09/2017;33:ZA ~31:2018/00521 ~32:25/01/2018


Page | 71

2019/06908 ~ Complete ~54:METHOD FOR PRODUCING A HIGH STRENGTH STEEL SHEET HAVING HIGH

DUCTILITY, FORMABILITY AND WELDABILITY, AND OBTAINED STEEL SHEET ~71:ARCELORMITTAL, 24-

26, Boulevard d'Avranches, Luxembourg ~72: Anirban CHAKRABORTY (Indian Citizen);Hassan

GHASSEMI-ARMAKI (Iranian Citizen);Pavan C VENKATASURYA (Indian Citizen)~ 33:IB

~31:PCT/IB2017/052631 ~32:05/05/2017

2019/06924 ~ Complete ~54:LABEL APPLICATION SYSTEMS ~71:ACTEGA NORTH AMERICA

TECHNOLOGIES, INC., 950 S. Chester Avenue, Suite B2, Delran, 08075, New Jersey, United States of America

~72: ANDREW W MARSELLA;BENJAMIN DAVID LUX;HEIDI M MUNNELLY;JASON A MEEK;JURIS ALEX

GRAUDS;MICHAEL CLARKE WOODS;MICHAEL MEDEIROS;NIKOLAI A VOICECHOVSKI~ 33:US

~31:62/487,520 ~32:20/04/2017

2019/06927 ~ Complete ~54:A SOLID FEED COMBINATION COMPOSITION FOR RUMINANT CALVES

~71:NUTRECO IP ASSETS B.V., 38, Veerstraat, Netherlands ~72: BERENDS, Harmina;LEAL, Leonel

Neto;MARTÍN-TERESO LÓPEZ, Javier~ 33:EP ~31:17168256.0 ~32:26/04/2017

2019/06913 ~ Complete ~54:HOT STAMPED MOLDING ~71:NIPPON STEEL CORPORATION, 6-1, Marunouchi

2-chome, Chiyoda-ku, TOKYO 1008071, JAPAN, Japan ~72: AKIOKA, Koji;MATSUMURA,

Kenichiro;SENGOKU, Akihiro;TAKEBAYASHI , Hiroshi~

2019/06919 ~ Complete ~54:PROCESS TO TREAT METAL OR MINERAL ORES AND COLLECTOR

COMPOSITION THEREFOR ~71:Nouryon Chemicals International B.V., Velperweg 76, ARNHEM 6824 BM, THE

NETHERLANDS, Netherlands ~72: CASSEL, Anders Öijar;LEWIS, Andrew Clist;SIIRAK, Juhan;SLIKTA,

Alberto;SMOLKO-SCHVARZMAYR, Natalija~ 33:EP ~31:17162623.7 ~32:23/03/2017

2019/06920 ~ Complete ~54:FILTER FOR SEPARATING HYDROPHILIC AND HYDROPHOBIC FLUIDS AND

METHOD FOR THE PRODUCTION THEREOF ~71:UNIVERSITÄT INNSBRUCK, Innrain 52, Austria ~72:

BAKRY, Rania;NAIER, Benjamin;PARTL, Gabriel;SCHOTTENBERGER, Herwig~ 33:EP ~31:17171765.5

~32:18/05/2017

2019/06897 ~ Provisional ~54:TIME BASED BILLING APPLICATION FOR CONNECTIVITY-SERVICE

BUNDLING ~71:Win Htoo Aung, 135 Somerset Gardens Mulbarton Road , Beverley A/H , 2191, South Africa ~72:

Win Htoo Aung~

2019/06900 ~ Complete ~54:METHOD OF DISPENSING AND EFFECTIVELY CONTROLLING STOCK

~71:Jakob Venter, 59 Galena Avenue, South Africa ~72: Jakob Venter~ 33:ZA ~31:2018/04545 ~32:09/07/2018

2019/06918 ~ Complete ~54:METHODS FOR MAKING HIGH INTENSITY SWEETENERS ~71:Firmenich

Incorporated, 250 Plainsboro Road, PRINCETON 08536, New Jersey, USA, United States of America ~72:

COLQUITT, Justin;FABER, Nathan;MANAM, Rama R.;NORIEGA, Chris Edano;PATRON, Andrew P.;STEGE,

Justin;ZIELER, Helge~ 33:US ~31:62/501,018 ~32:03/05/2017;33:US ~31:62/551,750 ~32:29/08/2017

2019/06922 ~ Complete ~54:GENE THERAPY ~71:FONDAZIONE TELETHON, Via Varese 16B, 00185, Rome,

Italy;OSPEDALE SAN RAFFAELE S.R.L, Via Olgettina 60, 20132, Milan, Italy ~72: ADELE MUCCI;BERNHARD

RUDOLF GENTNER;GIULIA ESCOBAR;LUIGI NALDINI~ 33:GB ~31:1706410.6 ~32:21/04/2017;33:GB

~31:1801511.5 ~32:30/01/2018

2019/06898 ~ Provisional ~54:ADJUSTABLE CONTAINER ~71:WILLIAM ANDREW ALEXANDER, 1 Carrington

Road, Kimberley, 8301, Northern Cape, South Africa ~72: WILLIAM ANDREW ALEXANDER~


Page | 72

2019/06901 ~ Complete ~54:AN INTELLIGENT LOCATION BEACON ~71:VAN DER WALT, Jan Daniel, 22 Sea

Cottage Crescent, MOOIKLOOF, PRETORIA 0081, Gauteng, SOUTH AFRICA, South Africa ~72: VAN DER

WALT, Jan Daniel~ 33:ZA ~31:2018/05259 ~32:10/08/2018

2019/06917 ~ Complete ~54:ANTI-IGF-I RECEPTOR ANTIBODY ~71:Teijin Pharma Limited, 2-1, Kasumigaseki

3-chome, Chiyoda-ku, TOKYO 1000013, JAPAN, Japan ~72: EGUCHI, Hiroshi;KATO, Hirotsugu;NAMIKI,

Naoko;TAKAGI, Kenichiro;TANOKURA, Akira;YAMAMURA, Satoshi~ 33:JP ~31:2017-106529 ~32:30/05/2017

2019/06928 ~ Complete ~54:INFORMATION TRANSMISSION METHOD, TERMINAL DEVICE, AND NETWORK


Wusha, Chang'an Dongguan, People's Republic of China ~72: LIN, Yanan~

2019/06899 ~ Provisional ~54:DIGITAL BANKING CENTER ~71:BATHABILE GLENDA NTULI, UNIT 31, 10 ON

EATON AVENUE, South Africa;DUMISANI MQINISELI SILWABEKHWESHA NTULI, UNIT 31, 10 ON EATON

AVENUE, South Africa ~72: DUMISANI MQINISELI SILWABEKHWESHA NTULI~

2019/06903 ~ Complete ~54:PROCESS FOR TRANSFORMING CARBON FIBRES, SYNTHETIC FIBRES AND

VEGETABLE FIBRES INTO NON-WOVEN FABRIC ~71:INNOVATIVE RECYCLING S.A., Via S. Franscini,

Switzerland ~72: FERRARI, Paolo~ 33:CH ~31:00354/17 ~32:21/03/2017

2019/06905 ~ Complete ~54:EXPLOSIVES BLASTING ~71:AEL MINING SERVICES LIMITED, AECI Place,

23/24 The Woodlands, Woodlands Drive, Woodmead, Sandton 2191, SOUTH AFRICA, South Africa ~72:

PIENAAR, André;WILSON, Laurence Justin Pienaar~ 33:ZA ~31:2017/06175 ~32:12/09/2017;33:ZA

~31:2018/00521 ~32:25/01/2018

2019/06911 ~ Complete ~54:HANDLING OF PDCP DUPLICATION AND DATA RECOVERY IN NEW RADIO

ACCESS TECHNOLOGY ~71:NOKIA TECHNOLOGIES OY, KARAKAARI 7, 02610 ESPOO, FINLAND, Finland

~72: DECARREAU, Guillaume;DU, Lei;SEBIRE, Benoist, Pierre;WU, Chunli~

2019/06915 ~ Complete ~54:DNA ANTIBODY CONSTRUCTS FOR USE AGAINST HIV ~71:Inovio

Pharmaceuticals, Inc., 660 Germantown Pike, Suite 110, PLYMOUTH MEETING 19462, PA, USA, United States

of America;The Wistar Institute of Anatomy and Biology, 3601 Spruce Street, PHILADELPHIA 19104, PA, USA,

United States of America ~72: WEINER, David;WISE, Megan~ 33:US ~31:62/477,217 ~32:27/03/2017;33:US

~31:62/477,227 ~32:27/03/2017

2019/06925 ~ Complete ~54:TCR AND PEPTIDES ~71:FONDAZIONE CENTRO SAN RAFFAELE, Via Olgettina

60, 20132, Milan, Italy;OSPEDALE SAN RAFFAELE S.R.L, Via Olgettina 60, 20132, Milan, Italy ~72: ATTILIO

BONDANZA;ELIANA RUGGIERO;FABIO CICERI;LUCA ALDO EDOARDO VAGO;MARIA CHIARA

BONINI;ZULMA IRENE MAGNANI~ 33:US ~31:62/489,226 ~32:24/04/2017

2019/07040 ~ Provisional ~54:DIGITAL PRODUCT SENDING SYSTEM (DPSS) ~71:Sakhile Hopewell Ntuli,

1351 Ext 5, Empumelelweni, South Africa ~72: SAKHILE HOPEWELL NTULI~

- APPLIED ON 2019/10/22 -

2019/06938 ~ Complete ~54:FORMULATIONS COMPRISING RECOMBINANT 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;RUSSELL GOTSCHALL;SERGEY

TESLER;WENDY SUNDERLAND~ 33:US ~31:62/315,436 ~32:30/03/2016;33:US ~31:62/457,588

~32:10/02/2017;33:US ~31:15/473,999 ~32:30/03/2017


Page | 73

2019/06952 ~ Complete ~54:BLASTING METHOD AND SYSTEM ~71:PWS Systems Pty Ltd, 17 Sulman

Avenue, SALTER POINT 6152, WESTERN AUSTRALIA, AUSTRALIA, Australia ~72: PARK, Allen~ 33:AU

~31:2017901046 ~32:23/03/2017

2019/06955 ~ Complete ~54:ACYLATED INSULIN COMPOUND ~71:Eli Lilly and Company, Lilly Corporate

Center, INDIANAPOLIS 46285, IN, USA, United States of America ~72: LIU, Wen;MEZO, Adam

Robert;VALENZUELA, Francisco Alcides~ 33:US ~31:62/511,690 ~32:26/05/2017

2019/06956 ~ Complete ~54:RAPID-ACTING INSULIN COMPOSITIONS ~71:Eli Lilly and Company, Lilly

Corporate Center, Indianapolis, Indiana 46285, USA, United States of America ~72: PAAVOLA, Chad

Donald;ZHANG, Jun~ 33:US ~31:62/513,645 ~32:01/06/2017

2019/06958 ~ Complete ~54:ELECTROMAGNETIC BRAKE SYSTEM AND METHOD OF CONTROLLING AN

ELECTROMAGNETIC BRAKE SYSTEM ~71:ABB Schweiz AG, Brown Boveri Strasse 6, BADEN 5400,

SWITZERLAND, Switzerland ~72: ERIKSSON, Jan- Erik;LEHMAN, Anders;SEDÉN, Martin~ 33:EP

~31:17176292.5 ~32:16/06/2017

2019/06961 ~ Complete ~54:TEMPERATURE-CONTROLLED PORTABLE COOLING UNITS ~71:TOKITAE LLC,

3150 139th Ave SE, Bellevue, 98005-4046, Washington, United States of America ~72: CLARENCE T

TEGREENE;DAVID J YAGER;FONG-LI CHOU;IVAN POLESHCHUK;LAWRENCE MORGAN FOWLER;LOWELL

L. JR WOOD;NELS R PETERSON;PETER K MAIER-LAXHUBER;PHILIP A WELKHOFF;RALF W

SCHMIDT;REINER M WÖRZ;SHIENG LIU~ 33:US ~31:15/468,457 ~32:24/03/2017

2019/06964 ~ Complete ~54:PREVENTION AND/OR TREATMENT OF INFLAMMATORY SKIN DISEASE


Kingdom ~72: ADRIAN MICHAEL SMITH;DAVID ANDREW GUNN;LUBA MILENA PARDO CORTES;MARTIJN

GERARD HENDRIK SANDERS;REBECCA SUSAN GINGER;TAMARIUS EDMOND CHRISTOFFEL NIJSTEN~

33:EP ~31:17169956.4 ~32:08/05/2017

2019/06966 ~ Complete ~54:LOW VISCOSITY, HIGH POLYOL SELF-FOAMING COMPOSITION


Kingdom ~72: KEVIN DAVID HERMANSON;LIN YANG;SHENG LIANG TSAUR~ 33:EP ~31:17170458.8

~32:10/05/2017

2019/06967 ~ Complete ~54:COMPUTER SYSTEMS, COMPUTER-IMPLEMENTED METHODS AND

SOFTWARE FOR PROCESSING PAYOUTS ~71:ISX IP LTD, Sea Meadow House, Blackburne Highway, Virgin

Islands (British) ~72: KARANTZIS, Nickolas John~ 33:AU ~31:2017901038 ~32:23/03/2017

2019/06935 ~ Complete ~54:METHOD AND SYSTEM FOR CONSTRUCTING MEDICAL KNOWLEDGE GRAPH

BASED ON DYNAMIC GRAPH SEQUENCE ~71:Xiamen University, No. 422, Siming South Road, Siming

District, Xiamen, People's Republic of China ~72: LIANG, Jiayin;WANG, Xiaoli~ 33:CN ~31:201910489974.3

~32:06/06/2019

2019/06933 ~ Complete ~54:ADDITIVE FOR INCREASING UTILIZATION RATE OF NUTRIENT ELEMENT,

PREPARATION METHOD THEREFOR AND MULTI-ELEMENT COMPOUND FERTILIZER ~71:FENGTIANBAO

AGRICULTURAL TECHNOLOGY CO.,LTD, Huxing Road, Houhu Industrial Park, Yutian County, Tangshan City,

People's Republic of China ~72: CHEN, Tiecheng;LIU, Dazhao;LONG, Suxia;WANG, Lianlin;ZHAN,

Yiqiang;ZHANG, Zhicheng~ 33:CN ~31:201910541337.6 ~32:21/06/2019


Page | 74

2019/06940 ~ Complete ~54:METHOD OF RENOVATING A DOMESTIC PROPERTY ~71:RHT United (Pty) Ltd.,

No. 35 Friesland,, 936 Buikgord Street, South Africa ~72: CONRADIE, Henck;OPPERMAN, Richard Henry Theo~

33:ZA ~31:2018/07040 ~32:23/10/2018

2019/06930 ~ Provisional ~54:SECURITY SYSTEM AND METHOD ~71:CONRADIE, Dawid Petrus, Lot H104,

Hluhluwe, South Africa ~72: CONRADIE, Dawid Petrus~

2019/06937 ~ Complete ~54:OPTICAL FIBRE DUCT SEAL ~71:VENTER, Shaun, 158 JAC VAN RHYN,

UNIVERSITAS RIFF, BLOEMFONTEIN, SOUTH AFRICA, South Africa ~72: VENTER, Shaun~ 33:ZA

~31:2018/07230 ~32:30/10/2018

2019/06939 ~ Complete ~54:TEST SECTIONS, WIND TUNNELS INCLUDING THE SAME, AND METHODS OF

USING THE SAME ~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 ~31:16/198,349

~32:21/11/2018

2019/06946 ~ Complete ~54:A COATED METALLIC SUBSTRATE AND FABRICATION METHOD

~71:ARCELORMITTAL, 24-26, Boulevard d'Avranches, Luxembourg;CENTRE NATIONAL DE LA

RECHERCHE SCIENTIFIQUE, 3, rue Michel Ange, France;SORBONNE UNIVERSITE, 21, rue de l'Ecole

de Medecine, France ~72: Alexey KOLTSOV (French Citizen);Claudine NOGUERA (French Citizen);Daniel

CHALEIX (French Citizen);Jacek GONIAKOWSKI (Polish Citizen);Jacques JUPILLE (French Citizen);Jean-Michel

MATAIGNE (French Citizen);Lucie GAOUYAT (French Citizen);Rémi CAVALLOTTI (French

Citizen);Rémi LAZZARI (French Citizen);Thi Ha Linh LE (Vietnamese Citizen)~ 33:IB

~31:PCT/IB2017/000668 ~32:31/05/2017

2019/06947 ~ Complete ~54:BICYCLIC COMPOUNDS AND THEIR USE IN THE TREATMENT OF CANCER

~71:TEMPEST THERAPEUTICS, INC., One Sansome Street, Suite 3690, United States of America ~72: BRAVO,

Yalda;BURCH, Jason David;CHEN, Austin Chih-Yu;NAGAMIZO, Joe Fred~ 33:US ~31:62/486,765

~32:18/04/2017

2019/06932 ~ Provisional ~54:PUSHBUTTON SWITCHING THROUGH INDUCTIVE SENSING ~71:AZOTEQ

(PTY) LTD, 1 Bergsig Avenue, South Africa ~72: BRUWER, Frederick Johannes;HEYNS, Chris;RADEMEYER,

Daniel Barend;THERON, Landolf~

2019/06931 ~ Provisional ~54:VEHICLE NUMBER PLATE CALLER APP ~71:Patrick, 08 Chard Places, karaka

Street, Moreleta Park, South Africa ~72: Patrick Mositsa~

2019/06934 ~ Complete ~54:A DATA PROTECTION SYSTEM AND METHOD ~71:CIBECS INTERNATIONAL

LTD, 19th Floor Newton Tower, Sir William Newton Street, Mauritius ~72: DEWING, Neal Robert;WALDRON,

Cameron Ian~ 33:US ~31:16/166,420 ~32:22/10/2018

2019/06936 ~ Complete ~54:SUPPORT PILLAR MINING METHOD ~71:PERLEEN CC, 4 Pritchard Street,

Newtown, South Africa ~72: DALLA RIVA, Paolo;PERSICO, Paolo~ 33:NL ~31:2021863 ~32:24/10/2018

2019/06941 ~ Complete ~54:METHOD OF RENOVATING A COMMERCIAL PROPERTY ~71:RHT United (Pty)

Ltd., No. 35 Friesland,, 936 Buikgord Street, South Africa ~72: CONRADIE, Henck;OPPERMAN, Richard Henry

Theo~ 33:ZA ~31:2018/07041 ~32:23/10/2018

2019/06951 ~ Complete ~54:CONTAINER DEVICE ~71:Honda Motor Co., Ltd., 1-1, Minami-Aoyama 2-Chome,

Minato-ku, TOKYO 107-8556, JAPAN, Japan ~72: ETSUNAGI , Kenichi;KIMATA , Ryuichi;KOKETSU ,

Tomoyuki;OKADO , Michihito;OSHIMA , Ryo;SHIIYAMA , Takumi~ 33:JP ~31:2017-058092 ~32:23/03/2017


Page | 75

2019/06953 ~ Complete ~54:METHODS FOR DIAGNOSING AND TREATING INFLAMMATORY BOWEL

DISEASE ~71:Meharry Medical College, Hulda Lyttle Hall, 3rd Floor, Suite 314, 1005 Dr. D.B. Toidd, Jr., Blvd.,

NASHVILLE 37208, TN, USA, United States of America ~72: M'KOMA, Amosy~ 33:US ~31:62/475,506

~32:23/03/2017

2019/06954 ~ Complete ~54:BTLA AGONIST ANTIBODIES AND USES THEREOF ~71:Eli Lilly and Company,

Lilly Corporate Center, INDIANAPOLIS 46285, IN, USA, United States of America ~72: ATWELL, Shane

Krummen;OBUNGU, Victor H.;VENDEL, Andrew Charles~ 33:US ~31:62/508,510 ~32:19/05/2017

2019/06957 ~ Complete ~54:METHOD AND DEVICE FOR GENERATING AND IDENTIFYING IDENTIFICATION

CODE ~71:Alibaba Group Holding Limited, Fourth Floor, One Capital Place, P.O. Box 847, GEORGE TOWN,

GRAND CAYMAN, CAYMAN ISLANDS, Cayman Islands ~72: TU, Yinhai~ 33:CN ~31:201710731246.X

~32:23/08/2017

2019/06962 ~ Complete ~54:METHOD AND DEVICE FOR TRANSMITTING UPLINK DEMODULATION

REFERENCE SIGNAL ~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~

2019/06963 ~ Complete ~54:USER EQUIPMENT, BASE STATION AND METHODS IN A RADIO

COMMUNICATIONS NETWORK ~71:TELEFONAKTIEBOLAGET LM ERICSSON (PUBL), , 164 83, Stockholm,

Sweden ~72: CLAES TIDESTAV;ICARO L J DA SILVA~ 33:US ~31:62/501,823 ~32:05/05/2017

2019/06942 ~ Complete ~54:COUPLING HAVING SEAL WITH RETRACTING CENTER LEG ~71:VICTAULIC

COMPANY, 4901 Kesslersville Road, United States of America ~72: BANCROFT, Philip Wayne~ 33:US

~31:62/514,229 ~32:02/06/2017

2019/06943 ~ Complete ~54:ELECTROSURGICAL INSTRUMENT FOR FREEZING AND ABLATING

BIOLOGICAL TISSUE ~71:CREO MEDICAL LIMITED, Creo House Unit 2, Beaufort Park, Beaufort Park Way,

United Kingdom ~72: BURN, Patrick;CLEGG, Peter;HANCOCK, Christopher Paul;SHAH, Pallav;WHITE,

Malcolm~ 33:GB ~31:1708725.5 ~32:01/06/2017

2019/06944 ~ Complete ~54:METHODS OF MANUFACTURING OF NIRAPARIB ~71:TESARO, INC., 1000

Winter St., North #3300, United States of America ~72: CHEN, Frank, Xing;STEWART, Alistair;TOTO, Anthony,

Joseph;WU, George~ 33:US ~31:62/489,387 ~32:24/04/2017;33:US ~31:62/489,415 ~32:24/04/2017

2019/06945 ~ Complete ~54:ELECTROSURGICAL INSTRUMENT FOR PERFORMING ABLATION OR

ELECTROPORATION OF BIOLOGICAL TISSUE ~71:CREO MEDICAL LIMITED, Creo House Unit 2, Beaufort

Park, Beaufort Park Way, United Kingdom ~72: BISHOP, John;HANCOCK, Christopher Paul~ 33:GB

~31:1709134.9 ~32:08/06/2017

2019/06948 ~ Complete ~54:DELAYED RELEASE FEED-THROUGH VETERINARY COMPOSITIONS WITH

OVICIDAL AND LARVICIDAL ACTIVITY AGAINST SUSCEPTIBLE AND RESISTANT STRAINS OF PARASITES

IN RUMINANTS' FECES, USE OF THESE COMPOSITIONS, METHOD FOR DELAYING THE RELEASE OF

THESE COMPOSITIONS ~71:CHAMPION USA LLC, 125 N. Congress Avenue, Delray Beach, United States of

America ~72: DA ROCHA, Flavia Sette;DA ROCHA, Flavio Alves~ 33:BR ~31:10 2017 010598-9

~32:19/05/2017;33:US ~31:15/823,965 ~32:28/11/2017

2019/06950 ~ Complete ~54:RESINS DERIVED FROM RENEWABLE SOURCES AND STRUCTURES

MANUFACTURED FROM SAID RESINS ~71:BIO BOND APS, Skovvejen 121 8000 Aarhus C, Denmark ~72:

BRORSEN PEDERSEN, Thomas;JENSEN, Martin~ 33:EP ~31:17020184 ~32:26/04/2017


Page | 76

2019/06949 ~ Complete ~54:ASK1 INHIBITOR COMPOUNDS AND USES THEREOF ~71:SEAL ROCK

THERAPEUTICS, INC., 500 Yale Avenue North, United States of America ~72: BROWN, Samuel David~ 33:US

~31:62/482,085 ~32:05/04/2017

2019/06959 ~ Complete ~54:ATOMISER FOR VAPOUR PROVISION DEVICE ~71:Nicoventures Holdings

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

BUCHBERGER, Helmut~ 33:GB ~31:1707805.6 ~32:16/05/2017

2019/06960 ~ Complete ~54:MITICIDE COMPOSITION CONTAINING SPIRO ETHER DERIVATIVES

~71:SINOCHEM LANTIAN CO., LTD., Sinochem Building No. 96 Jiangnan Avenue Binjiang District, Hangzhou,

310051, Zhejiang, People's Republic of China;ZHEJIANG RESEARCH INSTITUTE OF CHEMICAL INDUSTRY

CO., LTD, No.926, Xixi Avenue, Xihu District, Hangzhou, 310023, Zhejiang, People's Republic of China ~72:

DONGSONG HU;HONGYING HUANG;JIAHUA XING;JING YUAN;JIPING YU;LIANGKUN ZHONG;TIANMING

XU;YOUCHANG WEI~ 33:CN ~31:201710177859.3 ~32:23/03/2017;33:CN ~31:201710177980.6

~32:23/03/2017;33:CN ~31:201710180372.0 ~32:24/03/2017;33:CN ~31:201710231720.2

~32:11/04/2017;33:CN ~31:201710231751.8 ~32:11/04/2017

2019/06965 ~ Complete ~54:PRECIPITATION CATALYST FOR THE HYDROGENATION OF ETHYL ACETATE

CONTAINING COPPER ON ZIRCONIA ~71:BASF SE, Carl-Bosch-Str. 38, 67056, Ludwigshafen am Rhein,

Germany ~72: JULIAN SCHITTKOWSKI;KATHARINA TOELLE;MARIE KATRIN SCHROETER;MARTIN

MUHLER;SABINE BORCHERS;SABRINA POLIERER;SVEN ANKE~ 33:EP ~31:17170777.1 ~32:12/05/2017

- APPLIED ON 2019/10/23 -

2019/06970 ~ Provisional ~54:DETERRENT GAS AND DISPENSER ~71:TMQ BUSINESS SOLUTIONS CC, 38

Bodenstein Steet, Krugersdorp North, South Africa ~72: RUST, Leonard;VAN DER MERWE, Johannes

Marthinus~

2019/06975 ~ Complete ~54:MOTION TRANSMISSION GROUP FOR CAPPING HEADS FOR SCREW CAPS

AND CAPPING MACHINE EQUIPPED WITH SUCH A MOTION TRANSMISSION GROUP ~71:MBF S.p.A., Via

Nuova Padovana, 3A, Veronella, Italy ~72: BOSCARO, Giuliano;STELLA, Andrea;TICINELLI, Alessandro~ 33:IT

~31:102018000009973 ~32:31/10/2018

2019/06979 ~ Complete ~54:NOVEL LEAKS CONTAINMENT EMBODIMENT FOR ELECTROCHEMICAL

STACK ~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 ~31:62/476,962

~32:27/03/2017

2019/06985 ~ Complete ~54:A WARDROBE APPARATUS ~71:LOFTROBE LTD., 57 INWOOD ROAD, LISS,

HANTS GU33 7LY, UNITED KINGDOM, United Kingdom ~72: EAMES, James, Alen~ 33:GB ~31:1705581.5

~32:06/04/2017

2019/06989 ~ Complete ~54:SENSOR ARRAY SYSTEM SELECTIVELY CONFIGURABLE AS A FINGERPRINT

SENSOR OR DATA ENTRY DEVICE ~71:IDEX Biometrics ASA, Martin Linges Vei 25, FORNEBU 1364,

NORWAY, Norway ~72: BENKLEY III, Fred G.;BUXTON, Jeffrey Joseph;COMMERFORD, Peter Joseph;GUARD,

David Brent;MCALEER, Anne L.;NARASIMHAN, Sarangan~ 33:US ~31:62/475,550 ~32:23/03/2017;33:US

~31:62/525,475 ~32:27/06/2017;33:US ~31:62/580,171 ~32:01/11/2017;33:US ~31:62/597,674

~32:12/12/2017;33:US ~31:62/627,398 ~32:07/02/2018;33:US ~31:15/921,297 ~32:14/03/2018


Page | 77

2019/06971 ~ Provisional ~54:THE ONE JOINT ~71:MD Surgical Technologies, 14 6th Avenue , Maraisburg ,

1709, South Africa ~72: COELETTE SMIT;JAMEEL DESAI~

2019/06972 ~ Complete ~54:METHOD FOR IMPROVING YIELD AND QUALITY OF OLD TANGELO FRUIT

~71:Fruit Research Institute, Fujian Academy of Agricultural Sciences, No. 102 Pudang Village, Xindian Town,

Jin'an District, People's Republic of China ~72: CHEN, Ting;LEI, Yan;LIU, Xinming;WANG, Jianping~ 33:CN

~31:201910256906.2 ~32:01/04/2019

2019/06977 ~ Complete ~54:TANKS EMBODIMENT FOR A 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 ~31:62/476,920 ~32:27/03/2017

2019/06978 ~ Complete ~54:AN ADVANCED ELECTROLYTE MIXING METHOD FOR ALL VANADIUM FLOW

BATTERIES ~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 ~31:62/476,936

~32:27/03/2017

2019/06982 ~ Complete ~54:LIGHT STABILIZER MIXTURE ~71:BASF SE, CARL BOSCH STRASSE 38, 67056

LUDWIGSHAFEN AM RHEIN, GERMANY, Germany ~72: HERBST, Heinz;MUELLER, Daniel;WEYLAND,

Tania~ 33:EP ~31:17163379.5 ~32:28/03/2017

2019/06990 ~ Complete ~54:METHODS OF USE FOR TRISUBSTITUTED BENZOTRIAZOLE DERIVATIVES AS

DIHYDROOROTATE OXYGENASE INHIBITORS ~71:Aurigene Discovery Technologies Limited, 39-40, KIADB

Industrial Area, Electronic City Phase II, Hosur Road, BANGALORE 560100, KARNATAKA, INDIA, India ~72:

HOSAHALLI, Subramanya;NELLORE, Kavitha~ 33:US ~31:15/494,820 ~32:24/04/2017;33:US ~31:15/899,707

~32:20/02/2018

2019/06992 ~ Complete ~54:A COMMUNICATION METHOD AND APPARATUS ~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;HUANG, Lingchen;LI, Rong;LUO, Hejia;ZHANG,

Gongzheng;ZHANG, Huazi~ 33:CN ~31:201710184322.X ~32:24/03/2017;33:CN ~31:201710374785.2

~32:24/05/2017

2019/06995 ~ Complete ~54:NOVEL HETEROCYCLIC DERIVATIVES USEFUL AS SHP2 INHIBITORS

~71:JACOBIO PHARMACEUTICALS CO., LTD., Unit 2, Building 5, BYBP, No.88 Kechuang Street 6th, Business

Development Area, Daxing, 101111, Beijing, People's Republic of China ~72: CUNBO MA;DI KANG;HUIFENG

HAN;PANLIANG GAO;SHAOJING HU;XINPING WU;ZILONG XU~ 33:IB ~31:PCT/IB2017/051690

~32:23/03/2017

2019/06999 ~ Complete ~54:A BEVERAGE CONTAINER HAVING A PRESSURE-RELIEF DEVICE AND A

METHOD OF MANUFACTURING A BEVERAGE CONTAINER HAVING A PRESSURE-RELIEF DEVICE

~71:CARLSBERG BREWERIES A/S, Ny Carlsberg Vej 100, 1799, Copenhagen V, Denmark ~72: JONAS

CHRISTIANSEN~ 33:EP ~31:17168743.7 ~32:28/04/2017;33:EP ~31:17185765.9 ~32:10/08/2017

2019/06991 ~ Complete ~54:COMMUNICATION METHOD AND DEVICE ~71:Huawei Technologies Co., Ltd.,

Huawei Administration Building, Bantian, Longgang District, SHENZHEN 518129, GUANGDONG, CHINA


Page | 78

(P.R.C.), People's Republic of China ~72: GENG, Tingting;ZENG, Qinghai;ZHANG, Hongping~ 33:CN

~31:201710184879.3 ~32:24/03/2017

2019/07001 ~ Provisional ~54:TRACK YOUR BUDGETS ~71:MATOME GIFT MOREMI, 980 PARK STREET,

TMM LOFTS, South Africa ~72: MATOME GIFT MOREMI~

2019/06968 ~ Provisional ~54:ANTI-NAB STRAP ~71:Nicole Amelia Greyling, 752 Platinum Street, South Africa

~72: Nicole Amelia Greyling~

2019/06976 ~ Complete ~54:HIGH LEVEL IN VIVO BIOSYNTHESIS AND ISOLATION OF WATER-SOLUBLE

CANNABINOIDS IN PLANT SYSTEMS ~71:TRAIT BIOSCIENCES, INC., 100 Entrada Drive, United States of

America ~72: GONCALVES, Elton Carvalho;SAYRE, Richard T.;ZIDENGA, Tawanda~ 33:US ~31:62/476,080

~32:24/03/2017;33:US ~31:62/588,662 ~32:20/11/2017;33:US ~31:62/621,166 ~32:24/01/2018

2019/06986 ~ Complete ~54:NATURAL DAIRY BASED CREAMERS AND METHOD OF MAKING THE SAME

~71:Société des Produits Nestlé S.A., Entre-deux-Villes, VEVEY 1800 , SWITZERLAND,

Switzerland ~72: SAFFON, Maxime;SAHAI, Deepak;SHER, Alexander A.;ZREYAS, Veena~ 33:US

~31:62/475,992 ~32:24/03/2017

2019/06988 ~ Complete ~54:A PUMPING SYSTEM AND METHOD ~71:Karmøy Winch AS, Bygnesvegen

30, KOPERVIK 4250, NORWAY, Norway ~72: HYSTAD, Magne~ 33:NO ~31:20170485 ~32:24/03/2017

2019/06996 ~ Complete ~54:SCHEDULING OF TRANSMISSIONS IN RADIO ACCESS NETWORKS

~71:TELEFONAKTIEBOLAGET LM ERICSSON (PUBL), , 164 83, Stockholm, Sweden ~72: ROBERT

BALDEMAIR;STEFAN PARKVALL~

2019/06974 ~ Complete ~54:DRILL COUPLING AND A DRILL STRING USING SAME ~71:COETZER, Johan,

Frederik, Otto, 2 LONDON STREET, APEX INDUSTRIAL SITE, BENONI, 1540, SOUTH AFRICA, South Africa

~72: COETZER, Johan, Frederik, Otto~ 33:ZA ~31:2018/07276 ~32:31/10/2018;33:ZA ~31:2018/07277

~32:31/10/2018;33:ZA ~31:2018/07278 ~32:31/10/2018

2019/06994 ~ Complete ~54:RADIO LINK FAILURE HANDLING METHOD AND RELATED PRODUCT


Chang'an Dongguan, 523860, Guangdong, People's Republic of China ~72: CONG SHI~ 33:CN

~31:PCT/CN2018/075617 ~32:07/02/2018

2019/06998 ~ Complete ~54:AUTOMATED DRAFT SURVEY ~71:TECHNOLOGICAL RESOURCES PTY.

LIMITED, 120 Collins Street, Melbourne, 3000, Victoria, Australia ~72: EN-SHAN LOOI;JONATHON

ZEELENBERG;TROY EPSKAMP~ 33:AU ~31:2017901297 ~32:07/04/2017

2019/07000 ~ Complete ~54:SPREADER FOR PARTICULATE MATERIAL ~71:SALFORD GROUP INC., 364018

McBeth Road Salford, Canada ~72: AVERINK, John Mark;BAKER, Bradley William;DYCK, Jesse Abram;GRAY,

Geof J.;LEHMAN, Adam;PASMA, Chad Derek;RICE, Dennis~ 33:US ~31:62/476,383 ~32:24/03/2017

2019/06980 ~ Complete ~54:MEDICAL USE OF ARTEMISININ DERIVATIVE FOR TREATING INFLAMMATORY

BOWEL DISEASE ~71:JIANGSU ZUOYOU MEDICINE CO., LTD., Unit D, 10th Floor, No. 398 Ruoshui Road

Suzhou Industrial Park Suzhou, Jiangsu, People's Republic of China;SHANGHAI INSTITUTE OF MATERIA

MEDICA, CHINESE ACADEMY OF SCIENCES, 555 Zu Chong Zhi Road Zhang Jiang, Pudong Shanghai,

People's Republic of China ~72: FENG, Chunlan;HE, Shijun;LI, Ping;LIN, Zemin;TANG, Wei;YAN, Yuxi;YANG,

Xiaoqian;ZHU, Fenghua;ZUO, Jianping~ 33:CN ~31:201710208721.5 ~32:31/03/2017


Page | 79

2019/06983 ~ Complete ~54:POLYOL COMPONENTS AND USE THEREOF FOR THE PRODUCTION OF

RIGID POLYURETHANE FOAMS ~71:BASF SE, CARL BOSCH STRASSE 38, 67056 LUDWIGSHAFEN AM

RHEIN, GERMANY, Germany ~72: ELBING, Mark;KLASSEN, Johann;ZARBAKHSH, Sirus~ 33:EP

~31:17163074.2 ~32:27/03/2017

2019/06987 ~ Complete ~54:HERBICIDAL MIXTURES CONTAINING 2-[2,4-DICHLOROPHENYL)METHYL]4,4-

DIMETHYL-3-ISOXAZOLIDINONE, PYROXASULFONE AND MEFENPYR-DIETHYL ~71:Bayer

Aktiengesellschaft, Kaiser-Wilhelm-Allee 1, LEVERKUSEN 51373, GERMANY, Germany;Bayer CropScience

Aktiengesellschaft, Alfred-Nobel-Str. 50, MONHEIM AM RHEIN 40789, GERMANY, Germany ~72: AULER,

Thomas;DITTGEN, Jan;TOSSENS, Herve;WILDE, Thomas~ 33:EP ~31:17162724.3 ~32:24/03/2017;33:IB

~31:2017/069701 ~32:03/08/2017

2019/06993 ~ Complete ~54:"OXYGENATOR OF ORGANIC FLUIDS" ~71:Qura S.R.L., Via di Mezzo, 23,

MIRANDOLA (IT) 41037, ITALY, Italy ~72: GALAVOTTI, Daniele~ 33:IT ~31:102017000032687

~32:24/03/2017

2019/06997 ~ Complete ~54:METHODS OF DIAGNOSING AND TREATING CHRONIC KIDNEY DISEASE

~71:MARS, INCORPORATED, 6885 Elm Street, McLean, 22101, Virginia, United States of America ~72: DIRK

HENDRIK NICOLAAS VAN DEN BROEK;JONATHAN ELLIOTT;ROSANNE ELLEN JEPSON;VINCENT

BIOURGE;YU-MEI CHANG~ 33:US ~31:62/513,396 ~32:31/05/2017;33:US ~31:62/567,623 ~32:03/10/2017

2019/06981 ~ Complete ~54:STABLE MULTISPECIFIC ANTIBODIES ~71:BIOMUNEX PHARMACEUTICALS,

113 RUE DE LA TOUR, 75116 PARIS, FRANCE, France ~72: LEGER, Olivier;MORSE, Richard,

J.;ZHUKOVSKY, Eugene~ 33:EP ~31:17305353.9 ~32:27/03/2017

2019/06984 ~ Complete ~54:PESTICIDAL COMPOUNDS ~71:BASF SE, CARL BOSCH STRASSE 38, 67056

LUDWIGSHAFEN AM RHEIN, GERMANY, Germany ~72: ADISECHAN, Ashokkumar;CHAUDHURI,

Rupsha;DATTA, Gopal, Krishna;NARINE, Arun;SAMBASIVAN, Sunderraman;VALLINAYAGAM,

Ramakrishnan;VYAS, Devendra~ 33:EP ~31:17163239.1 ~32:28/03/2017

2019/06969 ~ Provisional ~54:SMART TRAFFIC MANAGEMENT (STM) MODULE ~71:Etienne Alain Feukeu,

307 Lampropoulos Heights 232 Esselen Street Sunnyside, South Africa ~72: Etienne Alain Feukeu~

2019/06973 ~ Complete ~54:PHOTOCATALYTIC GEL AND PREPARATION METHOD THEREOF ~71:Nankai

University, No.38 Tongyan Road, Jinnan District, People's Republic of China ~72: JU, Meiting;LIU,

Jinpeng;SHAO, Chaofeng;WANG, Ping;YU, Qilin~ 33:CN ~31:201811608855.7 ~32:27/12/2018

- APPLIED ON 2019/10/24 -

2019/07005 ~ Provisional ~54:SNOWBALL ~71:JAN NICOLAAS FRYLINCK, 17 DISA STREET, South Africa

~72: JAN NICOLAAS FRYLINCK~

2019/07008 ~ Provisional ~54:GRAVE MARKERS ~71:Patrick Roode, 12 De LaHaye Street, Hexpark, South

Africa ~72: Cassiem America;Patrick Roode;Richmond Kwinana~ 33:ZA ~31:1 ~32:22/10/2019

2019/07015 ~ Complete ~54:METHOD AND SYSTEM FOR TREATMENT OF RARE EARTH CONCENTRATE

~71:CHINA ENFI ENGINEERING CORPORATION, No. 12 Fuxing Avenue, Haidian District, People's Republic of

China ~72: Bo QIN (Chinese Citizen);Guoshan DU (Chinese Citizen);Jianwen TANG (Chinese Citizen);Pengfei

XIAN (Chinese Citizen);Shuang QIU (Chinese Citizen);Wenlong ZHOU (Chinese Citizen)~ 33:CN

~31:201710582942.9 ~32:17/07/2017


Page | 80

2019/07018 ~ Complete ~54:HUMAN-ENZYME MEDIATED DEPLETION OF HOMOCYSTEINE FOR TREATING

PATIENTS WITH HYPERHOMOCYSTEINEMIA AND HOMOCYSTINURIA ~71:BOARD OF REGENTS, THE

UNIVERSITY OF TEXAS SYSTEM, 201 West 7th Street, United States of America ~72: GEORGIOU, George;LU,

Wei-Cheng;STONE, Everett~ 33:US ~31:62/505,493 ~32:12/05/2017

2019/07023 ~ Complete ~54:METHOD AND SYSTEM FOR HARNESSING WIND ENERGY USING A

TETHERED AIRFOIL ~71:NEW LEAF MANAGEMENT LTD., Suite 500, 1177 W. Hastings Street , Vancouver,

British Columbia, V6E2K3, Canada ~72: BEATCH, Jason;BOURGAULT, Frédéric;DAMRON, David

Luke;KHEIRI, Mojtaba;NASRABAD, Vahid Saberi;TODD, Devin~ 33:US ~31:62/510,265 ~32:23/05/2017;33:US

~31:62/533,531 ~32:17/07/2017

2019/07009 ~ Complete ~54:CAMPER ASSEMBLY ~71:DUNCAN CARL FOURIE, Unit 72 Waterval Village,

South Africa ~72: Duncan Fourier~ 33:ZA ~31:2018/07071 ~32:24/10/2018

2019/07011 ~ Complete ~54:AUTOMATED CASING WELDING APPARATUS ~71:XRAM TECHNOLOGIES

(PTY) LTD, 43 Sabi Sands Crescent, South Africa ~72: BEYLEFELD, Jacques~ 33:ZA ~31:2018/07111

~32:25/10/2018

2019/07014 ~ Complete ~54:PYRIMIDINIUM COMPOUNDS AND THEIR MIXTURES FOR COMBATING

ANIMAL PESTS ~71:BASF SE, CARL BOSCH STRASSE 38, 67056 LUDWIGSHAFEN AM RHEIN, GERMANY,

Germany ~72: ADISECHAN, Ashokkumar;DATTA, Gopal, Krishna;DICKHAUT, Joachim;KUZMINA,

Olesya;LANGEWALD, Jürgen~ 33:EP ~31:17164175.6 ~32:31/03/2017;33:EP ~31:17168354.3

~32:27/04/2017;33:EP ~31:17169294.0 ~32:03/05/2017;33:EP ~31:17188677.3 ~32:31/08/2017;33:EP

~31:18152000.8 ~32:17/01/2018

2019/07017 ~ Complete ~54:COMBINATION THERAPY FOR USE IN TREATING RETROVIRAL INFECTION

~71:CIPLA LIMITED, Cipla House, Peninsula Business Park, Ganpatrao Kadam Marg, Lower Parel, Mumbai,

India ~72: JOSHI, Kalpana;MALHOTRA, Geena;RAUT, Preet~ 33:IN ~31:201721013733 ~32:18/04/2017

2019/07002 ~ Provisional ~54:AN ALCOHOLIC BEVERAGE PRODUCT ~71:GERMISHUYS, Jacobus Josias,

Portion 35, Tweefontein, Bela-Bela, South Africa ~72: GERMISHUYS, Jacobus Josias~

2019/07043 ~ Provisional ~54:HYBIRD VEHICLE ~71:RUSSEL MILLION MKHABELA, 70 MAGENTA, STONE

GATE ESTATE,, South Africa ~72: RUSSEL MILLION MKHABELA~

2019/07007 ~ Provisional ~54:VEHICLE USAGE ~71:50Fifty Luxury Car Insurance (Pty) Ltd, Unit 1A, Kevin

Ridge Estate, 436 Aureole Avenue, Northriding, South Africa ~72: CHETTY, Anben~

2019/07026 ~ Complete ~54:ITEM PROTECTED BY A ROUGH TEMPORARY PROTECTIVE COVER ~71:Saint-

Gobain Glass France, 18 Avenue d'Alsace, COURBEVOIE 92400, FRANCE, France ~72: DEVYS,

Lucie;GUILLEMOT, François~ 33:FR ~31:1753773 ~32:28/04/2017

2019/07029 ~ Complete ~54:CRYSTALLINE FORMS OF A JAK INHIBITOR COMPOUND ~71:Theravance

Biopharma R&D IP, LLC, 901 Gateway Boulevard, SOUTH SAN FRANCISCO 94080, CA, USA, United

States of America ~72: CRATER, Glenn D.;DABROS, Marta;KLEINSCHEK, Melanie A.;NZEREM,

Jerry;THALLADI, Venkat R.~ 33:US ~31:62/492,571 ~32:01/05/2017

2019/07031 ~ Complete ~54:A FLUIDIZING GAS NOZZLE HEAD AND A FLUIDIZED BED REACTOR WITH

MULTIPLE FLUIDIZING GAS NOZZLE HEADS ~71:Sumitomo SHI FW Energia Oy, Metsänneidonkuja 10,

ESPOO 02130, FINLAND, Finland ~72: KAUPPINEN, Kari;KLAJNY, Marcin~


Page | 81

2019/07032 ~ Complete ~54:WELDED JOINT MANUFACTURING METHOD, AND WELDED JOINT

~71:NIPPON STEEL CORPORATION, 6-1, Marunouchi 2-chome, Chiyoda-ku, TOKYO 1008071, JAPAN, Japan

~72: NAKAZAWA, Yoshiaki;YASUYAMA, Masanori;ZENIYA, Tasuku~ 33:JP ~31:2017-067989 ~32:30/03/2017

2019/07035 ~ Complete ~54:SITE POSITIONING SYSTEM FOR AN UNDERGROUND MACHINE

~71:CATERPILLAR GLOBAL MINING EUROPE GMBH, Industriestrasse 1 44534, Germany ~72: DUPPONG,

Brent;HÜHN, Björn-Andre;KÜHNEMUND, Frank;KORNEV, Paul;MOBERG, Carl;PALMER,

Matt;ROCKWOOD, Brian;TEINER, Martin;TEMMANN, Thomas~ 33:US ~31:15/473,248 ~32:29/03/2017

2019/07037 ~ Complete ~54:HYDRAULIC SUPPORT VOICE CONTROL SYSTEM AND METHOD BASED ON

VOCAL CORD VIBRATION MEASUREMENT ~71:CHINA UNIVERSITY OF MINING AND TECHNOLOGY, No.1,

Daxue Road, Tongshan, People's Republic of China;XUZHOU GOLDFLUID HYDRAULIC TECHNOLOGY

DEVELOPMENT CO., LTD., Qiaojiahu Village, Yunlong District, People's Republic of China ~72: LIU, Xinhua;SI,

Lei;TAN, Chao;WANG, Zhongbing;XIONG, Xiangxiang;YAN, Haifeng;YAO, Xingang~ 33:CN

~31:201810311118.4 ~32:09/04/2018

2019/07042 ~ Provisional ~54:KLEVACART ~71:MAKHAZA GEORGE MNGUNI, 2001 SSCTION A,

KWAGGAFONTEIN,, South Africa ~72: MNGUNI MAKHAZA GEORGE~

2019/07003 ~ Provisional ~54:A MOBILE RECYCLING APPARATUS ~71:MFATSHE, Edward Thuto, 83 5th

Avenue, THABAZIMBI 0380, North West, SOUTH AFRICA, South Africa;TLHAPI, Boitumelo Ashley, 50 Fairfield

Village, Bloulelie Crescent, ANNLIN 0066, Gauteng, SOUTH AFRICA, South Africa ~72: MFATSHE, Edward

Thuto;TLHAPI, Boitumelo Ashley~

2019/07010 ~ Complete ~54:A SUPPORT ~71:PALIAN (PTY) LTD, 1 Bernie Street Kya Sand, South Africa ~72:

COLLYER, Michael Richard;KLOPPERS, Stephanus Gert~ 33:ZA ~31:2018/07069 ~32:24/10/2018

2019/07016 ~ Complete ~54:APPARATUS FOR CONTINUOUS DECOMPOSITION OF RARE EARTH

CONCENTRATE ~71:CHINA ENFI ENGINEERING CORPORATION, No. 12 Fuxing Avenue, Haidian District,

People's Republic of China ~72: Bo QIN (Chinese Citizen);Guoshan DU (Chinese Citizen);Jianwen TANG

(Chinese Citizen);Pengfei XIAN (Chinese Citizen);Shuang QIU (Chinese Citizen);Wenlong ZHOU (Chinese

Citizen)~ 33:CN ~31:201710581580.1 ~32:17/07/2017

2019/07022 ~ Complete ~54:REDUCTION OF REGENERATOR CLOGGING ~71:PRAXAIR TECHNOLOGY,

INC., 10 Riverview Road Danbury, United States of America ~72: KOBAYASHI, Hisashi;WU, Kuang-Tsai~ 33:US

~31:62/478,199 ~32:29/03/2017

2019/07024 ~ Complete ~54:COMPOSITIONS AND METHODS FOR THE TREATMENT OF COMPLICATIONS

AND DISORDERS RELATING TO VON WILLEBRAND FACTOR ~71:Band Therapeutics, LLC, 8 Worcester

Street, BELMONT 02478, MA, USA, United States of America ~72: GILBERT, James C.;ZHU, Shuhao~ 33:US

~31:62/508,530 ~32:19/05/2017;33:US ~31:62/638,579 ~32:05/03/2018

2019/07027 ~ Complete ~54:FLUCARBAZONE SODIUM HEMIHYDRATE METHOD AND COMPOSITION

~71:Arysta Lifescience Inc., 15401 Weston Parkway, Suite 150, CARY 27513, NC, USA, United States of

America ~72: GIBB, Cameron Seath;LARSON, Christopher L.;PRASAD, Vic~ 33:US ~31:15/879,073

~32:24/01/2018

2019/07033 ~ Complete ~54:OLIGOMERIC PARTICLE REAGENTS AND METHODS OF USE THEREOF

~71:Juno Therapeutics GmbH, Grillparzerstrasse 10, MUNICH 81675, GERMANY, Germany ~72: KOWSKI,

Tom;PRENTICE, Ken;SCHMIDT, Thomas;STEMBERGER, Christian~ 33:US ~31:62/491,245 ~32:27/04/2017


Page | 82

2019/07034 ~ Complete ~54:ARTICLE INTENDED TO BE TEMPERED THAT IS PROTECTED BY A

TEMPORARY LAYER ~71:Saint-Gobain Glass France, 18 Avenue d'Alsace, COURBEVOIE 92400,

FRANCE, France ~72: GUILLEMOT, François;HEURTEFEU, Bertrand;LOHOU, Stéphane~ 33:FR

~31:1753770 ~32:28/04/2017

2019/07038 ~ Complete ~54:UNDERCARRIAGE CLAMPING MASTER TRACK LINK ~71:CATERPILLAR INC.,

100 N.E. Adams Street Peoria, United States of America ~72: JOHANNSEN, Eric, J.;RECKER, Roger,

L.;TRONE, Matthew, W.~ 33:US ~31:15/473,863 ~32:30/03/2017

2019/07006 ~ Provisional ~54:TRACKING METHOD AND SYSTEM ~71:HAROLD CROWN, 9 10th Avenue

Highlands North, Johannesburg, 2192, Gauteng, South Africa ~72: HAROLD CROWN~

2019/07013 ~ Complete ~54:LONG CARBON FIBRE REINFORCED POLYPROPYLENE COMPOSITION

~71:BOREALIS AG, IZD Tower, Wagramer Strasse 17-19, Austria ~72: HOCHRADL, Stefan;JERABEK,

Michael;LUMMERSTORFER, Thomas;STOCKREITER, Wolfgang;TRANNINGER, Michael~ 33:EP

~31:17183650.5 ~32:28/07/2017

2019/07019 ~ Complete ~54:METHODS FOR INDUCING CHONDROGENESIS ~71:THE SCRIPPS RESEARCH

INSTITUTE, 10550 North Torrey Pines Road, United States of America ~72: CHATTERJEE, Arnab

K.;KLYUSHNICHENKO, Vadim;SCHULTZ, Peter G.;WISLER, John;WRIGHT, Timothy M.~ 33:US

~31:62/489,397 ~32:24/04/2017

2019/07020 ~ Complete ~54:DOSING REGIMEN FOR TREATMENT OF COGNITIVE AND MOTOR

IMPAIRMENTS WITH BLOOD PLASMA AND BLOOD PLASMA PRODUCTS ~71:ALKAHEST, INC., 75

Shoreway Road, Suite D, United States of America ~72: BRAITHWAITE, Steven P.;CZIRR, Eva;GALLAGER,

Ian;HUBER, Nina;MINAMI, S. Sakura~ 33:US ~31:62/490,519 ~32:26/04/2017;33:US ~31:62/584,571

~32:10/11/2017;33:US ~31:62/623,468 ~32:29/01/2018;33:US ~31:62/641,194 ~32:09/03/2018

2019/07021 ~ Complete ~54:APPARATUS FOR TREATING A METAL STRIP ~71:FONTAINE ENGINEERING

UND MASCHINEN GMBH, Industriestrasse 28, Germany ~72: Dominique FONTAINE (French Citizen);Michael

ZIELENBACH (German Citizen);Pascal FONTAINE (French Citizen);Thomas DAUBE (German Citizen)~ 33:DE

~31:10 2017 109 559.4 ~32:04/05/2017

2019/07025 ~ Complete ~54:METHOD AND APPARATUS FOR PERFORMING A PERIPHERAL NERVE BLOCK

~71:Milestone Scientific, Inc., 220 South Orange Avenue, LIVINGSTON 07039, NJ, USA, United States of

America ~72: CHOQUET, Olivier;HOCHMAN, Mark N.~ 33:US ~31:15/587,119 ~32:04/05/2017;33:US

~31:62/501,546 ~32:04/05/2017

2019/07028 ~ Complete ~54:FABRIC CARE COMPOSITION ~71:Colgate-Palmolive Company, 300 Park

Avenue, NEW YORK 10022, NY, USA, United States of America ~72: BAUTISTA CID, Oscar;BUCIO,

Jose;CARDENAS ALPIZAR, Erick;MALDONADO, Raul Arellano;SANCHEZ, Sandra Paola;TOVAR PESCADOR,

Jose Javier;URAY, Alp~ 33:US ~31:62/530,493 ~32:10/07/2017

2019/07030 ~ Complete ~54:MONITORING SYSTEM FOR DETECTING DEGRADATION OF A PROPULSION

SUBSYSTEM ~71:GE Global Sourcing LLC, 901 Main Avenue, NORWALK 06851, CT, USA, United States of

America ~72: BLYTHE, Neil Xavier;DOMINGOS, Cesar;GALLAGHER, Shawn;KULKARNI, Raghav

Shrikant;LACY, Patricia Sue;LOPES, Pedro Francis;LORINGER, Daniel;MAJEWSKI, Michael;MCELHANEY,

Kevin;MISCHLER, James Robert;MUDIAM, Vinaykanth V.;OTTIKKUTTI, Pradheepram;TILAK, Vinayak~ 33:US

~31:62/491,765 ~32:28/04/2017


Page | 83

2019/07004 ~ Provisional ~54:MOBILE APPLICATION FOR FOOD & DRINKS DELIVERY AT FUNCTIONS OR

EVENTS ~71:Ceaser Rikhotso, 21 Sibaya Sands, Lonehill, South Africa;Linda Mokoana, 1351 Dladla Street,

Vosloorus, South Africa ~72: Ceaser Rikhotso;Linda Mokoana~

2019/07012 ~ Complete ~54:AEROSOL-GENERATING SYSTEM WITH FOUR CONTACTS ~71:PHILIP

MORRIS PRODUCTS S.A., Quai Jeanrenaud 3, Switzerland ~72: BILAT, Stephane~ 33:EP ~31:17180258.0

~32:07/07/2017

2019/07036 ~ Complete ~54:WIRELESS COMMUNICATION METHOD, TERMINAL DEVICE, AND NETWORK

DEVICE ~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~

2019/07039 ~ Complete ~54:THERMOPLASTIC COMPOSITIONS, METHODS, APPARATUS, AND USES

~71:DERRICK CORPORATION, 590 Duke Road Buffalo, United States of America ~72: COLGROVE, James

R.;WOJCHIECHOWSKI, Keith~ 33:US ~31:62/492,054 ~32:28/04/2017;33:US ~31:62/500,262 ~32:02/05/2017

- APPLIED ON 2019/10/25 -

2019/07059 ~ Complete ~54:METHODS FOR TREATMENT OF ALPORT SYNDROME ~71:SANOFI, 54 rue La

Boétie, France ~72: WRIGHT, Timothy~ 33:US ~31:62/501,699 ~32:04/05/2017

2019/07065 ~ Complete ~54:MONOCLONAL ANTIBODY TO PD-L1 ~71:JOINT STOCK COMPANY

"BIOCAD", Liter A, bld.34, Svyazi st, Strelna, Petrodvortsoviy district, Russian Federation ~72:

AGEEV, Sergei Andreevich;ALEKSANDROV, Aleksei Aleksandrovich;CHERNYKH, Yulia Sergeevna;EKIMOVA,

Viktoriia Mikhailovna;GREBNEV, Pavel Alekseevich;IAKOVLEV, Pavel Andreevich;MOROZOV, Dmitry

Valentinovich;NEMANKIN, Timofey Aleksandrovich;SOFRONOVA, Ekaterina Vladimirovna;SOLOVYEV, Valery

Vladimirovich;ULITIN, Andrei Borisovich;USTIUGOV, Iakov Iurevich;VLADIMIROVA, Anna Konstantinovna~

33:RU ~31:2017113141 ~32:17/04/2017

2019/07071 ~ Complete ~54:METHODS OF TREATMENT ~71:Bow River LLC, 2012 Seadrift Drive, CORONA

DEL MAR 92625, CA, USA, United States of America ~72: CHOW, Christina;SRINIVASAN, Sundar~ 33:US

~31:15/596,585 ~32:16/05/2017

2019/07075 ~ Complete ~54:TREATMENT PROCESS FOR TEXTILE-BASED MATERIALS ~71:Infinited Fiber

Company Oy, Ruukinkuja 2, ESPOO 02330, FINLAND, Finland ~72: ASIKAINEN, Sari;HARLIN,

Ali;MÄÄTTÄNEN, Marjo;SÄRKILAHTI, Airi;SIVONEN, Eino;VALTA,

Kyösti;VEHVILÄINEN, Marianna~ 33:FI ~31:20175376 ~32:27/04/2017

2019/07074 ~ Complete ~54:INJECTION APPARATUS AND METHOD FOR USE ~71:Target Point Technologies

Ltd., 2 Hamada st', YOQNEAM ILLIT 2066719, ISRAEL, Israel ~72: GOLDENBERG, Gershon;HALAMISH,

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

2019/07051 ~ Complete ~54:METHOD AND SYSTEM FOR ONLINE MONITORING AND OPTIMIZATION OF

MINING AND MINERAL PROCESSING OPERATIONS ~71:Tata Consultancy Services Limited, Nirmal Building,

9th Floor, Nariman Point, India ~72: MASAMPALLY, Vishnu Swaroopji;NADIMPALLI, Nagaravi Kumar

Varma;PAREEK, Aditya;RUNKANA, Venkataramana~ 33:IN ~31:201821040541 ~32:26/10/2018

2019/07049 ~ Provisional ~54:LOCKING MECHANISM ~71:SUPERIOR LOAD COVER (PTY) LTD, Unit 3, 6

Gamka Street, Stikland, Bellville, Cape Town, Western Cape, South Africa ~72: HEINRICH LUDWIG PRIMIC~


Page | 84

2019/07057 ~ Complete ~54:SYSTEM AND METHOD FOR PROVIDING INFORMATION ~71:THISISME (PTY)

LTD, 104 Buitenkloof Studios, 8 Kloof Street, Gardens, South Africa ~72: FURMIE, Armond Enver~ 33:ZA

~31:2018/00549 ~32:26/07/2018

2019/07077 ~ Complete ~54:METHOD FOR THE PROCEDURALLY ECONOMICAL

REMOVAL/FRACTIONATION OF CONSTITUENTS OF VEGETAL STARTING MATERIAL, AND THE

PRODUCTION AND USE OF SAME ~71:MAX DIETZ, Regerstraße 1, 65193, Wiesbaden, Germany ~72:

MAX DIETZ~ 33:DE ~31:10 2017 003 178.9 ~32:28/03/2017;33:EP ~31:17207165.6 ~32:13/12/2017;33:EP

~31:17207167.2 ~32:13/12/2017

2019/07046 ~ Provisional ~54:RESEALABLE BEVERAGE CAN ~71:Martin Hempel, 252 walmer boulevard,

South End, South Africa ~72: Martin Hempel~

2019/07060 ~ Complete ~54:VARIANTS OF HUMAN BMP7 PROTEIN ~71:ELI LILLY AND COMPANY, Lilly

Corporate Center, Indianapolis, United States of America ~72: PANCOOK, James, David;ROWLINSON, Scott,

William;STANCATO, Louis, Frank~ 33:US ~31:62/490,910 ~32:27/04/2017

2019/07066 ~ Complete ~54:WORKFLOW CONTROL METHOD AND SYSTEM BASED ON ONE-TO-ONE

CORRESPONDENCE BETWEEN ROLES AND USERS ~71:CHENGDU QIANNIUCAO INFORMATION

TECHNOLOGY CO., LTD., 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

~31:201710297689.2 ~32:29/04/2017

2019/07072 ~ Complete ~54:FRICTION ROCK BOLT ~71:Sandvik Intellectual Property AB, 811 81 Sandviken,

SWEDEN, Sweden ~72: DARLINGTON, Bradley;RATAJ, Mietek;YOUNG, Peter~ 33:AU ~31:2017901751

~32:11/05/2017

2019/07056 ~ Complete ~54:A TIMBER BEAM, AND A METHOD OF FORMING A TIMBER BEAM ~71:HE, Ming

Lai, c/o Chen Lu Fragrances CC, 8 Kinloch Crescent, Durban North, Durban 4051, SOUTH AFRICA, South Africa

~72: HE, Ming Lai~ 33:ZA ~31:2018/04993 ~32:25/07/2018

2019/07080 ~ Complete ~54:P-ETHOXY NUCLEIC ACIDS FOR STAT3 INHIBITION ~71:BIO-PATH HOLDINGS,

INC., 4710 Bellaire Blvd., Suite 210, United States of America ~72: ASHIZAWA, Ana Tari~ 33:US

~31:62/487,292 ~32:19/04/2017

2019/07063 ~ Complete ~54:INSECTICIDAL PROTEINS AND METHODS FOR THEIR USE ~71:PIONEER HI-

BRED INTERNATIONAL, INC., 7100 N.W. 62nd Avenue, Johnston, United States of America ~72: ENGLISH,

James J.;WANG, Jimei;YALPANI, Nasser~ 33:US ~31:62/504,650 ~32:11/05/2017

2019/07076 ~ Complete ~54:P-ETHOXY NUCLEIC ACIDS FOR BCL2 INHIBITION ~71:BIO-PATH HOLDINGS,

INC., 4710 Bellaire Blvd., Suite 210, United States of America ~72: ASHIZAWA, Ana Tari;NIELSEN, Peter~

33:US ~31:62/487,302 ~32:19/04/2017

2019/07079 ~ Complete ~54:EXPANDABLE OPTICAL DISTRIBUTION DEVICE ~71:FURUKAWA ELECTRIC

LATAM S.A., R Hasdrubal Bellegard 820, Cidade Industrial, Curitiba, 81450-140, Brazil ~72: THIAGO DECONTO

VIEIRA~ 33:BR ~31:BR 10 2017 006316 0 ~32:28/03/2017

2019/07052 ~ Complete ~54:N-((HET)ARYLMETHYL)-HETEROARYL-CARBOXAMIDES COMPOUNDS AS

PLASMA KALLIKREIN INHIBITORS ~71:KalVista Pharmaceuticals Limited, Building 227, Tetricus Science Park,

Porton Down, SALISBURY SP4 0JQ, UNITED KINGDOM, United Kingdom ~72: DAVIE, Rebecca


Page | 85

Louise;EDWARDS, Hannah Joy;EVANS, David Michael;HODGSON, Simon Teanby~ 33:GB ~31:1421083.5

~32:27/11/2014

2019/07048 ~ Provisional ~54:FORMING OF DISINFECTANT SOLUTIONS ~71:CONTROL CHEMICALS (PTY)

LTD, 70 Thirteenth Road, Kew, Johannesburg 2090, Gauteng, SOUTH AFRICA, South Africa ~72: BUCHAN,

Peter James~

2019/07078 ~ Complete ~54:METHOD FOR DISINTEGRATING/SEPARATING AND DECOMPOSING PLANT

SHELL MATERIALS AND CONSTITUENTS IN ORDER TO OBTAIN AND PRODUCE PLANT INGREDIENTS

AND PLANT FIBER PRODUCTS ~71:MAX DIETZ, Regerstraße 1, 65193, Wiesbaden, Germany ~72: MAX

DIETZ~ 33:DE ~31:10 2017 003 177.0 ~32:28/03/2017

2019/07061 ~ Complete ~54:2-OXO-THIAZOLE DERIVATIVES AS A2A INHIBITORS AND COMPOUNDS FOR

USE IN THE TREATMENT OF CANCERS ~71:ITEOS THERAPEUTICS, RUE DES FRÈRES WRIGHT, 29,

6041 GOSSELIES, BELGIUM, Belgium ~72: CROSIGNANI, Stefano;GOMES, Bruno;HOUTHUYS, Erica~ 33:EP

~31:17163781.2 ~32:30/03/2017;33:EP ~31:17194084.4 ~32:29/09/2017;33:US ~31:62/565,281

~32:29/09/2017;33:AR ~31:P 20180100778 ~32:28/03/2018

2019/07067 ~ Complete ~54:COMPOUNDS THAT INHIBIT MCL-1 PROTEIN ~71:Amgen Inc., One Amgen

Center Drive, THOUSAND OAKS 91320-1799, CA, USA, United States of America ~72: ASHTON, Kate;BROWN,

Sean P.;HARRINGTON, Paul E.;KALLER, Matthew R.;KOHN, Todd J.;LANMAN, Brian Alan;LI, Kexue;LI,

Yunxiao;LOW, Jonathan D.;MINATTI, Ana Elena;PICKRELL, Alexander J.;STEC, Markian M.;TAYGERLY,

Joshua~ 33:US ~31:62/479,171 ~32:30/03/2017;33:US ~31:62/479,230 ~32:30/03/2017

2019/07073 ~ Complete ~54:FRICTION ROCK BOLT ~71:Sandvik Intellectual Property AB, 811 81 Sandviken,

SWEDEN, Sweden ~72: DARLINGTON, Bradley;RATAJ, Mietek;YOUNG, Peter~ 33:AU ~31:2017901751

~32:11/05/2017

2019/07054 ~ Complete ~54:ANTI-TAU ANTIBODIES AND METHODS OF USE ~71:AC IMMUNE SA, EPFL

Innovation Park, Building B, CH-1015, Lausanne, Switzerland;GENENTECH, INC., 1 DNA Way, South San

Francisco, 94080, California, United States of America ~72: DANIELLE MARIE DI CARA;GAI AYALON;ISIDRO

HOTZEL;OSKAR ADOLFSSON~ 33:US ~31:62/171,693 ~32:05/06/2015

2019/07068 ~ Complete ~54:IMPROVEMENTS IN OR RELATING TO ORGANIC COMPOUNDS ~71:Givaudan

SA, Chemin de la Parfumerie 5, VERNIER 1214, SWITZERLAND, Switzerland ~72: AUSSANT,

Emmanuel;GUINEBRETIERE, Sandra~ 33:GB ~31:1706762.0 ~32:28/04/2017

2019/07055 ~ Complete ~54:USER INTERFACE FOR SKILLS-BASED, SPORTS WAGERING ON MOBILE

DEVICES ~71:BETMIX LLC, 11200 Pepper Road, Hunt Valley, 21031, Maryland, United States of America ~72:

CALVIN J MARTIN;DAVID C WILLIAMS;WILLIAM H JACKSON~

2019/07069 ~ Complete ~54:COATED POWDERS HAVING HIGH PHOTOSTABILITY ~71:Nanophase

Technologies Corporation, 1319 Marquette Drive, ROMEOVILLE 60446 , IL, USA, United States of America ~72:

HOFFMANN, Nathan H.;HOOPER, Abigail R.;SARKAS, Harry W.~ 33:US ~31:15/483,669 ~32:10/04/2017

2019/07070 ~ Complete ~54:METHOD AND BURNER FOR HEATING A FURNACE FOR METAL PROCESSING

~71:Linde Aktiengesellschaft, Klosterhofstr. 1, MÜNCHEN 80331, GERMANY, Germany ~72:

ADENDORFF, Martin;VON SCHEELE, Joachim~


Page | 86

2019/07053 ~ Complete ~54:SYSTEM AND METHOD FOR TRACING AN AGRICULTURAL PRODUCT

~71:ADAGIN SIGMAVII INNOVATIONS (PTY) LTD, The Launchlab, Hammanshand Road, South Africa ~72:

ADRIAANSE, Frederik Gideon;NAUDÉ, Jonathan David~ 33:ZA ~31:2018/05255 ~32:10/08/2018

2019/07047 ~ Provisional ~54:IMPACT ABSORBING IDLER ROLLER ~71:GREYLING, Jaco Jurie, 418

Krokodilpoort, Brits, South Africa;GREYLING, Jurie Johannes, 418 Krokodilpoort, Brits, South Africa ~72:

GREYLING, Jaco Jurie;GREYLING, Jurie Johannes~

2019/07050 ~ Provisional ~54:REMOTE CONTROLLED MOTORISED TV STAND ~71:Jacob Ellerman Mkhari, 4

Dombeya gardens 8th avenue, Lichtenburg 2740, South Africa ~72: Jacob Ellerman Mkhari~

2019/07062 ~ Complete ~54:PERINATAL ADMINISTRATION OF SHORT-CHAIN

FRUCTOOLIGOSACCHARIDES IN ORDER TO PREVENT METABOLIC DISORDERS LINKED TO AN

UNBALANCED DIET AT ADULT AGE ~71:BEGHIN MEIJI, 11 PARVIS DE ROTTERDAM, TOUR LILLEUROPE -

EURALILLE, 59777 LILLE, FRANCE, France;INSTITUT NATIONAL DE LA RECHERCHE AGRONOMIQUE -

INRA, 147, RUE DE L'UNIVERSITÉ, F-75007 PARIS, FRANCE, France ~72: APPER,

Emmanuelle;BLAT, Sophie;LE BOURGOT, Cindy;LE HUËROU-LURON, Isabelle~ 33:FR ~31:1700354

~32:31/03/2017

2019/07064 ~ Complete ~54:SYSTEM AND METHOD FOR MEASURING AND ALIGNING ROOF BOLTS

~71:JOY GLOBAL UNDERGROUND MINING LLC, 40 Pennwood Place, Suite 100, Warrendale, United States of

America ~72: THEUNISSEN, Wilhelmus Hendrickus~ 33:US ~31:62/485,258 ~32:13/04/2017

2019/07058 ~ Complete ~54:AN E-HEALTH SOFTWARE APPLICATION ~71:Tshwane University of Technology,

Arcadia Campus, 175 Mandela Drive, Arcadia, PRETORIA 0083, Gauteng Province, SOUTH AFRICA, South

Africa ~72: GADEBE, Moses Lesiba;KOGEDA, Okuthe Paul;OJO, Sunday O~ 33:ZA ~31:2018/06788

~32:12/10/2018

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.


Page | 87

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.

Registrar of Patents

21: 2012/01774 22: 2012/03/12 43: 2019/09/03 51: A61K; C07K; G01N 71: AMGEN RESEARCH (MUNICH) GMBH 72: DIRK NAGORSEN, GERHARD ZUGMAIER, PETER KUFER, PATRICK BAEUERLE 33: US 31: 61/255.290 32: 2009/10/27 33: EP 31: 09 174 104.1 32: 2009/10/27 54: DOSAGE REGIMEN FOR ADMINISTERING A CD19XCD3 BISPECIFIC ANTIBODY 00: - The present invention relates to a method for

assessing (analyzing) the risk of potential adverse

effects for a human patient mediated by the

administration of a CD19xCD3 bispecific antibody to

said patient comprising determining the ratio of B

cells to T cells of said patient, wherein a ratio of

about 1:5 or lower is indicative for a risk of potential

adverse effects for said patient. Accordingly, the

present invention relates a method (dosage

regimen) for administering a CD19xCD3 bispecific

antibody to a human patient having a B : T cell ratio

of about 1:5 or lower, comprising (a) administering a

first dose of said antibody for a first period of time;

and consecutively (b) administering a second dose

of said antibody for a second period of time, wherein

said second dose exceeds said first dose. In some

embodiments, a third dose of said antibody is

administered for a third period of time. This dosage

regimen can be applied in methods for treating

malignant CD19 positive lymphocytes or for

ameliorating and/or preventing an adverse effect

mediated by the administration of said bispecific

antibody. The present invention also relates to the

use of a CD19xCD3 bispecific antibody for the

preparation of a pharmaceutical composition to be

used in a method of the present invention. A

pharmaceutical package or kit comprising a first

dose and a second dose and optionally a third dose

of said antibody as defined in the methods/dosage

regimen of the present invention is disclosed as well.

21: 2012/02517 22: 2012/04/05 43: 2019/08/19 51: A61K 71: Merck Sharp & Dohme Corp. 72: SCOTT, Jack D., STAMFORD, Andrew W., GILBERT, Eric J., CUMMING, Jared N., ISERLOH, Ulrich, MISIASZEK, Jeffrey A., LI, Guoqing 33: US 31: 61/249,685 32: 2009/10/08 54: IMINOTHIADIAZINE DIOXIDE COMPOUNDS AS BACE INHIBITORS, COMPOSITIONS, AND THEIR USE 00: - In its many embodiments, the present invention

provides certain iminothiadiazine dioxide

compounds, including compounds Formula (I): (I)

and include stereoisomers thereof, and

pharmaceutically acceptable salts of said

compounds stereoisomers, wherein each of R1, R2,

R3, R4, R5, R9, ring A, ring B, m, n, p, -L1, L2-, and

L3- is selected independently and as defined herein.

The novel iminothiadiazine dioxide compounds of

the invention have surprisingly been found to exhibit

properties which are expected to render them

andvantageous as BACE inhibitors and/or for the

treatment or provention of various pathologies

related to ß-amyloid (Aß) production. Pharmaceutical

compositions comprising one or more such

compounds (alone and in combination with one or

more other active agents), and methods for their

preparation and use in treating pathologies

associated with amyloid beta (Aß) protein, including

Alzheimers disease, are also disclosed.


Page | 88

21: 2012/06572 22: 2012/09/03 43: 2019/09/03 51: A61K; C07K 71: AMGEN RESEARCH (MUNICH) GMBH 72: PETER KUFER 33: US 31: 61/320,052 32: 2010/04/01 54: CROSS-SPECIES-SPECIFIC PSMAXCD3 BISPECIFIC SINGLE CHAIN ANTIBODY 00: - The present invention relates to a bispecific single

chain antibody molecule comprising a first binding

domain capable of binding to an epitope of human

and non-chimpanzee primate CD3 epsilon chain,

wherein the epitope is part of an amino acid

sequence comprised in the group consisting of SEQ

ID NOs. 2, 4, 6, and 8, and a second binding domain

capable of binding to prostate-specific membrane

antigen (PSMA). The invention also provides nucleic

acids encoding said bispecific single chain antibody

molecule as well as vectors and host cells and a

process for its production. The invention further

relates to pharmaceutical compositions comprising

said bispecific single chain antibody molecule and

medical uses of said bispecific single chain antibody

molecule.

21: 2014/01155 22: 2014/02/14 43: 2019/08/20 51: H04N 71: QUALCOMM Incorporated 72: JOSHI, Rajan Laxman, SOLE ROJALS, Joel, KARCZEWICZ, Marta, ZHENG, Yunfei, WANG, Xianglin 33: US 31: 61/509,522 32: 2011/07/19 54: COEFFICIENT SCANNING IN VIDEO CODING 00: - In an example, aspects of this disclosure relate to a

method for decoding transform coefficients in a

video decoding process that includes decoding a

one-dimensional array of transform coefficients, and

performing a scan on the one-dimensional array of

transform coefficients according to a sub-block scan

order and a coefficient scan order to produce a block

of transform coefficients, where the sub-block scan

order comprises an order in which each sub-block of

a plurality of sub-blocks within the block is scanned,

and where the coefficient scan order comprises an

order in which the transform coefficients

corresponding to each sub-block of the plurality of

sub-blocks are scanned.


Page | 89

21: 2014/01940 22: 2012/09/07 43: 2019/08/08 51: C07D; A61K 71: LANTHEUS MEDICAL IMAGING, INC. 72: RADEKE, HEIKE S, CESATI, RICHARD R, PUROHIT, AJAY, HARRIS, THOMAS D, ROBINSON, SIMON P, YU, MING, CASEBIER, DAVID S, HU, CAROL HUI, BROEKEMA, MATTHIAS, ONTHANK, DAVID C 33: US 31: 61/533,133 32: 2011/09/09 33: US 31: 61/656,489 32: 2012/06/06 33: US 31: 61/656,492 32: 2012/06/06 54: COMPOSITIONS, METHODS, AND SYSTEMS FOR THE SYNTHESIS AND USE OF IMAGING AGENTS 00: - The present invention relates to systems,

compositions, and methods for the synthesis and

use of imaging agents, or precursors thereof. An

imaging agent precursor may be converted to an

imaging agent using the methods described herein.

In some cases, the imaging agent is enriched in 18 F.

In some cases, an imaging agent may be used to

image an area of interest in a subject, including, but

not limited to, the heart, cardiovascular system,

cardiac vessels, brain, and other organs. In some

embodiments, methods and compositions for

assessing perfusion and innervation mismatch in a

portion of a subject are provided.

21: 2014/02555 22: 2014/04/08 43: 2019/08/19 51: C07D 71: AbbVie Inc. 72: WANG, Le, DOHERTY, George, WANG, Xilu, TAO, Zhi-Fu, BRUNKO, Milan, KUNZER, Aaron R., WENDT, Michael D., SONG, Xiaohong, FREY, Robin, HANSEN, Todd M., SULLIVAN, Gerard M., JUDD, Andrew, SOUERS, Andrew 33: US 31: 61/547,165 32: 2011/10/14 54: APOPTOSIS-INDUCING AGENTS FOR THE TREATMENT OF CANCER AND IMMUNE AND AUTOIMMUNE DISEASES 00: - Disclosed are compounds having Formula (I) which

inhibit the activity of anti-apoptotic Bcl-xL proteins,

compositions containing the compounds and

methods of treating diseases during which is

expressed anti-apoptotic Bcl-xL protein.


Page | 90

21: 2014/02604 22: 2014/04/09 43: 2019/08/08 51: B01J; C07C 71: Borealis AG 72: WEYNE, Kristof, MATHIVANAN, Guhan 33: EP(AT) 31: 11186322.1 32: 2011/10/24 54: A CATALYST BED SYSTEM FOR AN ENDOTHERMIC CATALYTIC DEHYDROGENATION PROCESS AND AN ENDOTHERMIC DEHYDROGENATION PROCESS 00: - The present invention relates to a catalyst bed

system comprising a horizontal catalyst bed

comprising a mixture of at least one catalytic

material and at least one first inert material, a

predetermined volume of at least one second inert

material arranged upstream of the catalyst bed,

wherein the volume of the reactor above the catalyst

bed system is not filled by any solid material (empty

space). The catalyst bed system is characterized in

that the ratio of the volume of the second inert

material and the volume of the reactor above the

second inert material (empty space) is between 0.04

and 0.73, preferably between 0.06 and 0.3, most

preferably between 0.09 and 0.2. The present

invention relates also to a dehydrogenation process

using this catalyst bed system.

21: 2014/04187 22: 2014/06/06 43: 2019/08/19 51: A23K; A61K; A61Q 71: Hill's Pet Nutrition, Inc. 72: SCHERL, Dale Scott, JEWELL, Dennis, TOLL, Philip W., HAHN, Kevin A. 33: US 31: 61/570,121 32: 2011/12/13 54: COMPOSITIONS AND METHODS FOR TREATING DENTAL CONDITIONS 00: - The present disclosure provides methods and

compositions for treating or reducing a dental

condition in an animal, particularly in canine and

feline companion animals. Compositions useful in

the disclosed methods comprise an effective amount

of lactic acid. The disclosed compositions may also

contain oral health promoting effective amounts of at

least one antioxidant. Dental conditions treated or

reduced according to the disclosed methods include

dental plaque, calculus, tooth staining, halitosis,

stomatitis, gingivitis, periodontitis, and combinations

thereof.

21: 2014/04286 22: 2014/06/10 43: 2019/08/19 51: F04D; F16D; F16P 71: Weir Minerals Australia Ltd 72: LIU, Wen-Jie, REID, Nathan 33: AU 31: 2011905281 32: 2011/12/19 54: A GUARD FOR A ROTARY PUMP 00: - Guards for rotary pumps are described, the pump

having a main body and further including an impeller

housing and a driveshaft extending between the

main body of the pump and the impeller housing; the

pump further including an adjustable sealing

arrangement provided at a region where the

driveshaft enters the impeller housing, the guard


Page | 91

provides access to adjust the sealing arrangement

but obstructs access to the driveshaft.

21: 2014/04372 22: 2014/06/13 43: 2019/09/03 51: F42B 71: IPTREE TRUST (TRUST NUMBER 503/2009) 72: BUHRMANN,RUDOLPH TEODOR , BUHRMANN,RUDOLPH 33: ZA 31: 2013/08739 32: 2013/11/15 33: ZA 31: 2013/03299 32: 2013/05/07 33: ZA 31: 2012/08397 32: 2013/03/13 54: A BLAST INITIATOR SUPPORT 00: - The invention provides a support for various

configurations of blast initiator, commonly provided

as shock tube and a detonator. The support has a

head configured to engage against a front end of a

charging pipe for location of the support and blast

initiator inside a blast hole. The body of the support

provides a longitudinal spacer for positioning of the

blast initiator a predetermined distance from the hole

bottom, within the explosives charge. The support is

preferably of a configuration that allows flow of

explosive past the front of a detonator head and may

also be configured to move the initiator towards the

centre of the charged blast hole when the charge

pipe is removed. The invention extends to a method

of placing a blast initiator within an explosive

material of a charged blast hole.

21: 2014/04559 22: 2014/06/20 43: 2019/08/22 51: A01N; A01P 71: Akzo Nobel Chemicals International B.V., Dow AgroSciences LLC 72: SUN, Jinxia Susan, ZHU, Shawn, MURRAY, Martin W., BOONE, Marcus, WALTERS, Michael, YUAN-HUFFMAN, Qingwen Wendy, PUGLISI, Christine, DOWNER, Brandon Matthew, WILSON, Stephen L. 33: US 31: 61/581,395 32: 2011/12/29 54: MACROSTRUCTURE FORMING SURFACTANTS USEFUL AS SPRAY DRIFT CONTROL AGENTS IN PESTICIDE SPRAYING APPLICATIONS 00: - The present invention relates to an aqueous

agrochemical spray solution containing an

agrochemical active and a surfactant. The spray

solution comprises a dispersed phase comprising

dispersed particles which have an average particle

size between 1 to 100 microns and the concentration

of said dispersed particles is from about 0.001 to 5

wt%. The aqueous agrochemical spray solution is

capable of reducing the volume of the fine droplets

in mist whose size is less than 150 microns during

spraying by at least 20% compared to the same

aqueous spray solution without the presence of the

surfactant. The present invention also relates to a

method of reducing the spray drift of an aqueous

agrochemical spray solution upon spraying with a


Page | 92

spraying apparatus. The method includes adding the

surfactant to the aqueous agrochemical spray

solution in an amount effective to form the dispersed

phase.

21: 2014/04986 22: 2014/07/08 43: 2019/09/13 51: A61K; C07K 71: PIERIS AG 72: Shane OLWILL, Hendrik GILLE, Laurent AUDOLY, Marlon HINNER, Elisabeth DE VRIES, Anton G.T. TERWISSCHA VAN SCHELTINGA 33: US 31: 61/618,050 32: 2012/03/30 33: US 31: 61/584,355 32: 2012/01/09 54: METHODS FOR PREVENTING, TREATING OR DIAGNOSING DISORDERS 00: - The present disclosure relates to a method of

treating, ameliorating or preventing a disorder by

blocking the signaling pathway of c-Met, wherein

said method comprises the step of administering a

therapeutically effective amount of a composition to

a subject in need thereof, which composition

contains a lipocalin mutein or a fragment or a variant

thereof. In addition, the present disclosure relates to

a diagnostic composition suitable for use in, e.g., an

immuno-imaging technique to detect the presence of

c-Met as well as the uses thereof.

21: 2014/04997 22: 2014/07/08 43: 2019/08/19 51: H02J 71: Intelligent Energy Limited 72: YAMAMOTO, Kei, PETERSON, Andrew, HELLAND, Courtney, PROWTEN, Tim, WOOLEY, Eric, BRAITHWAITE, Daniel, FABIAN, Tibor, GALVAN, Sergio 33: US 31: 61/569,133 32: 2011/12/09

54: SYSTEMS AND METHODS FOR MANAGING A FUEL CELL 00: - A method of operating a power adapter that includes

an energy storage device and a fuel cell system

including a fuel supply and a fuel cell stack, the

method including determining a connectivity state of

an auxiliary power source and a load with the power

adapter, and selecting a power adapter operation

mode based on the connection states of the auxiliary

power source and the load. The operation modes of

the power adapter include at least an auxiliary mode

when the auxiliary power source and the load are

connected to the power adapter, and a fuel cell

mode when the auxiliary power source is

disconnected from the power adapter and the load is

connected to the power adapter. The auxiliary mode

includes providing power from the auxiliary power

source to the load, and the fuel cell mode includes

providing fuel cell power to the load.

21: 2014/06580 22: 2014/09/08 43: 2019/08/19 51: C08J; C08K 71: Cytec Technology Corp. 72: SAMUELS, Sari-Beth, STEELE, Thomas, ENG, J. Mon Hei, GUPTA, Ram, PENG, Lingqing 33: US 31: 61/422,255 32: 2010/12/13 54: PROCESSING ADDITIVES AND USES OF SAME IN ROTATIONAL MOLDING 00: - The cycle time of polymer compositions subjected to

a rotomolding process is improved {i.e., reduced),

while the processing window is simultaneously

enlarged through the use of a polymer-stabilizing

amount of a processing stabilizer system having at

least one chroman-based compound according to

Formula V:


Page | 93

21: 2014/07378 22: 2014/10/10 43: 2019/08/20 51: A61F 71: Sanford Health 72: KELLY, Patrick W. 33: US 31: 61/623,151 32: 2012/04/12 54: VISCERAL DOUBLE-BARRELED MAIN BODY STENT GRAFT AND METHODS FOR USE 00: - A visceral double-barreled main body stent graft and

methods for its use, the stent graft comprises, a

main body stent graft having distal and proximal

ends, the main body stent graft's length ranges from

about 100-120 mm and diameter at the proximal end

ranges from about 30-45 mm, first and second

lumens defined at the main body stent graft's distal

end, the first lumen's diameter ranges from about

18-20 mm, the second lumen's diameter ranges from

about 16-18 mm, the first and second lumens have

about the same length from about 50-70 mm, the

first lumen is secured to the second lumen along a

shared length, and the main body stent graft defines

a tubular wall that is contiguous with the first and

second lumens such that any fluid entering the main

body must exit through one of the first or second

lumens.

21: 2014/09397 22: 2013/06/28 43: 2019/08/08 51: C07K; A61K 71: SHIRE HUMAN GENETIC THERAPIES, INC. 72: NICHOLS, DAVE 33: US 31: 61/666,733 32: 2012/06/29 54: PURIFICATION OF IDURONATE-2-SULFATASE 00: - The present invention provides, among other things,

improved methods for purifying I2S protein produced

recombinantly for enzyme replacement therapy. The

present invention is, in part, based on the surprising

discovery that recombinant I2S protein can be

purified from unprocessed biological materials, such

as, I2S-containing cell culture medium, using a

process involving as few as four chromatography

columns.


Page | 94

21: 2015/00064 22: 2015/01/06 43: 2019/08/16 51: A44C; B25B 71: LEATHERMAN TOOL GROUP, INC 72: RIVERA, BENJAMIN C 33: US 31: 14/149,303 32: 2014/01/07 54: TOOL HAVING INTERCONNECTED LINKS THAT FORM AT LEAST A PORTION OF A WEARABLE ACCESSORY 00: - A tool is provided that includes a plurality of links

including at least three links movably interconnected

to one another to form at least a portion of a

wearable accessory, such as a bracelet. The

plurality of links are articulatable so as to alternately

assume a first configuration in which the plurality of

links extend linearly, a second configuration in which

the plurality of links are curved about an axis in a

first direction and a third configuration in which the

plurality of links are curved about the axis in a

second direction, opposite the first direction. The

plurality of links are configured to permit limited

motion in a direction parallel to the axis prior to

becoming structurally rigid. At least one link

includes at least one tool function. A clasp and a

receiver are also provided to facilitate the

functionality and versatility of the resulting wearable

accessory.

21: 2015/00160 22: 2015/01/09 43: 2019/08/16 51: E04H 71: VOLTEX (PTY) LTD 72: NEL, RAYMOND DANIEL, BROUGH, WILLIAM, VAN DEN ENDE, RINUS 33: ZA 31: 2014/00250 32: 2014/01/13 54: A MID-HINGE MAST 00: - This invention concerns a mid-hinge mast including

a base section and an upper section. The upper

section is pivotally carried on the base section so

that it is pivotal between a collapsed position

wherein it is positioned transverse to the longitudinal

centre line of the base section and a raised position

in which it is substantially in line with the longitudinal

centreline of the base section. The base section has

a partial cut-out defining a recess for receiving a

complementary shaped portion of the upper section

therein when the upper section is in its raised

position. The cross-section taken through the mast,

when the upper section is in its raised position in line

with the base section, has an elongate outer profile.

According to the invention the longitudinal axis of the

elongate outer profile is substantially perpendicular

to the pivot axis of the upper section.


Page | 95

21: 2015/00905 22: 2015/02/09 43: 2019/09/03 51: B21B 71: SMS MEER GMBH 72: Peter THIEVEN 33: DE 31: 10 2012 019 025.5 32: 2012/09/26 54: DEOXIDATION OF CROSS-ROLLED HOLLOW BLOCKS 00: - The invention relates to a method for producing a

tube (2) or tubular pre-product from a solid billet in a

rolling mill, comprising at least one roll (5a, 5b)

acting from the outside on the solid billet or tubular

pre-product and a mandrel (4) carrying a piercing

head (3) and engaging from the inside in the tube or

tubular pre-product, wherein immediately after the

solid billet has been completely pierced by the

piercing head a fluidized deoxidation agent and/or

an inert gas is supplied to the end of the tube or

tubular pre-product facing the roll and is guided

through the tube or tubular pre-product into the

interior of the tube or tubular pre-product when the

mandrel is withdrawn. The invention further relates

to a rolling mill for performing the method according

to the invention, comprising at least one roll acting

from the outside onto the solid billet or tubular pre-

product and a mandrel carrying a piercing head and

engaging from the inside in the tube or tubular pre-

product, wherein a device is provided for feeding

and introducing a fluidized deoxidation agent and/or

an inert gas to the end of the tube or tubular pre-

product facing the at least one roll.

21: 2015/01495 22: 2015/03/04 43: 2019/08/07 51: B24D 71: Mirka Oy 72: HÖGLUND, Göran, HEDE, Hans, SCHUMACHER, Nicolas, SUNDELL, Mats, GRÖN, Jan 54: FLEXIBLE GRINDING PRODUCT WITH FLATTENED SURFACE AND METHOD FOR MANUFACTURING THE SAME 00: - A method of manufacturing a flexible grinding

product comprises the steps: a) preparing an open

cloth (C) of knitted or woven fabric; b) applying a

coating (102) to one surface of the cloth (C), wherein

the coated surface of the cloth (C) has one or more

flat portions (100); c) applying a grinding agent (103)

to the coated surface of the cloth (C). Further, a

flexible grinding product has an open cloth (C),

wherein a surface of the cloth (C) is provided with a

coating (102) such that the coated surface has one

or more flat areas which are at least partially

provided with a grinding agent (103).

21: 2015/01540 22: 2015/03/06 43: 2019/07/09 51: E21C 71: SUHUA LIU 72: LIU, SUHUA 33: CN 31: 201310221230.6 32: 2013/06/01 33: CN 31: 201310180610.x 32: 2013/05/10 33: CN 31: 201310058117.0 32: 2013/02/22 33: CN 31: 201210596479.0 32: 2012/12/28


Page | 96

33: CN 31: 2012104544001.4 32: 2012/11/07 33: CN 31: 201210454125.2 32: 2012/11/07 33: CN 31: 201210454142.6 32: 2012/11/07 33: CN 31: 20121045432.3 32: 2012/11/07 33: CN 31: 201210454531.9 32: 2012/11/07 33: CN 31: 201210293049.1 32: 2012/08/13 33: CN 31: 201210290392.0 32: 2012/08/13 33: CN 31: 201210297181.X 32: 2012/08/06 54: MULTI-POINT GUIDANCE SUPPORT METHOD FOR RECIPROCATING IMPACT MACHINE AND RECIPROCATING IMPACT MACHINE DEVICE HAVING MULTI-POINT GUIDANCE SUPPORT THAT IMPLEMENTS SAID METHOD. 00: - The present invention relates to the field of

machinery, is adapted to the field of reciprocating

drive and in particular to a method for guiding and

multipoint supporting a reciprocating impacter and a

device for implementing the method for guiding and

multipoint supporting the reciprocating impacter in

the mining field or crushing field or loading field. The

device includes a crank driving device or a hydraulic

driving device or a pneumatic driving device, the

reciprocating impacter and a friction body, a bracket

or a box body or a cylinder body includes a power

supporting element and a guide supporting element,

the friction body is arranged between the guide

supporting element and the impact guide element or

between the cylinder body and the impact guide

element or between the power impact element and

the power supporting element, the friction body

includes a rolling body or a suspension body, the

guide supporting element is arranged at more than

two end parts of the power supporting element to

form more than two guide supporting points, the

friction body and the impact guide element are in

close fit with the guide supporting element to form a

multipoint reciprocating impacter supporting

structure, and the multipoint reciprocating impacter

supporting structure rights the impact direction of

21: 2015/02382 22: 2015/04/09 43: 2019/08/19 51: H04N 71: QUALCOMM Incorporated 72: WANG, Ye-Kui 33: US 31: 61/705,119 32: 2012/09/24 54: CODED PICTURE BUFFER ARRIVAL AND NOMINAL REMOVAL TIMES IN VIDEO CODING 00: - A video coding device, such as a video decoder,

may be configured to derive at least one of a coded

picture buffer (CPB) arrival time and a CPB nominal

removal time for an access unit (AU) at both an

access unit level and a sub-picture level regardless

of a value of a syntax element that defines whether a

decoding unit (DU) is the entire AU. The video

coding device may further be configured to

determine a removal time of the AU based at least in

part on one of the CPB arrival time and a CPB

nominal removal time and decode video data of the

AU based at least in part on the removal time.


Page | 97

21: 2015/02407 22: 2015/04/10 43: 2019/08/19 51: A61B; H05G 71: SOCIEDAD ESPAÑOLA DE ELECTROMEDICINA Y CALIDAD, S.A. 72: Ildefonso MORENO VALLEJO, Diego SANZ PARREÑO , Andrés CAUSAPÉ RODRÍGUEZ , Javier FERNÁNDEZ JUAREZ , Angel GARCÍA ALONSO 33: ES 31: PCT/ES2013/070473 32: 2013/07/04 54: MOBILE X-RAY DEVICE WITH TELESCOPIC COLUMN 00: - The invention relates to a device comprising: a

chassis (1) supporting the assembly; a telescopic

column (2) including a lower fixed segment (5) that

rotates about a vertical axis and at least one upper

mobile segment (6); and a telescopic arm (3) that

moves along the length of the vertical column, the

end of said arm supporting an X-ray generator head

(4). According to the invention, the telescopic

arm/head assembly can move from the lower

position of the mobile column in the retracted

position to the upper position of the mobile column in

the extended position, and all of the movements of

the column are manual, with the inclusion of a

mechanical balancing mechanism comprising: a first

mechanism formed by a spring, a pulley block and a

variable-radius pulley, all housed in the fixed

segment of the column; and a second balancing

mechanism formed by a return pulley and a two-radii

pulley that balances the weight between the cable

inlet and the telescopic arm/head assembly.

21: 2015/02634 22: 2015/04/20 43: 2019/09/12 51: G07C 71: FRANK TÜREN AG 72: Marcel FRANK 33: CH 31: 2431/12 32: 2012/11/20 54: DOOR SYSTEM WITH NONCONTACT ACCESS CONTROL AND NONCONTACT DOOR OPERATION 00: - The door system consists of a door frame (1) and at

least one door leaf, (2) as well as a door drive (3)

with a control unit. The door leaf (2) is equipped with

a hand vein scanner (4) for detecting the hand vein

profile when a hand is held a distance in front of the

hand vein scanner (4) for the purpose of recognizing

the user. A programmable computer unit (5) with a

memory element, in which a plurality of user hand

vein profiles can be stored, is housed in the interior

of the door leaf (2). A hand vein profile is compared

to the hand vein profiles stored in the memory

element of the computer unit (5) and, depending on

a match, the door is opened or not. The computer

unit (5) is programmed and supplied with power via

a network interface (10) that terminates in the edge

(8) of the door leaf or the peripheral area (9) and is

the only interface between the door leaf (2) and the

door frame (1), other than the signal cable (6) for the

control unit for the door drive (3). The computer unit

(5) can be programmed by temporarily connecting

an external computer (7) to this network interface

(10). The network interface (10) is also used for


Page | 98

connecting a power supply for the computer device

(5).

21: 2015/02882 22: 2015/04/28 43: 2019/08/07 51: A01N; A01P; A61K 71: Intervet International B.V. 72: DE ASIS, Emmanuel Gonzales 33: AU 31: 2012904792 32: 2012/11/01 54: TOPICAL PARASITICIDAL FORMULATION 00: - The present invention relates to topical parasiticidal

formulations comprising a parasiticide, an organo-

silicone surfactant and a topically acceptable liquid

carrier, and methods of preventing or treating

parasites on an animal.

21: 2015/02992 22: 2015/04/30 43: 2019/08/05 51: B01D; C12M 71: ImmunoGen, Inc. 72: CHEN, Xiaoxi Kevin, LI, Xinfang 33: US 31: 61/709,891 32: 2012/10/04 54: USE OF A PVDF MEMBRANE TO PURIFY CELL-BINDING AGENT CYTOTOXIC AGENT CONJUGATES 00: - The invention provides processes for preparing

purified cell-binding agent cytotoxic agent

conjugates comprising subjecting a mixture

comprising a cell-binding agent cytotoxic agent

conjugate and one or more impurities to a polyvinyl

difluoride (PVDF) membrane to remove at least a

portion of the impurities from the mixture, thereby

providing a purified cell-binding agent cytotoxic

agent conjugate.

21: 2015/04068 22: 2013/11/08 43: 2019/08/22 51: H01M 71: RESEARCH FOUNDATION OF THE CITY UNIVERSITY OF NEW YORK 72: INGALE, NILESH, SHOLKLAPPER, TAL, BANERJEE, SANJOY, NYCE, MICHAEL 33: US 31: 61/732,926 32: 2012/12/03 33: US 31: 61/724,873 32: 2012/11/09 54: SECONDARY ZINC-MANGANESE DIOXIDE BATTERIES FOR HIGH POWER APPLICATIONS 00: - In an embodiment, a secondary Zn- MnO2 battery

comprises a battery housing, a MnO2 cathode, a Zn

anode, and an electrolyte solution. The

MnO2 cathode, the Zn anode, and the electrolyte

solution are disposed within the battery housing, and

the MnO2 cathode comprises a MnO2 cathode

mixture and a current collector. The MnO2 cathode

mixture is in electrical contact with at least a portion

of an outer surface of the current collector, and the

MnO2 cathode has a porosity of from about 5 vol.%

to about 90 vol.%, based on the total volume of the

MnO2 cathode mixture of the MnO2 cathode.

21: 2015/04109 22: 2015/06/08 43: 2019/08/19


Page | 99

51: A61K; B82Y 71: Tarveda Therapeutics, Inc. 72: BILODEAU, Mark T., KADIYALA, Sudhakar, SHINDE, Rajesh, WHITE, Brian, WOOSTER, Richard, BARDER, Timothy Edward, MOREAU, Benoît 33: US 31: 61/746,866 32: 2012/12/28 54: TARGETED CONJUGATES ENCAPSULATED IN PARTICLES AND FORMULATIONS THEREOF 00: - Particles, including nanoparticles and microparticles,

and pharmaceutical formulations thereof, containing

conjugates of an active agent such as a therapeutic,

prophylactic, or diagnostic agent attached to a

targeting moiety via a linker have been designed

which can provide improved temporospatial delivery

of the active agent and/or improved biodistribution.

Methods of making the conjugates, the particles, and

the formulations thereof are provided. Methods of

administering the formulations to a subject in need

thereof are provided, for example, to treat or prevent

cancer or infectious diseases.

21: 2015/04278 22: 2013/12/05 43: 2019/08/08 51: A23B; B65D 71: ROHM AND HAAS COMPANY, DOW GLOBAL TECHNOLOGIES LLC 72: BALASUBRAMANIAN, AISHWARAYA, MIR, NAZIR, MCGEE, ROBERT L, MENNING, BRUCE A, JAMES, WILLIAM 33: US 31: 61/738,455 32: 2012/12/18 54: MODIFIED ATMOSPHERE PACKAGE FOR BANANAS 00: - There is provided an enclosure comprising: a

polymeric film; wherein said polymeric film

comprises one or more copolymers of ethylene with

a polar monomer; and wherein the oxygen

transmission rate of said enclosure is 8,000 to

16,000 cm3/hour. Also provided is a method of

handling bananas comprising: (a) harvesting green

bananas; (b) then placing said green bananas into

such an enclosure; (c) then storing said enclosure at

20°C or lower for 1 week or longer; (d) then ripening

said bananas or allowing said bananas to ripen.

21: 2015/04548 22: 2015/06/24 43: 2019/08/22 51: G01N 71: Nestec S.A. 72: SINGH, Sharat, WANG, Shui Long, OHRMUND, Linda

33: US 31: 61/255,048 32: 2009/10/26 54: ASSAYS FOR THE DETECTION OF ANTI-TNF DRUGS AND AUTOANTIBODIES 00: -

21: 2015/04559 22: 2013/12/13 43: 2019/08/14 51: C07D; A61K; A61P 71: PARION SCIENCES, INC. 72: JOHNSON, MICHAEL R 33: US 31: 61/738,248 32: 2012/12/17 54: CHLORO-PYRAZINE CARBOXAMIDE DERIVATIVES USEFUL FOR THE TREATMENT OF DISEASES FAVOURED BY INSUFFICIENT MUCOSAL HYDRATION 00: - This invention provides compounds of the formula (I)

and their pharmaceutically acceptable salts, useful

as sodium channel blockers, compositions

containing the same, therapeutic methods and uses

for the same and processes for preparing the same.

21: 2015/04560 22: 2013/12/16 43: 2019/08/05 51: C07D; A61K; A61P 71: PARION SCIENCES, INC. 72: JOHNSON, MICHAEL R 33: US 31: 61/738,262 32: 2012/12/17


Page | 100

54: ARYLALKYL-AND ARYLOXYALKYL-SUBSTITUTED EPITHELIAL SODIUM CHANNEL BLOCKING COMPOUNDS 00: - The present invention relates to the compound of the

formula or pharmaceutically acceptable salts thereof,

as well as compositions containing the same,

processes for the preparation of the same, and

therapeutic methods of use therefore in promoting

hydration of mucosal surfaces and the treatment of

diseases including chronic obstructive pulmonary

disease (COPD), asthma, bronchiectasis, acute and

chronic bronchitis, cystic fibrosis, emphysema, and

pneumonia.

21: 2015/04561 22: 2013/12/13 43: 2019/08/14 51: C07D; A61K; A61P 71: PARION SCIENCES, INC. 72: JOHNSON, MICHAEL R 33: US 31: 61/738,235 32: 2012/12/17 54: 3,5-DIAMINO-6-CHLORO-N-(N-(4-PHENYLBUTYL)CARBAMIMIDOYL) PYRAZINE-2- CARBOXAMIDE COMPOUNDS 00: - The present invention relates compounds of the

formula: or pharmaceutically acceptable salts

thereof, useful as sodium channel blockers, as well

as compositions containing the same, processes for

the preparation of the same, and therapeutic

methods of use therefore in promoting hydration of

mucosal surfaces and the treatment of diseases

including cystic fibrosis, chronic obstructive

pulmonary disease, asthma, bronchiectasis, acute

and chronic bronchitis, emphysema, and

pneumonia.

21: 2015/04577 22: 2015/06/24 43: 2019/08/19 51: A61K; A61P 71: Calithera Biosciences, Inc. 72: BENNETT, Mark K., GROSS, Matthew I., BROMLEY, Susan D., LI, Jim, CHEN, Lijing, GOYAL, Bindu, LAIDIG, Guy, STANTON, Timothy Friend, SJOGREN, Eric Brian 33: US 31: 61/732,755 32: 2012/12/03 54: TREATMENT OF CANCER WITH HETEROCYCLIC INHIBITORS OF GLUTAMINASE 00: - The invention relates to novel heterocyclic

compounds and pharmaceutical preparations thereof

and the methods of treating or preventing cancer

using the compounds of the invention. Other aspects

relate to methods of identifying a cancer patient that

may benefit from treatment with a glutaminase

inhibitor comprising determining the ratio of

glutamate to glutamine, the ratio of glutaminase

enzyme to glutamine synthetase or glutaminase

activity in cancer cells of the patient.

21: 2015/04766 22: 2014/03/06 43: 2019/08/22 51: B65D 71: OWENS-BROCKWAY GLASS CONTAINER INC.


Page | 101

72: CHISHOLM, BRIAN J 33: US 31: 13/835,014 32: 2013/03/15 54: VACUUM RELEASE SEAL FOR A CLOSURE AND CONTAINER PACKAGE 00: - A seal (16, 1 16, 216) for sealing engagement

between a closure and a container. A projection (24,

124) is coupled to a seal ring (22, 122) having a

sealing portion (60), extends circumferentially and

radially outwardly of the seal ring, and has a closure-

driven feature (64, 164, 264) engageable by the

closure when the closure is rotated on the container

in a loosening direction to unseat the seal ring from

sealing engagement between the container and the

closure. The seal may be part of a package (10,

310) and sealingly engaged between a sealing

surface (42) of a container (12) of the package and a

base (20, 348) of a closure (14, 114, 314) of the

package when the closure is secured to the

container.

21: 2015/04898 22: 2015/07/08 43: 2019/08/20 51: A61P; C07K 71: Biogen MA Inc., Biogen International Neuroscience GmbH 72: WEINREB, Paul H., CHEN, Feng, GARBER, Ellen A., GRIMM, Jan, MONTRASIO, Fabio 33: US 31: 61/745,410 32: 2012/12/21 54: HUMAN ANTI-TAU ANTIBODIES 00: -

Provided are novel human tau-specific antibodies as

well as fragments, derivatives and variants thereof

as well as methods related thereto. Assays, kits, and

solid supports related to antibodies specific for tau

are also disclosed. The antibody, immunoglobulin

chain(s), as well as binding fragments, derivatives

and variants thereof can be used in pharmaceutical

and diagnostic compositions for tau targeted

immunotherapy and diagnosis, respectively.

21: 2015/05345 22: 2015/07/24 43: 2019/09/12 51: C08G 71: SEALIFE PHARMA GMBH 72: Alexander PRETSCH, Michael NAGL, Christoph WIESNER, Heinz BURGMANN 33: AT 31: A 53/2013 32: 2013/01/25 54: NEW BIOACTIVE POLYMERS 00: - The invention relates to new polycondensation

products of aminoguanidine and/or 1,3-

diaminoguanidine with one or more diamines, i.e.

polyguanidine derivatives of formula (I) below:

wherein X is selected from -NH2, aminoguanidino,

and 1,3-diaminoguanidino; Y is selected from -H and

-R1-NH2; or X and Y together stand for a chemical

bond in order to produce a cyclic structure; R1 is

selected from divalent organic groups having 2 to 20

carbon atoms, in which one or more carbon atoms

are optionally replaced by O or N; a and b are 0 or 1,

wherein a+b ? 2 if no 1,3-diaminoguanidine units are

present; R2 is selected from -H and -NH2, wherein

R2 is -NH2 if a+b = 0, R2 is -H or -NH2 if a+b = 1,

and R2 is -H if a+b = 2; and n = 2; or salts thereof.

The invention further relates to a production method

and various applications therefor.


Page | 102

21: 2015/05595 22: 2015/08/04 43: 2019/09/12 51: C21D 71: ARCELORMITTAL 72: Maïwenn Tifenn Soazig LARNICOL, Michel Roger Louis BORDIGNON, Xavier Marc Jacques Edmont Robert VANDEN EYNDE, Ana Isabel FARINHA, Pascal GERKENS, Jean-François NOVILLE, Julien Christopher Michel SMAL 54: THERMAL TREATMENT PROCESS OF A STEEL SHEET AND ADVICE FOR ITS IMPLEMENTATION 00: - A thermal treatment process of a ferrous alloy sheet

(1) comprising the step of performing a thermal

treatment on said sheet (1) when running, by

immersing it into at least one molten oxides bath (4,

16), characterized in that: said molten oxides bath

(4, 16) has a viscosity between lower than 3.10-1

Pa.s, the surface of said bath (4, 16) being in contact

with a non-oxidizing atmosphere, said molten oxides

being inert towards iron, the difference between the

temperature of said ferrous alloy sheet (1) at the

entry of the bath (4, 16) and the temperature of said

bath (4, 6) being between 25° C and 900° C; and the

residues of oxides remaining on the surfaces of said

ferrous alloy sheet (1) at the exit of said bath (4, 16)

are eliminated. A device for implementing this

process.

21: 2015/05628 22: 2015/08/04 43: 2019/08/21 51: A61K; C07H; C12N

71: ISIS PHARMACEUTICALS, INC. 72: ALEXANDER, Veronica, J., VINEY, Nicholas, J., WITZTUM, Joseph, L. 33: US 31: 61/764,969 32: 2013/02/14 33: US 31: 61/880,779 32: 2013/09/20 54: MODULATION OF APOLIPOPROTEIN C-III (APOCIII) EXPRESSION IN LIPOPROTEIN LIPASE DEFICIENT (LPLD) POPULATIONS 00: - Provided are methods, compounds, and

compositions for reducing expression of ApoCIII

mRNA and protein for treating, preventing, delaying,

or ameliorating Fredrickson Type I

dyslipidemia/FCS/LPLD, in a patient. Such methods,

compounds, and compositions increase HDL levels

and/or improving the ratio of TG to HDL and

reducing plasma lipids and plasma glucose in the

patient, and are useful to treat, prevent, delay, or

ameliorate any one or more of pancreatitis,

cardiovascular disease, metabolic disorder, and

associated symptoms.

21: 2015/05853 22: 2015/08/14 43: 2019/09/16 51: C08L 71: BOREALIS AG 72: Georg GRESTENBERGER, Claudia KNIESEL, Daniela MILEVA, Dietrich GLOGER 33: EP 31: 13170001.5 32: 2013/05/31 54: STIFF POLYPROPYLENE COMPOSITION SUITABLE FOR PRIMERLESS PAINTING 00: - The present invention is directed to a polypropylene

composition (C), an article comprising the

polypropylene composition (C) as well as the use of

the polypropylene composition (C) to reduce

paintability failure of a molded article.

21: 2015/05857 22: 2015/08/14 43: 2019/08/19 51: C10K; C10L


Page | 103

71: RELIANCE INDUSTRIES LTD 72: Sateesh DAGGUPATI, Sukumar MANDAL, Kumar DAS ASIT, Ajit Vishwanath SAPRE 33: IN 31: 334/MUM/2013 32: 2013/02/05 54: A PROCESS FOR CATALYTIC GASIFICATION OF CARBONACEOUS FEEDSTOCK 00: - An improved process for the catalytic gasification of a carbonaceous feedstock in a dual fluidized bed reactor for producing synthesis gas is disclosed. The disclosure uses γ-alumina as a catalyst support iand heat carrier in the gasification zone (102). The gasification zone (102) is operated at 700 - 750 °C to prevent substantial conversion of γ-alumina to α-alumina, which would manifest in the enablement of high catalyst loading and high recyclability. The catalyst is an alkali metal, preferably K2CO3, so that conversion proportional to total K2CO3 to solid carbon ratio is achieved with as high K2CO3 loading as 50 wt% on the solid support. The combustion zone (140) is operated at 800° - 840° C, to prevent any conversion of the γ-alumina to a-alumina, so that catalyst recyclability of up to 98% is achieved between two successive cycles.

21: 2015/05937 22: 2015/08/18 43: 2019/09/16 51: A61K; A61P 71: WILEX AG 72: Olaf WILHELM, Paul BEVAN, Barbara FALL, Pia KLÖPFER 33: US 31: 61/829,349 32: 2013/05/31 33: US 31: 61/768,084 32: 2013/02/22

54: CAIX STRATIFICATION BASED CANCER TREATMENT 00: - The present invention relates to a carbonic

anhydrase IX targeting compound for the use in the

treatment of cancer, wherein the use comprises

quantifying CAIX expression as well as the

determination of a CAIX score based on the CAIX

expression. The present invention relates further to a

method for diagnosing, predicting and/or classifying

a cancer disease comprising quantifying CAIX

expression, and the determination of a CAIX score.

21: 2015/07369 22: 2015/10/05 43: 2019/08/01 51: A01H; C12N 71: Bayer CropScience NV 72: ROUAN, Dominique, DE BOTH, Greta 33: EP(DE) 31: 13164421.3 32: 2013/04/19 54: HYBRID BRASSICA PLANTS AND METHODS FOR PRODUCING SAME 00: - Provided are transgenic Brassica plants, plant

material and seeds, particularly oilseed rape plants,

characterized in that these plants harbor a novel

combination of two specific transformation events,

namely MS-B2 comprising a male-sterility transgene

and RF-BN1 comprising a fertility-restoration

transgene. Also provided are pairs of Brassica plants

comprising each one of the events, and the use

thereof in the production of hybrid seed.


Page | 104

21: 2015/07511 22: 2015/10/09 43: 2019/09/20 51: F03D 71: WOBBEN PROPERTIES GMBH 72: Georg EDEN, FLORIAN SARTORIUS 33: DE 31: 10 2013 208 792.6 32: 2013/05/14 54: WIND TURBINE AND A LIGHTNING PROTECTION UNIT FOR A WIND TURBINE 00: - The invention relates to a wind turbine comprising a

nacelle (104) and a rotor having at least two rotor

blades (108). Each rotor blade (108) comprises a

rotor blade root (108a), at least one metal conductor

(220) for conducting a lightning strike, and a

conductive ring (230) connected to said metal

conductor and provided in the root region of the rotor

blade. In addition, a lightning protection unit (240) is

fixed on the non-rotating part of the nacelle (104) in

such a way that the lightning protection unit (240) is

supported on the ring (230). The lightning protection

unit (240) comprises two rollers (241) and a lightning

rod (242), a free end of said lightning rod (242) being

at a distance from an outer end of the roller (241)

and said distance defining a spark gap.

21: 2015/08663 22: 2015/11/25 43: 2019/08/01 51: B23K; F16B 71: AOYAMA, Shoji 72: AOYAMA, Yoshitaka, AOYAMA, Shoji 33: JP 31: 2013-152065 32: 2013/07/02 54: PROJECTION BOLT WELDING METHOD 00: - Provided is a projection bolt welding method, which

involves welding a projection bolt to a steel sheet

component by electric resistance welding. The

projection bolt includes a shank, a circular enlarged

diameter portion, and a welding projection including

an initial fusion portion with a tapered portion and a

main fusion portion. A ratio of a volume of the initial

fusion portion to a volume of a portion of the steel

sheet component having the same diameter as a

diameter of the initial fusion portion is selected, or a

ratio of a circular area of the initial fusion portion to a

sheet thickness of the steel sheet component is

selected.

21: 2015/08951 22: 2015/12/08 43: 2019/08/19 51: A61K; A61P; C07D


Page | 105

71: Betta Pharmaceuticals Co., Ltd. 72: HU, Shaojing, LONG, Wei, WANG, Fei, WANG, Yinxiang, DING, Lieming 33: PCT/CN 31: 2013/077093 32: 2013/06/09 54: POLYMORPH FORMS OF ICOTINIB MALEATE AND USES THEREOF 00: - Provided are Icotinib maleate(the compound of

Formula I) and polymorph forms thereof, and

methods of preparing and using them.

21: 2016/01653 22: 2016/03/10 43: 2019/10/02 51: C08J; D21J 71: PATRICK VUSUMZI MAHLATSHANA 72: PATRICK VUSUMZI MAHLATSHANA 54: CRAFT ARTICLE AND METHOD OF MANUFACTURE 00: - This invention relates to a readily moldable or

formable prickly pear fibre composition which is,

upon curing, structurally rigid. More particularly, the

invention relates to a process for producing the

prickly pear fibre composition suitable for use as

craft articles, picture frames, cornices, tiles, lamp

shades, furniture and other products. The invention

further relates to an article produced with the pear

fibre composition and a method of making such an

article.

21: 2016/02202 22: 2016/04/04 43: 2019/08/19 51: A61K; A61P; C07D 71: Eli Lilly and Company

72: MARTINEZ-GRAU, Maria Angeles 33: EP(ES) 31: 13382460.7 32: 2013/11/14 54: SUBSTITUTED PIPERIDYL-ETHYL-PYRIMIDINE AS GHRELIN O-ACYL TRANSFERASE INHIBITOR 00: - The present invention provides novel GOAT

inhibitors and their salts and pharmaceutical

compositions thereof.

21: 2016/02465 22: 2016/04/12 43: 2019/08/02 51: B01D 71: Oxycom Beheer B.V. 72: REINDERS, Berend Jan, REINDERS, Johannes Antonius Maria, HAKBIJL, Mark, BANZ, Alexander John 33: NL 31: 2011443 32: 2013/09/13 54: WATER EXTRACTING DEVICE 00: - A device is disclosed for extracting water vapour

from a fluid stream. The device comprises a carrier

structure, a substrate of fibrous material provided on

the carrier structure, the fibrous material comprising

a plurality of individual fibres, a quantity of an LCST

polymer coating the individual fibres; and a heating

provision arranged to selectively heat the LCST

polymer to above its lower critical temperature

whereby water absorbed by the fibres can be

subsequently released on heating. By providing the

LCST polymer as a coating onto the fibres, an

increased surface area may be achieved.


Page | 106

21: 2016/02534 22: 2016/04/14 43: 2019/08/02 51: A61K; A61P; C07D 71: F. Hoffmann-La Roche AG 72: STULTS, Jeffrey 33: US 31: 61/916,657 32: 2013/12/16 54: POLYMORPHS OF 2-(4-(2-(1-ISOPROPYL-3-METHYL-1H-1,2,4-TRIAZOL-5-YL)-5,6-DIHYDROBENZO[F]IMIDAZO[1,2-D][1,4]OXAZEPIN-9-YL)-1H-PYRAZOL-1-YL)-2-METHYLPROPANAMIDE, METHODS OF PRODUCTION, AND PHARMACEUTICAL USES THEREOF 00: - The present invention relates to crystalline

polymorphs of (2-(4-(2-(1-isopropyl-3-methyl-1H-

,2,4-triazol-5-yl)-5,6-dihydrobenzo[f]imidazo[1,2-

d][1,4]oxazepin-9-yl)-1H-pyrazol-1-yl)-2-

methylpropanamide (GDC-0032, taselisib), methods

of use, and processes of preparing thereof.

21: 2016/02588 22: 2016/04/15 43: 2019/08/02

51: B26B 71: The Gillette Company LLC 72: BRIDGES, Kelly, BRUNO, Michael H., BOURQUE, Steven M., CARNEIRO, Hubert F. 33: US 31: 14/070,076 32: 2013/11/01 54: MANUALLY ACTUATABLE LIQUID DISPENSING RAZOR 00: - The invention features a razor for dispensing a fluid

during shaving. The razor includes a handle, a razor

cartridge, and a fluid dispensing member joined to

the cartridge. The handle includes a cavity for

housing a fluid and a manually-actuated pump to

displace the fluid from the cavity through a connector

port flowpath to an opening at the proximal end of

the handle. The razor cartridge includes a cartridge

connecting structure attached to the housing and an

aperture that extends from the rear surface to the

front surface of the housing. The fluid dispensing

member is disposed in the cartridge connecting

structure and includes a converging flowpath that is

in fluid communication with the connector port

flowpath and the aperture in the housing.

21: 2016/02682 22: 2016/04/19 43: 2019/08/22 51: A24B 71: British American Tobacco (Investments) Limited 72: BENJAK, Denis, FIELD, Pedro, GLESSE, Alcindo, LINK, Matthias 33: GB 31: 1319290.1 32: 2013/10/31 54: TOBACCO TREATMENT 00: - A process is provided for the treatment of tobacco.

The process comprises securing the tobacco within

a moisture-retaining material and exposing the

tobacco material to an ambient processing


Page | 107

temperature of above 55°C, with the tobacco having

a packing density of at least 200 kg/m3 on a dry

matter weight base at the start of the process and a

moisture content of between about 10% and 23%.

The treated tobacco may have desirable

organoleptic properties.

21: 2016/02746 22: 2016/04/20 43: 2019/05/16 51: B67D 71: ALTERNATIVE PACKAGING SOLUTIONS LLC 72: BLAKE WILLIAM SYDNEY 33: US 31: 13/439 510 32: 2012/04/04 54: ONE TURN ACTUATED DURATION SPRAY PUMP MECHANISM 00: - A power assembly that can obtain duration

discharge of product upon a single turn of an

actuator sleeve to pressurize product and ready it for

dispensing. The assembly includes a piston carried

by a piston housing for reciprocation in a cylinder

cup having a pump chamber. The actuator sleeve is

connected through a clutch disc to a drive screw that

is connected to reciprocate the piston housing and

piston when the actuator sleeve is rotated. The

clutch disc is operative to first disengage the

actuator sleeve from the drive screw and then move

a stem valve to an open position when an actuator is

depressed to dispense product. The power

assembly can be used with various energy storage

devices such as springs, gases or elastics to exert

pressure on product to be dispensed when the

actuator is turned.

21: 2016/02826 22: 2016/04/25 43: 2019/08/02 51: A61K 71: Yale University 72: FAHMY, Tarek, HORSBURGH, Brian 33: US 31: 61/899,080 32: 2013/11/01 54: MODULAR PARTICLES FOR IMMUNOTHERAPY 00: - Nanoparticulate compositions are disclosed. The

nanoparticulate compositions typically include at

least one, preferably two or more, active agent(s),

one of which is an immunomodulatory compound,

loaded into, attached to the surface of, and/or

enclosed within a delivery vehicle. The delivery

vehicles can be nanolipogels including a polymeric

core and a lipid shell or a biodegradable polymeric

nanoparticle such as a PLGA nanoparticle. Typically,

at least one of the active agents is an

immunomodulator that increases an immune

stimulatory response or decreases an immune

suppressive response. In some embodiments, the

particle includes both an immunomodulator that

increases an immune stimulatory response and an

immunomodulator that decreases an immune

suppressive response. The particles can be

decorated with a targeting moiety that improves

delivery to a target cell. Methods of using the

compositions to enhance an immune response and

treat diseases such as cancer are also disclosed.


Page | 108

21: 2016/02851 22: 2016/04/25 43: 2019/08/02 51: C10G 71: LINDE AKTIENGESELLSCHAFT 72: FRITZ, Helmut, SINN, Tobias 33: EU 31: 13005355.6 32: 2013/11/14 54: METHOD FOR SEPARATING A HYDROCARBON MIXTURE, SEPARATING PLANT AND STEAM CRACKING PLANT 00: - The invention relates to a method for separating a

hydrocarbon mixture (C), which is obtained at least

in part by steam cracking (10) and which contains at

least hydrocarbons having one, two and three

carbon atoms, including ethane and ethylene, a first

fraction (C2+, C2-) initially being obtained from the

hydrocarbon mixture (C) by separating off other

components at least in part. A fraction (R, S)

containing ethane is separated off, in parallel with or

downstream from the at least partial separation of

the other components from the hydrocarbon mixture

(C), in an amount which reduces the ethane content

in the first fraction (C2+, C2-) to less than 25%, the

fraction (R, S) containing ethane being low in or free

from other hydrocarbons having two carbon atoms.

21: 2016/02908 22: 2016/04/29 43: 2019/08/02

51: C12G 71: KORNACKI, James Richard 72: KORNACKI, James Richard 33: US 31: 61/885,803 32: 2013/10/02 54: METHOD FOR THE SELECTIVE REMOVAL OF SULFITES FROM BEVERAGES AND MODULAR APPARATUS FOR SAME 00: - The disclosure provides a method for selectively

removing sulfites, for example bisulfite anionic

species, from a beverage comprising free sulfite by

providing an effective amount of a non-ionic, solid

phase material and contacting the beverage with the

solid phase material thereby sequestering the free

sulfite on the non-ionic, solid phase material and

providing a beverage having a reduced amount of

free sulfite that otherwise maintains the general

chemical composition with which it started. The

disclosure further provides a device for selectively

removing sulfite from a beverage comprising a

container for receiving a beverage comprising free

sulfite, said container enclosing a non-ionic, solid

phase material capable of sequestering free sulfite,

and a modular apparatus comprising a sulfite

capture module and optionally a sediment filter

module or an aeration module. Optionally, the non-

ionic solid phase material is food-safe.

21: 2016/03051 22: 2014/10/09 43: 2019/08/02 51: C12N; A61K; A61P 71: RIKEN, HEALIOS K.K., OSAKA UNIVERSITY 72: SAWADA, MASANORI, TAKAHASHI, MASAYO, SEKIGUCHI, KIYOTOSHI 33: JP 31: 2013-212345 32: 2013/10/09 54: METHOD OF PRODUCING RETINAL PIGMENT EPITHELIAL CELL 00: - Provided are a production method of retinal pigment

epithelial cell that improves differentiation induction

efficiency of pluripotent stem cell into retinal pigment

epithelial cell, and can provide highly pure retinal

pigment epithelial cell by a simple and easy

operation in a short period, a culture method of

retinal pigment epithelial cell that can stably grow

and culture a cell, a toxicity/efficacy evaluation

method using a retinal pigment epithelial cell useful

for transplantation therapy, and a therapeutic drug

for a retinal disease. The present invention relates

to a production method of retinal pigment epithelial

cells, including a step of adhesion culture of human


Page | 109

pluripotent stem cells by using a culture substrate

coated with a laminin-E8 fragment, a culture method

of retinal pigment epithelial cells, including a step of

adhesion culture of retinal pigment epithelial cells by

using a culture substrate coated with a laminin-E8

fragment, a toxicity or efficacy evaluation method

using retinal pigment epithelial cells obtained by

producing or culturing by said method, and a

therapeutic drug for a retinal disease, containing the

retinal pigment epithelial cells.

21: 2016/03054 22: 2014/10/09 43: 2019/08/02 51: C12N; A61K; A61P 71: HEALIOS K.K., OSAKA UNIVERSITY 72: SAWADA, MASANORI, SEKIGUCHI, KIYOTOSHI 33: JP 31: 2013-212345 32: 2013/10/09 54: METHOD FOR PURIFICATION OF RETINAL PIGMENT EPITHELIAL CELLS 00: - The present invention provides a method of purifying

highly pure retinal pigment epithelial cells from a cell

population obtained by induction of differentiation of

pluripotent stem cells into retinal pigment epithelial

cells, by a simple and easy operation in a short

period. The purification method of the present

invention includes a step of introducing a cell

population containing retinal pigment epithelial cells

obtained by differentiation induction of pluripotent

stem cells on laminin or a fragment thereof on a

filter, and obtaining a cell population that passed the

filter.

21: 2016/03262 22: 2016/05/13 43: 2019/08/22 51: C07K 71: F. Hoffmann-La Roche AG 72: KLEIN, Christian, UMANA, Pablo, MOESSNER, Ekkehard, HOSSE, Ralf, PETERSON, Laurence Bernard, WICKER, Linda 33: US 31: 61/936,564 32: 2014/02/06 54: INTERLEUKIN-2 FUSION PROTEINS AND USES THEREOF 00: - The present invention generally relates to fusion

proteins of immunoglobulins and interleukin-2 (IL-2).

More particularly, the invention concerns fusion

proteins of immunoglobulins and mutant IL-2 that

exhibit improved properties for use as therapeutic

agents, e.g. in the treatment of autoimmune

diseases and immune-mediated inflammatory

diseases. In addition, the present invention relates to

polynucleotides encoding such fusion proteins, and

vectors and host cells comprising such

polynucleotides. The invention further relates to

methods for producing the fusion proteins of the

invention, and to methods of using them in the

treatment of disease.

21: 2016/03318 22: 2014/11/19 43: 2019/08/08 51: E21B 71: DEEP EXPLORATION TECHNOLOGIES COOPERATIVE RESEARCH CENTRE LTD 72: WILKINSON, BRETT JAMES, STEWART, GORDON HENDERSON, DUPUIS, JEROME CHRISTIAN, KEPIC, ANTON 33: AU 31: 2013904475 32: 2013/11/19


Page | 110

54: BOREHOLE LOGGING METHODS AND APPARATUS 00: - A method utilised in borehole logging, such as in

surveying or exploration relating to a subsurface

formation. The method includes deploying a logging

instrument that includes a pressure sensor into a

borehole drilled into the formation. The method

includes the steps of obtaining a first pressure value

at a first depth in the borehole, obtaining at least one

further pressure value subsequent to the first

pressure value during withdrawing or advancing the

logging instrument in the borehole, and determining

one or more characteristics of the subsurface

formation, utilising at least one of the further

pressure values, or a change in pressure (Δρ)

between the first pressure value and a said further

pressure value or values, or a change in pressure

(Δρ) between a said further pressure value and

another said further pressure value, or a

combination of two or more of such values.

21: 2016/03461 22: 2016/05/20 43: 2019/09/20 51: B60H; F41H 71: NEXTER SYSTEMS 72: Marc CLAMAGIRAND, Jean Luc DUINAT, Patrick VENAILLE, Xavier DESCATOIRE 33: FR 31: 1302867 32: 2013/12/05 54: AIR-CONDITIONING AIR DISPENSING DEVICE FOR A VEHICLE TURRET, AND VEHICLE COMPRISING SUCH A DEVICE 00: - The invention relates to a vehicle and to the air-

conditioning air distribution device (10) thereof for a

vehicle turret (1) that is rotatably mounted in relation

to a vehicle body (80). Said device is characterized

in that it comprises at least one annular channel (11)

which is coaxial to the rotational axis of the turret

and which comprises at least one first flow opening

(12a). Said channel (11) comprises an annular

opening (14) that is concentric therewith, and said

channel (11) receives a sealing ring (13) that

corresponds to the opening (14) of the channel. Said

ring (13) is capable of turning in relation to the

channel (11) and comprises at least one second

airflow opening (15). The channel (11) is to be rigidly

connected to the body (80) with respect to the turret,

while the sealing ring (13) is to be rigidly connected

to the turret (1) with respect to the body.

21: 2016/03610 22: 2016/05/26 43: 2019/06/28 51: A61G 71: SASON, Albert 72: SASON, Albert 33: IL 31: 230084 32: 2013/12/22 54: BED 00: - A nursing bed includes means for washing a patient

who lies on the bed, without removing the patient

from the bed. It comprises a plurality of inflatable

cushions fixedly mounted on a base, and means for

washing the patient comprising a moving brush and

trough under the back of the patient. At least part of

the cushions have one or more drainage chan-nels

made thereon, for allowing washing water and soap

to flow down off the bed. The base is generally a flat

surface. The base with the cushions mounted

thereon form a mattress on the bed. Each cushion

has an outlet usable for inflat-ing and deflating the

cushion.


Page | 111

21: 2016/03697 22: 2016/05/31 43: 2019/09/09 51: A61K; A61P 71: GENENTECH, INC., MEDIMMUNE LIMITED 72: FLYGARE, John, GUNZNER-TOSTE, Janet, PILLOW, Thomas, SAFINA, Brian, VERMA, Vishal, WEI, Binqing, ZHAO, Guiling, STABEN, Leanna, HOWARD, Philip, Wilson, MASTERSON, Luke 33: US 31: 61/916,675 32: 2013/12/16 54: PEPTIDOMIMETIC COMPOUNDS AND ANTIBODY-DRUG CONJUGATES THEREOF 00: - This invention relates to peptidomimetic linkers and

anti-body drug conjugates thereof, pharmaceutical

compositions containing them, and to their use in

therapy for the prevention treatment of cancer.

21: 2016/03754 22: 2014/12/15 43: 2019/08/08 51: G01M; G01K; G01N 71: OWENS-BROCKWAY GLASS CONTAINER INC. 72: KISELA, DAVID, MORELLO, JARED, MYERS, GARY, SABO, DANIEL S 33: US 31: 14/142,156 32: 2013/12/27 54: CONTAINER TEST SYSTEM 00: -

A container test system (10) includes a test chamber

(52) in which a container (C) may be located for

testing, for instance, for assessing insulative

properties of the container. In the test chamber, the

outside of the container is thermally treated,

temperature of the air outside the container is

measured, and temperature of a liquid inside the

container is measured. A related testing method is

also disclosed.

21: 2016/03788 22: 2016/06/03 43: 2019/09/05 51: E04H 71: KOTZE, Abraham Petrus Louw 72: KOTZE, Abraham Petrus Louw; CAHILL, Leon Neville 33: ZA 31: 2015/03959 32: 2015/06/03 54: UTILITY POLE 00: - The invention provides a utility pole installation

which includes a pole to which at least one utility

device is engagable, a housing engaged with the

pole having at least one door aperture, a shelving

unit located within the housing in which equipment,

in support of the at least one device, is supported

and a door which is engaged with the door aperture

and which is lockable against the housing to secure

access to the shelving unit and the equipment.


Page | 112

21: 2016/04053 22: 2016/06/14 43: 2019/08/16 51: G06K 71: MORPHO 72: BESSON, Adrien, THIEBOT, Alain, DUMONT, Denis, LORENZI, Jérôme 33: FR 31: 13/62977 32: 2013/12/19 54: METHOD OF VALIDATION INTENDED TO VALIDATE THAT AN ELEMENT IS COVERED BY A TRUE SKIN 00: - The invention relates to a method of validation

intended to validate that an element (10) is covered

by a true skin and implemented by a validation

device (100) comprising a light source (102) having

at least one wavelength, a sensor (104), an analysis

module (106) and a decision taking module (108),

said validation method comprising: - a step of

positioning in the course of which a surface of said

element (10) is placed in front of the light source

(102) and the sensor (104), - a step of illumination in

the course of which the light source (102) illuminates

the surface of said element (10), - a step of capture

for capturing, by means of said sensor (104), for the

or each wavelength, an image of said element (10)

thus positioned which encompasses an illuminated

zone of said element (10) illuminated directly by the

light beam emitted by the light source (102) and a

peripheral zone termed the diffusion zone of said

element (10) which is peripheral to said illuminated

zone, - a step of analysis in the course of which the

illuminated zone and the diffusion zone of the or

each image thus captured are analysed, and - a step

of decision taking in the course of which the decision

taking module (108) takes a decision regarding the

fact that said element (10) is covered by a true skin

as a function of the results of the analysis step.

21: 2016/04176 22: 2014/12/17 43: 2019/08/06 51: A47B; F16B 71: VÄLINGE INNOVATION AB 72: BOO, CHRISTIAN 33: SE 31: 1450018-5 32: 2014/01/10 54: A FURNITURE PANEL 00: - A furniture panel 8 is provided, in which a first

element 8a and a second element 8b that are

mechanically locked together. A first tongue is

provided at a first edge of the first element, the first

tongue cooperating with a first tongue groove

provided at a second edge of the second element for

locking the first and second elements in a vertical

direction, and a second tongue at the second edge

of the second element, the second tongue

cooperating with a second tongue groove at the first

edge of the first element for locking the first and

second elements in the vertical direction. A first pair

of locking surfaces is provided above the second

tongue and the second tongue groove for locking in

a horizontal direction, and a second pair of locking

surfaces is provided below the first tongue and the

first tongue groove for locking in the horizontal

direction.


Page | 113

21: 2016/04220 22: 2014/12/11 43: 2019/08/08 51: A01N 71: DOW AGROSCIENCES LLC 72: CACERES, NEIVALDO TUNES, DALTRO, FELIPE PECINATTO, MASTERS, ROBERT A 33: US 31: 61/919,046 32: 2013/12/20 54: HERBICIDAL COMPOSITIONS CONTAINING IMAZAPIC, AMINOPYRALID AND OPTIONALLY METSULFURON 00: - Herbicidal compositions comprising (a) imazapic or

salt thereof, (b) aminopyralid or salt thereof, and

optionally (c) metsulfuron or an ester thereof are

described herein.

21: 2016/04498 22: 2014/12/29 43: 2019/08/02 51: A61K 71: INFECTIOUS DISEASE RESEARCH INSTITUTE 72: FOX, CHRISTOPHER B, VEDVICK, THOMAS S, BARNES V, LUCIEN, KRAMER, RYAN M, REED, STEVEN G 33: US 31: 61/922,761 32: 2013/12/31 54: SINGLE VIAL VACCINE FORMULATIONS 00: - The invention provides for thermostable lyophilized

formulations, including vaccines and pharmaceutical

compositions for inducing or enhancing an immune

response, and methods of use thereof. The

lyophilized formulations generally comprise an

antigen and/or an adjuvant, a metabolizable oil, and

a cake-forming excipient.

21: 2016/04619 22: 2016/07/06 43: 2019/07/01 51: E21F; F03G 71: CHINA UNIVERSITY OF MINING & TECHNOLOGY 72: Fubao Zhou, Bobo Shi, Hetao Su, Jiaji Cheng, Lei Qin 33: CN 31: CN 201510262390.4 32: 2015/05/21 54: A LIQUID NITROGEN SYSTEM AND METHOD TO GOVERN FIRE DISTRICT IN COAL FIELD LOSSLESSLY 00: - A liquid nitrogen system and method to govern fire

district in coal field losslessly, wherein air cleaner(1),

air compressor(2), air cooler(3), oil-water

separator(4), air-drying cleaner(5), air separation

column(6), Liquid nitrogen tank(7), booster pump(8)

are sequential connected by pipeline, wherein the

access end of Liquid nitrogen tanker(9) and surface

drilling(10) is connected with output end of booster

pump (8), wherein surface drilling(10) is located in

fire district in coal field, wherein geothermal power

generation equipment(11) generates elec-tricity by

high-temperature steam supplied by geothermal

well(12). Waste heat energy generated from coal

mine fire area can be reused to generate geothermal

electricity, which can reduce waste of energy. Liquid

nitrogen anti-extinguishment method can realize the


Page | 114

effect of fast cooling, fire area inerting and effectively

extinguishing when it is applied in govern fire in coal

area. Liquid nitrogen from air forms a using circle

after it return air, which is not only realize recycle of

resource, but also is environmental friendly.

21: 2016/04642 22: 2014/12/30 43: 2019/08/02 51: A01H 71: DOW AGROSCIENCES LLC 72: REN, RUIHUA, NAGEL, BRUCE A, GIBSON, RYAN, GAO, YANXIN STAR, MAMMADOV, JAFAR 33: US 31: 61/922,349 32: 2013/12/31 54: MAIZE CYTOPLASMIC MALE STERILITY (CMS) S-TYPE RESTORER RF3 GENE, MOLECULAR MARKERS AND THEIR USE 00: - The present disclosure provides a method for

selecting a plant comprising a functional restorer

gene for maize S-type cytoplasmic male sterility

comprising the steps of (a) screening a population of

plants for at least one marker nucleic acid, wherein

the marker nucleic acid comprises an allele linked to

the functional restorer gene for maize S-type

cytoplasmic male sterility; (b) detecting the marker

nucleic acid; (c) identifying a plant comprising the

marker nucleic acid; and (d) selecting the plant

comprising the marker nucleic acid, wherein the

plant comprising the marker nucleic acid further

comprises the functional restorer gene for maize S-

type cytoplasmic male sterility. The present

disclosure also provides methods for restoring

fertility in a progeny of an S-type cytoplasmic male

sterile plant and methods for transferring an Rf3

gene into a progeny plant.

21: 2016/05020 22: 2016/07/19 43: 2019/08/02 51: A01N; C07D 71: Bayer Animal Health GmbH 72: SCHWARZ, Hans-Georg, MAUE, Michael, ILG, Kerstin, GÖRGENS, Ulrich, TURBERG, Andreas, HORSTMANN, Sebastian, KÖBBERLING, Johannes, LINDNER, Niels 33: EP(DE) 31: 14150153.6 32: 2014/01/03 54: NOVEL PYRAZOLYL-HETEROARYLAMIDES AS PESTICIDES 00: -


Page | 115

21: 2016/05550 22: 2015/03/03 43: 2019/08/22 51: G06F 71: INTERACTIVE INTELLIGENCE GROUP, INC. 72: CHELUVARAJA, SRINATH, IYER, ANANTH NAGARAJA, WYSS, FELIX IMMANUEL 33: US 31: 61/947,834 32: 2014/03/04 54: OPTIMIZATION OF AUDIO FINGERPRINT SEARCH 00: - A system and method are presented for optimization

of audio fingerprint search. In an embodiment, the

audio fingerprints are organized into a recursive tree

with different branches containing fingerprint sets

that are dissimilar to each other. The tree is

constructed using a clustering algorithm based on a

similarity measure. The similarity measure may

comprise a Hamming distance for a binary fingerprint

or a Euclidean distance for continuous valued

fingerprints. In another embodiment, each fingerprint

is stored at a plurality of resolutions and clustering is

performed hierarchically. The recognition of an

incoming fingerprint begins from the root of the tree

and proceeds down its branches until a match or

mismatch is declared. In yet another embodiment, a

fingerprint definition is generalized to include more

detailed audio information than in the previous

definition.

21: 2016/05604 22: 2016/08/12 43: 2019/08/19 51: G08G 71: AVIGILON CORPORATION 72: MARLATT, Shaun, P., SHIR, Oren 33: US 31: 14/568,077 32: 2014/12/11 33: US 31: 61/927,923 32: 2014/01/15 54: STORAGE MANAGEMENT OF DATA STREAMED FROM A VIDEO SOURCE DEVICE 00: - A computer implemented method for managing data

received from a video source device is disclosed. At

least a first storage tier and a second storage tier on

a storage medium are identified for respectively

storing different categories of data. As data streams

are received from the video source, the data streams

are associated with at least the first storage tier or

the second storage tier and data from the received

streams are stored in the associated storage tier.

When the storage medium is full, or meets some

other specified maximum capacity threshold, data is

deleted beginning with data that has an age that

exceeds one or more specified maximum retention

times, followed by data with the oldest age from one

or both of the first and second storage tiers.


Page | 116

21: 2016/05938 22: 2016/08/25 43: 2019/09/05 51: B22F 71: SMITH INTERNATIONAL, INC. 72: BAO, Yahua, GARAN, Anatoliy, FRANCE, Michael, David, BELNAP, J. Daniel 33: US 31: 14/079,689 32: 2013/11/14 33: US 31: 61/726,707 32: 2012/11/15 54: SINTERING OF THICK SOLID CARBONATE-BASED PCD FOR DRILLING APPLICATION 00: - A method of making a polycrystalline diamond

compact includes forming multiple layers of

premixed diamond particles and carbonate material,

wherein the carbonate material is selected from an

alkaline earth metal carbonate, and wherein each

layer has a weight percent ratio of diamond to

carbonate that is different between adjacent layers.

The layers are subjected to high pressure high

temperature conditions to form polycrystalline

diamond.

21: 2016/06431 22: 2016/09/19 43: 2019/10/04 51: G06Q 71: Zillion 69 (Pty) Ltd. 72: JOOSTE, Lawrence Henry, ROSSOUW, Patricia 33: ZA 31: 2015/03488 32: 2015/09/19 54: FOREIGN EXCHANGE TRADING SYSTEM AND METHOD 00: - An integrated foreign exchange trading method, the

method conducted at an integrated electronic foreign

exchange trading platform and including the steps of

creating a client account, capturing client

information, uploading regulatory compliance

documents, validating the compliance documents,

generating a client portfolio, and receiving an

account opened confirmation message from an

authorized dealer.


Page | 117

21: 2016/06440 22: 2016/09/19 43: 2019/04/24 51: A41D; A61B; D02G; H01B 71: HEALTHWATCH LTD. 72: AMIR, Uri, SHOSHANI, Boaz 33: US 31: 61/950,139 32: 2014/03/09 33: WO 31: PCT/IL2015/050239 32: 2015/03/05 54: ELASTIC CONDUCTIVE STRIPE AND METHODS OF UTILIZING THEREOF 00: - According to the teachings of the present invention

there is provided a knitted smart garment. The

garment includes a tubular form having variable

elasticity and at least one conductive textile

electrode for sensing an electrical vital signal, such

as a clinical-level ECG signal. The garment further

includes at least one elastic and loose conductive

stripe, having a first end and a second end. The first

end of the at least one conductive stripe is securely

attached to a respective conductive textile electrode,

and the second end of the at least one conductive

stripe is operatively connected with a processor. The

elasticity and looseness of the at least one

conductive stripe is configured to prevent a pulling

force from being applied to the respective conductive

textile electrode, when the garment is stretched.

21: 2016/06656 22: 2016/09/26 43: 2018/03/09 51: A61K; C07C; A61P 71: PIRAMAL ENTERPRISES LIMITED 72: SHARMA, Rajiv, SAHU, Bichismita, MALI, Sunil Vasantrao, SINGH, Deepak, KUMAR, Pramod Bhaskar, DAWANGE, Mahesh, MISTRY, Hitesh 33: US 31: 61/970,969 32: 2014/03/27 54: ROR-GAMMA MODULATORS AND USES THEREOF 00: -

21: 2016/07397 22: 2016/10/26 43: 2019/08/19 51: H01M 71: UNIVERSITY OF CAPE TOWN 72: TANAKA, Shiro, HUSSAIN, Nabeel 33: GB 31: 1405659.2 32: 2014/03/28 54: FUEL CELL MEA WITH COMBINED METAL GAS DIFFUSION LAYER AND MICROPOROUS LAYER 00: - The invention describes a membrane electrode

assembly for use as a transport layer in polymer

electrolyte fuel cells, the assembly comprising a

porous metal gas diffusion layer (GDL) (20) and a

catalyst layer (40) with a microporous layer (MPL)

(30) interposed between them, the MPL (30) being

constructed to fill the pores of the GDL (20) and coat

the surface thereof.


Page | 118

21: 2016/07865 22: 2016/11/15 43: 2019/09/06 51: C12Q; G01N 71: STELLENBOSCH UNIVERSITY 72: VIVIERS, Christiaan Gunter Alwyn, PEROLD, Willem Jacobus, DICKS, Leon Milner Theodore, MAYBERY, Giles Hubert Coyle 33: ZA 31: 2015/08499 32: 2015/11/18 54: A DEVICE FOR DETECTING TARGET BIOMOLECULES 00: - A device for detecting target biomolecules is

provided. The device consists of an electrically

conductive membrane having a biological

recognition component configured to bind a target

biomolecule immobilized thereon. The membrane is

connected to an electric circuit by means of

electrodes. A voltage source applies a voltage to the

membrane and a resistance monitoring device

monitors the resistance of the membrane as a

selected volume of fluid sample suspected of

containing the target biomolecule is delivered onto

the membrane.

21: 2016/08396 22: 2016/12/06 43: 2019/09/20 51: C21D; C22C 71: ARCELORMITTAL 72: Jean-Marc PIPARD, Astrid PERLADE, Bastien WEBER, Aurélie MILANI, Florence PECHENOT 33: WO 31: PCT/IB2014/001312 32: 2014/07/11 54: HOT-ROLLED STEEL SHEET AND ASSOCIATED MANUFACTURING METHOD 00: - The invention relates mainly to a sheet of hot-rolled

steel with an elastic limit of more than 680 MPa at

least in the direction across the rolling direction, and

no higher than 840 MPa, with strength of 780 MPa

and 950 MPa, elongation at break higher than 10%

and hole expansion ratio (Ac) no lower than 45%, in

which the chemical composition consists of, the

contents being expressed as weight percentages:


Page | 119

0.04% = C = 0.08%, 1.2% = Mn = 1.9%, 0.1 % = Si

= 0.3%, 0.07% = Ti = 0.125%, 0.05% = Mo = 0.35%,

0.15% = Cr = 0.6% when 0.05% = Mo = 0.11% or

0.10% = Cr = 0.6% when 0.11 % = Mo = 0.35%, Nb

= 0.045%, 0.005% = Al = 0.1 %, 0.002% = N = 0.01

%, S = 0.004%, P = 0.020%, and optionally 0.001%

= V = 0.2%, the remainder consisting of iron and

inevitable impurities from the production process, in

which the microstructure consists of granular bainite

having a surface percentage higher than 70%, and

ferrite having a surface percentage lower than 20%,

the possible complement consisting of lower bainite,

martensite and residual austenite, the sum of the

contents of martensite and residual austenite being

lower than 5%. The invention also relates to the

method for manufacturing such a sheet.

21: 2016/08426 22: 2016/12/07 43: 2019/08/02 51: H04H 71: GT-SAT International S.À R.L. 72: MEDIOUNI, Asher Gil 33: LU 31: 92417 32: 2014/04/01 54: SYSTEM AND METHOD FOR CONTROLLING OUTDOOR UNIT CONNECTED WITH AN INTEGRATED RECEIVER DECODER USING A SINGLE CABLE 00: - The invention describes a method, system, and

computer program for controlling a single-cable

Outdoor Unit (ODU) by one or more Integrated

Receiver Decoders (IRDs) connected to this ODU

via single cable. The control method comprises

assigning a User Band (UB) to a particular IRD.

21: 2016/08452 22: 2016/12/07 43: 2019/09/20 51: C21D; C22C 71: ARCELORMITTAL 72: Rashmi Ranjan MOHANTY, Hyun Jo JUN, Dongwei FAN, Pavan K. C. VENKATASURYA 33: WO 31: PCT/IB2014/002296 32: 2014/07/03 54: METHOD FOR PRODUCING A HIGH STRENGTH STEEL SHEET HAVING IMPROVED STRENGTH AND FORMABILITY AND OBTAINED SHEET 00: - A method for producing a high strength steel sheet

having a yield strength YS > 850 MPa, a tensile

strength TS >1180 MPa, a total elongation > 13 %

and a hole expansion ratio HER > 30%, by heat

treating a steel sheet wherein the chemical

composition of the steel contains: 0.13% = C =

0.22%, 1.2% = Si = 1.8%, 1.8% = Mn = 2.2%, 0.10%

= Mo = 0.20%, Nb = 0.05 %, Ti < 0.05 %, Al = 0.5%,

the remainder being Fe and unavoidable impurities.

The sheet is annealed at an annealing temperature

TA > 865°C and < 1000°C for a time of more than 30

s, then quenched by cooling it to a quenching

temperature QT between 275°C and 375°C, at a

cooling speed > 30°C/s in order to have, just after


Page | 120

quenching, a structure consisting of austenite and at

least 50% of martensite, the austenite content being

such that the final structure can contain between 3%

and 15% of residual austenite and between 85 %

and 97% of the sum of martensite and bainite

without ferrite, then heated to a partitioning

temperature PT between 370°C and 470°C and

maintained at this temperature for a time Pt between

50 s and 150 s, then cooled to the room

temperature.

21: 2016/08482 22: 2016/12/08 43: 2019/09/20 51: H02S 71: ARCELORMITTAL 72: Renaud VIGNAL, Laurent GERON 54: PANEL PROVIDED WITH A PHOTOVOLTAIC DEVICE 00: - The invention relates to a panel provided with a

photovoltaic device composed of an even number of

photovoltaic module columns, the columns being

aligned substantially parallel to a longitudinal edge of

the panel, each column comprising an electric pole

at each of its ends, the polarity of one electric pole at

one end being the reverse of that of the electric pole

of the other end and the poles of two adjacent

columns being of reverse polarity. The invention also

relates to an assembly of panels according to the

invention, to an electric device which is suitable for

being connected to a converter comprising an

assembly according to the invention, and to a

method for electrically connecting to a converter the

panels constituting an assembly according to the

invention.

21: 2016/08672 22: 2016/12/15 43: 2019/09/20 51: C21D 71: ARCELORMITTAL 72: Dongwei FAN, Hyun Jo JUN, Rashmi Ranjan MOHANTY 33: WO 31: PCT/IB2014/003249 32: 2014/07/03 54: METHOD FOR PRODUCING A HIGH STRENGTH COATED STEEL SHEET HAVING IMPROVED STRENGTH AND DUCTILITY AND OBTAINED SHEET 00: - A method for producing a high strength coated steel

sheet having a yield strength YS of at least 800

MPa, a tensile strength TS of > 1180 MPa, a total

elongation > 14% and a hole expansion ratio HER >

30%. The steel contains in weight %: 0.13% = C =

0.22%, 1.2% = Si = 1.8%, 1.8% = Mn = 2.2%, 0.10%

= Mo = 0.20%, Nb = 0.05%, Al = 0.5%, the

remainder being Fe and unavoidable impurities. The

sheet is annealed at a temperature TA higher than

Ac3 but less than 1000°C for more than 30 s, then

quenched by cooling temperature QT between

325°C and 375°C, at a cooling speed sufficient to

obtain a structure consisting of austenite and at least

60% of martensite, the austenite content being such

that the final structure can contain between 3% and

15% of residual austenite and between 85 and 97%

of the sum of martensite and bainite, without ferrite,

then heated to a partitioning temperature PT

between 430°C and 480°C and maintained at this

temperature for a partitioning time Pt between 10 s

and 90 s, then hot dip coated cooled to the room

temperature. Coated sheet obtained.


Page | 121

21: 2016/08692 22: 2016/12/15 43: 2019/10/16 51: G01M 71: UNIVERSITY OF JOHANNESBURG 72: DE PONTE, Jules David, PIETERSE, Frederik Francois 33: ZA 31: 2014/03481 32: 2014/05/14 54: FORCE AND MOMENT BALANCE AND SUPPORT THEREFOR 00: - This invention relates to a force and moment

balance (1) including a support (9) therefor and more

specifically, but not exclusively, to a force and

moment balance (1) and a support (9) therefor for a

wind tunnel. Force and moment balances are known

in the art and are typically used in wind tunnels to

measure the force and moment loads on a model in

the wind tunnel. A problem with current balances is

that there is inherent vertical movement associated

with horizontal force. According to the invention, the

balance (1) has a fixed end (3) and a movable end

(6) with a number of supports (9) between the fixed

end (3) and the movable end (6). Each support (9)

includes compensation means to compensate for

resultant movements caused by lateral movement of

the movable end (6) relative to the fixed end (3).

21: 2016/08767 22: 2016/12/20 43: 2019/09/20 51: C21D; C22C 71: ARCELORMITTAL 72: Gunhild Cécilia FÖJER, Jan MAHIEU 33: WO 31: PCT/IB2014/002290 32: 2014/07/03 54: METHOD FOR MANUFACTURING A HIGH STRENGTH STEEL SHEET AND SHEET OBTAINED 00: - A method for manufacturing a steel sheet having a

yield strength YS of more than 1000 MPa, a tensile

strength TS of more than 1150 MPa and a total

elongation E of more than 8%, comprising the steps

of: - preparing a steel sheet through rolling from a

steel containing in percent by weight 0.19% to

0.22% C, 2% to 2.6% Mn, 1.45% to 1.55% Si, 0.15%

to 0.4% Cr, less than 0.020% P, less than 0.05% S,

less than 0.08% N, 0.015% to 0.070% Al, the

reminder being Fe and unavoidable impurities, -

soaking the sheet at an annealing temperature TA

between 860°C and 890°C for a time between 100 s

and 210 s, cooling the sheet to a quenching

temperature QT between 220°C and 330°C, from a

temperature TC not less than 500°C at a cooling

speed not less than 15°C/s, heating the steel sheet

during a time between 115 s and 240 s up to a first

overaging temperature TOA1 higher than 380°C,

then heating the sheet during a time between 300 s

and 610 s up to a second overaging temperature

TOA2 between 420° and 450°C, cooling the steel


Page | 122

sheet to a temperature less than 100°C at a cooling

speed less than 5°C/s. The structure of the steel

containing more than 80% of tempered martensite,

more than 5% of retained austenite, less than 5% of

ferrite, less than 5% of bainite and less than 6% of

fresh martensite.

21: 2016/08785 22: 2016/12/20 43: 2019/08/19 51: A61M 71: OPTINOSE AS 72: DJUPESLAND, Per Gisle, MAHMOUD, Ramy A, MESSINA, John 33: US 31: 14/315,132 32: 2014/06/25 54: NASAL ADMINISTRATION 00: - An apparatus for or method of delivering a

substance, such as one or more of a triptan, a nasal

steroid or carbon dioxide gas, to the nasal cavity of a

subject, in particular for the treatment of headaches,

for example, migraine, or rhinosinusitis, for example,

chronic rhinosinusitis, optionally with polyps, the

method comprising the steps of fitting a nosepiece to

one nostril of the subject, delivering the substance

through the nosepiece to the posterior region of the

nasal cavity of the subject.

21: 2016/08815 22: 2016/12/21 43: 2019/08/22

51: B01J; F24H; H05B 71: Linde Aktiengesellschaft 72: EDER, Kurt 33: EP(DE) 31: 14002193.2 32: 2014/06/26 54: DEVICE AND METHOD FOR HEATING A FLUID IN A PIPELINE BY MEANS OF THREE-PHASE CURRENT 00: -

21: 2016/08886 22: 2015/06/15 43: 2019/08/12 51: C07K; A61K 71: UNIVERSITY OF CAPE TOWN 72: BARTH, STEFAN, NACHREINER, THOMAS, CREMER, CHRISTIAN 33: US 31: 62/011,921 32: 2014/06/13 33: EP 31: 14172288.4 32: 2014/06/13 54: HUMAN CYTOLYTIC FUSION PROTEINS


Page | 123

00: - The technology provided herein relates to novel

human cytolytic fusion proteins (hCFPs) suitable to

induce apoptosis in human cells comprising a target

cell-specific binding component and a human

effector domain, wherein the binding component

comprises an antibody or an antibody fragment with

an antigen-binding site for binding to the cellular

surface receptor CD64 and the effector domain

comprises a variant of wild type human angiogenin

(Ang) or a functional fragment thereof; to nucleic

acid molecules encoding said recombinant hCFPs,

vectors and host cells containing said nucleic acids

and methods for preparation and producing these

hCFPs.

21: 2017/00027 22: 2015/07/10 43: 2019/08/06 51: C04B; B22F; C22C; B28B 71: ELEMENT SIX (UK) LIMITED 72: GHOSH, SANTONU 33: GB 31: 1412809.4 32: 2014/07/18 54: METHOD OF MAKING SUPER-HARD ARTICLES 00: - A method of making a super-hard article comprising

a super-hard structure (14) bonded to a substrate

(18), the super-hard structure comprising a sintered

plurality of super-hard grains. The method includes

providing raw material powder suitable for sintering

the super-hard structure. The raw material powder is

combined with organic binder material in a liquid

medium to form paste. The content of the raw

material powder is more than 60 and less than 85

mass per cent of the paste and the composition of

the paste is such that it has a shear rate of at most

25 inverse second (s-1). A substrate assembly is

provided, which comprises the substrate, having a

formation surface area configured for forming a

boundary of the super-hard structure, the substrate

comprising a recess coterminous with the formation

surface area. The paste is extruded into contact with

the formation surface area to provide a paste

assembly. The paste assembly is heat treated to

remove the binder material and provide a pre-sinter

assembly. The pre-sinter assembly is subjected to a

pressure and temperature sufficient to sinter the raw

material powder and transform it into the super-hard

structure bonded to the substrate at a boundary

coterminous with the formation surface area. The

super-hard material is diamond or cubic boron

nitride.

21: 2017/00333 22: 2017/01/16 43: 2019/08/06 51: B01D; G21C; G21F 71: FRAMATOME INC. 72: COOPER, William, Henry 33: US 31: 62/024,348 32: 2014/07/14 54: CONVECTIVE DRY FILTERED CONTAINMENT VENTING SYSTEM 00: - A dry FCVS for a nuclear reactor containment is

provided. The dry FCVS includes a housing and a

round and/or elongated aerosol filter inside the

housing for removing contaminant aerosols from gas

passing through the housing during venting of the

containment. The housing includes at least one inlet

portion configured for directing gas into the aerosol

filter during the venting of the containment and an

outlet portion for gas filtered by the aerosol filter

during the venting of the containment. The dry

filtered containment venting system is arranged and

configured such that when a flow of gas through the

outlet portion is closed off at least one of convective,

radiant and conductive heat transfer removes decay

heat of aerosols captured in the aerosol filter.


Page | 124

21: 2017/00392 22: 2011/10/31 43: 2019/08/23 51: F16L; B29C; B29D; B32B 71: LONG PIPES LIMITED 72: GRAHAM, NEIL DERYCK BRAY 54: CONSTRUCTION OF PIPES 00: - This invention relates to a method of constructing an

elongate hollow structure comprising a radially inner

portion and a radially outer portion, with the two

portions merging together to provide an integrated

tubular wall structure. The method comprises the

steps of providing the radially inner portion,

assembling the radially outer portion about the

radially inner portion, and expanding the inner

portion. The outer portion comprises an outer tube

of fibre reinforced composite construction

surrounded by a flexible outer casing, and the inner

portion is expanded by injecting an inflation fluid into

the inner portion from an end of the elongate tube.

The elongate structure is compressed at a location

distal to an end from which the inflation fluid is

injected so that inflation fluid cannot pass through

the location distal to the end.

21: 2017/00835 22: 2015/08/10 43: 2019/08/23 51: E21C 71: ELEMENT SIX (UK) LIMITED, ELEMENT SIX GMBH 72: RIES, BERND HEINRICH, HLAWATSCHEK, DANIEL, SCHARTING, MARKUS KILIAN, BUSH, PETER 33: GB 31: 1414831.6 32: 2014/08/20 54: PICK ASSEMBLY, PROCESSING ASSEMBLY COMPRISING IT, METHOD OF MAKING IT AND METHOD OF USING IT 00: - A pick assembly comprising a holder body, a strike

body, a base body attachable to a drive mechanism,

and an interference assembly comprising at least

one interference member. The holder body

comprises a head portion and a shaft depending

from the head portion. The strike body comprises a

super-hard strike tip. The head portion and the strike

body are cooperatively configured such that the

strike body can be attached to the head portion, the

strike tip being exposed for striking a body to be

degraded when in use. The base body comprises a

base bore. The base bore, shaft and interference

assembly are cooperatively configured such that the

shaft can be secured within the base bore, the

interference member disposed between the shaft

and the bore. Frictional interference between the

shaft, interference assembly and base bore is

sufficient to prevent rotation of the shaft within the

base bore in use.


Page | 125

21: 2017/00973 22: 2017/02/08 43: 2019/08/23 51: A24F; A61M 71: BATMark Limited 72: BUCHBERGER, Helmut 33: GB 31: 1414331.7 32: 2014/08/13 54: DEVICE AND METHOD 00: - There can be provided a device (1) configured to

impart flavouring to an airstream admitted the device

prior to the airstream reaching an aerosol generator

(10, 10a, 10c) of the device, the device thereby

operable to deliver a flavoured aerosol from an outlet

(7), and a corresponding method.

21: 2017/00988 22: 2017/02/06 43: 2019/09/11 51: H02P 71: GIULIANO RES 72: Giuliano RES 33: AU 31: 2014902598 32: 2014/07/06 54: COLD START ALTERNATOR 00: - An alternator having associated therewith a power

and control circuit, the circuit enabling the alternator

to continue its operation during either an excessive

electrical load or a short circuit; wherein, the circuit is

capable of isolating at least one polarity of at least

one phase of a power supply to thereby provide

power at least for control circuitry.


Page | 126

21: 2017/01030 22: 2017/02/10 43: 2018/07/30 51: C08G C09D 71: BASF COATINGS GMBH 72: COLYER, Emerson, Keith 33: US 31: 14/335,373 32: 2014/07/18 54: COATINGS WITH FLEXIBLE HYPERBRANCHED POLYOLS 00: - A coating composition includes a flexible

hyperbranched polyol preparable by (a) reacting a

polyol comprising at least three hydroxyl groups with

an aliphatic dicarboxylic acid having from 6to 36

carbon atoms or an esterifiable derivative of the

aliphatic dicarboxylic acid to form a hydroxyl-

functional first intermediate product; (b) reacting the

first intermediate product with a cyclic carboxylic acid

anhydride to form a carboxylic acid-functional

second intermediate product; and (c) reacting the

second intermediate product with an epoxide-

functional compound having one epoxide group to

form the hyperbranched polyol. The coating

composition may be cured to a coating layer having

excellent flexibility.

21: 2017/01755 22: 2017/03/10 43: 2019/08/06 51: A61K; C07D; A61P 71: PIRAMAL ENTERPRISES LIMITED 72: KUMAR, Sanjay, SHARMA, Rajiv, SAWARGAVE, Sangmeshwar, Prabhakar, MAHAJAN, Vishal 33: US 31: 62/049,132 32: 2014/09/11 54: FUSED HETEROCYCLIC COMPOUNDS AS GPR120 AGONISTS 00: - The present invention relates to fused heterocyclic

compound of Formula (I), 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: 2017/02208 22: 2017/03/29 43: 2019/08/20 51: A01H; C12N 71: Bayer CropScience NV 72: MEULEWAETER, Frank 33: EP(DE) 31: 14189642.3 32: 2014/10/21 54: RECOMBINANT PROMOTER WITH INCREASED FIBER-SPECIFIC EXPRESSION 00: - The present application discloses a recombinant

fiber-selective promoter region comprising a DNA

molecule comprising a fiber specificity region of a

cotton lipid transfer protein gene promoter, operably

linked to a DNA molecule comprising a nucleotide

sequence having at least 90% sequence identity to a

nucleotide sequence of about 500 consecutive

nucleotides of the 3' end of the FB8-like 2 promoter

and use thereof to increase fiber-selective

expression of products of interest in cotton fiber

cells.

21: 2017/02522 22: 2017/04/10 43: 2019/08/20 51: A61K; A61P; C07D 71: Big DNA Ltd 72: MARCH, John Bernard, CLARK, Ewan McIntosh 33: GB 31: 1419311.4 32: 2014/10/30 54: COMBINATION THERAPY 00: - The present invention relates to a combination

comprising a proteasome inhibitor and a cyclic

peptide that comprises an exposed Arg-Gly-Asp

(RGD) moiety. In particular, the present invention

relates to a combination comprising a proteasome

inhibitor selected from the group consisting of: a


Page | 127

boronate, an epoxyketone, a peptide aldehyde and a

ß-lactone protease inhibitor; and a cyclic peptide that

comprises an exposed Arg-Gly-Asp (RGD) moiety.

More particularly, the present invention relates to a

combination comprising a proteasome inhibitor

selected from the group consisting of: bortezomib,

delanzomib, ixazomib, carfilzomib, oprozomib,

MG132 and marizomib; and a cyclic peptide that

comprises an exposed Arg-Gly-Asp (RGD) moiety.

21: 2017/02727 22: 2017/04/18 43: 2019/08/06 51: F17C 71: CleanTech Swiss AG 72: TILHOF, Eckhard 33: EP(CH) 31: 14192881.2 32: 2014/11/12 54: FILLING STATION FOR GAS BOTTLES AND FILLING METHOD 00: - The filling station according to the invention allows

an automated re-filling of a gas bottle by an end-

user. The station comprises an insertion device

which allows the end-user to insert an empty gas

bottle into the filling station. The filling station

comprises a closure device for closing the filling

station after the gas bottle has been inserted, such

that it is not possible to remove the gas bottle after

the station has been closed. In said closed state the

end-user cannot remove the gas bottle. The filling

station further comprises a filling device for the

automated filling, after the station has been closed,

of an empty gas bottle that has been inserted into

the filling station. The filling process can therefore

only be carried out when the filling station is closed

and when consequently the gas bottle cannot be

removed. The station is provided with a gas-testing

device for an automated gas leakage test

subsequent to the re-filling of an inserted gas bottle.

This device checks the gas-tightness of a re-filled

gas bottle. A release device is also provided, which

only releases a previously filled or filled gas bottle

after a successful gas leakage test, thus allowing the

removal of a re-filled gas bottle. The removal of a

gas bottle that has been filled with gas or liquefied

gas is thus only possible if the gas leakage test

shows that no gas is escaping from the filled bottle.

The invention further relates to a re-filling method.

21: 2017/02931 22: 2017/04/26 43: 2019/08/05 51: E21B 71: Sandvik Intellectual Property AB 72: MATTSON, Per, WICKSTRÖM, David 33: EP(SE) 31: 14194246.6 32: 2014/11/21 54: DRILL STRING ROD WITH GUIDANCE SHOULDER 00: -


Page | 128

21: 2017/02978 22: 2017/04/28 43: 2019/08/07 51: H04L 71: QUALCOMM Incorporated 72: JIANG, Jing, ANG, Peter Pui Lok, SORIAGA, Joseph Binamira, MUKKAVILLI, Krishna Kiran, JI, Tingfang, AZARIAN YAZDI, Kambiz, BHUSHAN, Naga, SMEE, John Edward 33: US 31: 62/073,877 32: 2014/10/31 54: UNIFIED FRAME STRUCTURE 00: - A unified frame structure design includes multiple

structures to support multiple access requirements.


Page | 129

In some aspects, different access requirements may

relate to different access terminal categories and/or

different applications. In some aspects, different

access terminal categories may relate to different

performance requirements of different access

terminals. In some aspects, the disclosed unified

frame structure design could support, for example,

and without limitation, at least one of: a low latency

mode, a low overhead mode, a low power mode

(e.g., for micro-sleep and/or dynamic bandwidth

switching), an access terminal with narrowband

capability operating in wideband, or ultra-low-latency

and nominal multiplexing. Other aspects,

embodiments, and features are also claimed and

described.

21: 2017/02985 22: 2017/04/28 43: 2019/07/31 51: A61K; A61P; C07K 71: Sesen Bio, Inc. 72: SCHMIDT, Michael March, TISDALE, Alison, FURFINE, Eric Steven, ZARBIS-PAPASTOITSIS, Grigorios 33: US 31: 62/077,105 32: 2014/11/07 54: IMPROVED IL-6 ANTIBODIES 00: - Improved IL-6 antibodies are provided. Uses of the

antibodies in the treatment of IL-6 related diseases,

e.g., ocular diseases such as diabetic macular

edema, are disclosed.

21: 2017/02989 22: 2017/04/28 43: 2019/08/05 51: A61K; A61P 71: Trophea Development AB 72: FAERGEMANN, Jan, JOHANNSSON, Gudmundur, OHLSSON, Claes, BATCHELLER,

Derek Gregory, JOHNSSON, Jörgen, TÖRNELL, Jan 33: DK 31: PA 2014 70737 32: 2014/11/25 54: TREATMENT OF SKIN ATROPHY WITH A COMBINATION OF TRIIODOTHYROACETIC ACID (TRIAC) AND DEHYDROEPIANDROSTERONE (DHEA) 00: - The aim of the present study was to investigate the

effect of a combination of triiodothyroacetic acid

(TRIAC) and dehydroepiandrosterone (DHEA)

compared with TRIAC, DHEA or placebo alone on

corticosteroid induced effect on collagen synthesis in

humans. Six healthy male human volunteers aged

40-65 participated. Four areas of abdominal skin

were pre-treated for 3 weeks with betamethasone

valerate cream. The same areas were then treated

with one of the following alternatives in the same

cream vehicle: TRIAC, DHEA, TRIAC+DHEA and

placebo for 2 weeks. Then suction blisters were

raised in each of these areas with a vacuum pump.

The blister fluid from each area was collected and

frozen until analysis. Analysis of amino terminal

propeptide of human type I procollagen (PINP) in

suction blister fluid was performed using a

commercially available immunoassay (Orion

Diagnostics) kit. This study has for the first time

shown that a combination of TRIAC and DHEA could

effectively stimulate collagen synthesis in skin

pretreated with betamethasone valerate

demonstrated by an increase in PINP, and that the

combination was more effective than TRIAC or

DHEA alone. This combination could be used to

effectively treat skin atrophy in corticosteroid

induced skin atrophy. It could also be used to treat

skin atrophy due to other circumstances such as e.

g. sun damaged skin and skin atrophy due to high

age. Another interesting application would be to

combine TRIAC and DHEA with a potent

corticosteroid in order to prevent corticosteroid

induced skin atrophy. If this combination still is

effective in the treatment of eczema and psoriasis

and without the risk of skin atrophy this combination

will be a major breakthrough for the use of potent

topical corticosteroids.

21: 2017/03034 22: 2017/05/02 43: 2019/08/23 51: H04W 71: QUALCOMM Incorporated


Page | 130

72: DHANDA, Mungal, GOEL, Neha, SIKRI, Divaydeep 33: US 31: 62/057,169 32: 2014/09/29 54: POWER MONITOR SCHEDULING IN DUAL DATA MODE 00: - A method for scheduling monitor activity for a mobile

communication device includes: receiving less than

all of a plurality of bursts for a first subscription;

decoding a packet header by decoding the received

bursts; determining if a decoded temporary flow

identity (TFI) matches a TFI for the mobile

communication device; and in response to a

mismatch between the decoded TFI and the TFI for

the mobile communication device: inhibiting

reception of a remaining plurality of bursts; and

scheduling the monitor activity in timeslots reserved

for the remaining plurality of bursts for the first

subscription that do not conflict with transmissions

on a second subscription.

21: 2017/03046 22: 2017/05/03 43: 2019/08/06 51: E21B; G01L; H01F

71: Sandvik Mining and Construction Oy 72: KALEVO, Noora, UITTO, Vesa, PIRINEN, Tuomo, KOSKIMÄKI, Antti 33: EP(FI) 31: 16178367.5 32: 2016/07/07 54: COMPONENT FOR ROCK BREAKING SYSTEM 00: - A component (9, 10a, 10b, 10c, 11, 15, 16, 17) for a

rock breaking system (14), which component (9,

10a, 10b, 10c, 11, 15, 16, 17) is magnetized into a

state of rema-nent magnetization. The remanent

magnetization of the component (9, 10a, 10b, 10c,

11, 15, 16, 17) has a prede-termined varying

magnetization profile (20) relative to a geometry of

the component (9, 10a, 10b, 10c, 11, 15, 16, 17), the

varying magnetization profile (20) describing a

varying magnetization intensity in the component (9,

10a, 10b, 10c, 11, 15, 16, 17) relative to the

geometry of the component (9, 10a, 10b, 10c, 11,

15, 16, 17).

21: 2017/03114 22: 2017/05/05 43: 2019/08/23 51: A61K; A61P; C12N 71: GlaxoSmithKline Intellectual Property (No. 2) Limited 72: HONG, Zhi, LEIVERS, Martin R. 33: US 31: 62/077,647 32: 2014/11/10 54: LONG ACTING PHARMACEUTICAL COMPOSITIONS FOR HEPATITIS C 00: - The present Invention relates to pharmaceutical

compositions useful in the treatment or prevention or

cure of viral infections, such as HCV infections, and

diseases associated with such infections.


Page | 131

21: 2017/03115 22: 2017/05/05 43: 2019/08/23 51: A61K; C12N 71: GlaxoSmithKline Intellectual Property (No. 2) Limited 72: HONG, Zhi, LEIVERS, Martin R. 33: US 31: 62/077,647 32: 2014/11/10 54: LONG ACTING PHARMACEUTICAL COMPOSITIONS FOR HEPATITIS C 00: - The present Invention relates to long acting

pharmaceutical compositions useful in the treatment

or prevention or cure of viral infections, such as HCV

infections, and diseases associated with such

infections.

21: 2017/03119 22: 2017/05/05 43: 2019/08/06 51: C07C; C10G; C12M; C12P 71: Cambi Technology AS 72: NILSEN, Paal Jahre, HOLTE, Hans Rasmus

33: EP(NO) 31: 14190813.7 32: 2014/10/29 54: METHOD AND DEVICE FOR TREATING BIOMASS AND ORGANIC WASTE 00: - The present invention provides a method for

treatment of biomass material by fermentation, said

method comprises a pre-treatment of the biomass

material by thermal hydrolysis and wet explosion,

resulting in an intermediate product having a dry

matter concentration above 25% and temperature

above 90°C which is to be introduced to the

fermentation, wherein a part of the content of the

digestion tank used for the fermentation is

recirculated and mixed with a part of the

intermediate product from the pre-treatment.

21: 2017/03123 22: 2017/05/05 43: 2019/08/23 51: A61K; A61P; C12N 71: GlaxoSmithKline Intellectual Property (No. 2) Limited 72: HONG, Zhi, LEIVERS, Martin R. 33: US 31: 62/077,647 32: 2014/11/10 54: COMBINATION LONG ACTING COMPOSITIONS AND METHODS FOR HEPATITIS C 00: - The present Invention relates to pharmaceutical

compositions useful in the treatment or prevention or

cure of viral infections, such as HCV infections, and

diseases associated with such infections.


Page | 132

21: 2017/03137 22: 2017/05/08 43: 2019/08/19 51: A47F; A47G 71: FORMOSA PLASTIC (PTY) LIMITED 72: CHEN, Che-Huei 54: AN INTERLOCKABLE CLOTHES HANGER 00: - The invention relates to an interlockable clothes

hanger, the hanger including a frame configured to

hold and hang clothing, a hanging means for

hanging the frame relative to an object to which the

hanging means is attached and complemental

engagement means for releasably securing the

hanger to one or more similar hangers located in

abutment therewith.

21: 2017/03204 22: 2015/11/12 43: 2019/08/23 51: C07C 71: HALDOR TOPSØE A/S 72: SADABA ZUBIRI, IRANTZU, TAARNING, ESBEN 33: DK 31: PA 2015 00288 32: 2015/05/13 33: EP 31: 14195485.9 32: 2014/11/28 54: PROCESS FOR PREPARING ESTERS OF LACTIC ACID, AND 2-HYDROXY-3-BUTENOIC

ACID OR ALFA-HYDROXY METHIONINE ANALOGUES FROM SUGARS 00: - A continuous flow process for the preparation of one

or more esters of lactic acid and 2-hydroxy-3-

butenoic acid or α-hydroxy methionine analogues

from a sugar in the presence of a solid Lewis acid

catalyst and a solvent comprising an organic solvent

and water. The invention provides a means for

stabilizing a Lewis acid catalyst for use in a

continuous reaction process wherein the water is

present in an amount of up to or equal to 10 vol. %

of the organic solvent.

21: 2017/03214 22: 2017/05/09 43: 2019/08/23 51: A23K 71: SMITH, Donald M. 72: SMITH, Donald M. 33: US 31: 62/066,778 32: 2014/10/21 54: FEEDING ALGAE TO CATTLE AT LOW DOSES TO PRODUCE HIGH OMEGA 3 LEVELS IN BEEF 00: - Disclosed herein is a method for feeding low doses

of algae to cattle to increase the level of omega 3

polyunsaturated fatty acids including

docosahexaenoic acid (DHA) and eicosapentenoic

acid (EPA) in commercial cattle feeding

environments. The method of increasing the level of

omega-3 fatty acids in cattle which comprises

feeding the cattle between about 0.05 and 0.8

pounds per day of algae.

21: 2017/03284 22: 2013/03/15 43: 2019/08/06 51: C23C A01N A01P A61L 71: AEREUS TECHNOLOGIES INC.


Page | 133

72: PERSHIN, Valerian, PORTMAN, Thomas, MOSTAGHIMI, Javad 33: US 31: 61/637,538 32: 2012/04/24 33: US 31: 61/703,916 32: 2012/09/21 54: COATINGS, COATED SURFACES, AND METHODS FOR PRODUCTION THEREOF 00: - A substrate having an antimicrobial surface. The

texture of the surface which has exposed metal e.g.,

copper or copper alloy contributes to the

antimicrobial properties. Cavities or depressions in

the surface can be coated or partially coated with an

organic polymer, and the polymer can contain

antimicrobial agents. Methods of preparing a coated

surface, and uses are described.

21: 2017/03304 22: 2017/05/12 43: 2019/08/23 51: B60K; F16K 71: Weir Minerals Australia Ltd 72: REED, David 33: AU 31: 2015900025 32: 2015/01/07 54: LEVER FLOAT VALVE 00: - A lever float valve comprising a float stem with a

central vertical axis; a float body coupled to the float

stem and rotatable relative to the central vertical axis

of the float stem; a valve segment positioned within

the float body and configured to pivot around a first

axis perpendicular to the vertical axis; and a lever

comprising a float arm and a float coupled to the

valve segment and configured to pivot around a

second axis perpendicular to the vertical axis.

21: 2017/03334 22: 2017/05/15 43: 2019/08/23 51: A61K; A61Q 71: Colgate-Palmolive Company 72: CHEN, Dandan, TRIVEDI, Harsh, HILLIARD Jr, Peter R., MASTERS, James 33: US 31: 62/096,503 32: 2014/12/23 54: ORAL CARE COMPOSITION 00: - Provided herein is an oral care composition

comprising a basic amino acid or a salt thereof in an

amount of from 0.001 weight % to 0.08 weight % by

total weight of the composition, and an orally

acceptable carrier. The composition is effective in

accelerating HSP 27 production in damaged tissues

of the oral cavity and enhances repair of the

damaged tissue.

21: 2017/03337 22: 2017/05/15 43: 2019/08/23 51: B01J; C11D 71: Firmenich SA 72: HERRMANN, Andreas, BERTHIER, Damien, LAMBOLEY, Serge, PARET, Nicolas 33: EP(CH) 31: 14194578.2 32: 2014/11/24 54: MICROCAPSULES CONTAINING A GAS-GENERATING PHOTOLABILE POLYMER AND USES THEREOF 00: - The present invention relates to water-dispersable

microcapsules comprising an oil phase, e.g. a

perfume, containing a photolabile polymer

comprising a-ketoacid or a- ketoester group capable

of generating a gas upon exposure to light. The gas

is able to cause an extension or the breaking of the

microcapsule allowing the release of the oil phase

and thus increasing the long-lastingness of the odor

perception. The present invention concerns also the

use of said microcapsules in perfumery as well as

perfuming compositions or perfumed articles

comprising the invention's microcapsules to provide

a prolonged release of fragrant molecules.


Page | 134

21: 2017/03370 22: 2017/05/16 43: 2019/08/23 51: G02B 71: Vision Engineering Limited 72: MERCER, Graham Peter Francis 33: GB 31: 1420352.5 32: 2014/11/17 54: STEREOSCOPIC VIEWING APPARATUS 00: - A viewing apparatus for producing a stereoscopic

image for an observer, the viewing apparatus

comprising : first and second video projectors for

projecting respective ones of first and second video

images of an object, the first and second images

being different images which are one or both of

spatially and angularly shifted in relation to the

object so as to convey parallax between the images;

a mirror arrangement comprising a concave mirror

which receives light from the first and second video

projectors, the mirror arrangement being located in

relation to the first and second video projectors such

that focussed images of the object are produced at

the mirror arrangement; and a viewing lens for

relaying exit pupils corresponding to each of the

focussed images as reflected by the mirror

arrangement to a viewing plane so as to be viewable

at the respective eyes of the observer as a

stereoscopic image without use of adapted eyewear;

wherein the video projectors comprise first and

second video displays which are driven by first and

second video signals to display respective ones of

the first and second video images, and first and

second optical arrangements for focussing light from

the respective images as displayed by the first and

second displays to the mirror arrangement.

21: 2017/03406 22: 2017/05/17 43: 2019/08/23 51: H01R 71: OTTOCAM (PTY) LTD 72: OTTO, David 33: ZA 31: 2015/06690 32: 2015/09/10 54: ELECTRICAL POWER ACCESSORY 00: - This invention relates to an electrical power

accessory which includes a device housing (12) and

a wire connection receptacle integrated into the

device housing (12), the wire connection receptacle

having two or more wire receiving formations (16.1.1

- 16.1.3) selected from any two or more of an earth

wire receiving formation, a neutral wire receiving

formation and a live wire receiving formation, each

wire receiving formation (16.1.1 - 16.1.3) having a

wire retainer for securing a wire in the receptacle,

each wire receiving formation (16.1.1 - 16.1.3) being

marked according to the type of wire receivable

therein. The electrical power accessory also includes

an electrical contact in each wire receiving formation

(16.1.1 - 16.1.3), each electrical contact being

connected to an electrical conductor (14.1 - 14.3)

extending from the wire connection receptacle such

that when a wire is received within the wire receiving


Page | 135

formation (16.1.1 - 16.1.3), the wire is electrically

connected to the electrical conductor (14.1 - 14.3)

21: 2017/03473 22: 2017/05/19 43: 2019/08/23 51: A61M 71: TOLMAR Therapeutics, Inc. 72: MCCANN, Kevin, MUGOYE, Eric, MADRIL, Dominic 33: US 31: 62/087,436 32: 2014/12/04 54: SYRINGE PLUNGER SYSTEM WITH SELF-LOCKING THREADED GEOMETRY 00: - A plunger rod system for syringes is provided. The

system comprises at least one plunger and an

associated rod for imparting force to the plunger.

The rod comprises an end with a threaded member,

and the threaded member comprises threads of a

certain geometry that enable ease of installation of

the rod within the plunger while also providing

resistance to pull-out forces such as may be

imparted when pulling or extracting the rod or

plunger from a barrel.

21: 2017/03509 22: 2017/05/22 43: 2019/08/27 51: C23C; E21B 71: LASERBOND LIMITED 72: HOOPER, Gregory 33: AU 31: 2014904263 32: 2014/10/24 33: AU 31: 2014904262 32: 2014/10/24 54: METHOD AND APPARATUS FOR CLADDING A SURFACE OF AN ARTICLE 00: - This invention relates to a method, system and

apparatus for cladding a surface of an articles

subject to corrosive, erosive or abrasive wear, such

as impact or grinding tools. The method includes

providing a supply of stock material and feeding the

stock material towards a portion of the surface of the

article via a dedicated feed source. A dedicated heat

source heats the fed stock material and the portion

of the surface of the article such that the heated

stock material and the portion of the surface at least

partially melt. Upon removal of the heat, the molten

feedstock and the surface portion form a bonded

coating layer on at least a portion of the surface of

the article, thereby protecting that part of the

assembly against wear.


Page | 136

21: 2017/03534 22: 2017/05/23 43: 2019/08/28 51: A61K 71: TRANSGENE S.A. 72: CHASLE, Mélina 33: EP 31: 14306930.0 32: 2014/12/01 54: STABLE LIQUID VACCINIA VIRUS FORMULATIONS 00: - The present invention relates to liquid formulations

of poxvirus, in particular vaccinia virus, stable during

storage. Such stable liquid formulations comprise a)

a poxvirus, preferably a vaccinia virus, b) a

pharmaceutically acceptable buffer, c) a monovalent

salt, d) a pharmaceutically acceptable disaccharide

or sugar alcohol, and e) a pharmaceutically

acceptable chelating agent, wherein the pH of the

formulation is comprised between 6.5 and 8.5.

21: 2017/03675 22: 2017/05/29 43: 2019/09/11 51: C04B 71: SAINT-GOBAIN PLACO 72: BROOKS, Laura, FISHER, Robin, RIDEOUT, Jan 33: GB 31: 1420768.2 32: 2014/11/21 54: CALCIUM SULPHATE-BASED PRODUCTS 00: -

The present invention relates to a calcium sulphate-

based product (e.g. a wallboard) comprising gypsum

and a shrinkage resistance additive. The shrinkage

resistance additive is a metal nitrate, hydroxide,

acetate or sulphate and is preferably provided in an

amount greater than 4 wt% (based on the amount of

additive and gypsum). The additive may be a nitrate

of an alkali metal (e.g. potassium), an alkaline earth

metal (e.g. magnesium or calcium), a transition

metal (e.g. iron or zinc) or aluminium.

21: 2017/03677 22: 2017/05/29 43: 2019/09/04 51: C04B 71: SAINT-GOBAIN PLACO 72: BROOKS, Laura, FISHER, Robin, RIDEOUT, Jan 33: GB 31: 1420767.4 32: 2014/11/21 54: FIRE RESISTANT CALCIUM SULPHATE-BASED PRODUCTS 00: - The present invention provides a calcium sulphate-

based product (e.g. a wall board) comprising

gypsum, a pozzolan source such as a clay additive,

rice husk ash or diatomaceous earth and a metal

salt additive. The product may be produced by

drying an aqueous slurry comprising calcined

gypsum, the pozzolan source and the metal salt

additive. The clay additive may be a kaolinitic clay.

The metal salt additive may be a magnesium salt

e.g. magnesium nitrate, magnesium chloride or

magnesium hydroxide.

21: 2017/03681 22: 2017/05/29 43: 2019/09/04 51: C04B 71: SAINT-GOBAIN PLACO


Page | 137

72: BROOKS, Laura, FISHER, Robin, RIDEOUT, Jan 33: GB 31: 1420766.6 32: 2014/11/21 54: FIRE-RESISTANT CALCIUM SULPHATE-BASED PRODUCTS 00: - The present invention provides calcium sulphate-

based product having reduced shrinkage after

exposure to high temperatures, the product

comprising gypsum, a pozzolan source (e.g. in an

amount between 4-27 wt%) and a metal salt additive

(in an amount between 0.5 and 10 wt%). The

pozzolan source may be selected from a kaolinitic

clay material, fly ash, rice husk ash, diatomaceous

earths, volcanic ashes and pumices, micro-silica,

silica fume and silicone oil. The metal salt additive

may be a metal salt which decomposes between a

temperature of 300-500°C to yield a metal oxide,

e.g. magnesium nitrate.

21: 2017/03697 22: 2017/05/30 43: 2019/09/04 51: B60T 71: STANDARD CAR TRUCK COMPANY 72: GUZELDERELI, Yasin, WALSE, Alan S., ANDERSON, John D. 33: US 31: 15/465,141 32: 2017/03/21 33: US 31: 62/393,444 32: 2016/09/12 54: ELECTRICAL CONNECTOR 00: - An improved electrical connector including a latch

strike plate, a body having a base, a receiver

extending from the base and configured to receive

the latch strike plate, an inserter extending from the

base, a first electrical connection assembly

extending through the body, a second electrical

connection assembly extending through the body, an

electrical linkage cable assembly connected to the

base, the first electrical connection assembly, and

the second electrical connection assembly, a

latching mechanism partially positioned in the base

and the inserter and partially extending from the

base and the inserter, and a securing assembly

extending in and from the base.

21: 2017/03763 22: 2017/06/01 43: 2019/08/06 51: A61K; A61Q 71: Colgate-Palmolive Company 72: SIRDESAI, Amit, IYER, Divya, PLATA, Rolando, POTNIS, Shashank 33: IN 31: 3884/DEL/2014 32: 2014/12/23 54: ORAL CARE COMPOSITION AND METHOD OF USE 00: - The invention relates to an oral care composition

used as a treatment for ulcerous conditions of the

oral cavity, for example mouth ulcers and canker

sores. The principal ingredients of the composition

are Amla extract, Liquorice Extract, and a source of

zinc. Further ingredients can include camphor, and

carriers, solvents and excipients.

21: 2017/03933 22: 2017/06/08 43: 2019/08/06 51: B67D; E21B; F04F 71: Energy Recovery, Inc. 72: HOFFMAN, Adam Rothschild, THEODOSSIOU, Alexander Patrick, ANDERSON, David Deloyd, GHASRIPOOR, Farshad, MARTIN, Jeremy Grant 33: US 31: 62/088,435 32: 2014/12/05


Page | 138

54: SYSTEMS AND METHODS FOR A COMMON MANIFOLD WITH INTEGRATED HYDRAULIC ENERGY TRANSFER SYSTEMS 00: - A system includes a hydraulic fracturing system (10)

including a hydraulic energy transfer system (12)

configured to exchange pressures between a first

fluid and a second fluid. The hydraulic fracturing

system (10) also includes a common manifold (11)

including one or more high pressure manifolds (100,

104) and one or more low pressure manifolds (102,

106). The one or more high pressure manifolds and

the one or more low pressure manifolds are coupled

to the hydraulic energy transfer system (12).

21: 2017/03972 22: 2017/06/09 43: 2019/08/20 51: G21C; G21D 71: Joint Stock Company "AKME-Engineering" 72: MARTYNOV, Petr Nikiforovich, IVANOV, Konstantin Dmitrievich, ASKHADULLIN, Radomir Shamil'evich, STOROZHENKO, Aleksey Nikolaevich, LEGKIH, Alexander Yurievich, UL'YANOV, Vladimir Vladimirovich, BOROVITSKY, Stepan Artemovich, FILIN, Alexandr Ivanovich, BYLAVKIN, Sergey Victorovich 33: RU 31: 2014145266 32: 2014/11/11 54: METHOD AND SYSTEM FOR CONTROLLING THE INTRODUCTION OF GAS INTO A COOLANT, AND NUCLEAR REACTOR INSTALLATION 00: - Disclosed are a method and system for controlling

the introduction of gas into a coolant of a nuclear

reactor installation. The method includes the

following steps: feeding gas, intended for being

introduced into a coolant, from a gas system into a

space above a coolant; introducing the gas into the

coolant; removing gas from the space above the

coolant into the gas system. Technical result:

preventing the reuse of contaminated gas.

21: 2017/04393 22: 2016/01/22 43: 2019/08/06 51: C10G; C07C 71: HALDOR TOPSØE A/S 72: JOENSEN, FINN, MENTZEL, UFFE VIE, MENJON, IAN 33: DK 31: PA 2015 70042 32: 2015/01/22 54: HYDROGEN REJECTION IN METHANOL TO HYDROCARBON PROCESS 00: - The present application relates to a process for

production of hydrocarbons comprising the steps of -

converting a feed stream comprising alcohols, ethers

or mixtures hereof over a metal-containing zeolite

based catalyst, active in dehydrogenation of

hydrocarbons, in a conversion step thereby


Page | 139

obtaining a conversion effluent, - separating said

effluent to obtain an aqueous process condensate

stream, a liquid hydrocarbon stream and a gaseous

stream, - removing part of the hydrogen formed in

the conversion step, and recycling at least part of the

gaseous and/or liquid hydrocarbon stream to the

conversion step.

21: 2017/04394 22: 2016/01/22 43: 2019/08/06 51: C10G; C07C 71: HALDOR TOPSØE A/S 72: JOENSEN, FINN, MENTZEL, UFFE VIE, MENJON, IAN 33: DK 31: PA 2015 70042 32: 2015/01/22 54: PROCESS FOR CONVERTING METHANOL TO HYDROCARBONS SUITABLE FOR USE AS GASOLINE OR BLENDSTOCK 00: - The present application relates to a process for

production of hydrocarbons comprising the steps of -

converting a feed stream comprising alcohols, ethers

or mixtures hereof over a metal-containing zeolite

based catalyst, active in dehydrogenation of

hydrocarbons, in a conversion step thereby

obtaining a conversion effluent, - separating said

effluent to obtain an aqueous process condensate

stream, a liquid hydrocarbon stream and a gaseous

stream, - removing part of the hydrogen formed in

the conversion step, and recycling at least part of the

gaseous and/or liquid hydrocarbon stream to the

conversion step.

21: 2017/04561 22: 2015/12/30 43: 2019/08/06 51: A01N 71: DOW AGROSCIENCES LLC 72: HOPKINS, DEREK J, CATHIE, CHERYL ANN, MATHIESON, TODD, FOSTER, NEIL 33: US 31: 62/098,202 32: 2014/12/30 33: US 31: 62/098,224 32: 2014/12/30 33: US 31: 62/098,199 32: 2014/12/30 54: FUNGICIDAL COMPOSITIONS 00: - Described herein are fungicidal compositions in the

form of emulsifiable concentrates that comprise a

first fungicidal compound, optionally, at least one

additional fungicidal compound, two or more

surfactants and a water immiscible organic solvent

comprised of a mixture of organic compounds

including an acetate ester, an N,N-

dialkylcarboxamide and at least one of a ketone and

an alcohol. The compositions are homogeneous,

stable upon storage, and upon dilution in water form

stable emulsions that can be sprayed onto plants to

control important fungal diseases.

21: 2017/04704 22: 2017/07/12 43: 2019/08/06 51: C07K 71: GALAPAGOS NV, MORPHOSYS AG 72: VANDEGHINSTE, Nick, Ernest, René, KLATTIG, Jürgen, GARCIA, Teresa 33: EP 31: 14197883.3 32: 2014/12/15 54: ANTIBODIES FOR IL-17C 00: - The present invention provides antibodies or

antibody fragments binding to human IL-17C. In

particular, it relates to antibodies or antibody

fragments that bivalently bind to homodimeric IL-

17C.

21: 2017/04958 22: 2015/12/21 43: 2019/08/06 51: A61K; A61P 71: FERRING B.V. 72: ARCE, JOAN-CARLES 33: US 31: 14/643,307 32: 2015/03/10 33: EP 31: 14199709.8 32: 2014/12/22 54: OXYTOCIN RECEPTOR ANTAGONIST THERAPY IN THE LUTEAL PHASE FOR IMPLANTATION AND PREGNANCY IN WOMEN UNDERGOING ASSISTED REPRODUCTIVE TECHNOLOGIES 00: - The present invention relates to the use of an

oxytocin receptor antagonist in females undergoing

embryo transfer as part of an assisted reproductive

technology. In particular, methods are provided for

increasing ongoing implantation rate, increasing

ongoing pregnancy rate, increasing clinical

pregnancy rate, and/or increasing live birth rate in a

female subject undergoing embryo transfer.

Specifically, the antagonists are released in the

luteal phase when the endometrium is receptive for

embryo implantation and/or when the embryo has

reached the blastocyst-stage.


Page | 140

21: 2017/05071 22: 2017/07/25 43: 2019/08/02 51: B29C; B22F; B23K 71: CENTRAL UNIVERSITY OF TECHNOLOGY, FREE STATE 72: YADROITSAU, IHAR, KINNEAR, WILLIAM ALLAN 33: ZA 31: 2016/05213 32: 2016/07/26 54: METHOD OF DEPOSITING MULTIPLE MATERIALS IN A SELECTIVE LASER MELTING PROCESS, AND APPARATUS FOR USE IN SUCH METHOD 00: - This invention relates to a method of depositing

multiple materials in an additive manufacturing

process, and more particularly but not exclusively in

a selective laser melting process. The invention also

relates to an apparatus for use in such a method,

and more particularly but not exclusively to a

deposition arrangement for use in such a method.

The deposition arrangement includes a build

platform on which material can be deposited in use,

and a hopper assembly comprising a plurality of

hoppers located operatively above the build

platform, with each hopper including a material

deposition outlet. A size of each material deposition

outlet is independently adjustable in order to control

the amount of material deposited by each individual

hopper.

21: 2017/05121 22: 2016/03/24 43: 2019/08/23 51: A61P; A61K 71: BIOGAIA AB 72: VERSALOVIC, JAMES, MÖLLSTAM, BO, GAO, CHUNXU, GANESH, BHANU 33: US 31: 62/138,491 32: 2015/03/26 54: HISTAMINE-PRODUCING BACTERIAL STRAINS AND THEIR USE IN CANCER 00: -

The invention herein discloses histamine-producing

bacterial strains for use in the prophylaxis, inhibition,

treatment or reducing a risk of relapse of cancer,

including colorectal cancer. The present invention

also discloses the use of histamine-producing

bacterial strains for manufacturing a medicament for

treatment of cancer, including male colorectal

cancer.

21: 2017/05124 22: 2016/02/10 43: 2019/08/23 51: A01N 71: AGROFRESH, INC. 72: JACOBSON, RICHARD M 33: US 31: 62/115,174 32: 2015/02/12 54: FUNGICIDAL COMPOUNDS AND COMPOSITIONS 00: - This invention is related to compounds and/or

compositions useful against pathogens affecting

meats, plants, or plant parts. In one embodiment, the

provided compounds are products of certain

oxaborole moieties. In a further embodiment, the

compound comprises certain halogen substitutions

on the boron atom. Delivery systems are also

provided to take advantage of their fungicidal activity

and/or volatile nature of these compounds and/or

compositions. In another embodiment, the

compounds disclosed have herbicidal activity.


Page | 141

21: 2017/05232 22: 2015/03/06 43: 2019/08/12 51: H04B 71: TELEFONAKTIEBOLAGET LM ERICSSON (PUBL) 72: ATHLEY, FREDRIK, PETERSSON, SVEN 54: BEAM FORMING USING AN ANTENNA ARRANGEMENT 00: - There is provided mechanisms for beam forming

using an antenna array comprising dual polarized

elements. A method comprises generating one or

two beam ports, wherein the one or two beam ports

are defined by combining at least two non-

overlapping subarrays. Each subarray has two

subarray ports, the two subarray ports having

identical power patterns and mutually orthogonal

polarization. The at least two non-overlapping

subarrays are combined via expansion weights. The

expansion weights map the one or two beam ports

to subarray ports such that the one or two beam

ports have the same power pattern as the subarrays.

At least some of the expansion weights have

identical non-zero magnitude and are related in

phase to form a transmission lobe. The method

comprises transmitting signals using said one or two

beam ports.

21: 2017/05339 22: 2016/01/08 43: 2019/08/23 51: E21B 71: STRADA DESIGN LIMITED 72: STRANGE, WARREN, SPEER, IAN 33: AU 31: 2015900043 32: 2015/01/08 54: MULTI FLUID DRILLING SYSTEM 00: - A multi-fluid drilling system (10) drilling is disclosed

for drilling a hole or well (11). The system (10) is

coupled to a dual wall drill string (12). The drill string

(12) is configured to enable separate flow of a first

fluid (14) and a second fluid (16). The system (10)

has a hammer (22) and a downhole motor (24). Both

the hammer (22) and the motor (24) are supported

by and are coupled to the drill string (12). The motor

(24) is uphole of the hammer (22). The hammer (22)

is arranged so that when supported by the drill string

(12) the first fluid (14) when flowing through the drill

string (12) is able to flow to and power the hammer

(22). As the motor (24) is disposed between the

hammer (22) and the drill string (2) the first fluid (14)

is also able to flow through the motor (24). To this

end the motor (24) has a channel (25) to enable the

first fluid to flow from the drill sting (12) to the

hammer (22). The channel (25) acts as a part of a

flow path or conduit for the first fluid (14).


Page | 142

21: 2017/05456 22: 2017/08/11 43: 2019/08/14 51: A61K; A61P; C07F 71: GlaxoSmithKline Intellectual Property (No. 2) Limited, Anacor Pharmaceuticals, Inc. 72: ALLEY, M.R.K. (Dickon), BARROS-AGUIRRE, David, GIORDANO, Ilaria, HERNANDEZ, Vincent, LI, Xianfeng, PLATTNER, Jacob J. 33: EP(GB) 31: 15382055.0 32: 2015/02/12 33: EP(GB) 31: 15382056.8 32: 2015/02/12 33: EP(GB) 31: 15382054.3 32: 2015/02//12 54: BENZOXABOROLE COMPOUNDS AND USES THEREOF 00: -

21: 2017/05659 22: 2017/08/21 43: 2019/09/20 51: E04C 71: CARDENAS, Romulo Fernando 72: CARDENAS, Romulo Fernando 33: ZA 31: 2016/05043 32: 2016/07/20 54: CONSTRUCTION PANEL 00: - The invention provides a construction panel which

includes a pair of outer layers spaced in parallel

planes, between which a space is defined, and an

interstitial support in the space engaged with each of

the pair of outer layers.

21: 2017/05992 22: 2017/09/04 43: 2019/10/17 51: C22B 71: LIFEZONE LIMITED


Page | 143

72: Keith Stuart Liddell, Lisa Anne Smith, Michael David Adams 54: A TREATMENT PROCESS FOR RECOVERY AND SEPARATION OF ELEMENTS FROM LIQUORS 00: - This invention provides a hydrometallurgical process

for extracting one or more saleable products from a

sulphate or chloride pregnant leach solution (PLS),

or both. The products may be any one or more of

the products selected from the group consisting of:

precious metals including platinum group metals

(PGMs), gold and silver, base metals, and rare metal

elements, and metal cathodes, powders, salts or

precipitates thereof; sulphur; hydrochloric acid (HCl);

calcium; and silica.

21: 2017/06741 22: 2017/10/06 43: 2018/08/08 51: C12G 71: TERRA VITIS INNOVATIONS B.V. 72: CLARIJS, Johannes Albertus Laurentius, MARIJNISSEN, Johannes Adrianus Antonius 33: NL31: 2014623 32: 2015/04/30 33: NL 31: 2014551 32: 2015/03/30 54: METHOD FOR THE PREPARATION OF A WATER-SOLUBLE EXTRACT OF A VEGETABLE BIOMASS 00: - The present invention relates to a method for the

preparation of a water-soluble extract based on a

vegetable biomass of the Melissa officinalis family,

which extract is used as a sulphite substitute in the

aforesaid winemaking process, which method

comprises one or more of the following steps: a)

harvesting the herb, b) drying the herb obtained in

step a), c) extracting the dried herb obtained in step

b), wherein the aforesaid extraction step c)

comprises at least two sub steps, a first sub step

comprising a first extraction step with water, wherein

the aqueous phase thus obtained functions as the

starting material for the second sub step comprising

an extraction step with an organic solvent, wherein

the aqueous phase is acidified before the second

extraction step.

21: 2017/06866 22: 2017/10/11 43: 2019/09/19 51: A01N; A01P 71: CREMONA, Christian, HABIB, Nabil 72: HABIB, Nabil 33: LB 31: 10564 32: 2015/02/12 54: WATER-BASED DISINFECTANT 00: - Anti micro-organism water-based detergent to

disinfect Clinical, Institutional, Domestic and

Industrial Contaminations. This preparation is

intended to be used for clinical, institutional,

domestic and industrial environments as well as

protection of crops such as vines, coffee, tea,

tobacco, peanuts, potatoes and other fruits,

vegetables, grains, cereals, as well as wood,

furniture and any kind of food (whether of animal

origin or vegetable origin), institutional, domestic,

clinical (including laboratory and medical) surface

and equipment, and industrial (including laboratory

and pharmaceutical) areas. Moreover, this

preparation is also suitable for solid, liquid and

gaseous wastes. It is Bactericidal, Mycobactericidal,

Turbeculocidal, Fungicidal, Yeasticidal, Sporicidal

and Virucidal The field of application is also against

Biofilm activity, fungus, molds, virus, bacteria, algae,

yeasts, moss, spores, worms and other Micro-

Organisms.

21: 2017/07968 22: 2017/11/23 43: 2019/09/19 51: A61K; A61P 71: THE A2 MILK COMPANY LIMITED 72: CLARKE, Andrew John, TRIVEDI, Malav Suchin 33: US 31: 62/165,854 32: 2015/05/22 54: BETA-CASEIN A2 AND ANTIOXIDANT CAPACITY 00: -


Page | 144

Improving the antioxidant capacity in an animal by

increasing the level of glutathione in the blood or

tissue of the animal comprising providing a

composition containing beta- casein to the animal for

consumption, where the beta-casein comprises at

least 75% by weight of one or more beta-caseins not

capable of producing beta-casomorphin-7 on

enzymatic digestion. Uses include as an oxidant, for

treating or preventing the symptoms of cancer,

inflammation, kwashiorkor (protein deficiency),

seizure, autism, Down's syndrome, chronic fatigue

syndrome, Alzheimer's disease, Parkinson's

disease, sickle cell anaemia, liver disease, cystic

fibrosis, HIV, AIDS, infection, heart attack, stroke,

and diabetes, avoiding or reducing the effects of

aging, promoting the recovery of tissue following

physical exercise, and promoting fertility.

21: 2017/08389 22: 2016/03/31 43: 2019/08/08 51: B65G 71: DELMONI, ALEX 72: DELMONI, ALEX 33: AU 31: 2015902436 32: 2015/06/24 54: TRIM CHUTE 00: - A trim chute for a loading apparatus for loading

particulate material into a container, the trim chute

being configured to be engaged with the loading

apparatus to direct particulate material into the

container, the trim chute being moveable with

respect to the loading apparatus during loading,

movement of the trim chute effecting a change in

flow of the particulate material into the container.

21: 2017/08586 22: 2017/12/18 43: 2019/08/12 51: H01F; B22F 71: GRIREM ADVANCED MATERIALS CO., LTD. 72: LUO, YANG, YUAN, CHAO, MEN, KUO, QUAN, NINGTAO, ZHANG, HONGBIN, YAN, WENLONG, YU, DUNBO, YANG, YUANFEI 33: CN 31: 201611199983.1 32: 2016/12/22 54: ALLOY MATERIAL, BONDED MAGNET, AND MODIFICATION METHOD OF RARE-EARTH PERMANENT MAGNETIC POWDER 00: - An alloy material, a bonded magnet, and a

modification method of a rare-earth permanent

magnetic powder are provided by the present

application. A melting point of the alloy material is

lower than 600oCand a composition of the alloy

material by an atomic part is RE100-x-yMxNy,

wherein RE is one or more of non-heavy rare-earth

Nd, Pr, Sm, La and Ce, M is one or more of Cu, Al,

Zn and Mg, N is one or more of Ga, In and Sn, x=10-

35 and y=1-15. According to the alloy material, the

cost is relatively low, the eutectic alloy with a low

melting point may be formed, and the liquid phase

diffusion at a relatively low temperature can be

performed, such that the uniformity of diffusing

elements therein to the rare-earth permanent

magnetic powder at the low temperature is

improved. And meanwhile, the Ga, the In and the Sn

in a neodymium-iron-boron alloy further have an

obvious grain boundary segregation characteristic,

can strengthen the grain boundary diffusion and

improves the coercivity, such that the magnet

formed by the modified rare-earth permanent

magnetic powder has a relatively good high

temperature property.


Page | 145

21: 2017/08711 22: 2017/12/20 43: 2019/09/20 51: H01M 71: GIGA AMPS UK LIMITED 72: HUMAN, Neill 33: GB 31: 1516602.8 32: 2015/09/18 33: GB 31: 1511577.7 32: 2015/07/01 54: ELECTRICAL STORAGE BATTERIES 00: - Electrical storage batteries and methods of making

electrical storage batteries are disclosed. The

electrodes (122) of the batteries each comprise a

hollow core (124) of electrically conductive material

which is sheathed in lead to protect the core from

corrosion by the battery acid. Electrochemically

active positive material or electrochemically active

negative material (116) is cast onto the core. The

hollow core permits fluid, gas or liquid, to be fed

through the core to prevent excessive increases in

battery temperature during charging and

discharging.

21: 2017/08720 22: 2016/07/21 43: 2019/08/12 51: B65H 71: MAX CO., LTD. 72: KASAHARA, AKIRA 33: JP 31: 2015-145259 32: 2015/07/22 33: JP 31: 2016-135746 32: 2016/07/08 54: REEL 00: - It provides a reel which can mount lots of information

for identifying the type of a wire without increasing a

hub. The reel includes a hub (3) that includes a

winding part (2), a pair of flanges (4, 5) that face

each other with the winding part interposed

therebetween, first information display portions that

are disposed on a first circumference (C1) about a

shaft center of the hub of at least a surface of the

flange, and a second information display portion that

is disposed on a second circumference having a

smaller diameter than that of the first circumference

(C1). The second information display portion is

disposed in a region surrounded by both inner ends

of the adjacent first information display portions and

the shaft center of the hub.

21: 2018/00014 22: 2018/01/02 43: 2019/08/22 51: H04W 71: Huawei Technologies Co., Ltd. 72: HU, Weiqi 54: EVOLVED MULTIMEDIA BROADCAST/MULTICAST SERVICE EMBMS SYSTEM AND EMBMS SYSTEM MANAGEMENT METHOD 00: - An enhanced multimedia broadcast and multicast

service eMBMS system and management method

therefor are disclosed for solving the problem in prior

art that the functions of the control plane and the

forwarding plane of the MBMS-GW are unable to

evolve independently. The eMBMS system includes

a GW-C device connected with the mobility

management entity and the broadcast and multicast

service center, and a GW-U device connected with

the base station and the broadcast and multicast

service center; the GW-C device is used to perform


Page | 146

an interaction of the core network signaling with the

broadcast and multicast service center and the

mobility management entity, and to transmit a

forwarding instruction message to the GW-U device;

the GW-U device is used to receive the signaling

transmitted by the base station, and to transmit the

signaling to the GW-C device according to the

forwarding instruction message; the GW-C device is

also used to receive and process the signaling

transmitted by the GW-C device, and the GW-U

device is also used to transmit the received

broadcast and multicast service data packet to the

base station according to the forwarding instruction

message.

21: 2018/00025 22: 2018/01/03 43: 2019/08/22 51: H04W 71: Huawei Technologies Co., Ltd. 72: GAN, Ming, LIU, Le, LI, Yunbo, LIN, Meilu 33: PCT/CN 31: 2015/083228 32: 2015/07/02 54: ASSOCIATION ESTABLISHMENT METHOD AND APPARATUS 00: - Embodiments of the present invention provide an

association establishment method and apparatus.

The method includes: broadcasting, by an access

point AP, a trigger frame, wherein the trigger frame

is used to trigger one or more unassociated stations

STAs to perform uplink data transmission and

indicate one or more available subchannels for

random accessing of the unassociated STAs;

receiving, by the AP, one or more association

request messages sent on available subchannels

acquired by the unassociated STAs; broadcasting,

by the AP, a multi-block acknowledgement M-BA

frame, wherein the M-BA frame includes one or

more pieces of association acknowledgement

information and the association acknowledgement

information is acknowledgement information of the

association request message. In this way, the AP is

associated with the unassociated stations, and

communication reliability is ensured.

21: 2018/00051 22: 2018/01/04 43: 2019/08/23 51: G06Q 71: AINTU INC. 72: VAYSMAN, Arthur 33: US 31: 62/190,631 32: 2015/07/09 54: SYSTEM AND METHOD FOR DYNAMIC PERSONALIZATION OF ELECTRONIC COUPON DISTRIBUTION AND REDEMPTION VIA MOBILE DEVICE 00: - A method for coupon generation, distribution and

redemption is disclosed. The method comprises

generating a plurality of coupons, each for an

instance of a promoted product, wherein each of the

coupons has a unique coupon identifier; for each

instance of the promoted product, assigning one of

the generated coupons to said instance by encoding

the coupon identifier for said coupon in a machine

readable-code; and physically locating said code

within packaging for said instance, and provisioning

a customer device with a coupon application; said

coupon application comprising a function to enable a

customer to initiate a coupon redemption process to

redeem a coupon associated with an instance of the

promoted product automatically, only after opening

the packaging associated with an instance of the

promoted product.


Page | 147

21: 2018/00097 22: 2018/01/05 43: 2019/08/16 51: F04D; F16C; G21C; G21D 71: Joint Stock Company "Central Design Bureau of Machine Building", Joint Stock Company "Science and Innovations" ("Science and Innovations", JSC) 72: GERASIMOV, Vladimir Sergeevich, GORONKOV, Andrey Vladimirovich, VASIL'EV, Aleksandr Sergeevich, KAZANTSEV, Rodion Petrovich, SHCHUTSKIY, Sergey Yurevich 33: RU 31: 2016100508 32: 2016/01/11 54: PRIMARY CIRCULATING PUMP ASSEMBLY 00: - The invention relates to non-positive displacement

pumps and can be used in nuclear power plants.

Claimed is a circulating pump assembly comprising

a vertical single-stage rotary vane pump with an

impeller in a bottom position, in which the pump

shaft is coupled to the shaft of an electric motor by a

rigid coupling, and a radial/axial bearing is mounted

in the upper chamber of the electric motor and is

comprised of a radial bearing in the form of a metal

rotary bushing mounted on the cylindrical portion of

a collar, which is mounted on the motor shaft via a

conical seat and is fastened by bolts and a pressure

flange to the top end of the motor shaft, and a stator

bushing made of an anti-friction material, and of an

axial bearing consisting of two stator lever-type

balancing systems with linings made of an anti-

friction material, and rotor linings made of an anti-

friction material, which are mounted on the flat

portion of the collar. The radial/axial bearing is

cooled with water that is pressurized by a screw

pump, which is situated at the top end of the collar of

the radial/axial bearing and consists of a stator

bushing and a rotary bushing with a screw thread.

The invention is directed toward enabling lubrication

of the axial and radial bearings of an electric motor

with water, thereby improving the fire safety of a

plant unit.

21: 2018/00245 22: 2016/06/22 43: 2019/08/27 51: A61F 71: RUGGLI PROJECTS AG 72: LENHERR, HARALD 33: AT 31: A50554/2015 32: 2015/06/25 54: METHOD FOR PRODUCING A TAMPON 00: - The invention relates to a method for producing a

tampon (1) and to a tampon (1) comprising at least

one absorbent body made of an absorbent material

(6), wherein the tampon (1) has a proximal end (2)

and a distal end (3) and a central part running

between the distal end and the proximal end, as well

as withdrawal means (5) connected to the absorbent


Page | 148

body and arranged at the distal end (3), wherein the

tampon has a cover made of a nonwoven (4) which

completely covers at least the distal end (3) with the

exception of a through-opening (13) for the

withdrawal means (5) and by means of which any

escape of fibres at the distal end (3) is prevented. An

additional leakage protection is formed by the cover.

21: 2018/00374 22: 2018/01/18 43: 2019/08/05 51: G01N 71: FLUIDSENS INTERNATIONAL INC. 72: KEINAN, Alex 33: RU 31: 046217 32: 2015/07/21 54: SYSTEM AND METHOD FOR DETECTION OF PARTICLES IN LIQUID OR IN AIR 00: - A method and system for detecting foreign particles

in a liquid, the method and system include

transmitting transmitted pulses of radiation, by a

transmitter, towards a liquid conduit that is filled with

liquid; wherein the transmitted pulses comprises

pulses that differ from each by being associated with

absorbance frequencies of different foreign particles;

receiving, by a receiver, received pulses that

propagated through liquid as a result of the

transmission of the multiple transmitted pulses;

comparing between the transmitted pulses and the

received pulses to provide a comparison result; and

determining a liquid contamination based on the

comparison result.

21: 2018/00414 22: 2018/01/19 43: 2019/08/22 51: A61K; C07D; C07H; A61P 71: GILEAD SCIENCES, INC. 72: CHUN, Byoung Kwon, CLARKE, Michael O'Neil Hanrahan, DOERFFLER, Edward, HUI, Hon Chung, JORDAN, Robert, MACKMAN, Richard L., PARRISH, Jay P., RAY, Adrian S., SIEGEL, Dustin 33: US 31: 62/105,619 32: 2015/01/20 33: US 31: 62/072,331 32: 2014/10/29 54: METHODS FOR TREATING FILOVIRIDAE VIRUS INFECTIONS 00: - Provided are compounds, methods, and

pharmaceutical compositions for treating Filoviridae

virus infections by administering ribosides, riboside

phosphates and prodrugs thereof, of Formula IV.

The compounds, compositions, and methods

provided are particularly useful for the treatment of

Marburg virus, Ebola virus and Cueva virus

infections.

21: 2018/00448 22: 2018/01/22 43: 2019/08/22 51: F03G; F22B; F24J 71: Magaldi Power S.p.A. 72: MAGALDI, Mario, CARREA, Alberto, SOMMA, Gennaro 33: IT 31: 102015000042394 32: 2015/08/05


Page | 149

54: ENERGY-EFFICIENT HIGH LEVEL DEVICE, PLANT AND METHOD FOR THE USE OF THERMAL ENERGY OF SOLAR ORIGIN 00: - A device (1) for storage and exchange of thermal

energy of solar origin, which device (1) is configured

to receive a concentrated solar radiation using an

optical system of "beam down" type, which device

(1) comprises: - a containment casing (2) which

defines an internal compartment (20) and has an

upper opening (10) configured to allow entry of the

concentrated solar radiation, which opening (10)

puts in direct communication the internal

compartment (20) with the external environment

having no closure or screen means; - a bed (3) of

fluidizable solid particles, received within the internal

compartment (20), which bed (3) has an irradiated

operative region (30) directly exposed, in use, to the

concentrated solar radiation that enters through said

opening (20) and a heat accumulation region (31)

adjacent to said operative region (30); - fluidization

elements (4) of the bed of particles (3), configured to

feed fluidization air within the compartment (20),

which fluidization means (4) is configured to

determine different fluid-dynamic regimens in the

operative region and in the accumulation region,

based upon different fluidization speeds, wherein, in

use, the particles of the operative region (30) absorb

thermal energy from the solar radiation and they give

it to the particles of the accumulation region (31).

21: 2018/00456 22: 2018/01/22 43: 2019/08/22 51: B21D; B32B; B65D 71: CROWN PACKAGING TECHNOLOGY, INC. 72: DUNWOODY, Paul Robert 33: GB 31: 1512217.9 32: 2015/07/13 54: COATED METAL CLOSURES 00: - A metal closure (1) comprising a panel (10) and a

depending side wall (14) terminating in a cut edge

(15), the inner surface of the closure having a

plurality of coating layers applied (21 -27) such that

at least one of the coating layers extends to the cut

edge and the coating thickness at and in proximity to

the cut edge is less than the thickness at one or

more other regions of the inner surface.

21: 2018/00558 22: 2018/01/26 43: 2019/08/05 51: A61K A61P 71: CONFLUENCE PHARMACEUTICALS, LLC 72: JOHNS, Steven, L., ERICKSON, Craig, A. 33: US 31: 62/200,864 32: 2015/08/04 54: COMBINATION THERAPY USING ACAMPROSATE AND D-CYCLOSERINE 00: - The invention provides a method for treating a

medical condition in a patient, the method

comprising: administering to a patient in need


Page | 150

(hereof a pharmaceutical composition comprising a

therapeutically effective amount of (i) a first

therapeutic agent which is acamprosate or a

pharmaceutically accepiabie salt thereof and (ii) a

second therapeutic agent which is D-cycloserine, a

salt of D-cycloserine, an ester of D-cycloserine, an

alkylated D- cycloserine, or a precursor of D-

cycloserine.

21: 2018/00588 22: 2018/01/29 43: 2019/08/22 51: F04C 71: Gardner Denver Nash, LLC 72: GAIBOR, Wilson Fabián, ZAZA, Giovanni, ROTTA, Emanuele 33: US 31: 62/198,898 32: 2015/07/30 54: BLADE CONTOUR OF A ROTOR FOR A LIQUID RING PUMP 00: - A liquid ring pump includes a stationary housing that

defines an inner space, and a drive shaft rotatably

mounted within the stationary housing. The drive

shaft defines a rotational axis. An impeller includes a

plurality of blades extending radially outward with

respect to the rotational axis, and each blade

includes a root and a tip, wherein a continuous curve

extends from the tip of each blade through the root

of the blade and intersects with the rotational axis.

21: 2018/00599 22: 2018/01/29 43: 2019/08/19 51: C01B; F25J 71: LINDE AKTIENGESELLSCHAFT 72: PHAM DUC, Tuat, KUHN, Paul 33: EP 31: 15174308.5 32: 2015/06/29 54: METHOD AND SYSTEM FOR OBTAINING HYDROGEN FROM A FEED MIXTURE WHICH CONTAINS HYDROGEN AND HYDROCARBONS 00: -

The invention relates to a method (100, 200) for

obtaining hydrogen from a gaseous feed mixture

which is enriched with hydrogen, methane, and

hydrocarbons with two carbon atoms. The fluid of

the feed mixture is cooled from a first temperature

level to a second temperature level at a first

pressure level such that one or more condensates

are separated from the fluid of the feed mixture while

leaving a residual gas. The fluid of the residual gas

is further cooled to a third temperature level and

subjected to a countercurrent absorption at the first

pressure level, thereby obtaining a hydrogen- and

methane-enriched head gas and a bottom liquid.

The fluid of the head gas is heated and subjected to

a pressure swing adsorption (9) at the first pressure

level, thereby forming a hydrogen-enriched product

flow which has a low methane content or which is

methane-free, and the fluid of the condensate(s)

and/or of the bottom liquid is expanded from the first

pressure level to a second pressure level and fed to

a low-pressure demethanizer at the second pressure

level. According to the invention, the countercurrent

absorption is carried out using fluid which is

removed from the low-pressure demethanizer at the

second pressure level, compressed to the first

pressure level in the gaseous state, and cooled to

the third temperature level. The invention likewise

relates to a corresponding system.

21: 2018/00602 22: 2016/08/18 43: 2019/08/27 51: A61M 71: B. BRAUN MELSUNGEN AG 72: WOEHR, KEVIN, NG, JARRYD KENG GENE, NEOH, BOON PING 33: US 31: 62/301,917 32: 2016/03/01 33: US 31: 62/206,481 32: 2015/08/18


Page | 151

54: CATHETER DEVICES WITH VALVES AND RELATED METHODS 00: - Needle assemblies (100, 400, 600) and related

methods in which a valve opener (134) is used to

push into a valve (136) to open one or more slits

(324) on the valve (136) to open the valve (136). The

needle assemblies (100, 400, 600) each includes a

needle hub (106) with a needle (108), a catheter

tube (104) with a catheter hub (102) and the valve

(136) and valve opener (134) positioned in the

interior cavity (130) of the catheter hub (102). The

valve (136) can have a valve skirt (412) and a nose

section (430) of the valve opener (134) can locate

therein. One or more reliefs (61, 448) can be

provided with the valve opener (134) so that an

elbow or diagonal section (304) on a needle guard

(132) can project from a holding space (155, 720)

within the valve opener (134) through the relief (61,

448).

21: 2018/00718 22: 2018/02/02 43: 2019/08/07 51: C08J; C08L; 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: 201611243830.2 32: 2016/12/29 54: MILDEW RESISTANT PRESERVATIVE FILM AND METHOD OF PREPARING THE SAME

00: - A mildew-proof preservative film, comprising a base

layer and a mildew-proof preservative coating

provided on the base layer. The mildew-proof

preservative coating is made from a mildew-proof

preservative paint. The paint comprises the following

components in percentage by weight: 20-60% of

resin, 30-70% of solvent, 0.5-10% of mildew

preventive, and 0.3-5% of additive. The resin is at

least one of polyurethane, an acrylate 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 of water and ethanol. A preparation

method for the mildew-proof preservative film

comprises the following steps: uniformly mixing the

resin, the solvent, and the additive to obtain a mixed

liquid; uniformly mixing the mixed liquid and mildew

preventive to obtain a paint; then coating the base

layer with the paint, and conducting heat treatment

so that the paint forms a coating, so as to obtain the

mildew-proof preservative film.

21: 2018/00750 22: 2016/08/18 43: 2019/08/08 51: B25B; F16B 71: INFASTECH INTELLECTUAL PROPERTIES PTE. LTD. 72: LUKES, RICHARD W, BLAESS, DONALD K, RISKIN, SEAN 33: US 31: 62/206,555 32: 2015/08/18 54: TAPERED LOBULAR DRIVER AND FASTENER 00: - A fastener system includes a fastener and a driver,

each of which have three alternating lobes and

troughs that define the drive surfaces. The three

alternating lobes and troughs are each defined by an

outer radius portion, a drive side transition, an inner

transition radius, and a reverse drive portion. The

fastener recess and the driver each also have a side

wall defined by the outer transition radius that tapers

at a taper angle relative to the rotational axis. The

fastener side wall may taper at about 60. The driver

side wall may taper at about 60. Alternatively, the

driver side wall may taper at an angle at least 10

less than the taper angle of the recess side wall,

such as 42. The drive side transition defines a drive

angle which may be between 0 and 5.


Page | 152

21: 2018/00765 22: 2018/02/06 43: 2019/08/27 51: A61K; A61P; C07D 71: BEIGENE, LTD. 72: ZHOU, Changyou, WANG, Hexiang, REN, Bo, KUANG, Xianzhao 33: CN 31: PCT/CN2015/088003 32: 2015/08/25 54: PROCESS FOR PREPARING PARP INHIBITOR, CRYSTALLINE FORMS, AND USES THEREOF 00: - Provided are a process for preparing a Parp1/2

inhibitor, i.e., (R)-2-fiuoro-10a-methyl-

7,8,9,10,10a,11-hexahydro-5,6,7a,11-

tetraazacyclohepta[def]cyclopenta[a]fluoren-4(5H)-

one (hereinafter referred to as Compound A),

crystalline forms (polymorphs) of Compound A or

hydrate or solvate thereof, methods for preparing the

crystalline forms, and the use thereof.

21: 2018/00833 22: 2016/07/15 43: 2019/08/23 51: B04B 71: STAT-DIAGNOSTICA & INNOVATION, S.L. 72: BRU GIBERT, RAFAEL, KUPHAL, MATHIAS, CARRERA FABRA, JORDI, MARTIN BLANCO, RICARD, RAMÍREZ, FRANCISCO JAVIER 33: US 31: 15/210,689 32: 2016/07/14 33: US 31: 62/193,954 32: 2015/07/17 54: METHOD AND APPARATUS FOR SAMPLE SEPARATION AND COLLECTION 00: - A centrifuge device (200) and method for use are

presented. The centrifuge device includes a housing

(202), a chamber (206), a channel (208), and a

cover (222). The housing includes a first port (204)

and a vent opening (212) and is designed to rotate

about an axis (226) passing through a center of the

housing. The chamber is defined within the housing

and is coupled to the first port. A first portion of the

chamber (206) has a width that tapers between a

first width at a first position and a second width at a

second position within the chamber, the first width

being greater than the second width. The channel

(208) is coupled to the second position of the

chamber and arranged such that a path exists for

gas to travel from the channel to the vent opening

(212). The cover (222) provides a wall that seals the

chamber.

21: 2018/00836 22: 2016/07/15 43: 2019/08/23 51: B01L 71: STAT-DIAGNOSTICA & INNOVATION, S.L. 72: CARRERA FABRA, JORDI, KUPHAL, MATHIAS, BRU GIBERT, RAFAEL, COMENGÉS CASAS, ANNA 33: US 31: 15/210,734 32: 2016/07/14 33: US 31: 62/193,884 32: 2015/07/17 54: FLUIDIC SYSTEM FOR PERFORMING ASSAYS 00: - A fluidic testing system and method for use are

presented. The fluidic testing system includes a

microfluidic channel, a first chamber and second

chamber. The microfluidic channel has only one port

for the introduction and/or extraction of fluid through

the microfluidic channel. The first chamber is

disposed at a terminal end of the microfluidic

channel. The second chamber is coupled to the

fluidic channel and is aligned such that each opening

to the second chamber is configured to be aligned

substantially parallel to a gravity vector during

operation.


Page | 153

21: 2018/00837 22: 2016/07/15 43: 2019/08/23 51: F26B; B01L; G01N 71: STAT-DIAGNOSTICA & INNOVATION, S.L. 72: ENGEL, HOLGER, CARRERA FABRA, JORDI 33: US 31: 62/193,956 32: 2015/07/17 33: US 31: 15/210,744 32: 2016/07/14 54: DRY CHEMISTRY CONTAINER 00: - A microfluidic system is presented that includes a

cartridge and a container. The cartridge includes a

plurality of microfluidic channels coupled to one or

more chambers. The container holds dry chemicals

and includes a housing with a first opening and a

second opening smaller than the first opening. The

container is designed to be inserted into an opening

of the cartridge, such that the container is

independently secured within the opening. The

insertion of the container allows for the container to

be fluidically coupled with a microfluidic channel of

the plurality of microfluidic channels via the second

opening.

21: 2018/00863 22: 2018/02/09 43: 2019/08/22 51: H04L 71: Huawei Technologies Co., Ltd. 72: XUE, Xin, WANG, Ningjuan, LIU, Le, LIN, Wei 33: CN 31: 201510532381.2 32: 2015/08/26 54: METHOD FOR TRANSMITTING HE-LTF SEQUENCE AND APPARATUS 00: - Embodiments of the present invention provide

several long training sequences that are in a

wireless local area network and that comply with

802.11ax.

21: 2018/00922 22: 2018/02/12 43: 2019/09/12 51: B66C; E01B 71: GANTRY RAILING LTD 72: BYGRAVE, Peter Nathan, ENGERT, Stephen David 33: GB 31: 1600443.4 32: 2016/01/11 33: GB 31: 1513369.7 32: 2015/07/29 54: RAIL FASTENING DEVICE 00: - A rail fastening device (100) comprises a lower plate

(11) and an upper plate (12) provided with a pair of

clips (13) for engaging the rail 16, the upper plate

(12) being fastened to the lower plate (11) by a pair

of fastening bolts (19) which extend through


Page | 154

respective apertures (20) in the upper plate (12), the

fastening bolts (19) being slidably mounted to the

lower plate (11) for movement in a direction which, in

use, extends transverse the rail (16). A jacking bolt

(31) is arranged to lift the upper plate away from the

lower plate as the bolt (31) is tightened and vice-

versa. An alignment bolt extends 33 laterally

between the upper and lower plates (11), (12) and is

rotatable to displace the upper plate (12) laterally

relative to the lower plate (11). A levelling bolt (102)

threadably engaged with the lower plate is arranged

to lift the lower plate (11) away from the surface on

which the device (100) is seated as the bolt (102) is

tightened and vice-versa.

21: 2018/00972 22: 2016/08/11 43: 2019/08/23 51: C09K; E21B; C12P; C12M 71: COMMONWEALTH SCIENTIFIC AND INDUSTRIAL RESEARCH ORGANISATION 72: CONNELL, LUKE, SANDER, REGINA, HERYANTO, DEASY, LUPTON, NICHOLAS, CAMILLERI, MICHAEL, PAN, ZHEJUN 33: AU 31: 2016901018 32: 2016/03/18 33: AU 31: 2015903226 32: 2015/08/12 54: METHANOGENESIS 00: - The present invention utilise the phenomena of

nutrient adsorption to enhance nutrient bioavailability

and enhance methanogenesis efficiency. Thus

methods for avoiding or reversing such adsorption or

utilising the phenomena in a way favourable to

promotion of methanogenesis in a formation, for

example, through desorption of bound nutrients, or

adsorption competing bacteria nutrients or

methanogen toxicants, etc., are provided herein.

21: 2018/01044 22: 2018/02/15 43: 2019/08/26 51: B01D; F23J 71: CAPSOL-EOP AS 72: HAMRIN, Stellan 33: NO 31: 20151155 32: 2015/09/08 54: METHOD AND PLANT FOR CO2 CAPTURE 00: - A method and plant for capturing CO2 from a CO2

containing exhaust gas (1), where the exhaust gas is

compressed (10) and thereafter cooled (13, 15, 22)

before the exhaust gas is introduced into an

absorber (30), where the exhaust gas is brought in

counter-current flow with an aqueous CO2

absorbent solution (49), to give a lean exhaust gas

(31) that is withdrawn from the absorber (30),

reheated 22, 13) against incoming compressed

exhaust gas, and thereafter expanded (34) and

released into the atmosphere (4), where the

aqueous CO2 absorbent solution is an aqueous

potassium carbonate solution, and that the steam

and CO2 withdrawn from the regenerator (40) is

cooled in a direct contact cooler (61) by counter-

current flow of cooling water (62), to generate a

gaseous flow (70) of cooled CO2 and steam that is

withdrawn for compression and drying of the CO2,

and a liquid flow (64) of cooling water and

condensed steam that is withdrawn and flashed (80),

to give a cooled liquid phase (84) that is recycled as

cooling water for the direct contact cooler (61) for the

withdrawn CO2 and steam, and a gaseous phase

(81) that is compressed (82) and thus heated, and

introduced into the regenerator (40) as stripping

steam (83).


Page | 155

21: 2018/01059 22: 2018/02/15 43: 2019/08/26 51: E02D; E04C; E04F 71: HENGESTONE HOLDINGS, INC. 72: SWIERAD, Scott, RODENBURGH, Ray, BAILEY, Aaron 33: US 31: 14/829,067 32: 2015/08/18 54: CONSTRUCTION SYSTEM HAVING CORE SUPPORTING BLOCKS AND DECORATIVE FASCIA BLOCKS 00: - A construction system comprising: a plurality of core

blocks, each core block having: a front face; a rear

face; a top face; a bottom face; a left side face; and

a right side face, each core block having protrusions

and grooves in one of the top and bottom faces for

interlocking together an assembly of core blocks in

stacked rows with abutting side faces, each core

block having a slip molding axis and a substantially

uniform cross- sectional profile transverse to the slip

molding axis, wherein the front, rear, top and bottom

faces define the cross-sectional profile; a plurality of

fascia blocks, each fascia block having: a decorative

exposed front face; a rear face; a top face; a bottom

face; a left side face; and a right side face; and a

plurality of connectors for mounting the fascia

blocks to the assembly of core blocks, the

connectors comprising: a horizontal ledge protruding

from one of: the rear face of the fascia blocks; and

the front face of the core blocks; and a horizontal

recess in one of: the front face of the core blocks;

and the rear face of the fascia.

21: 2018/01073 22: 2018/02/16 43: 2019/09/11 51: E21C 71: HYDRO POWER EQUIPMENT (PTY) LTD 72: BÜHRMANN, Rudolph, CRONJE, Johan Marthinus 33: ZA 31: 2016/08323 32: 2016/12/02 54: SUPPORT IN UNDERGROUND MINES 00: - The invention relates to a method of providing

support in an unmanned excavation of the kind

formed into a relatively narrow reef. At least one hole

is formed as part of an excavation that will consist of

a series of holes along the reef. A string of supports

connected in spaced apart relationship, which

include hydraulic energisers each connected to a

supply hose, is placed along a length of the at least

one hole. The energisers are activated to engage

between upper and lower opposing surfaces in the

at least one hole and used to limit closure of rock

where subsequent overlapping holes are formed.

The holes may be formed by boring with an in-the-

hole hammer; alternatively with a raise boring

machine; further alternatively with a thermal spalling

machine. The invention extends to apparatus

comprising a string of connected supports for use in

the method of providing support.


Page | 156

21: 2018/01215 22: 2018/02/22 43: 2019/08/23 51: A61K; A61Q 71: PIERRE FABRE MEDICAMENT 72: DUPLAN, Hélène, FIORINI-PUYBARET, Christel, JACQUES-JAMIN, Carine, JOULIA, Philippe, SUBRA, Laurent 33: FR 31: 1558358 32: 2015/09/09 54: GARDENIA EXTRACT FOR COLOURING THE SKIN 00: - The present invention relates to the use of a

cosmetic composition intended for colouring the

skin, said cosmetic composition including, as an

active principle, an aqueous extract of gardenia.

21: 2018/01218 22: 2018/02/22 43: 2019/08/23 51: A61K; A61P 71: MOLEFI, David 72: MOLEFI, David, VAN DER WESTHUIZEN, Jan Hendrik 33: ZA 31: 2015/02286 32: 2015/04/07 54: MEDICAMENT AND NUTRITIONAL SUPPLEMENT 00: - This invention relates to a medicament. It also

relates to a nutritional supplement. More particularly

it relates to a medicament and to a nutritional

supplement, which are extracts from a plant or a

combination of plants. The extract according to the

information has been found to be useful in the

treatment of AIDS and AIDS related conditions and

certain other conditions and to be beneficial as a

food or nutritional supplement. The present invention

provides for the use of the roots of Burkea africana

in the manufacture of a medicament for the

treatment of a condition in the group consisting of

AIDS and AIDS-related conditions, viral infections,

cancer, asthma, coughing, pain, impaired appetite,

fatigue, inflammation, mouth sores, rashes and

rheumatism in man, or where appropriate in an

animal.

21: 2018/01424 22: 2016/07/28 43: 2019/08/07 51: E02F 71: CATERPILLAR INC. 72: KUNZ, PHILLIP J 33: US 31: 62/208,942 32: 2015/08/24 33: US 31: 15/176,391 32: 2016/06/08 54: SHROUD COLLAR FOR EDGE PROTECTION OF A WORK TOOL 00: - A shroud collar (30) for protecting an edge (18) of a

work tool (10) is disclosed. The shroud collar (30)

may have a first side plate (32). The first side plate

may have a first lower leg (72) and a first upper leg


Page | 157

(74) spaced apart from the first lower leg. The

shroud collar may have a second side plate (34)

spaced apart from the first plate. The second side

plate may have a second lower leg (96) and a

second upper leg (98) spaced apart from the second

lower leg. The shroud collar may also have an upper

crossbar (36) connected to the first side plate and

the second side plate. The upper crossbar may be

configured to be connectable to the work tool.

21: 2018/01437 22: 2018/03/01 43: 2019/08/14 51: A01N; C08F 71: LANXESS Deutschland GmbH 72: UHR, Hermann, JAETSCH, Thomas 33: EP(DE) 31: 15183408.2 32: 2015/09/02 54: BIOCIDAL MIXTURES 00: - The invention relates to biocidal mixtures containing

polymer particles containing penflufene, copper

compounds and special alkanol amines and to the

use thereof for protecting wood and wood products,

and wood protection means containing biocidal

mixtures and optionally other active substances.

21: 2018/01499 22: 2018/03/05 43: 2019/09/05 51: F04B 71: WATSON-MARLOW LIMITED 72: MEAD, Robert, BROKENSHIRE, Steven 33: GB 31: 1516145.8 32: 2015/09/11 54: A PERISTALTIC PUMP 00: - A peristaltic pump (2) comprising: a rotor (4); a track

assembly (10) spaced from the rotor (4) to receive n

tubes (12) therebetween, where n=2m with m a

positive integer = 2, the tubes (12) being manifolded

to one another at a discharge port; wherein one of

the rotor (4) and the track (10) comprises an

occlusion surface for each of the n tubes; wherein

the occlusion surfaces are located at n different

angular positions, the angular offset between the

occlusion surfaces offsetting pulsation associated

with each tube (12) so as to reduce overall pulsation

at the discharge port.

21: 2018/01589 22: 2018/03/07 43: 2019/09/11 51: A61K; C07K; C12N 71: PSIOXUS THERAPEUTICS LIMITED 72: CHAMPION, Brian Robert, BROMLEY (né BROWN), Alice Claire Noel 33: GB 31: 1522013.0 32: 2015/12/14 33: GB 31: 1516936.0 32: 2015/09/24 33: GB 31: 1507419.8 32: 2015/04/30 54: ONCOLYTIC ADENOVIRUS ENCODING A B7 PROTEIN 00: - The present disclosure provides a replication

competent oncolytic adenovirus with selectivity for

cancer cells, wherein the adenovirus comprises a

transgene under the control of a promoter

endogenous to the virus, wherein the transgene

comprises a DNA sequence encoding a B7 protein

or an active fragment thereof, compositions

comprising same, methods of generating the

viruses, and use of the viruses and compositions in

treatment, particularly in the treatment of cancer.


Page | 158

21: 2018/01679 22: 2018/03/12 43: 2019/08/26 51: A61K; C07K; C12Q 71: Sangamo Therapeutics, Inc. 72: FROELICH, Steven, MILLER, Jeffrey C., PASCHON, David, REBAR, Edward J., ZEITLER, Bryan, ZHANG, H. Steve 33: US 31: 62/222,588 32: 2015/09/23 54: HTT REPRESSORS AND USES THEREOF 00: - Disclosed herein are Htt repressors and methods

and compositions for use of these Htt repressors.

21: 2018/01720 22: 2018/03/13 43: 2019/08/26 51: B65G; E02F; E21D 71: LÜCK, Wolgang 72: LÜCK, Dieter Gerhard 33: ZA 31: 2015/03916 32: 2015/06/01 54: A LOADER 00: - A loader (1) having a circular shield (2) which

supports a rotating hub (3), and wherein the hub (3),

carries side-scooping buckets (4) is described. Each

bucket (4) includes a mouth (3) adjacent an outer

digging edge (4) and an outlet (10) positioned

against the shield (2). The shield (2) is provided with

a discharge opening (7) located in a top region

thereof over which the outlet (10) of the bucket (4)

passes in use to discharge its load. The invention

extends to include a method of loading rock

comprising driving a circular transversely rotating

side-scooping bucket arrangement into a rock pile,

for each bucket (4) is collect rock as it moves

through a lower part of a rotation path wherein an

outlet (10) of the bucket is located against a wall of a

circular shield (2) and for the outlet (10) of each

bucket (4) to be brought into communication with a

discharge opening (7) in the shield as it moves

through an upper part of the rotational path.

21: 2018/01737 22: 2018/03/14 43: 2019/08/26 51: H04L 71: Huawei Technologies Co., Ltd. 72: BERGGREN, Fredrik, CHENG, Yan, XUE, Lixia, MAZZARESE, David 54: HARQ FEEDBACK USING CARRIER AGGREGATION 00: - Method (500) in a radio network node (110), a radio

network node (110), method (700) in a recipient

(120) and a recipient (120), for data transmission

and assignment of uplink control channel resources

(310) in an uplink FDD carrier (300), for enabling a

recipient (120) to provide HARQ feedback for data

transmitted in the downlink using carrier aggregation

of a downlink FDD carrier (350) and at least one

TDD carrier (200). The method (500) compris-es

associating (501) each downlink subframe (360) in

the downlink FDD carrier (350) with an uplink control


Page | 159

channel subframe (310) in the uplink FDD carrier

(300). Further, the method (500) comprises

associating (502) each downlink subframe (210) and

special sub-frame (220) in the TDD carrier (200) with

an uplink control channel subframe (310) in the

uplink FDD carrier (300). The method (500) also

comprises assigning (503) uplink control channel

resources (310) in the uplink FDD carrier (300) to the

recipient (120), according to the made associations

(501, 502). In addition, the method also comprises

transmitting (504) data on said downlink FDD carrier

(350) and/ or TDD carrier (200), to be received by

the recipient (120).

21: 2018/01756 22: 2018/03/14 43: 2019/08/26 51: A61K; C07K 71: Elanco US, Inc. 72: COSKUN, Tamer, ALSINA-FERNANDEZ, Jorge 33: US 31: 62/246,199 32: 2015/10/26 54: GLUCAGON RECEPTOR AGONISTS 00: - The present invention relates to compounds with an

extended duration of action at the glucagon receptor

as compared to native glucagon. Specifically

provided are glucagon receptor agonists with

modifications to the structure of native glucagon

introduced to selectively agonize the glucagon

receptor over an extended period of time.

21: 2018/01784 22: 2018/03/16 43: 2019/08/23 51: B65D 71: Rpc Superfos A/S 72: NOER, Torben 33: DK 31: PA 2014 70680 32: 2014/11/07

54: LID LEVER FOR CONTAINER 00: - A container (100) with a lid lever (132) to disengage

a lid present on a rim portion (112) of the container

(100) is disclosed. The lid lever (132) is integrated

between two cuts and is attached to a primary skirt

(114) of the container (100). The lid lever (132) is

pulled laterally outward towards a free end to

disengage the lid. A secondary skirt (138) in the form

of a flange is present behind the lid lever (132). The

secondary skirt (138) prevents deformation of the

primary skirt (114) and the rim portion (112) of the

container (100). The shape of the lid lever (132)

extends past the primary skirt (114) thereby making

the lid lever (132) more effective and further makes it

distinguishable from the primary skirt (114).

21: 2018/01788 22: 2018/03/16 43: 2019/08/23 51: A61K; A61P; C07K 71: Bayer Animal Health GmbH 72: SCHIFFER, Guido, FÄLKER, Stefan, DAUBE, Gert, FRAATZ, Kristine, WIEHL, Wolfgang, KÖBBERLING, Johannes 33: EP(DE) 31: 15181209.6 32: 2015/08/17 54: LYSOBACTIN FOR USE IN THE TREATMENT OF BOVINE MASTITIS 00: - The present invention relates to lysobactin for use in

the treatment of bovine mastitis.


Page | 160

21: 2018/01789 22: 2018/03/16 43: 2019/08/26 51: C07K 71: Janssen Pharmaceutica NV 72: BALDWIN, Eric Thomas, POWERS, Gordon D., CARDOSO, Rosa Maria Fernandes, ATTAR, Ricardo, GAUDET, Francois, PILLARISETTI, Kodandaram 33: US 31: 62/206,246 32: 2015/08/17 54: ANTI-BCMA ANTIBODIES, BISPECIFIC ANTIGEN BINDING MOLECULES THAT BIND BCMA AND CD3, AND USES THEREOF 00: - Provided herein are antibodies that

immunospecifically bind to BCMA. Also described

are related polynucleotides capable of encoding the

provided BCMA-specific antibodies or antigen-

binding fragments, cells expressing the provided

antibodies or antigen- binding fragments, as well as

associated vectors and detectably labeled antibodies

or antigen-binding fragments. In addition, methods of

using the provided antibodies are described. For

example, the provided antibodies may be used to

diagnose, treat, or monitor BCMA-expressing cancer

progression, regression, or stability; to determine

whether or not a patient should be treated for

cancer; or to determine whether or not a subject is

afflicted with BCMA-expressing cancer and thus may

be amenable to treatment with a BCMA-specific anti-

cancer therapeutic, such as the multispecific

antibodies against BCMA and CD 3 described

herein.

21: 2018/01867 22: 2018/03/20 43: 2019/08/21 51: C07D; C25B

71: Bayer Pharma Aktiengesellschaft 72: PLATZEK, Johannes, GOTTFRIED, Kathrin, ASSMANN, Jens, LOLLI, Giulio 33: EP(DE) 31: 15182042.0 32: 2015/08/-21 33: EP(DE) 31: 15182040.4 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 RECOVERY OF (4S)-4-(4-CYANO-2-METHOXYPHENYL)-5-ETHOXY-2,8-DIMETHYL-1,4-DIHYDRO-1-6-NAPHTHYRIDINE-3-CARBOXAMIDE BY ELECTROCHEMICAL METHODS 00: - The present invention relates to a novel 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 for the recovery of (4S)-4-(4-cyano-2-

methoxyphenyl)-5-ethoxy-2,8-dimethyl-1,4-dihydro-

1-6-naphthyridine-3-carboxamide of the formula (I)

starting from (4R)-4-(4-cyano-2-methoxyphenyl)-5-

ethoxy-2,8-dimethyl-1,4-dihydro-1,6-naphthyridine-3-

carboxamide of the formula ent-(I).


Page | 161

21: 2018/01876 22: 2018/03/20 43: 2019/09/11 51: B09C; C09K 71: BEIJING GEOENVIRON ENGINEERING AND TECHNOLOGY, INC 72: LI, Shucai, LV, Zhengyong, WEI, Li, FENG, Guojie, MIAO, Zhu, ZHU, Hudi, FAN, Jiqiang, ZHEN, Shengli, LIU, Zhongliang 33: CN 31: 201610208560.5 32: 2016/04/06 54: STABILIZING AGENT FOR TREATING CHROMIUM CONTAMINATED SOIL AND APPLICATION THEREOF 00: - A stabilizing agent for treating chromium

contaminated soil and an application thereof, the

stabilizing agent comprises a crystal-volume

expanding agent, a precipitating agent, a flocculating

agent and a pH regulator, wherein the crystal-

volume expanding agent is one of cement or clay

materials or a combination thereof; the precipitating

agent is one of sulfide, polysulfide, sulfite or

pyrosulfite or a combination thereof, said agents can

remarkably reduce the leaching concentration of

chromium in the soil without damaging the property

of the soil.

21: 2018/01885 22: 2016/10/14 43: 2019/08/14 51: B64D; B64C 71: FLIRTEY HOLDINGS, INC. 72: FATHALLAH, MICHEL, SWEENY, MATTHEW, BASS, TOM, BADDAM, KRANTHI, FOGGIA, JOHN R 33: US 31: 62/241,572 32: 2015/10/14 33: US 31: 62/344,514 32: 2016/06/02 54: PARACHUTE CONTROL SYSTEM FOR AN UNMANNED AERIAL VEHICLE 00: - Disclosed is a technique for landing a drone using a

parachute. The technique includes a parachute

deployment system (PDS) that can deploy a

parachute installed in a drone and land the drone

safely. The parachute may be deployed

automatically, e.g., in response to a variety of

failures such as a free fall, or manually from a base

unit operated by a remote user. For example, the

PDS can determine the failure of the drone based on

data obtained from an accelerometer, a gyroscope,

a magnetometer and a barometer of the drone and

automatically deploy the parachute if any failure is

determined. In another example, the remote user

can "kill" the drone, that is, cut off the power supply

to the drone and deploy the parachute by activating

an onboard "kill" switch from the base unit.

21: 2018/01890 22: 2018/03/20 43: 2019/09/11 51: G01K; G21C 71: ELECTRICITE DE FRANCE 72: PETIT, Marc, BLAIRON, Sylvain 33: FR 31: 1558826 32: 2015/09/18 54: BELT FOR MEASURING THE TEMPERATURE OF AN OBJECT 00: - The invention concerns a belt for measuring

temperature of an object, the belt comprising: at

least one measurement sensor (5), a strip (10)

having a circumference intended to surround the

object, a device (20) for clamping the strip (10)

around the object, characterized in that the

temperature sensor (5) is mounted on an individual


Page | 162

heat–insulating support (6) displaceable in a guiding

direction (62) toward the object (OBJ) between at

least two heat–insulating pads (31, 32) which are

intended to abut against the object, the pads (31, 32)

being attached to the strip (10).

21: 2018/01912 22: 2018/03/22 43: 2019/09/10 51: A61K; A61M 71: XERIS PHARMACEUTICALS, INC. 72: PRESTRELSKI, Steven, DONOVAN, Martin, SANDOVAL, Michael 33: US 31: 15/136,650 32: 2016/04/22 33: US 31: 62/233,032 32: 2015/09/25 54: METHODS FOR PRODUCING STABLE THERAPEUTIC GLUCAGON FORMULATIONS IN APROTIC POLAR SOLVENTS 00: - Certain embodiments are directed to a formulation of

a therapeutic agent, as well as a method of making

such a formulation, comprising at least one

therapeutic agent dissolved in an aprotic polar

solvent system comprising at least one ionization

stabilizing excipient in a concentration sufficient to

impart physical and chemical stability to the

therapeutic agent.

21: 2018/01913 22: 2018/03/22 43: 2019/09/11 51: B65D 71: MEHTA, Vinay K 72: MEHTA, Vinay K 33: IN 31: 3222/MUM/2015 32: 2015/08/24 54: VENTILATION BOARDS AND METHODS FOR MANUFACTURING VENTILATION BOARD 00: - A ventilation board of the present invention is

manufactured from a corrugated board comprising at

least one depressed portion on both side of the

board in such a way that flutes of the corrugated

layer between said depressed portions are exposed

to form a plurality of passageways for passage of

fluid across the board, in other word, from one side

to other side of the board. According to a method of

the present invention, the depressed portion is

formed by forming a cut on the surface of each side

of the board in such a way that the cut penetrating

from one side of the board passes through the

corrugated layer of the corrugated board but does

not pass through the other side of the corrugated

board and depressing the cuts in such a way that the

flutes between the depressed portion get exposed in

order to provide passageways for passage of the

fluid across the board.

21: 2018/01915 22: 2016/08/24 43: 2019/08/06 51: G01V; G01N; G01R 71: COMMONWEALTH SCIENTIFIC AND INDUSTRIAL RESEARCH ORGANISATION 72: MILJAK, DAVID GEOFFREY 33: AU 31: 2015903415 32: 2015/08/24 54: ON-LINE MAGNETIC RESONANCE MEASUREMENT OF CONVEYED MATERIAL 00: - Magnetic resonance (MR) apparatuses, systems

and methods for analysing a material. The magnetic

resonance apparatuses include a primary loop

defining an aperture that the material being analysed

can pass through where the primary loop includes at

least one pair of electrically conductive segments.

The magnetic resonance apparatus also includes a

pair of capacitance units corresponding to each pair

of electrically conductive segments. Each

capacitance unit is conductively connected to two

adjoining conductive segments in series so that the

primary loop forms a circuit for a radio frequency

(RF) current. The primary loop is adapted to:

conduct the RF electrical current so that the RF

electrical current is predominantly in-phase over the

entire primary loop. The magnetic resonance

apparatus further includes: a pair of secondary coils


Page | 163

corresponding to each pair of capacitor units,

electrically conductively isolated from the primary

loop. Each secondary coil is oriented to be

magnetically coupled to the primary loop such that

each secondary coil is capable of exciting RF

voltages in the primary loop that are predominantly

in-phase with each of the RF voltages excited by the

other secondary coils. The magnetic resonance

apparatus also includes a primary shield

encompassing the primary loop and secondary coils

for shielding electromagnetic radiation, the primary

shield adapted to allow the material to pass through

the aperture defined by the primary loop

unobstructed.

21: 2018/01964 22: 2018/03/23 43: 2019/09/11 51: G06Q 71: AINTU INC. 72: VAYSMAN, Arthur, MOODLEY, Vanintheran 33: US 31: 62/234,659 32: 2015/09/30 54: SYSTEMS AND METHODS FOR PRODUCT AUTHENTICATION 00: - The present invention relates to both systems and

methods for product authentication. Unique

identifiers are associated with products. Said

identifiers are captured through a camera of the

client device and transmitted to authentication

server; whereupon said authentication server

authenticates the products by contacting an

authentication database would manufacturer-

provided authentication information.

21: 2018/02483 22: 2018/04/16 43: 2019/08/22 51: A61K; A61Q 71: Colgate-Palmolive Company, BASF SE 72: KILPATRICK-LIVERMAN, LaTonya, QIU, Jianhong, ZAIDEL, Lynette, SUBKOWSKI, Thomas, JENEWEIN, Stefan, KAROS, Marvin, BOLLSCHWEILER, Claus, WENDEL, Volker, SCHNEIDER, Nina, SANTARPIA, Ralph Peter 33: US 31: 62/246,161 32: 2015/10/26 33: US 31: 62/246,163 32: 2015/10/26 33: US 31: 62/246,165 32: 2015/10/26 54: MOUTHWASH PRODUCTS AND METHODS 00: - Provided herein is a mouthwash comprising partially

hydrolyzed plant protein, which is useful, e.g., in

methods of repairing or inhibiting dental erosion,

promoting dental remineralization, and/or enhancing

the anti-cavity effects of fluoride.

21: 2018/02526 22: 2018/04/17 43: 2019/08/07 51: A61K; C07D 71: Eli Lilly and Company 72: ATTARDO, Giorgio, GHOSH (deceased), Shyamali, HORCHLER, Carey, XIONG, Hui 33: US 31: 62/254,906 32: 2015/11/13 54: AZETIDINE DERIVATIVES FOR TAU IMAGING 00: - The present invention provides a novel compound of

the formula: methods of making this compound,

methods of using this compound for tau imaging,

and preparations of tau imaging formulations.


Page | 164

21: 2018/02587 22: 2018/04/18 43: 2019/08/21 51: C08F; C08K; C08L; B33Y 71: CHEMSON POLYMER-ADDITIVE AG 72: HARRISON, Greg, PLANNER, Dennis, KLAMANN, Joerg-Dieter, DENNIS, Hugh, DENNIS, Stephen 33: AU 31: 2015904359 32: 2015/10/23 54: VINYL CHLORIDE POLYMERS AND COMPOSITIONS FOR ADDITIVE MANUFACTURING 00: - The present disclosure is directed to a thermoplastic

polymer for additive manufacturing, wherein the

thermoplastic polymer is derived from a chlorinated

monomer unit, wherein the thermoplastic polymer

has a melt flow rate (MFR) suitable for additive

manufacturing. The present disclosure is also

directed to a method of making a 3D product formed

by additive manufacturing, wherein the 3D product

comprises a thermoplastic polymer derived from a

chlorinated monomer unit or a thermoplastic

composition comprising at least one thermoplastic

polymer derived from a chlorinated monomer unit;

and at least one stabiliser, wherein the thermoplastic

polymer or composition has a MFR suitable for

additive manufacturing.

21: 2018/02751 22: 2018/04/25 43: 2019/08/22 51: C11D 71: Colgate-Palmolive Company 72: WANG, Jun, DUBOVOY, Viktor, NABI, Zeenat, MASTRULL, Jeffrey, CHENG, Shujiang, DU-THUMM, Laurence, PAN, Long 54: CLEANSING BARS WITH TAURINE 00: - Described herein, are cleansing bar compositions

comprising at least one cleanser chosen from soap

and surfactant; taurine, in free or salt form; and at

least one polymer. Methods of making using the

cleansing bar compositions are also described.

21: 2018/02806 22: 2018/04/26 43: 2019/08/06 51: A01N; A23L 71: Bayer CropScience Aktiengesellschaft 72: KUMAR, Dinesh, BRAUN, Christoph Andreas, TERRAZAS PORTILLO, Juan Carlos, TAPIA RAMOS, Elias, CAMBERO RAMIREZ, Luis Martin 33: EP(DE) 31: 15187800.6 32: 2015/09/30 54: USE OF ISOTIANIL FOR CONTROL OF ZEBRA CHIP DISEASE 00: - The present invention relates to the novel use of an

isothiazolecarboxamide of the formula (I) (common

name: Isotianil) for controlling "Candidatus"

Liberibacter spp and/or "Candidatus" Phytoplasma

spp, preferably, "Candidatus" Liberibacter

solanacearum and/or "Candidatus" Phytoplasma

americanum, more preferred "Candidatus"

Liberibacter solanacearum, in plants of the

Solanaceae family, preferably in potatoes.

21: 2018/03106 22: 2018/05/11 43: 2019/09/20 51: G06F 71: SWIRL DESIGN (PTY) LTD 72: BOSHOFF, Hendrik Frans Verwoerd 33: ZA 31: 2016/01678 32: 2016/03/11 33: ZA 31: 2015/09345 32: 2015/12/23 54: DISPLAY AND INTERACTION METHOD IN A USER INTERFACE 00: - A display and interaction method in a user interface

is provided. A display region is provided on the user

interface for displaying a plurality of interactive items

on a track. The track extends along a path created

between an outer elliptical border and an inner

elliptical border. The inner border lies within the

outer border and a center of the inner border is


Page | 165

offset from a center of the outer border. A plurality of

elliptical frames are provided along the track, and

each frame is in contact with the inner border, outer

border, and its adjacent frames. An interactive item

is displayed in some of the elliptical frames, and user

input may move the frames along the track. The

frames change in size as they move along the track.

21: 2018/03297 22: 2016/12/22 43: 2019/08/07 51: D06P 71: MANIFATTURA DEL SEVESO S.P.A. 72: BOLOGNA, FRANCO 33: IT 31: 102015000089200 32: 2015/12/30 54: PROCESS FOR OBTAINING A CLOTH WITH HIGH PERFORMANCES FOR DIGITAL PRINTING AND RELATIVE CLOTH 00: - A description is given of a process for preparing

cloths for bookbinding with gloss or matt finish, in

cotton or viscose, suitable for being printed by digital

printing, said process comprising the steps of A)

preparing an unfinished cloth for bookbinding by

desizing, washing, treating with optical white, sizing

and drying; B) pre-treating the cloth obtained from

step A) by applying, on at least one of the two sides,

at least one composition for the closure of the pores

of said cloth so as to make the surface planar; C) on

the side of said fabric or said cloth intended to be

printed, applying by coating a layer of a paste having

a viscosity of at least 7500 cps, preferably

comprised between 8000 and 12000 cps, and drying

this layer; said paste being the mixture of at least

one aqueous composition containing a 35% (dry)

acrylic resin and components that at temperatures of

around 200°C for less than one minute initiate the

state of polymerization, and of at least one nonionic

thickener, preferably of the polyurethane type; and

D) calendering at ambient temperature the cloth

obtained from step C).

21: 2018/04019 22: 2017/02/08 43: 2019/08/06 51: G02B 71: COMMSCOPE TECHNOLOGIES LLC 72: MARCOUILLER, THOMAS, BRAN DE LEÓN, OSCAR FERNANDO, GRONVALL, ERIK J 33: US 31: 62/292,651 32: 2016/02/08 33: US 31: 62/318,521 32: 2016/04/05 33: US 31: 62/308,507 32: 2016/03/15 54: FIBER DEMARCATION POINT AND SLACK STORAGE 00: - A cable spool includes first and second curved

flanges extending radially outwardly from first and

second axial ends of a drum. The flanges have outer

edges that cooperate to define an annular slot

providing access to a passageway surrounding the

drum. The slot has a width that is less than half the

height of the drum. A cable is wrapped around the

drum. A closure having an environmentally sealed

interior may receive an end of the cable. A second

cable can be deployed from a second spool and

coupled to the end of the cable within the closure.

The second spool can be mounted with the cable

spool. A cover can be placed over the spools for

aesthetic or protection reasons.


Page | 166

21: 2018/04095 22: 2016/12/22 43: 2019/08/06 51: A61M; B81C; C09J; C08L; B29C 71: ENDODERMA CO., LTD. 72: KWON, SOON CHANG, PARK, SANG JIN, KIM, JAE SOO 33: KR 31: 10-2015-0187700 32: 2015/12/28 54: MICROSTRUCTURE FOR TRANSDERMAL ABSORPTION AND METHOD FOR MANUFACTURING SAME 00: - The present invention relates to a microstructure

including a biocompatible polymer or an adhesive

and to a method for manufacturing the same. The

present inventors optimized the aspect ratio

according to the type of each microstructure, thereby

ensuring the optimal tip angle and the diameter

range for skin penetration. Especially, the B-type to

D-type microstructures of the present invention

minimize the penetration resistance due to skin

elasticity at the time of skin attachment, thereby

increasing the penetration rate of the structures

(60% or higher) and the absorption rate of useful

ingredients into the skin. In addition, the D-type

microstructure of the present invention maximizes

the mechanical strength of the structure by applying

a triple structure, and thus can easily penetrate the

skin. When the plurality of microstructures are

arranged in a hexagonal arrangement type, a

uniform pressure can be transmitted to the whole

microstructures on the skin.

21: 2018/04222 22: 2015/11/25 43: 2019/08/08 51: A47C; A47B; F16B 71: QASIM, MOHAMMED ASIF 72: BITZOUNIS, ARTHUR 54: A COLLAPSIBLE DESK AND DESK/CHAIR COMBINATION 00: - A collapsible desk includes a plurality of elongate

frame members (10), a plurality of lower frame

supporting members (12A, 12) and a plurality of

upper frame supporting members (16, 20). The

lower frame supporting members (12A, 12) each

comprise a foot portion (14) for resting on a floor.

The lower and upper frame supporting members (16,

20) both have at least one horizontal opening (16,

22, 38, 44, 52) and at least one vertical opening (18,

24, 40, 54) which are sized to receive an end of one

of the elongate frame members (10) therein. In use,

a plurality of lower and upper frame supporting

members (16, 20) thereby together hold a plurality of

frame members (10) in a horizontal position relative

to the floor when the foot portion (14) is resting on

the floor and a plurality of frame members (10) in a

vertical position. This frame then supports a desk

member (26) having a flat upper surface (28, 48, 58)

for use as a desk surface. In a further embodiment a

chair is added to the collapsible desk using further

frame members (10) and chair frame supporting

members.


Page | 167

21: 2018/04423 22: 2017/01/06 43: 2019/08/23 51: A61K; C07D 71: CELGENE CORPORATION 72: ALEXANDER, MATTHEW D, CORREA, MATTHEW D, HANSEN, JOSHUA, RAHEJA, RAJ KUMAR, SAPIENZA, JOHN 33: US 31: 62/276,763 32: 2016/01/08 54: ANTIPROLIFERATIVE COMPOUNDS, AND THEIR PHARMACEUTICAL COMPOSITIONS AND USES 00: - Compounds of formula A-I and B-I, compositions

comprising the compounds, methods of making the

compounds and methods of their uses are disclosed.

21: 2018/04480 22: 2016/02/15 43: 2019/08/23 51: G01N 71: OUTOTEC (FINLAND) OY 72: HAAVISTO, OLLI, HIETARINTA, PASI, KAARTINEN, JANI 54: APPARATUS AND METHOD FOR ANALYZING A PROCESS SLURRY FLOW SAMPLE 00: - The invention relates to an apparatus (1) and to a

method for analyzing a process slurry flow sample

(2). The apparatus has a flow space (3) limited by a

wall structure (4), an inlet tube (5), and an outlet

tube (6). The inlet tube (5) is provided at an inlet end

(7) of the flow space (3), the flow space (3) has a

collision end (8) and configured to be hit by process

slurry flow sample (2) so as to create a turbulent

section (9) in process slurry flow sample (2) in the

flow space (3). The outlet tube (6) is provided in the

wall structure (4) at a distance C from the collision

end (8). A measurement probe (10) is provided in

the flow space (3) and is configured to analyze the

turbulent section (9) of the process slurry flow

sample (2).

21: 2018/04482 22: 2017/01/06 43: 2019/08/23 51: A61K; C07D 71: CELGENE CORPORATION 72: HUI, HO-WAH, PU, YU 33: US 31: 62/276,756 32: 2016/01/08 54: FORMULATIONS OF 2-(4-CHLOROPHENYL)-N-((2-(2,6-DIOXOPIPERIDIN-3-YL)-1-OXOISOINDOLIN-5-YL)METHYL)-2,2-DIFLUOROACETAMIDE 00: - Provided herein are lyophilized formulations of 2-(4-

chlorophenyl)-N-((2-(2,6- dioxopiperidin-3-yl)-1-

oxoisoindolin-5-yl)methyl)-2,2-difluoroacetamide or a

stereisomer or mixture of stereisomers,

pharmaceutically acceptable salt, tautomer, prodrug,

solvate, hydrate, co-crystal, clathrate, or polymorph

thereof. Methods of using the formulations and

dosage forms for treating, managing, and/or

preventing cancer are also provided herein.


Page | 168

21: 2018/04499 22: 2017/01/23 43: 2019/08/23 51: B32B; B23K; C22C 71: ALERIS ROLLED PRODUCTS GERMANY GMBH 72: JACOBY, BERND, KIRKHAM, STEVEN, SCHLEGEL, ARNE 33: EP 31: 16154886.2 32: 2016/02/09 54: ALUMINIUM MULTI-LAYERED BRAZING SHEET PRODUCT AND FLUXLESS BRAZING METHOD 00: - The invention relates to a multi-layered brazing

sheet product having an aluminium core alloy layer

provided on one or both sides with a brazing clad

layer material, and an inter-layer material positioned

between the aluminium core alloy layer and at least

one of said brazing clad layer materials, wherein the

brazing layer material(s) is made from an 4xxx-

series aluminium alloy having 5% to 15% Si and up

to 3% Mg, and wherein the inter-layer material is

made from a 1xxx-series aluminium alloy having a

purposive addition of Mg of 0.10% to 2.0%.The

invention relates also to the use of the brazing sheet

product in a fluxless controlled atmosphere brazing

process.

21: 2018/04500 22: 2016/12/16 43: 2019/08/23 51: C12Q; G01N 71: POLYMER TECHNOLOGY SYSTEMS, INC. 72: HUGHES, GARY L, PATWARDHAN, ANIRUDDHA 33: US 31: 62/268,962 32: 2015/12/17 54: SYSTEMS AND METHODS FOR A VERSATILE ELECTROCHEMICAL TEST STRIP THAT MAY INCLUDE ONE OR MORE ASSAYS FOR DIFFERENT ANALYTES IN THE SAME TEST STRIP 00: - A test strip for electrochemical testing of a blood

analyte includes a plurality of test sites for the

electrochemical testing of analytes on a single test

strip. Each test site includes a first receiving port, the

first receiving port for receiving a blood sample, the

first receiving port at a first end of the test strip. The

test site further includes a first electrode and a

second electrode, the first and second electrodes

proximate to the first receiving port. Each test site

further includes a first contact and a second contact,

the first and second contacts at a second end of the

test strip, the first and second contacts

interconnected with the first and second electrodes,

respectively.


Page | 169

21: 2018/04590 22: 2016/02/05 43: 2019/08/23 51: H05B 71: SCHREDER 72: SCHROEDER, HELMUT, BRAND, DANIEL 54: LAMP CONTROL MODULE CONSISTING OF BASE AND CONTROL PARTS, COMMUNICATING VIA NFC 00: - Described herein is a control arrangement for

mounting on an external surface of a luminaire. The

control arrangement comprises a control module (1)

and a control module base configured to be mounted

to one another. The control module base comprises

a near-field communication means configured to

communicate with a near-field communication unit

provided in the control module (1).

21: 2018/04748 22: 2016/12/22 43: 2019/08/23 51: A62C 71: AMRONA AG 72: WAGNER, ERNST-WERNER, EICHHOFF, JULIAN 33: EP 31: 15201906.3 32: 2015/12/22 33: US 31: 14/977,755 32: 2015/12/22 54: OXYGEN REDUCTION PLANT AND METHOD FOR OPERATING AN OXYGEN REDUCTION PLANT 00: - The present invention relates to an oxygen reduction

plant (100) which has at least one gas separation

system (102) and a compressed gas store (105;

105a to 105f). The compressed gas store (105;

105a-f) is or can be fluidically connected, via a line

system, to at least one enclosed region (107; 107a,

107b) in order to supply to the enclosed region (107;

107a, 107b), as required, the gas mixture or inert

gas contained in the compressed gas store (105;

105a-f). The outlet of the gas separation system

(102) is or can be fluidically connected, as desired,

to an inlet of the compressed gas store (105; 105a-f)

or to the at least one enclosed region (107; 107a,

107b) in order to supply, as required, the gas

mixture provided at the outlet of the gas separation

system (102) either to the compressed gas store

(105; 105a-f) or to the at least one enclosed region

(107; 107a, 107b).


Page | 170

21: 2018/04785 22: 2017/02/16 43: 2019/08/23 51: A21D 71: DUPONT NUTRITION BIOSCIENCES APS 72: FOURCASSIE, PASCAL, KRISHNAMANI, KESHAV 33: IN 31: 201611005521 32: 2016/02/17 33: EP 31: 16156180.8 32: 2016/02/17 54: MANUFACTURE OF LACTIC ACID-FERMENTED BATTER 00: - The present invention relates to a culture or kit-of-

part comprising or consisting of a Lactobacillus

plantarum strain and Leuconostoc spp strain(s), and

uses thereof to manufacture a millet-, sorghum-,

lentil-, pea-, rice- or teff-based lactic acid-fermented

batter, in particular a batter for Dosa or Idli

application.

21: 2018/04845 22: 2017/01/26 43: 2019/08/23 51: E04H; A63C; B60J; E04F 71: BECOFLEX 72: COENRAETS, BENOÎT 33: BE 31: 2016/5058 32: 2016/01/25 54: DEVICE FOR COVERING A SURFACE INCLUDING INTERLOCKING MEANS 00: - The present invention relates to a device (1) for

covering a surface including: (a) a cover (10) of

which each longitudinal edge is provided with a bead

(12); (b) a rotatably mounted drum (2) capable of

winding or unwinding the cover, movable on rails

placed on either side of said surface; and (c) a

system for continuously locking/unlocking the bead

in the rails during the translation of the drum.

21: 2018/04920 22: 2016/01/21 43: 2019/08/23 51: A47C; B68G 71: SEALY TECHNOLOGY, LLC. 72: DEMOSS, LARRY K, MANUSZAK, BRIAN M, THOMAS, DARIN T 54: COIL-IN-COIL SPRINGS WITH NON-LINEAR LOADING RESPONSES AND MATTRESSES INCLUDING THE SAME 00: - A coil-in-coil spring is provided that exhibits a

variable and non-linear loading response. The spring

includes a first spring portion having a first spring

constant, a second spring portion having a second

spring constant less than the first spring constant,

and a third spring portion having a third spring

constant less than the first spring constant and less

than the second spring constant. The first spring

portion forms an outer coil of the coil-in-coil spring

and the second spring portion, the third spring

portion, or both the second spring portion and the

third spring portion are positioned within the first

spring portion and form an inner coil of the coil-in-

coil spring. A multi-coil spring is also provided that

includes an outer coil, an intermediate coil

positioned within the outer coil, and an inner coil

positioned with the intermediate coil.


Page | 171

21: 2018/04940 22: 2018/07/23 43: 2019/09/30 51: B29C; D01D; E01C 71: BEAULIEU INTERNATIONAL GROUP NV 72: BEAUPREZ, Mathijs (Marc), DE RUDDER, Kjell 33: EP 31: 15202837.9 32: 2015/12/28 54: ARTIFICIAL TURF MONOFILAMENTS AND METHODS FOR THEIR MANUFACTURE 00: - The present application relates to artificial turf

monofilaments (100) and to methods of their

manufacture.

21: 2018/04980 22: 2016/03/14 43: 2019/08/01 51: H04W 71: TELEFONAKTIEBOLAGET LM ERICSSON (PUBL) 72: MELANDER, OLA, DJORDJEVIC, BRANKO 54: COMMUNICATION OF APPLICATION TRANSACTIONS ON A RADIO LINK 00: - An application transaction (310) comprised in a

payload section (302) of at least one data unit (300)

is identified. In response to identifying the application

transaction (310), allocation of radio resources for

transmission of the at least one data unit (300) on a

radio link is controlled.

21: 2018/05014 22: 2017/01/13 43: 2019/08/01 51: G06F 71: THE CLIMATE CORPORATION 72: XU, YING, XU, LIJUAN 33: US 31: 15/004,820 32: 2016/01/22 54: FORECASTING NATIONAL CROP YIELD DURING THE GROWING SEASON USING WEATHER INDICES 00: - A method for determining national crop yields during

the growing season comprises receiving agricultural

data points for a specific geo-locations. Calculating

weather index values, which represent crop stress,

from the agricultural data records and generates an

aggregated weather index data series, where each

aggregated weather index data series contains

weather index values for a specific weather index.

Selecting representative features from the

aggregated weather index data series and creating

covariate matrices for each geographic area.

Calculating crop yield for the specific geographic

area using linear regression on the covariate matrix

for specific geographic areas using calculated

parameters based on a mean, an error term, and a

variance parameter based on a geographic area

specific bias coefficient. Determining national crop

yield for the specific year by calculating the national

crop yield from the sum of the crop yields for the

specific geographic areas nationally adjusted using

national yield adjustment instructions.


Page | 172

21: 2018/05015 22: 2017/02/09 43: 2019/08/05 51: C10G; B01D; E21B 71: UNIVERSITY OF KWAZULU-NATAL 72: WILLIAMS-WYNN, MARK DUNCAN, NAIDOO, PARAMESPRI, RAMJUGERNATH, DERESH 33: GB 31: 1602385.5 32: 2016/02/10 54: SUPERCRITICAL EXTRACTION PROCESS 00: - This invention relates to the treatment of an oil

sludge comprising of hydrocarbons, water and

mineral particulate matter such that a separation of

the hydrocarbons from a water and mineral

particulate matter mixture is achieved. This

treatment is performed by using a supercritical

solvent to selectively extract the hydrocarbons from

the oil sludge, whilst disregarding the water or the

particulate matter. In accordance with the invention,

there is provided a treatment process for recovering

the hydrocarbons from the oil sludge, comprising of

hydrocarbons, water and mineral particulate matter.

21: 2018/05056 22: 2014/07/31 43: 2019/08/23 51: G01N 71: UNIVERSITY OF MIAMI 72: FRANZMANN, ELIZABETH 33: US 31: 62/009,175 32: 2014/06/07 33: US 31: 61/860,669 32: 2013/07/31 33: US 31: 62/021,998 32: 2014/07/08 54: COMPOSITIONS AND METHODS FOR IDENTIFYING A RISK OF CANCER IN A SUBJECT

00: - Disclosed herein are compositions and methods for

determining a risk of cancer, such as head and neck

squamous cell carcinoma, in a subject using a bodily

fluid sample from the subject and assays for markers

such as solCD44 and total protein. Also disclosed

are methods of treating a subject based on said risk.

Methods of determining the efficacy of a cancer

treatment are also disclosed.

21: 2018/05080 22: 2016/12/28 43: 2019/08/05 51: A61K; A61P 71: INSTITUTE OF MATERIA MEDICA, CHINESE ACADEMY OF MEDICAL SCIENCES, JIANGSU TASLY DIYI PHARMACEUTICAL CO., LTD 72: ZHU, HAIBO, SHI, HUIJIE 33: CN 31: 201511034199.0 32: 2015/12/31 54: APPLICATION OF TRIACETYL-3-HYDROXYPHENYLADENOSINE IN PREPARATION OF PHARMACEUTICAL DRUG FOR PREVENTING OR TREATING NON-ALCOHOLIC FATTY LIVER DISEASE 00: - The present invention provides an application of

triacetyl-3-hydroxyphenyladenosine represented by

formula (I) in preventing or treating non-alcoholic

fatty liver disease. The triacetyl-3-

hydroxyphenyladenosine can significantly reduce the

levels of serum AST, ALT and TG, significantly

improve liver functions, and alleviate liver steatosis.

The invention provides significant curative effects for

preventing or treating non-alcoholic fatty liver and

has limited toxic side effects.


Page | 173

21: 2018/05082 22: 2017/02/03. 43: 2019/08/05 51: C12P; C12M 71: LANZATECH NEW ZEALAND LIMITED 72: SCHULTZ, MICHAEL ANTHONY 33: US 31: 62/291,508 32: 2016/02/04 54: LOW PRESSURE SEPARATOR HAVING AN INTERNAL DIVIDER AND USES THEREFOR 00: - Improvements in biological conversion processes

and associated apparatuses are disclosed for the

generation of useful end products such as ethanol,

through metabolic pathways of C1-fixing bacteria

that utilize, as a nutrient, a C1-carbon source from a

C1-containing substrate such as an industrial waste

gas. Particular aspects of the disclosure relate to the

downstream recovery of ethanol and/or isopropanol

from bleed and permeate streams and more

particularly to performing such recovery with

improved efficiency that can advantageously reduce

capital (e.g., equipment) and/or operating (e.g.,

utility) costs. Particular aspects related to the


using a low pressure separator having an internal

divider.

21: 2018/05083 22: 2017/02/03 43: 2019/08/05 51: C12P; C12M 71: LANZATECH NEW ZEALAND LIMITED 72: SCHULTZ, MICHAEL ANTHONY, RAISER, THOMAS EWALD, BRENC, RACHEL JANE 33: US 31: 62/291,508 32: 2016/02/04 54: PRODUCT MANAGEMENT IN BIOLOGICAL CONVERSION PROCESSES 00: - Improvements in biological conversion processes

and associated apparatuses are disclosed for the

generation of useful end products such as ethanol,

through metabolic pathways of C1-fixing bacteria

that utilize, as a nutrient, a C1-carbon source from a

C1-containing substrate such as an industrial waste

gas. Particular aspects of the disclosure relate to the


from bleed and permeate streams and more

particularly to performing such recovery with

improved efficiency that can advantageously reduce

capital (e.g., equipment) and/or operating (e.g.,

utility) costs.


Page | 174

21: 2018/05084 22: 2017/05/25 43: 2019/08/05 51: B01D; B03B; E03B 71: BOOYENS, ANDRIES MATTHYS 72: BOOYENS, ANDRIES MATTHYS 33: ZA 31: 2016/03652 32: 2016/05/25 54: INLINE FLUID STRAINER INCLUDING A CROSS-FLOW CARTRIDGE 00: - This invention concerns an inline fluid strainer (10,

60, 70, 90, 100, 110, 120). The strainer (10, 60, 70,

90, 100, 110, 120) includes a body (12) comprising

an inlet (14), an outlet (16) and a chamber (18)

between the inlet (14) and outlet (16). A filtration

element (42, 122) is connectable to the body (12) in

a position wherein it is located inside the chamber

such that, in use, the longitudinal axis of the filtration

element (42, 42) is transverse to the flow direction

through the inlet (14) and/or the flow direction

through the outlet (16). The filtration element (42,

122) has a side wail (46) defining a substantially

enclosed internal volume. The filtration element (42,

122) is located inside the chamber (18) so that the

operating fluid is allowed to flow, in use, into the

internal volume though a major portion of the surface

area of the side wall (46).

21: 2018/05112 22: 2017/02/02 43: 2019/08/05 51: C22C; C21D 71: VALLOUREC TUBES FRANCE 72: ROSSI, VALENTIN, BONILLA ANGULO, FERNANDO ANDRES, DULCY, NICOLAS 33: FR 31: 1650832 32: 2016/02/02 54: STEEL COMPOSITIONS WITH IMPROVED ANTI-COKING PROPERTIES 00: - The invention concerns the field of steels for special

uses, in particular those intended to be in contact

with combustion fumes. The invention also concerns

tubular components made from such steels. The

steel is both resistant to the coking phenomenon and

has improved mechanical performances. The steel

comprises at most 0.15 % carbon (C), between 0.3

and 1% manganese (Mn), between 1.4 and 3%

silicon (Si), between 0.5 and 3% copper (Cu),

between 8 and 10% chromium (Cr), between 0.5

and 3% nickel (Ni), between 0.01 and 0.07%

nitrogen (N), between 0.8 and 1.1% molybdenum

(Mo), the remainder of the composition essentially

comprising iron (Fe) and impurities.


Page | 175

21: 2018/05113 22: 2017/01/26 43: 2019/08/05 51: A01N; A01P 71: SUMITOMO CHEMICAL COMPANY, LIMITED 72: INOUE, TAKUYA 33: JP 31: 2016-016909 32: 2016/02/01 54: PEST CONTROL COMPOSITION AND PEST CONTROL METHOD 00: - The present invention provides a pest control

composition containing: a carboxamide compound

which exhibits an excellent effect on controlling

pests, and which is represented by formula (I) (in the

formula, R1 represents a hydrogen atom or a fluorine

atom); and one or more compounds selected from

group (A) (group (A): a group consisting of

compounds represented by formula (II) and

compounds represented by formula (III)).

21: 2018/05114 22: 2017/02/28 43: 2019/08/05 51: G06F 71: MICROSOFT TECHNOLOGY LICENSING, LLC 72: WINEBRAND, AMIL, ORLOVSKY, MICHAEL, BIRENBERG, DMITRY 33: US 31: 15/062,127 32: 2016/03/06 54: SOFT TOUCH DETECTION OF A STYLUS 00: - A method includes detecting a signal emitted by a

stylus with a digitizer sensor, determining

coordinates of the stylus, identifying a hover

operational mode based on input received by the

stylus, detecting a capacitive effect of a tip of the

stylus on the digitizer sensor and reporting a touch

operational mode of the stylus based on the

capacitive effect detected. The capacitive effect of

the tip of the stylus on the digitizer sensor is based

on mutual capacitive detection and is performed in a

defined area around the coordinates determined.


Page | 176

21: 2018/05118 22: 2017/01/27 43: 2019/08/07 51: A23L; A23D; B01F 71: MCCORMICK & COMPANY, INCORPORATED 72: ZHANG, WENBO, MENG, YANG, RATTES, CLAUDIO, LOMBARDO, STEPHEN, EMBUSCADO, MILDA 33: US 31: 62/291,716 32: 2016/02/05 54: REDUCED FAT CONDIMENTS, PROCESSES AND PRODUCTS 00: - Reduced fat, shelf stable double emulsion

condiments. The condiments produced have a

reduced fat content, shelf stability, and an enhanced

taste profile. The process of making the products is

also described.

21: 2018/05119 22: 2017/01/25 43: 2019/08/05 51: B01J; C01B 71: WEST VIRGINIA UNIVERSITY RESEARCH CORPORATION 72: STILLER, ALFRED H 33: US 31: 62/289,566 32: 2016/02/01 54: METHODS FOR PRODUCTION OF CARBON AND HYDROGEN FROM NATURAL GAS AND OTHER HYDROCARBONS 00: - A method for producing elemental carbon and

hydrogen gas directly from a hydrocarbon (for

example, natural gas or methane) using a chemical

reaction or series of reactions. In an aspect, other

materials involved such as, for example, elemental

magnesium, remain unchanged and function as a

catalyst.


Page | 177

21: 2018/05120 22: 2016/05/20 43: 2019/08/05 51: B01J; B03C; B07C; C22B 71: QUANTUM MATRIX SPA 72: GÓMEZ VERDEJO, GUILLERMO SEBASTIÁN 54: RECOVERY OF A METAL FROM PRIMARY AND SECONDARY SULPHURATED MINERALS AND OXIDISED MINERALS, AND OTHER COMPOSITIONS OF VALUABLE MINERALS 00: - The invention relates to a method for separating and

recovering at least one metal from a source of

primary and secondary sulphurated minerals and/or

oxidised minerals, comprising determining and

altering the dielectric constant values of the mineral

source.

21: 2018/05121 22: 2017/01/16 43: 2019/08/05 51: A01K; A01N; A01G 71: KOPPERT B.V. 72: GROOT, THOMAS VOLKERT MARIE, OUDE LENFERINK (DECEASED), KIRSTEN EVA ELISABETH, VAN HOUTEN, YVONNE MARIA, VAN BAAL, ADELMAR EMMANUEL, HOOGERBRUGGE, HANS 33: NL 31: 2016103 32: 2016/01/15 54: SYSTEM FOR RELEASING BENEFICIAL MITES AND USES THEREOF 00: - This invention relates to a system for releasing

beneficial mites and the use of such a system. Mite

species that can be used beneficially for human

purposes may for example be employed in the

control of pests, such as in the field of agriculture,

including agricultural production systems for plant

products, agricultural production systems for animal

products, and animal husbandry, or in the field of

storage of food products. The system of the

invention may find use in any of these fields.

21: 2018/05153 22: 2017/02/17 43: 2019/08/05 51: F27D; B01J; B22D; C22C; F27B 71: HATCH LTD. 72: JASTRZEBSKI, MACIEJ URBAN, SHAW, JOHN ANDREW FERGUSON, CAMERON, IAN ARCHIBALD, RUDGE, DAVID HENRY, PONOMAR, ANDRIY, PONOMAR, VOLODYMYR, VICKRESS, DUSTIN ALEXANDER 33: US 31: 62/296,944 32: 2016/02/18 54: WEAR RESISTANT COMPOSITE MATERIAL, ITS APPLICATION IN COOLING ELEMENTS FOR


Page | 178

A METALLURGICAL FURNACE, AND METHOD OF MANUFACTURING SAME 00: - An abrasion-resistant material for the working face of

a metallurgical furnace cooling element such as a

stave cooler or a tuyere cooler having a body

comprised of a first metal. The abrasion-resistant

material comprises a macro-composite material

including abrasion-resistant particles which are

arranged in a substantially repeating, engineered

configuration infiltrated with a matrix of a second

metal, the particles having a hardness greater than

that of the second metal. A cooling element for a

metallurgical furnace has a body comprised of the

first metal, the body having a facing layer comprising

the abrasion-resistant material. A method comprises:

positioning the engineered configuration of abrasion-

resistant particles in a mold cavity, the engineered

configuration located in an area of the mold cavity to

define the facing layer; and introducing molten metal

into the cavity, the molten metal comprising the first

metal of the cooling element body.

21: 2018/05154 22: 2017/02/10 43: 2019/08/05 51: C04B; B24D; C09K 71: SAINT-GOBAIN CENTRE DE RECHERCHES ET D'ETUDES EUROPEEN 72: DELWAULLE, CÉLINE, APHECEIXBORDE, ARNAUD 33: FR 31: 1651149 32: 2016/02/12

54: MOLTEN ALUMINA-ZIRCONIA GRAINS 00: - The invention relates to a molten grain having the

following chemical composition in percent by weight

in relation to the oxides: ZrO2: 16% to 30%, provided

that HfO2 < 2%, Al2O3: percentage needed to bring

the total to 100%, Cr2O3: ≥ 0,2%, TiO2: ≥ 0.5%,

Cr2O3 + TiO2: < 7%, other elements: < 3%, provided

that SiO2 + CaO + MgO < 1.5%.

21: 2018/05155 22: 2017/02/22 43: 2019/08/05 51: A61K; A61Q; C08G; C08J; C08L 71: UNILEVER PLC 72: LIMER, ADAM JOHN, LOU, ANJING, DOBKOWSKI, BRIAN JOHN, ZHAO, WEI, SONG, WENHUI 33: CN 31: PCT/CN2016/074539 32: 2016/02/25 54: PROCESS FOR PREPARING A SILICONE ELASTOMER AND PERSONAL CARE COMPOSITION CONTAINING THE ELASTOMER 00: - A method for preparing silicone elastomers

containing hydrophobic 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(s) components. Skin

care compositions containing the inventive silicone

elastomers and methods of skin treatment are also

described.

21: 2018/05160 22: 2016/03/07 43: 2019/08/05 51: H04L 71: TELEFONAKTIEBOLAGET LM ERICSSON (PUBL) 72: OLSSON, TONY, YANG, YONG, HERMANSSON, PATRIK 54: METHOD AND NODES FOR HANDLING BEARERS 00: - The embodiments herein relate to a method

performed by a gateway (108, 110, 1308, 1310). The

gateway (108, 110, 1308, 1310) detects that a

procedure for activating or deactivating a bearer has

been initiated. The gateway (108, 110, 1308, 1310)

receives a first modify bearer or modify access

bearers request message for the same PDN

connection and UE (101) as the bearer activation or

deactivation procedure is intended for. The gateway

(108, 110, 1308, 1310) detects a bearer mismatch


Page | 179

between a first set of bearers and a second set of

bearers known by the gateway (108, 110, 1308,

1310) and associated with said same PDN

connection and UE (101). The gateway (108, 110,

1308, 1310) accepts, during a time interval, the

received modify bearer or modify access bearers

request message even though the bearer mismatch

has been detected.

21: 2018/05182 22: 2017/01/02 43: 2019/08/23 51: B27N 71: OMYA INTERNATIONAL AG 72: SCHRUL, CHRISTOPHER, HUNZIKER, PHILIPP 33: US 31: 62/302,232 32: 2016/03/02 33: EP 31: 16150612.6 32: 2016/01/08 54: IN-LINE COATED WOOD-BASED BOARDS 00: - The present invention relates to a process for

manufacturing a wood-based board, a wood-based

board as use of a liquid coating composition

comprising at least one particulate filler material and

at least one binder for in-line coating of wood-based

boards.

21: 2018/05210 22: 2017/02/14 43: 2019/08/05 51: C07D; A61K; A61P 71: TAISHO PHARMACEUTICAL CO., LTD. 72: TANAKA, HIROAKI, BOHNO, AYAKO, HAMADA, MAKOTO, ITO, YUJI, KOBASHI, YOHEI, KAWAMURA, MADOKA 33: JP 31: 2016-025878 32: 2016/02/15 54: AZOLE-SUBSTITUTED PYRIDINE COMPOUND 00: - The present invention provides a compound

represented by formula [I'], which has the effect of

inhibiting an enzyme which produces 20-HETE, or a

pharmaceutically acceptable salt thereof. (In formula

[I']: the structure represented by formula [III] is any

one of the structures represented by formulae [IV];

R1 represents a hydrogen atom, a fluorine atom,

methyl, etc.; R2, R3, and R4 each independently

represent a hydrogen atom, a fluorine atom, or

methyl; W represents a single bond, C1-3 alkanediyl,

or formula -O-CH2CH2-; ring A represents (a) a

substituted C4-6 cycloalkyl, (b) a nitrogen atom-

containing, substituted, 4- to 6-membered, and

saturated heterocyclyl, (c) a substituted phenyl, (d) a

substituted pyridyl, (e) a substituted 2,3-

dihydrobenzofuran, (f) an oxygen atom-containing,

4- to 6-membered, and saturated heterocyclyl, etc.)

21: 2018/05245 22: 2017/02/03 43: 2019/08/23 51: A61K; A61P 71: TAIHO PHARMACEUTICAL CO., LTD. 72: YOSHIDA, KENICHIRO 33: US 31: 62/291,799 32: 2016/02/05 54: METHOD FOR TREATING CANCER PATIENTS WITH SEVERE RENAL IMPAIRMENT 00: -


Page | 180

A method for treating cancer in patients with

creatinine clearance of 15 mL/min or more and less

than 30 mL/min, including dividing a combination

drug containing α,α,α-trifluorothymidine (FTD) and 5-

chloro-6-[(2-iminopyrrolidine-1-yl)methyl]pyrimidine-

2,4(1H,3H)-dione hydrochloride in a molar ratio of 1 :

0.5, in a dose of 30 to 50 mg/m2/day as FTD-

equivalent, into two to four times a day, and orally

administering it to the patient.

21: 2018/05301 22: 2016/02/05 43: 2019/08/23 51: H04L 71: TELEFONAKTIEBOLAGET LM ERICSSON (PUBL) 72: MIRSKY, GREGORY, BAILLARGEON, STEVE 54: METHOD AND APPARATUS FOR CONTROL PLANE TO CONFIGURE MONITORING OF DIFFERENTIATED SERVICE CODE POINT (DSCP) AND EXPLICIT CONGESTION NOTIFICATION (ECN) 00: - A method is executed by a network device

implementing a control-client to configure a session-

sender to perform a test to determine whether

differentiated services code point (DSCP) and

explicit congestion notification (ECN) are modified in

a single test session in a forward direction and a

reverse direction between the session-sender and a

session-reflector. Multiple DSCP and ECN are tested

using the single test session. The method includes

receiving a server greeting message from a server

including characteristics of the session-reflector,

determining whether the session-reflector supports

use of multiple DSCP in the single test session,

setting a set-up- response message to indicate

DSCP and ECN testing, and determining whether

the session- reflector supports DSCP and ECN

monitoring. The method further includes adding an

indicator of DSCP and ECN monitoring in the set-up-

response message, in response to a determination

that the session-reflector supports DSCP and ECN

monitoring, and sending the set-up-response

message to the server.

21: 2018/05302 22: 2017/01/23 43: 2019/08/23 51: A61K; C12R; A23L; A61P 71: INSTITUT NATIONAL DE LA RECHERCHE AGRONOMIQUE (INRA), ASSISTANCE PUBLIQUE - HÔPITAUX DE PARIS, SORBONNE UNIVERSITE 72: LANGELLA, PHILIPPE, MARTIN ROSIQUE, REBECA, BERMUDEZ HUMARAN, LUIS, CHAIN, FLORIAN, SOKOL, HARRY 33: FR 31: 1650567 32: 2016/01/25 54: FAECALIBACTERIUM PRAUSNITZII STRAIN CNCM 1-4573 FOR THE TREATMENT AND PREVENTION OF GASTROINTESTINAL INFLAMMATION 00: - The invention relates to a bacterial strain of species

Faecalibacterium prausnitzii deposited at the CNCM

under access number CNCM I-4573, for use in the


Page | 181

treatment and/or prevention of an inflammatory

gastrointestinal illness in an individual.

21: 2018/05305 22: 2017/02/09 43: 2019/08/14 51: H02J 71: S4 ENERGY B.V. 72: VISSER, LEENDERT, KLUNDER, JOHANNES CORNELIS 33: NL 31: 2016251 32: 2016/02/11 54: SYSTEM AND METHOD TO SUPPRESS GRID FREQUENCY DEVIATIONS 00: - The present disclosure relates to a method of

suppressing frequency deviations in a power grid

relative to a desired frequency behaviour, in

particular at hour crossings, wherein an energy

storage is connected to the grid. The method

comprises: - monitoring frequency in the grid relative

to the desired frequency behaviour, to determine

detected frequency deviations; - comparing detected

frequency deviations with a threshold; - if detected

frequency deviations exceed the threshold,

deploying the storage to charge therein energy from

the grid or to discharge energy therefrom into the

grid; and - setting a variable threshold. A

corresponding system comprises: - a connection to a

power grid; - an energy storage selectively

connectable to the connection; - a frequency monitor

connected to the connection; and - a control to

configured to selectively deploy the energy storage

in accordance with the method.

21: 2018/05306 22: 2017/02/15 43: 2019/08/27 51: C02F

71: VEOLIA WATER SOLUTIONS & TECHNOLOGIES SUPPORT 72: BANERJEE, KASHI, MUDDASANI, SRIKANTH, PARKER, DAVID, MACK, BERNARD ROY 33: US 31: 62/295,182 32: 2016/02/15 54: PROCESS FOR REDUCTION OF SULFIDE FROM WATER AND WASTEWATER 00: - The instant application is directed towards methods

for removing sulfide from a wastewater stream. The

pH of the wastewater stream is adjusted to between

7.0 and 8.0. A first oxidizing agent is mixed with the

wastewater stream, oxidizing the sulfide to elemental

sulfur. The wastewater stream is then softened by

mixing lime with the wastewater stream. The addition

of lime further raises the pH of the wastewater

stream to 10.0 or higher, and converts the elemental

sulfur to soluble sulfide (S2-) and/or thio-suflate.

Calcium carbonate is precipitated and sulfide (S2-)

and/or thio-suflate is adsorbed thereon. Thereafter,

the wastewater stream is directed to a solids-liquid

separation process, which separates the calcium

carbonate and adsorbed sulfide (S2-) and/or thio-

sulfate from the wastewater stream. The solids-liquid

separator produces an effluent that includes residual

elemental sulfur. The effluent is then mixed with a

second oxidizing agent, which oxidizes the residual

elemental sulfur to sulfate, producing a treated

effluent.


Page | 182

21: 2018/05308 22: 2016/03/29 43: 2019/08/23 51: G06F; G06Q 71: BLACK GOLD COIN, INC. 72: ANDRADE, MARCUS 33: US 31: 15/083,241 32: 2016/03/28 54: SYSTEMS AND METHODS FOR PROVIDING BLOCK CHAIN-BASED MULTIFACTOR PERSONAL IDENTITY VERIFICATION 00: - Block chain-based multifactor personal identity

verification may be provided. Verification addresses

may be established on a block chain by: associating

identifiers with individuals having previously verified

personal identities, assigning verification addresses

on a block chain to the individuals, and recording

identifiers and biometric data associated with the

individuals at corresponding verification addresses.

Block chain-based multifactor personal identity

verification using the verification addresses may be

performed by: receiving one or more identifiers in

connection with one or more requests to verify an

identity of one or more individuals, extracting the

biometric data associated with the one or more

individuals from the corresponding verification

addresses, and verifying the identity of the one or

more individuals upon receiving matching biometric

data and private keys.

21: 2018/05311 22: 2017/03/08 43: 2019/08/23 51: C25C 71: INDUSTRIE DE NORA S.P.A.

72: FIORUCCI, ALESSANDRO, PEREGO, MICHELE, PERRONE, PAOLO, MOJANA, CORRADO 33: IT 31: 102016000024365 32: 2016/03/09 54: ELECTRODE STRUCTURE PROVIDED WITH RESISTORS 00: - The invention relates to an electrode which can be

employed in the cells of plants for the electrolytic

extraction of copper and other non-ferrous metals

from ionic solutions. The electrode consists of an

apparatus comprising at least one anodic panel for

the evolution of oxygen or chlorine connected

through a plurality of resistors in parallel to at least

one distribution structure for electrical current. The

panel may optionally exhibit areas of electrical

discontinuity. The invention also relates to an

electrolyser using the electrode described above.

21: 2018/05312 22: 2017/03/23 43: 2019/08/23 51: G06F; G06K 71: MICROSOFT TECHNOLOGY LICENSING, LLC 72: DUHON, DAVID WALKER, SUN, YIBO, TU, XIAO, ZHOU, FRANCIS 33: US 31: 15/084,272 32: 2016/03/29 54: OPERATING VISUAL USER INTERFACE CONTROLS WITH INK COMMANDS 00: - A facility enabling a user to operate visual user

interface controls with ink commands is described.

The facility causes to be displayed a control


Page | 183

operable with mouse input, and receives an ink

command directed to the displayed control. In

response, the facility operates the displayed control

in accordance with the received ink command; e.g.

selecting a radio button by performing a digital ink

circle around the radio button.

21: 2018/05339 22: 2017/01/12 43: 2019/08/19 51: B67D 71: FREEZIO AG 72: KRÜGER, MARC, EMPL, GÜNTER, FISCHER, DANIEL 33: DE 31: 10 2016 200 254.6 32: 2016/01/12 33: DE 31: 10 2016 218 507.1 32: 2016/09/27 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 212 013.1 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 system (1) for

producing a drink in a drink preparation machine,

comprising a cartridge (2) that has a reservoir (6)

filed with a drink substance (7), and a cartridge

receiver (10) that can be reversibly connected to the

cartridge, said cartridge receiver (10) comprising a

mixing chamber (8) and a cartridge discharge device

(34) which causes at least partial transfer of the

drink substance (7) from the reservoir (6) into the

mixing chamber (8), and said cartridge receiver (10)

comprising a fluid supply (12) which opens into the

mixing chamber (8). The invention also relates to the

cartridge receiver (10) of the cartridge system (1),

the drink preparation machine, and the

corresponding method for producing a drink (70).

21: 2018/05342. 22: 2017/01/12. 43: 2019/08/19 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 218 507.1 32: 2016/09/27 33: DE 31: 10 2016 218 884.4 32: 2016/09/29 33: DE 31: 10 2016 200 254.6 32: 2016/01/12 54: SYSTEM, CARTRIDGE, BEVERAGE PREPARATION UNIT AND METHOD FOR PRODUCING A BEVERAGE 00: - Disclosed is a system for producing a beverage, in

particular a cold beverage, comprising a cartridge

that has a reservoir filled with a beverage substance,

a beverage preparation unit with a cartridge

receptacle into which the cartridge can be reversibly

inserted, and a cartridge discharge device which

causes at least partial transfer of the beverage

substance from the reservoir into a mixing chamber;

furthermore, the beverage preparation unit

comprises a fluid supply which opens into the mixing

chamber, or the system includes a movable plunger

which is placed inside the reservoir and can be


Page | 184

transferred from a starting position into a final

position by means of the cartridge discharge device.

21: 2018/05344 22: 2017/01/12 43: 2019/08/19 51: B67D 71: FREEZIO AG 72: KRÜGER, MARC, EMPL, GÜNTER, FISCHER, DANIEL 33: DE 31: 10 2016 200 254.6 32: 2016/01/12 33: DE 31: 10 2016 212 013.1 32: 2016/07/01 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 218 509.8 32: 2016/09/27 33: DE 31: 10 2016 212 012.3 32: 2016/07/01 54: CARTRIDGE HOUSING FOR A BEVERAGE OR FOOD CARTRIDGE 00: - The invention relates to a cartridge housing

comprising a diluting means, especially a water

supply, a mixing chamber in which the diluting

means and a beverage and/or food substrate are

mixed, and an outlet. The cartridge housing is fitted

with a hollow rod such that the sealing film of the

cartridge is pierced as soon as the cartridge is

inserted into the cartridge housing, thereby creating

the flow connection between the cartridge and a

mixing chamber.

21: 2018/05345 22: 2017/01/12 43: 2019/08/16 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 218 507.1 32: 2016/09/27 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 212 013.1 32: 2016/07/01 54: DISPENSER HAVING A CARTRIDGE HOLDER 00: - The invention relates to a dispenser having a

cartridge holder.


Page | 185

21: 2018/05491 22: 2017/02/22 43: 2019/08/20 51: A61K; A61P; C07D 71: TAIHO PHARMACEUTICAL CO., LTD. 72: MIYAZAKI, ISAO, SHIMAMURA, TADASHI, KATO, MASANORI, FUJITA, HIDENORI, IGUCHI, SATORU 33: JP 31: 2016-031919 32: 2016/02/23 33: JP 31: 2016-140801 32: 2016/07/15 54: NOVEL CONDENSED PYRIMIDINE COMPOUND OR SALT THEREOF 00: - The present invention addresses the problem of

providing a novel compound that exhibits an RET

inhibiting action. In addition, the present invention

addresses the problem of providing a medicine that

is effective in preventing and/or treating, on the basis

of the RET inhibiting action, RET-related diseases,

in particular, cancer. The present invention provides

a compound represented by formula (I) [in the

formula, A, R2, and X have meanings as defined in

the specification] or a salt thereof.

21: 2018/05614 22: 2017/03/01 43: 2019/08/23 51: A23C 71: COÖPERATIE AVEBE U.A. 72: BERGSMA, JACOB 33: EP 31: 16158105.3 32: 2016/03/01 54: VEGAN CHEESE ANALOGUE 00: - The invention pertains to a cheese analogue,

comprising water, a root or tuber starch, native

potato protein and a fat component. The cheese

analogue of the invention has an improved stretch

and body, and less off- taste, than known imitation

cheese types. The invention further pertains to a

method of making said cheese analogue, as well as

to food products comprising the cheese analogue.

21: 2018/06310 22: 2018/09/20 43: 2019/08/02 51: C09K 71: HOLT LLOYD INTERNATIONAL LIMITED 72: ELLIS, BRUCE, HITCHMAN, RICHARD, NASH, MICHAEL 33: GB 31: 1715370.1 32: 2017/09/22 54: AUTOMOTIVE ENGINE COOLING SYSTEM STOP-LEAK FORMULATION 00: - The present invention relates to an automotive

engine cooling system stop-leak formulation for

repairing leaks in an engine cooling system, is

compatible with common coolant antifreeze types

and is capable of maintaining the repair after

draining and re-filling the coolant. The automotive

engine cooling system stop-leak formulation

comprising a polymeric resin and a particulate

package, wherein the particulate package comprises

a first natural fibre having a first fibre length and a

greater amount of a second natural fibre having a

second fibre length.

21: 2018/06570 22: 2018/10/03 43: 2019/07/30 51: A61C 71: World Wide Daily Holdings Company Limited 72: TO, Chun Yuen 54: DENTAL CLEANING TOOL WITH HANDLE SHIELD 00: - A dental cleaning tool (100, 178, 186, 214) includes

a body portion (102, 188) defining a longitudinal axis

(104) of the dental cleaning tool (100, 178, 186, 214

). The body portion (102, 188) extends from a first

end (106) to a second end (108) along the


Page | 186

longitudinal axis (104). The body portion (102, 188)

includes a floss assembly (110) formed at the first

end (106) of the body portion (102,188), a toothpick

member (112, 216) formed at the second end (108)

of the body portion (102, 188), and a handle portion

(114) extending between the floss assembly (110)

and the toothpick member (112, 216). The handle

portion (114) includes a receptacle (134). The tool

(100, 178, 186, 214) further includes at least one

secondary cleaning tool (126, 130, 218) coupled to

the body portion (102, 188). The at least one

secondary cleaning tool (126, 130, 218) is rotatable

relative to the body portion (102,188) for selectively

positioning the at least one secondary cleaning tool

(126, 130, 218) between a stowed position, within

the receptacle, and a deployed position.

21: 2018/06630 22: 2018/10/05 43: 2019/08/07 51: B65D B28C 71: UNDERCON PTY LTD 72: BENSON, Adam, John 33: AU 31: 2016901832 32: 2016/05/17 54: WET BAG FOR THE STORAGE OF CONCRETE MIX MATERIALS 00: - A wet bag for the storage of concrete mix materials

in any type of climate or environment without

degradation of the stored materials. The wet bag

(10) has a moisture permeable outer bag (20) and

moisture proof inner bag 30 positioned and located

in the center of the outer bag (20). The inner bag

(30) holds therein the dry cement mixture only. The

outer bag (20) holds the inner bag (30) and

aggregate materials therein, where the aggregate

materials fully surround the inner bag (30). The wet

bag (10) allows for the passage of moisture into and

out of the outer bag (20) whilst not allowing moisture

to pass through the inner bag (30) to the dry cement

mixture. Thus the wet bag (10) is able to be used,

stored and transported in wet and dry climates or

environments without any degradation of any of the

stored materials within the respective bags and

allows for absorption of ambient moisture into the

aggregate materials within the outer bag without

activating the crystallization process of the dry

cement mixture within the inner bag.

21: 2018/06854 22: 2018/10/15 43: 2019/08/06 51: C12Q 71: IMICROQ, S.L. 72: GIRONA, Cristina, Perez, SÁNCHEZ, Pablo, Lozano, PROUS, Gemma, Freixes, MONTEQUÍN, Sergio, Martinez, LLEO, Anna, Pallares, DIAS, Bruno, Teixeira, CUGAT, Katia, Uliaque 54: RAPID METHOD FOR DETECTION OF SALMONELLA LIVE VACCINE STRAINS 00: - The present specification discloses methods of

detecting a Salmonella live vaccine bacteria of

interest and components useful in carrying out these

methods, including a first and second pre-

enrichment media, and enrichment media and a

detection solution.


Page | 187

21: 2018/07085 22: 2018/10/24 43: 2019/05/24 51: B62M 71: JUSTRIDE 72: STARIK, Eran 33: US 31: 62/318,347 32: 2016/04/05 54: HUB GEAR 00: - A multi-speed hub gear, comprising: an axle (101)

adapted to be fixed against rotation; a hub shell; a

plurality of planetary gear sets (109), each

comprising: a central gear concentrically fixed on the

axle, a rotating gear carrier mounting at least one

rotating gear to revolve around the center of the

central gear; and a ring gear rotated by the at least

one rotating gear; wherein a respective the ring gear

of one of the sets is mechanically connected to a

respective the rotating gear carrier of another of the

sets such that the sets rotate in conjunction; and a

gear shifter adapted to engage at least one of the

sets to the hub shell while disengaging another of

the sets from the hub shell.

21: 2018/07776 22: 2018/11/19 43: 2019/06/06 51: B01B; H02S 71: YOEL, Sefi 72: YOEL, Sefi 33: US 31: 62/363,862 32: 2016/07/19 33: WO 31: PCT/IL2017/050815 32: 2017/07/19 54: DEVICE AND METHOD FOR CLEANING SOLAR PANEL ARRAYS 00: - Devices and methods for cleaning an array of solar

paoels in side-by-side relation employ one or more

elongated flexible elements, preferably implemented

as translucent strips (14a, 14b,14c, 14d), anchored

at their ends relative to the array of solar panels (

12). Each strip spans two or more solar panels, and

is wind-displaceable so as to contribute to cleaning

of at least two of the solar panels (12).


Page | 188

21: 2018/07830 22: 2018/11/20 43: 2019/08/06 51: A61F; A61M 71: SMITH & NEPHEW PLC 72: ASKEM, Ben, Alan, BEADLE, Victoria, HUNT, Allan, Kenneth, Frazer, Grugeon, GOWANS, John, Philip, KELBIE, William, HESKETH, Mark, MUSGRAVE, Damyn, ROBINSON, Joseph, William 33: US 31: 62/327676 32: 2016/04/26 54: WOUND DRESSINGS AND METHODS OF USE WITH INTEGRATED NEGATIVE PRESSURE SOURCE HAVING A FLUID INGRESS INHIBITION COMPONENT 00: - Disclosed embodiments relate to apparatuses and

methods for wound treatment. In some

embodiments, a negative pressure source is

incorporated into a wound dressing apparatus so

that the wound dressing and the negative pressure

source are part of an integral or integrated wound

dressing structure that applies the wound dressing

and the negative pressure source simultaneously to

a patient's wound. The negative pressure source

and/or electronic components may be positioned

between a wound contact layer and a cover layer of

the wound dressing. A component may be used to

prevent wound exudate from contacting the inlet of

the negative pressure source.

21: 2018/08291 22: 2018/12/07 43: 2019/08/01 51: A61P; C12N 71: F. Hoffmann-La Roche AG

72: IACONE, Roberto, HAGEDORN, Peter, KAMMLER, Susanne, OTTOSEN, Søren, TRAUSTASON, Sindri, HUDLEBUSCH, Heidi, PEDERSEN, Lykke 33: EP(CH) 31: 16177508.5 32: 2016/07/01 54: ANTISENSE OLIGONUCLEOTIDES FOR MODULATING HTRA1 EXPRESSION 00: - The present invention relates to antisense

oligonucleotides (oligomers) that are complementary

to HTRA1, leading to modulation of the expression

of HTRA1. Modulation of HTRA expression is

beneficial for a range of medical disorders, such as

macular degeneration, e.g. age-related macular

degeneration.

21: 2018/08309 22: 2018/12/06 43: 2019/07/01 51: G06F; G06Q; G06N. 71: ZENSAR TECHNOLOGIES LIMITED 72: CHANDNA, Udit, KISHORE, Sandeep, BHARTI, Kapil, NAMBIAR, Ullas, Balan 33: IN 31: 201721044011 32: 2017/12/07 54: A SYSTEM FOR MAPPING EMPLOYEES’ SENTIMENTS AND A METHOD THEREOF 00: - The present disclosure relates to the field of a

system that maps employees’ sentiments, and

envisages a system for mapping employees’

sentiments comprising a database (15), an input unit

(20), a parser (25), a filter unit (30), a lexical

analyser (35), an identifier (40), a mapping unit (45),

an aggregator (50), a sentiments analyser (55), and

a computation unit (60). The employee inputs are

received through the input unit (20). The parser (25)

parses the inputs and generates tokens that are

filtered based on the filter unit (30). Keywords are

extracted from pre-determined list of keywords

based on filtered words which are mapped with pre-

determined group of themes and quantitative score

based on the weightage score is computed by pre-

determined weightage scores. The sentiments

analyser (55) analyses employee sentiments, based

on quantitative score and computation unit (60)

computes a relationship between employee

sentiments, employee feedback and employee

performance.


Page | 189

21: 2018/08501 22: 2018/12/18 43: 2019/08/06 51: A61K; A61P 71: SHANXI WEIQIDAGUANGMING PHARMACEUTICAL CO., LTD 72: WANG, Zeshan, CHEN, Jinzhao, HAN, Feiyu 33: CN 31: 201711365346.1 32: 2017/12/18 54: BIVALIRUDIN FOR INJECTION AND PREPARATION METHOD THEREOF 00: - The disclosure relates to the technical field of

pharmaceutical preparation, and discloses

bivalirudin for injection and a preparation method

thereof. The preparation method for the bivalirudin

for injection comprises the following steps: diluting a

dispersion system containing the bivalirudin, to

obtain a first dispersion system; filling the first

dispersion system; and freeze-drying the first

dispersion system, wherein the diluting operation is

performed in 30-50 DEG C. The prepared bivalirudin

for injection is in comply with a specification in

content, small in impurity content, good in stability,

environment-friendly in technical process, energy-

saving, and high in product yield. The bivalirudin for

injection is prepared by using the preparation

method, and has the characteristics of small impurity

content, good quality stability and the like.

21: 2018/08613 22: 2018/12/20 43: 2019/09/02 51: G21D 71: FRAMATOME 72: ANDRE POYAUD, Gilles, GALLAND, Isabelle 33: FR 31: 1601000 32: 2016/06/22

54: METHOD FOR CALCULATING A PCI MARGIN ASSOCIATED WITH A LOADING PATTERN OF A NUCLEAR REACTOR, ASSOCIATED SYSTEM, COMPUTER PROGRAM AND MEDIUM 00: - The invention relates to a method for calculating a

PCI margin associated with a loading pattern of a

nuclear reactor comprising a core into which fuel

assemblies are loaded according to the loading

pattern, the fuel assemblies comprising fuel rods

each including fuel pellets of nuclear fuel and a

cladding surrounding the pellets. This method is

implemented by an electronic system and

comprises: - calculating (100) a reference principal

PCI margin for a reference loading pattern of the fuel

assemblies in the core; - calculating (110) a

reference secondary PCI margin for the reference

pattern; - calculating (120) a modified secondary PCI

margin for a modified loading pattern of the fuel

assemblies in the core, - calculating (130) a

modified principal PCI margin for the modified

pattern, depending on a comparison of the modified

secondary PCI margin with the reference secondary

PCI margin.


Page | 190

21: 2018/08614 22: 2018/12/20 43: 2019/09/02 51: G21C 71: FRAMATOME 72: CAHOUET, Laurent, MAGAIN, Bruno, SCALVINI, Alain 33: FR 31: 1656122 32: 2016/06/29 54: NUCLEAR REACTOR, METHODS FOR ASSEMBLING AND REPLACING THERMOCOUPLE DUCTS, ASSEMBLY FOR IMPLEMENTING THESE METHODS 00: - The nuclear reactor comprises: - a vessel (1), - a

support plate (8), arranged in the vessel (1) above

the core (2); - a plurality of separate dispensing

ducts (21); - support members (33) provided to keep

the thermocouple ducts (21) in position. Each

support member (33) includes a foot (35) rigidly

attached to the support plate (8), a head (37) to

which the or each thermocouple duct (21) is

attached, and a detachable connection (39) from the

head (37) to the foot (35).

21: 2019/00013 22: 2019/01/02 43: 2019/07/16 51: G01N 71: TE?TED OY 72: GILBERT, Leona, GARG, Kunal, MERILÄINEN, Leena, PUTTARAKSA, Kanoktip 33: EP 31: 16397518.8 32: 2016/06/03 54: A METHOD AND A SOLID SUPPORT FOR DETECTING TICK-BORNE MICROBES IN A BIOLOGICAL SAMPLE


Page | 191

00: - The present invention is directed to a solid support

for detecting the presence of antibodies in a

biological sample, said solid support comprising

microbial antigens immobilized on said solid support,

wherein said microbial antigens comprise at least

one antigen prepared from the group consisting of

pleomorphic round bodies of Borrelia genus, for

example Borrelia burgdorferi, Borrelia afzelii and

Borrelia garinii. The present invention is also

directed to a method of detecting a tick-borne

microbe in a biological sample, wherein said solid

support is contacted with a biological sample.

21: 2019/00048 22: 2019/01/04 43: 2019/08/02 51: A61P 71: GNT BIOTECH & MEDICALS CORPORATION 72: CHEN, JIA-SHIONG, CHAO, YE-SU, CHEN, CHIA-NAN 33: US 31: 62/614,306 32: 2018/01/05 54: A PHARMACEUTICAL COMBINATION AND METHOD FOR REGULATION OF TUMOR MICROENVIRONMENT AND IMMUNOTHERAPY 00: -

The invention relates to a method of removing

immune suppression in a tumor microenvironment or

stimulating an immune system against cancer cells,

comprising administering to a subject a combination

of a HDAC inhibitor and an NSAID in combination

with an immune checkpoint inhibitor.

21: 2019/00087 22: 2019/01/07 43: 2019/08/02 51: C25C 71: Norsk Hydro ASA 72: LILLEBY, Anders, HAGEN, Eirik 33: NO 31: 20161170 32: 2016/07/13 54: ELECTROLYSIS CELL AND A METHOD FOR REPAIRING SAME 00: - An electrolysis cell of Hall-Héroult type for producing

aluminium having prebaked anodes of a

carbonaceous material, and a cathode structure

comprising a pot shell made out of a steel material

and further having a bottom and sides supported by

structural elements such as cradles and beams,

wherein the cathode structure further comprises a

protective and insulating lining inside the shell and a

carbon based cathodic bottom with collector bars

embedded therein, and where produced aluminium

metal forms a layer onto said cathodic bottom, an

electrolytic bath positioned above said aluminium

metal where the anodes are in electrical contact with

said electrolyte, wherein at least part of the steel pot

shell and/or deck plates are made of a ferritic


Page | 192

stainless steel (FSS) material. The method relates to

a repair procedure for replacing parts of a commonly

used carbon steel material with ferritic stainless steel

material at least in parts of the steel pot shell and/or

deck plates heavily exposed to corrosion and

detonation. The replacement procedure can either

result in a homogenous or composite material

structure in affected areas.

21: 2019/00088 22: 2019/01/07 43: 2019/08/02 51: G01N 71: BP Corporation North America Inc. 72: ENGLISH, Jason, HACKETT, Craig 33: US 31: 62/362,150 32: 2016/07/14 54: CONDITIONING A SAMPLE TAKEN FROM A HYDROCARBON STREAM 00: - A process for analysing a hydrocarbon stream

comprises: withdrawing a hydrocarbon sample from

a hydrocarbon stream (12); passing the hydrocarbon

sample to an analysis device (16) at a target

temperature of greater than 120 °C and a target flow

rate of greater than 20 litres per minute; and

returning the hydrocarbon sample to the

hydrocarbon stream (12). The process may be used

for the on-line analysis of crude oil, in order to

optimise a refinery operation.

21: 2019/00091 22: 2019/01/07 43: 2019/08/02 51: A61B 71: UNIVERSITY OF CAPE TOWN 72: HENDRICKS, Mogamat Rushdie, BEZUIDENHOUT, Deon 33: GB 31: 1610177.6 32: 2016/06/10 54: IMPLANTABLE DEVICE 00: - An implantable device for aiding in generating

connective tissue between a pair of anatomical

structures in a mammalian body is provided. The

device includes an elongate, flexible tether which

can be secured between the anatomical structures

and which carries a scaffold which is generally

porous so as to be capable of promoting tissue

ingrowth and collagen deposition along its length.

The scaffold extends along the tether for a sufficient

distance so that it is securable in at least close

proximity to an anatomical structure at either end.

The pores in the scaffold extend through the scaffold

and each has a diameter in the range of about 10

µm to about 200 µm. The length of the tether is

selected to be a desirable maximum distance

between the anatomical structures along a desired

path when secured therebetween.


Page | 193

21: 2019/00098 22: 2019/01/08 43: 2019/08/02 51: E03B 71: DESERT BLOOMS LLC 72: OPPENHEIMER, Rebecca Lily, LARSEN, Gary Alan 33: ZA 31: 2018/00111 32: 2018/01/08 54: WATER DISTRIBUTION 00: - A water distribution pipe comprises an elbow

formation along its length, an aperture-defining

formation defining an aperture in a radially distal wall

of the elbow formation along a radius of the

curvature of the elbow, and an openable closure that

is mounted or mountable to the aperture-defining

formation and that closes the aperture.

21: 2019/00169 22: 2019/01/10 43: 2019/08/05 51: H04B 71: PROFIL MET SP. J. JASINSKI, LEITER

72: OCHMAN, Lukasz, KOWALIK, Aleksandra, PLACHETKA, Joanna 33: EP 31: 16461537.9 32: 2016/07/14 54: A RADIO COMMUNICATION REPEATER, A RADIO COMMUNICATION SYSTEM AND METHOD 00: - A radio communication repeater (R) for operating in

a TDMA-type radio communication system with a

plurality of time slots (TS) to transmit packets (P),

each packet (P) comprising a recipient identifier

(Rec. ID), the repeater (R) comprising: a transmitter

(25) configured to transmit a plurality of the packets

(P) in a transmit time slot (TS) assigned to that

repeater (R); a receiver (22) configured to receive a

plurality of the packets (P) from all other time slots

(TS) of the TDMA radio communication system other

than the transmit time slot (TS) assigned to that

repeater (R); characterized in that it further

comprises: a controller (26) configured to, if the

received packets have different recipient identifiers

(Rec. ID), forward the received packets (P) for

transmission by the transmitter (25) in the transmit

time slot (TS) assigned to that repeater (R) as a

frame comprising a plurality of packets having

different recipient identifiers (Rec. ID).

21: 2019/00172 22: 2019/01/10. 43: 2019/08/02 51: F03B


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71: Novige AB 72: SKJOLDHAMMER, Jan 33: SE 31: 1650826-9 32: 2016-06-13 54: APPARATUS FOR HARVESTING ENERGY FROM WAVES 00: - Apparatus comprising a floating platform (2), a

cylinder (1) connected thereto, and a piston (5)

having a piston rod (6) connected to a mooring (10)

at the sea floor. At least one penstock tube (13) is in

fluid connection at its lower end with a lower portion

of the cylinder, below the piston. The penstock tube

being provided along the cylinder and has an

opening at the upper end arranged so that water

pumped upwards in the at least one penstock tube

will hit a water turbine (4) arranged above the

cylinder. The water turbine being in connection with

a generator (15). The cylinder has an opening (19,

22) in an upper portion and in the lower portion

thereof, provided with a one-way valve (22) allowing

water into the lower portion of the cylinder while the

cylinder moves downwards, and when the platform

rises, water will be refilled in the upper section

through the opening.

21: 2019/00175 22: 2019/01/10 43: 2019/08/05

51: B02C 71: Siemens Aktiengesellschaft 72: KARADENIZ, Adem, SMITS, Stefan, TISCHLER, Kurt 33: EP(DE) 31: 16179745.1 32: 2016/07/15 54: METHOD FOR STARTING A GRINDING TUBE 00: -

21: 2019/00191 22: 2019/01/11 43: 2019/08/01 51: A01N 71: SUMITOMO CHEMICAL COMPANY, LIMITED 72: YODA, HIROAKI, KOGANEMARU, REINA 33: JP 31: 2018-011342 32: 2018/01/26 54: GRAIN SEALED STORAGE BAG, GRAIN STORAGE BAG, METHOD FOR PREVENTING GRAIN IN GRAIN SEALED STORAGE BAG OR GRAIN STORAGE BAG FROM DAMAGE BY PESTS, AND MULTILAYER FILM 00: -


Page | 195

There is provided a grain sealed storage bag that

kills or weakens pests in a grain sealed storage bag,

and significantly prevents pests from entering from

outside of the grain sealed storage bag without

essential use of an insect repellent and/or an insect

deterrent, a grain storage bag, a method for

preventing grain in a grain sealed storage bag or a

grain storage bag from damage by pests. A grain

sealed storage bag comprises at least a multilayer

film having a barrier layer, an inner layer and an

outer layer, wherein the multilayer film has the inner

layer on one side of the barrier layer, and has the

outer layer on a side opposite to the inner layer in

the barrier layer, an oxygen transmission rate of the

multilayer film is 0.1 cc/m2/day/atm or more and 500

cc/m2/day/atm or less, an interlayer strength

between the barrier layer and the outer layer is 0.1

N/15 mm or more and 2.9 N/15 mm or less, and the

multilayer film is configured that the outer layer is

positioned on an outer side of the barrier layer, and

the inner layer is positioned on an inner side of the

barrier layer, so as to form a bag shape.

21: 2019/00196 22: 2019/01/11 43: 2019/08/01 51: H01M 71: PEZ, Guido, P., HERRING, Andrew, Michael 72: PEZ, Guido, P., HERRING, Andrew, Michael 33: US 31: 15/676,755 32: 2017/08/14 33: US 31: 62/376,233 32: 2016/08/17 54: SYSTEM AND METHOD FOR ELECTROCHEMICAL ENERGY CONVERSION AND STORAGE 00: - An electrochemical energy conversion and storage

system includes an electrochemical energy

conversion device, such as a fuel cell that is in fluid

communication with a hydrogen or electrically

regenerate organic liquid feel and an oxidant, for

receiving., catalyzing and electrochemically oxidizing

at least a portion of the fuel to generate electricity, a

thus partially- oxidized liquid fuel, and water. The

liquid fuel includes six-membered ring cyclic

hydrocarbons with functional group substituents,

wherein the ring hydrogens may undergo an

electrochemical oxidative dehydrogenation to the

corresponding aromatic molecules. Comprising ring-

substituent functional groups may also be

electrochemically oxidized now with a potential

incorporation of oxygen thus providing an additional

capacity for energy storage. The partially oxidized

spent liquid fuel may be electrically regenerated in

situ with now an input of electricity and water to the

device, generating oxygen as a by-product.

Alternatively, the recovered spent; fuel may be

conveyed to a facility where it is reconstituted by

catalytic hydrogenation or electrochemical

hydrogenation processes.

21: 2019/00200 22: 2019/01/11 43: 2019/08/01 51: D04B 71: Lonati S.p.A. 72: LONATI, Ettore, LONATI, Fausto, LONATI, Francesco 33: IT 31: 102016000072994 32: 2016/07/13 54: PICKUP DEVICE FOR PICKING UP A KNITTED TUBULAR MANUFACTURE FROM A CIRCULAR KNITTING MACHINE FOR HOSIERY OR THE LIKE AND FOR TRANSFERRING IT TO A UNIT ADAPTED TO PERFORM ADDITIONAL OPERATIONS ON THE MANUFACTURE 00: - A pickup device for picking up a knitted tubular

manufacture from a circular knitting machine for

hosiery or the like and for transferring it to a unit

adapted to perform additional operations on the

manufacture, comprising an annular pickup body (2)

that supports a plurality of pickup elements (3),

which are arranged radially around the axis (2a) of

the pickup body (2) and can slide with respect to the


Page | 196

pickup body (2) along radial directions; the pickup

body (2) can be arranged coaxially around the

needle cylinder (42) of a circular knitting machine

(41) for hosiery or the like, with each one of the

pickup elements (3) laterally facing a needle (44) of

the machine (41); actuation means (4) being

provided which act on the pickup elements (3) for

their movement along the radial directions at least

from a first position, in which the pickup elements (3)

are closer to the axis (2a) of the pickup body (2), to a

second position, in which the pickup elements (3)

are spaced further from the axis (2a) of the pickup

body (2) with respect to the first position, and vice

versa; the end (3a) of each one of the pickup

elements (3) that is directed toward the axis (2a) of

the pickup body (2) is hook-shaped and forms a

compartment (5) that is adapted to receive at least

one loop of knitting (51); safety means (6) being also

provided which are associated with the pickup body

(2) and can be engaged by the end (3a) of the

pickup elements (3) in their transition from the first

position to the second position in order to close the

compartment (5).

21: 2019/00201 22: 2019/01/11 43: 2019/08/01 51: F04B 71: Dosatron International 72: DUQUENNOY, Philippe, MAHIEUX, Richard 33: FR 31: 1656774 32: 2016/07/13 54: METERING MECHANISM FOR A PROPORTIONING PUMP, AND ASSOCIATED PUMP AND USAGE METHOD 00: - The invention relates to a metering mechanism (D)

comprising a metering element (10) that is

translatably mounted in a jacket (3), the jacket being

mounted in an adjusting sleeve (4) that can

cooperate with the jacket by way of a screwing

movement, the screwing/unscrewing movement

causing a translatory movement of the metering

element; at one end, the metering element is

provided with a check valve (11), and at the other

end, same accommodates a plunger (9), the

reciprocating translatory movement of which creates

suction at the end of the element provided with the

valve (11), followed by expulsion into a volume (V)

surrounding the other end of the metering element

via a passage formed in at least one first sealing

device (J91; J1) and in a second sealing device

(J93). The invention also relates to a proportioning

pump comprising a metering mechanism of said type

as well as to a method for using a pump of said type

in at least two metering ranges.

21: 2019/00204 22: 2019/01/11 43: 2019/08/01 51: B32B; C08G 71: Novamont S.p.A. 72: PONTI, Roberto, RUSSO, Claudio 33: IT 31: 102016000060486 32: 2016/06/13 54: MULTILAYER BIODEGRADABLE FILM 00: -


Page | 197

This invention relates to a multilayer biodegradable

film which is particularly suitable for the manufacture

of packaging and is also characterised by

appreciable optical transparency properties in

addition to high level mechanical properties.

21: 2019/00222 22: 2019/01/14 43: 2019/07/31 51: E21D 71: DI MATTEO, Franco 72: DI MATTEO, Franco 33: ZA 31: 2018/01733 32: 2018/03/14 54: SELF-DRILLING EXPANDABLE ROCK BOLT ARRANGEMENT AND RELATED METHOD OF MANUFACTURE 00: - An expandable rock bolt arrangement is provided,

comprising an expandable elongate tube defining a

leading end and a trailing end; a first tube portion

extending from the leading end of the elongate tube,

with a cutting bit being fittable to the first tube

portion, so that upon rotation of the elongate tube,

the rock bolt arrangement can be drilled into rock;

and an outlet valve fitted within or to the first tube

portion. The outlet valve comprises a valve body, a

valve seal and a valve seat, so that during the

drilling of the rock bolt arrangement into rock, liquid

can enter the expandable elongate tube through the

trailing end and exit through the outlet valve to flush

cuttings and cool the cutting bit, under relatively low

pressure in which case the outlet valve is in an open

position, with the valve seat being spaced apart from

the valve seal.

21: 2019/00223 22: 2019/01/14 43: 2019/08/06 51: F16F 71: LANXESS Deutschland GmbH 72: LINDER, Thomas, BRANDT, Marcel, THEILER, Stefan, JOACHIMI, Detlev, KÜBLER, Michael 33: EP(DE) 31: 18151577.6 32: 2018/01/15 54: HR GLASS FIBRES IN VIBRATION COMPONENTS 00: - The present invention relates to the use of HR glass

fibres for improving the operational stability of nylon-

6-based vibration components.


Page | 198

21: 2019/00224 22: 2019/01/14 43: 2019/07/31 51: F16F 71: LANXESS Deutschland GmbH 72: THEILER, Stefan, JOACHIMI, Detlev, LINDER, Thomas, BRANDT, Marcel, KÜBLER, Michael 33: EP(DE) 31: 18151580.0 32: 2018/01/15 54: HR GLASS FIBRES IN VIBRATION COMPONENTS 00: - The present invention relates to the use of HR glass

fibres for improving the operational stability of nylon-

6,6-based vibration components.

21: 2019/00225 22: 2019/01/14 43: 2019/08/06 51: A01H; C12N; C12Q 71: MONSANTO TECHNOLOGY LLC 72: ZHANG, Yuanji, LARUE, Clayton T., ZHOU, Xuefeng, REAM, Joel, E., SHARIFF, Aabid 33: US 31: 62/368,840 32: 2016/07/29 54: METHODS AND COMPOSITIONS FOR GENE EXPRESSION IN PLANTS 00: - The invention provides recombinant DNA molecules

useful for providing efficient expression of proteins in

transgenic plants, as well as compositions and

methods for using the recombinant DNA molecules.

In particular embodiments, the invention provides

recombinant DNA molecules and constructs

comprising sequences encoding transit peptides and

operably linked sequences conferring herbicide

tolerance.

21: 2019/00227 22: 2019/01/14 43: 2019/08/05 51: A61K; A61P; C07D 71: NOVARTIS AG 72: JIANG, Songchun, MICHELLYS, Pierre-Yves, PEI, Wei, JIANG, Tao, ALPER, Phillip, DEANE, Jonathan, KNOEPFEL, Thomas, ZHANG, Guobao, ZHANG, Yi, MUTNICK, Daniel, SYKA, Peter 33: US 31: 62/385,726 32: 2016/09/09 54: COMPOUNDS AND COMPOSITIONS AS INHIBITORS OF ENDOSOMAL TOLL-LIKE RECEPTORS 00: - The invention disclosed herein relates to 4,5,6,7-

tetrahydro-1H-pyrazolo[4,3-c]pyridinyl compounds

and 4,5,6,7-tetrahydro-2H-pyrazolo[4,3-c]pyridinyl

compounds of Formula (A), pharmaceutical

compositions comprising such compounds and the

use of such compounds in the treatment of

autoimmune diseases.

21: 2019/00233 22: 2019/01/14 43: 2019/08/06 51: A01N; A01P 71: Syngenta Participations AG 72: BALOGH, Akos, PICKETT, Brian, KALOUMENOS, Nikolaos, PALMER, Eric Walker 33: GB 31: 1612748.2 32: 2016/07/22 54: METHOD OF CONTROLLING PLANTS 00: - The present invention provides a method of

controlling plants comprising applying to the plants,

or to the locus of the plants a composition

comprising (A) a compound of formula (I) selected

from the group consisting of: Formula(I), or an N-

oxide or salt form thereof, and (B) one or more

further herbicides.

21: 2019/00260 22: 2019/01/15 43: 2019/07/16 51: B29C; B32B; E04B; F16F 71: THE GILL CORPORATION


Page | 199

72: SHEN, Hongbin, NGUYEN, Phu 33: US 31: 15/217,824 32: 2016/07/22 54: VIBRATION DAMPING SYSTEM 00: - A reduced vibration structure comprises honeycomb

and a vibration damping coating on at least a portion

of the internal surface of at least a portion of the

cells of the honeycomb. The vibration damping

coating is formed by curing a coating composition

comprising acrylic polymer or copolymer emulsion

and a vibration damping filler. The structure can

include an adhesive coupled to both the upper

surface and the lower surface of the honeycomb and

two pieces of sheathing coupled to the adhesive,

one on the upper surface and one on the lower

surface of the honeycomb.

21: 2019/00261 22: 2019/01/15 43: 2019/08/05 51: C10G 71: GOLDEN RENEWABLE ENERGY, LLC 72: TENORE, Anthony, F., OLUWADARE, Oluwaseun, FOWLER, David, TENORE, Anthony, N. 33: US 31: 15/479,560 32: 2017/04/05 33: US 31: 62/319,768 32: 2016/06/21 33: US 31: 15/628,922 32: 2017/06/21 54: BAG PRESS FEEDER ASSEMBLY 00: - A material handling apparatus is described

comprising a material press body having an inlet and

an outlet; a power source for generating an

airstream into the inlet of the material press body

and through the outlet of the material press body,

wherein the airstream captures and feeds a supply

material into the material press body; a plurality of

press augers for capturing and manipulating the

supply material into the material handling apparatus;

and a drive system connected to drive and control

the plurality of augers.

21: 2019/00262 22: 2019/01/15 43: 2019/08/06 51: C10G 71: GOLDEN RENEWABLE ENERGY, LLC 72: TENORE, Anthony, F., OLUWADARE, Oluwaseun, FOWLER, David, TENORE, Anthony, N. 33: US 31: 15/628,844 32: 2017/06/21 33: US 31: 62/318,178 32: 2016/06/21 33: US 31: 15/477,312 32: 2017/04/03 54: CHAR SEPARATOR AND METHOD 00: - The present invention relates to an apparatus and

method for processing reusable fuel wherein the

apparatus comprises a support body and a plurality

of augers disposed within the support body. The

augers may be configured to rotate against a vapor

flow to clean carbon char from vapors comprising

condensable and non-condensable hydrocarbons. A

drive system may be connected to drive and control

the plurality of augers. An exhaust system is

connected to the support body. A gearbox housing is

connected to the exhaust system, wherein the drive

system is accommodated in the gearbox housing. A

ventilation system is disposed within the gearbox


Page | 200

housing. Additionally, a thermal expansion system

may be connected to the support body.

21: 2019/00296 22: 2019/01/16 43: 2019/08/01 51: B60L; H02P 71: Eletra Industrial LTDA 72: HIRATSUKA, Paulino 33: BR 31: 102018001661-0 32: 2018/01/26 54: ELECTRIC VEHICLE POWER MANAGEMENT SYSTEM 00: - The present invention relates to a power

management system of a pure electric vehicle

powered exclusively by batteries which allows the

vehicle to carry a load of up to 13 tons, where the

system of the present invention is provided with five

blocks: a battery system (SBAT) (3), a control and

power logic unit (ULCP) (4), a traction system (STR)

(5), an auxiliary system (SAX) (36), and a driver's

control panel (PCM) 81, where such blocks are

interconnected by two buses, CAN bus (128) and

Digital/Analogical BDA (129). The battery system

has two battery banks (1) and (2) in parallel which

are monitored by the BMS (76). The BMS (76)

checks whether the voltages at the output of the

batteries are the same as the input of the inverter (8)

and manages the use of the battery banks in

conjunction with the eVSI (73) by operating the

battery bank (1) or the battery bank (2) or both

depending on the load conditions of each bank. The

eVSI (73) coordinates the control and power logic

unit (ULCP) (4) which, through its components,

controls the flow of energy between the battery

banks, the traction system (STR) (5) and the

auxiliary system (SAX) (36).

21: 2019/00302 22: 2019/01/16 43: 2019/08/06 51: B01D; E03B; F04F 71: Siemens Aktiengesellschaft 72: ZIEGMANN, Markus, ZIMMERMANN, Gerhard 33: DE 31: 10 2016 213 570.8 32: 2016/07/25 54: ARRANGEMENT AND METHOD FOR OBTAINING WATER FROM A HUMID GAS MIXTURE 00: - A method and arrangement for obtaining water from

a humid gas mixture at a first temperature, having a

compressor suitable for compressing the gas mixture

from a first pressure to a second pressure at which

the dew point of the gas mixture lies above the first

temperature, having a pressure boiler for receiving

the gas mixture and condensing out at least a first

fraction of the water from the gas mixture in the

pressure boiler, having a pressure exchanger


Page | 201

suitable for transferring the second pressure from

the gas mixture with reduced water content to a

fresh feed of the gas mixture, and having a line from

the pressure exchanger to the pressure boiler for

transporting the fresh feed at the second pressure

from the pressure exchanger into the pressure

boiler.

21: 2019/00337 22: 2019/01/17 43: 2019/08/07 51: A61K A61P 71: CIVITAS THERAPEUTICS, INC. 72: LIPP, Michael, M., KAMERKAR, Abhijit, GILANI, Fahad, CHAN, Holly, TAUBER, Michael 33: US 31: 62/420,932 32: 2016/11/11 33: US 31: 62/354,382 32: 2016/06/24 54: SURFACTANT FORMULATIONS FOR INHALATION 00: - The present invention is directed respirable, dry

powder particle formulations of lung surfactants that

optionally comprise surfactant proteins and that are

formulated for delivery to the pulmonary system via

inhalation.

21: 2019/00343 22: 2019/01/17 43: 2019/08/14 51: E04H 71: Hemo Plus Sàrl 72: GAUTHIER, Henri, TILATTI, Nicolas, COURTIADE, Philippe 33: CH 31: 00852/16 32: 2016/07/-05 54: SELF-CONTAINED TREATMENT UNIT FOR HAEMODIALYSIS TREATMENTS 00: - The invention concerns a centre (10) for treating, by

haemodialysis, a plurality of patients, with a solution

prepared with at least one solution of haemodialysis

concentrates, said centre (10) comprising a

treatment room for patients received in a reception

area (13) and then taken care of by a medical

division (15) before the start of a treatment

programme in a treatment room. The treatment unit

(10) further comprises: - a dedicated room (32)

where the stocks of concentrates are housed, - a

dedicated room (33) for storing pharmaceutical

products that are likely to be used by a patient

before, during or after treatment; - a dedicated room

(34) for managing and, in case of failure in a

network, for producing electrical energy; - a

dedicated room (35) for storing chemical products, in

particular for cleaning and disinfecting the facilities

and equipment; - a dedicated room (36) for

processing and/or inerting and/or eliminating waste

resulting from the treatment; and - a dedicated room

(37) for storing technical components for maintaining

the equipment.

21: 2019/00365 22: 2019/01/18 43: 2019/08/07 51: A61N; A61P 71: CSIR 72: LUGONGOLO, Masixole Y, MANOTO, Sello Lebohang, OMBINDA-LEMBOUMBA, Saturnin, MTHUNZI-KUFA, Patience 33: ZA 31: 2016/04475 32: 2016/07/01 54: HIV INFECTIONS 00: - A method of killing HIV-infected cells and/or

inhibiting proliferation of HIV-infected cells includes

exposing the HIV-infected cells to electromagnetic

radiation, or administering electromagnetic radiation

to the HIV-infected cells. The electromagnetic

radiation has a wavelength of between 500 nm and

1500 nm.


Page | 202

21: 2019/00369 22: 2019/01/18 43: 2019/08/14 51: C08F; C10L 71: Total Marketing Services 72: PREVOST, Julie 33: FR 31: 1656974 32: 2016/07/21 54: COPOLYMER SUITABLE FOR USE AS A DETERGENT ADDITIVE FOR FUEL 00: -

21: 2019/00371 22: 2019/01/18 43: 2019/08/13 51: A61K; C07D 71: GE Healthcare AS 72: MEIJER, Andreas Richard, THANING, Mikkel Jacob, BALES, Brian Christopher, RISHEL, Michael James 33: GB 31: 1610738.5 32: 2016/06/20 54: CHELATE COMPOUNDS

00: - The invention provides compounds of formula (I)

suitable for use as contrast agents in magnetic

resonance imaging (MRI). The compounds of the

present invention are manganese (II) complexes

having advantageous properties as compared with

similar known compounds.

21: 2019/00372 22: 2019/01/18 43: 2019/08/14 51: B07C; B65G 71: De Greef's Wagen-, Carrosserie- en Machinebouw B.V. 72: NIJLAND, Wilhelm Jan 33: NL 31: 2017071 32: 2016/06/29 54: MEASURING DEVICE FOR MEASURING PRODUCTS, AND METHOD THEREFOR 00: - The invention relates to a measuring device for

measuring products, such as fruits including

vegetables and fruit, sorting system provided

therewith, and method therefor. The measuring

device according to the invention comprises: - a

frame provided with a number of movable fruit

carriers on which or between which products can be

placed for carrying and with which the products can

be moved in a transport direction; and a sensor

configured to perform a measurement or series of

measurements on the products on or between the

fruit carriers, wherein at least parts of the sensor are

configured to enable the sensor to perform

measurements over a measuring path, and wherein

the measuring path is arranged at an angle to the

transport direction so that a measurement can be

performed over a distance over the product.


Page | 203

21: 2019/00378 22: 2019/01/18 43: 2019/08/06 51: B01D; F22B; F23J 71: ARVOS LJUNGSTROM LLC 72: O'BOYLE, Kevin (deceased), MATTISON, Glenn D. 33: US 31: 15/205,243 32: 2016/07/08 33: WO 31: PCT/US2016/055958 32: 2016/10/07 54: METHOD AND SYSTEM FOR IMPROVING BOILER EFFECTIVENESS 00: - A method for improving effectiveness of a steam

generator system includes providing air to an air

preheater at a mass flow such that the air preheater

has a cold end outlet temperature defined by the

improved air preheater operating with increased heat

recovery (HR) of at least 1% calculated according to

the equation: HR = 100% x ((Tgi-TgoAdvX)/(Tgi-

TgoSTD) - 1). The method requires either reducing

the amount of heat that flows into the air preheater

from the flue gas and/or increasing the amount of

heat extracted from the flue gas. The method

includes mitigating SO3 in the flue gas which is

discharged directly from the air preheater to a

particulate removal system and then directly into a

flue gas desulfurization system. The method

includes extracting heat from the Flue gas to create

equipment preheat and/or flue gas stack reheat air

with the latter being fed to heat the flue gas prior to

entering a discharge stack to raise the temperature

of the flue gas to mitigate visible plume exiting and

to mitigate corrosion in, the discharge stack.

21: 2019/00395 22: 2019/01/18 43: 2019/07/31 51: B01J 71: MERCURY CAPTURE INTELLECTUAL PROPERTY, LLC 72: POLING, Christopher L. 33: US 31: 15/877,732 32: 2018/01/23 54: COAL ASH TREATMENT SYSTEM AND METHOD 00: - A system and method for producing a modified coal

ash involves collecting a bulk quantity of such coal

ash, generally after it has been produced or

landfilled, or is otherwise at temperatures closer to

ambient, as opposed to power plant operational

temperatures. In one possible implementation, the

method herein involves removing carbon from the

coal ash, such removal occurring by exposing the

carbon to indirect heat, that is, externally-applied

heat. For coal ashes with higher ash content. This

removal is accomplished by subjecting the coal ash

stream to heat, in one implementation, ranging

between 850°F and 1200°F, and such heat exposure

occurring from about 10 minutes to about 30

minutes. The range of exposure time for the coal ash

is determined so as to reduce the LOI from its initial

level to a level acceptable for intended re-use or

recycling.


Page | 204

21: 2019/00405 22: 2019/01/21 43: 2019/08/05 51: A01K G01N 71: EGG WAVES LTD. 72: FEINBERG, Ari, ARVANITIS, Michael 33: US 31: 62/355,722 32: 2016/06/28 54: SYSTEM, APPARATUS AND METHOD FOR NON-INVASIVE AVIAN EGG FERTILITY DETECTION 00: - A system, egg holding unit and methods are

provided for non-invasively determining the fertility of

an avian egg. The system comprises: an egg holding

unit; at least one transmitter, operative for

transmitting electromagnetic waves towards said at

least one egg; at least one receiver for receiving a

received signal, including at least a portion of said

electromagnetic waves after passing through said at

least one egg placed within said egg holding unit; a

processor adapted to analyze said received signal

according to a predetermined fertility determination

procedure; and a communication interface for

providing a fertility indication with respect to each

one of said at least one egg. Preferably, the

communication interface is coupled to a display

device adapted to show fertilization data using a

GUI, to one or more end users.

21: 2019/00413 22: 2019/01/21 43: 2019/08/13 51: C10M 71: Klüber Lubrication München SE & Co. KG 72: NARNHAMMER, Daniel Andreas, SEEMEYER, Stefan, KOOZER, Justin, HOLM, Ari-Pekka 33: DE 31: 10 2016 011 397.9 32: 2016/09/21 54: USE OF LUBRICANTS ON THE BASIS OF WATER-SOLUBLE, HIGH-VISCOSITY POLYGLYCOLS 00: - The present invention relates to the use of lubricants

on the basis of water-soluble, high-viscosity

polyethylene glycols for lubricating open gearing,

which is for example used in rotary kilns and mills.


Page | 205

21: 2019/00415 22: 2019/01/21 43: 2019/08/13 51: C11B; C11D 71: Givaudan SA 72: PROVAN, Alan Forbes 33: GB 31: 1613571.7 32: 2016/08/08 54: IMPROVEMENTS IN OR RELATING TO ORGANIC COMPOUNDS 00: - A malodour-counteracting perfume composition

comprising at least 10 wt % of at least four

compounds drawn from the following groups Group

A and Group B: at least 10% in total of at least two

of the following Group A compounds: citronellal,

citronellol, Cyclal C, Gardenol, decenal-4-trans, ethyl

2 methyl butyrate, hexenyl-3-cis acetate, hexyl

acetate, isoamyl acetate extra, litsea cubeba oil,

nonanal, orange oil, orange terpenes, prenyl

acetate, rose oxide, Rosyrane super and Tricyclal;

and optionally at least two Group B ingredients.

21: 2019/00418 22: 2019/01/21 43: 2019/08/13 51: C22C; C22F 71: Alcoa USA Corp. 72: ROUNS, Thomas N., MCNEISH, David, CAPPS, Jean F., COMBS, Samuel, WALTERS, Christopher L. 33: US 31: 62/381,341 32: 2016/08/30 54: ALUMINUM SHEET WITH ENHANCED FORMABILITY AND AN ALUMINUM CONTAINER MADE FROM ALUMINUM SHEET 00: - In some embodiments of the present invention a

method includes: obtaining a first aluminum alloy

sheet formed from rolling a first ingot of a 3xxx or a

5xxx series aluminum alloy, wherein, prior to rolling,

the first ingot has been heated to a sufficient

temperature for a sufficient time to achieve a first

dispersoid f/r of less than 7.65; and forming a

container precursor from the first aluminum alloy

sheet, wherein when the first aluminum alloy sheet is

formed into the container precursor, the container

precursor has less observed surface striations and

ridges as compared to a container precursor formed

from a second aluminum alloy sheet rolled from a

second ingot having a second dispersoid f/r value of

7.65 or greater.


Page | 206

21: 2019/00429 22: 2019/01/18 43: 2019/08/05 51: C21D; C22C 71: NORTH CHINA UNIVERSITY OF SCIENCE AND TECHNOLOGY 72: ZHENG, Xiaoping, SONG, Jinying, CHEN, Liansheng, LI, Hongbin, TIAN, Yaqiang 33: CN 31: 201810048800.9 32: 2018/01/18 54: HIGH-STRENGTH STEEL TREATMENT PROCESS 00: - The present disclosure discloses a high-strength

steel treatment process including the following steps:

heating a steel billet to 1100-1150 ºC, with a rough

rolling pass deformation of 25-45%, a finish rolling

total deformation of 50-60%, a finish rolling

temperature of 830-850 ºC, and a finish rolling sheet

thickness of 2-5 mm; cooling to a cooling

temperature of 720-610 ºC at a cooling rate of 50-

200 ºC/s for coiling, and then cooling naturally; then,

carrying out cold rolling to 1-2 mm, subjecting the

cold-rolled sheet to continuous annealing at an

annealing temperature of 580-680 ºC with the

holding time of 20-40 seconds, and then carrying out

air cooling.

21: 2019/00437 22: 2019/01/22 43: 2019/08/07 51: F28D; F28F 71: GEA TDS GmbH 72: SCHWENZOW, Uwe, LÜTKE SUNDERHAUS, Ludger, ROLLE, Ulrich, ASSING, Hubert, TACKE, Ludger, ZIMMERMANN, Dietrich 33: DE 31: 10 2016 007 637.2 32: 2016/06/23 54: METHOD FOR OPERATING A TUBE BUNDLE HEAT EXCHANGER FOR HEATING A TEMPERATURE-SENSITIVE CONCENTRATE OF A FOOD PRODUCT UNDER HIGH PRESSURE, AND TUBE BUNDLE HEAT EXCHANGER FOR CARRYING OUT THE METHOD 00: - The invention relates to a method for operating a

tube bundle heat exchanger (100) for heating a

temperature-sensitive concentrate (P) of a food

product under high pressure, having the preamble

features of claim 1. The aim of the invention is to

overcome the disadvantages of the prior art and

provide a method of the generic type and a tube

bundle heat exchanger for carrying out the method

which reduce the tendency of the concentrate to

denaturate at a high pressure level, the tendency of

the viscosity of the concentrate to increase or the

tendency of the concentrate to gelate, and the

tendency of same to accumulate and which ensure

an end product that is sterile, i.e. microbiologically

clean. This is achieved by a method in that • the tube

bundle heat exchanger (100) flow paths supplied

with the concentrate (P) are designed such that a

pressure (p) of maximally 350 bar can be applied to

the concentrate (P), and • an increased concentrate


Page | 207

(P) flow speed (v) maximally equaling 3m/s is

provided in the inner tubes (300) and/or in the

annular gap-shaped outlet-side channel (600b) in

order to generate a defined flow mechanical shear

stress of the concentrate (P).

21: 2019/00438 22: 2019/01/22 43: 2019/08/07 51: A61K; A61P; C07D 71: University of Virginia Patent Foundation 72: BUSHWELLER, John H., ILLENDULA, Anuradha 33: US 31: 62/367,263 32: 2016/07/27 54: COMBINATION THERAPIES FOR TREATING CANCER 00: - This invention relates to methods and compositions

for treatment of inv(16) leukemia and particularly to

treatment of acute myeloid leukemia. Disclosed is a

method of treating inv(16) leukemia comprising the

step of administering to a subject in need thereof a

therapeutically effective combination of a) a

compound of the formula (1) and b) a

chemotherapeutic agent selected from the group

consisting of pirarubicin, aclarubicin, mitoxantrone,

doxorubicin, daunorubicin, idarubicin, epirubicin,

cytarabine, pharmaceutically acceptable salts and

mixtures thereof. The therapeutically effective

combination synergistically inhibits proliferation of

inv(16) leukemia cells. This invention also relates to

pharmaceutical compositions comprising a

therapeutically effective combination of the

compound of formula (1) and the chemotherapeutic

agent and a pharmaceutically acceptable excipient.

21: 2019/00453 22: 2017/07/10 43: 2019/08/07 51: C22B; C22C 71: OUTOTEC (FINLAND) OY 72: MÄKELÄ, PASI, PALOVAARA, PETRI, PISILÄ, SAULI, SAARENMAA, JARMO 33: FI 31: 20165582 32: 2016/07/11 54: PROCESS FOR MANUFACTURING CHROMIUM AND IRON BEARING AGGLOMERATES WITH DIFFERENT ADDITION OF MANGANESE, NICKEL AND MOLYBDENUM BEARING MATERIALS 00: - The invention relates to a process for manufacturing

mechanically durable chromium and iron bearing

agglomerates with desired content of manganese,

nickel and molybdenum. The invention also relates

to chromium and iron bearing agglomerates with


Page | 208

desired content of manganese, nickel and

molybdenum manufactured by said method.

21: 2019/00465 22: 2019/01/23 43: 2019/08/14 51: E02F; E21C; F04B; F16L 71: DNS Hydraulics and Engineering CC 72: VAN HUYSSTEEN, Andries Nico, VAN HUYSSTEEN, Nicolaas Cornelius 54: MOBILE HYDRAULIC UNIT 00: - According to the invention there is provided a mobile

hydraulic unit comprising a mobile trailer, on top of

which is mounted a cooling arrangement; a motor

arrangement comprising a motor and related prop

shaft, and a fuel tank to supply fuel to the motor; a

hydraulic cooler adjacent the motor arrangement; a

hydraulic pump arrangement driven by the motor’s

prop shaft; a hydraulic tank connected to the

hydraulic pump arrangement via suction lines or

pipes; a hydraulic valve bank to control the operation

of the hydraulic pump arrangement; and a plurality of

retractable hydraulic hose reels connected to the

hydraulic pump arrangement via the valve bank, to

ultimately power a hydraulic machine.

21: 2019/00469 22: 2019/01/23 43: 2019/08/07 51: F16D 71: HORTON, INC. 72: HENNESSY, David, R., SAVELA, Derek 33: US 31: 62/356,101 32: 2016/06/29 54: VISCOUS CLUTCH AND ASSOCIATED ELECTROMAGNETIC COIL 00: - A viscous clutch (20) includes an input member (26),

an output member (24), a working chamber (30)

defined between the input member and the output

member, a reservoir (28) to hold a supply of a shear

fluid, a valve (32) that controls a flow of the shear

fluid between the reservoir and the working chamber

along a fluid circuit that fluidically connects the

reservoir and the working chamber, a bearing (48),

and an electromagnetic coil (34) supported by the

bearing. The electromagnetic coil includes a coil

housing (34-1) and a winding (34-2) that forms

multiple turns within an interior volume (34-3) of the

coil housing, wherein the coil housing has a stepped

configuration to at least partially accommodate the

bearing within a first step (34-4). Selective

energization of the electromagnetic coil actuates the

valve.

21: 2019/00475 22: 2019/01/23 43: 2019/07/31 51: G01N 71: Amgen Inc. 72: MILNE, Graham Frank, FRADKIN, Dmitry, PEARSON, Thomas Clark, KOO, Bonchull Chris, FREUND, Erwin 54: VIDEO TRIGGER SYNCHRONIZATION FOR IMPROVED PARTICLE DETECTION IN A VESSEL 00: - A method includes, during an agitation period of an

agitation profile, applying a motion to a transparent

vessel containing a fluid, and while applying the

motion; acquiring a sequence of original images of a

portion of the transparent vessel; generating a


Page | 209

background image from the sequence of original

images; generating a resultant image from the

background image and an original image in the

sequence of original images; and identifying from the

resultant image a particle in the fluid.

21: 2019/00480 22: 2019/01/23 43: 2019/07/31 51: F41G 71: BAE Systems Bofors AB 72: GUSTAFSSON, Nils 33: SE 31: 1630205-1 32: 2016/08/29 54: DEVICE FOR A WEAPON STATION 00: - The invention relates to an optical module (1) for an

independent line of sight, wherein the optical module

is capable of being arranged on a sight unit and

wherein the optical module contains at least a first

mirror (2) and at least a movably arranged second

mirror (5). The invention further relates to a method

for converting an existing weapon station into a

weapon station with an independent line of sight.

The invention further relates to a sight unit arranged

with an optical module. The invention further relates

to a weapon station embodied with a sight unit,

wherein an optical module is arranged on the sight

unit.

21: 2019/00496 22: 2019/01/24 43: 2019/08/05 51: F16K 71: MAC VALVES, INC. 72: LANDACRE, BRETT ANTHONY, SIMMONDS, JEFFREY 33: US 31: 16/171,450 32: 2018/10/26 33: US 31: 62/621,641 32: 2018/01/25 54: FLOW-THROUGH LIQUID VALVE 00: - This invention concerns a valve including a housing,

a valve seat provided in the housing, and an

armature assembly positioned in the housing

proximate the valve seat. The armature assembly is

movable towards and away from the valve seat, and

includes a first armature, and a second armature

that is movable relative to the first armature. The

valve also includes a coil that is configured to

actuate the armature assembly away from the valve

seat to open the valve, wherein upon application of a

first current to the coil, the first armature and the

second armature are each actuated away from the

valve seat to a first open state, and upon application

of a second current that is greater than the first

current to the coil, the second armature is actuated

away from the first armature to a second open state

that is greater than the first open state.


Page | 210

21: 2019/00497 22: 2019/01/24 43: 2019/08/05 51: A61K; C07K 71: Ra Pharmaceuticals, Inc. 72: HOARTY, Michelle Denise, DHAMNASKAR, Ketki Ashok, ELBAUM, Daniel, JOSEPHSON, Kristopher, LARSON, Kelley Cronin, MA, Zhong, NIMS, Nathan Ezekiel, RICARDO, Alonso, SEYB, Kathleen, TANG, Guo-Qing, TRECO, Douglas A., WANG, Zhaolin, YE, Ping, ZHENG, Hong, PERLMUTTER, Sarah Jacqueline, HAMMER, Robert Paul 33: US 31: 62/011,368 32: 2014/06/12 54: MODULATION OF COMPLEMENT ACTIVITY 00: - The present invention provides modulators of

complement activity. Also provided are methods of

utilizing such modulators as therapeutics.

21: 2019/00516 22: 2019/01/24 43: 2019/07/31 51: A61K; A61P; C07D 71: Pfizer Inc. 72: BOEHM, Markus, CABRAL, Shawn, DOWLING, Matthew S., FUTATSUGI, Kentaro, HUARD, Kim, LEE, Esther Cheng Yin, LI, Qifang, LONDREGAN, Allyn T., POLIVKOVA, Jana, PRICE, David A. 33: US 31: 62/377,137 32: 2016/08/19 54: DIACYLGLYCEROL ACYLTRANSFERASE 2 INHIBITORS 00: - Compounds of Formula (I) that inhibit the activity of

the diacylglycerol acyltransferase 2 (DGAT2) and

their uses in the treatment of diseases linked thereto

in animals are described herein.

21: 2019/00530 22: 2019/01/25 43: 2019/08/07 51: A61K A61P 71: ACTIV'INSIDE 72: GAUDOUT, David, REY, Stéphane, LEMAIRE, Benoit, MORAS, Benjamin, DUMOULIN, Marion 33: FR 31: 1657297 32: 2016/07/28 54: PLANT EXTRACT HIGHLY CONCENTRATED IN SAFRANAL, PRODUCTION METHOD AND USES THEREOF 00: - The invention relates to a plant extract comprising a

concentration, measured by the HPLC method, of at

least 0.2 wt.% of safranal in relation to the total

weight of the dry material. The invention also relates

to a method for producing such an extract, to the

compositions including same and to the use thereof.

21: 2019/00538 22: 2019/01/25 43: 2019/08/12 51: G06F 71: Huawei Technologies Co., Ltd. 72: LU, Jingshi, TAO, Weizhong, WU, Gang 33: CN 31: 201610511324.0 32: 2016/06/30 54: DATA BALANCING METHOD AND APPARATUS 00: - The embodiment of the present invention discloses a

data balancing method, including: obtaining a load

degree and an n number of weight values of an n

number of weight factors of each virtual node on an

m number of physical nodes in a distributed

database system, wherein m and n are integers

greater than 1; performing weighted averaging

according to the load degree of the n number of

weight factors of the n number of weight values to

obtain a weight coefficient of each virtual node;

obtaining a standard fragment number according to

the weight coefficient of the virtual node associated

with each physical node; determining whether the

data distribution meets the data balancing condition

or not according to the standard fragment number

respectively corresponding to the m number of

physical nodes; if not, performing a data balancing

process on the m number of physical nodes. The


Page | 211

present invention embodiment further discloses a

data balancing device. The present invention is able

to perform data balancing on the physical nodes in

the distributed database system and optimize

resource allocation.

21: 2019/00570 22: 2019/01/28 43: 2019/08/14 51: A61K; G01N 71: Taipei Medical University 72: LAI, Hung-Cheng 33: US 31: 62/368,182 32: 2016/07/29 54: METHODS FOR GYNECOLOGIC NEOPLASM DIAGNOSIS 00: - Disclosed herein are various methods for assessing

the presence of gynecologic neoplasm or the

malignancy of the gynecologic neoplasm, based on

the hypermethylation of one or more marker genes.

21: 2019/00577 22: 2019/01/28 43: 2019/08/12 51: B01F; B03D; G01P; G01R 71: Eriez Manufacturing Co. 72: MANKOSA, Michael J., KRAHE, Ronald P., JUKKOLA, James 33: US 31: 62/382,011 32: 2016/08/31 54: SPARGER STATUS SENSOR SYSTEM 00: - A sparger for injection of bubbles into a flotation

system comprises a housing, a movable rod

assembly, and a sensor system that comprises a

sensor and a target that move relative to each other.

One of the sensor and the target is located in the

housing and the other is located on or attached to

the movable rod assembly. The sensor for

measuring motion, including position and vibration,

relative to the target based on the movement of the

movable rod assembly. The sensor system for

determining operating parameters of the sparger

based on the analysis of the measurement of the

motion of the sensor relative to the target.


Page | 212

21: 2019/00614 22: 2019/01/29 43: 2019/08/22 51: C01B 71: L'Air Liquide, Société Anonyme pour l'Etude et l'Exploitation des Procédés Georges Claude 72: HASSLER, Nathanael, COSCIA, Antonio 33: EP(DE) 31: 16400025.9 32: 2016/07/07 54: CORROSION-PROTECTED REFORMER TUBE WITH INTERNAL HEAT EXCHANGE 00: - A reformer tube for producing synthesis gas by

steam reforming of hydrocarbon-containing input

gases is proposed where - an outer shell tube is

divided by means of a separating tray into a reaction

chamber and an exit chamber, - a dumped bed of a

steam-reforming-active solid catalyst is arranged in

the reaction chamber, - at least one heat exchanger

tube is arranged inside the reaction chamber and

inside the dumped catalyst bed, whose entry end is

in fluid connection with the dumped catalyst bed and

whose exit end is in fluid connection with the exit

chamber, - the exit end of the heat exchanger tube is

fed through the separating tray and opens out into a

corrosion-protected inner tube which is disposed in

the interior of the shell tube and is in fluid connection

with a collection conduit for the synthesis gas

product, - a gas-permeable thermal insulation layer

is arranged between the inner wall of the shell tube

and the outer wall of the inner tube.

21: 2019/00632 22: 2019/01/30 43: 2019/08/15 51: D04H; D01F 71: REIFENHÄUSER GMBH & CO. KG MASCHINENFABRIK, FIBERTEX PERSONAL CARE A/S 72: SOMMER, SEBASTIAN, HANSEN, MORTON RISE 33: EP 31: 18154375.2 32: 2018/01/31 54: SPUNBONDED NONWOVEN WITH CRIMPED FINE FIBERS AND IMPROVED UNIFORMITY 00: - The invention relates to a spunbonded nonwoven

having crimped multicomponent fibers, wherein a

first component of the multicomponent fibers

consists of a first thermoplastic polymer material

comprising a first thermoplastic base polymer and a

second component of the multicomponent fibers

consists of a second thermoplastic polymer material

comprising a second thermoplastic base polymer

that is different from the first base polymer. The at

least one of the first polymer material or the second

polymer material is a polymer blend that comprises,

further to the respective base polymer, between 1


Page | 213

and 10 weight percent of a high melt flow rate

polymer that has a melt flow rate of between 600

and 3000 g/10min. The fibers have a linear mass

density of less than 1,5 denier. The average crimp

number of the crimped multicomponent fibers is in

the range of at least 5 and preferably at least 8

crimps per cm in the fiber. The invention further

relates to a method for making such spunbonded

nonwoven, a multilayer fabric wherein at least one

layer comprises such spunbonded nonwoven and a

hygiene product comprising such spunbonded

nonwoven or multilayer fabric.

21: 2019/00637 22: 2019/01/30 43: 2019/08/14 51: C22B 71: GRIREM ADVANCED MATERIALS CO., LTD. 72: CUI, Dali, HUANG, Xiaowei, FENG, Zongyu, ZHAO, Longsheng, DONG, Jinshi, WANG, Liangshi, XU, Yang, MENG, Xianglong 33: CN 31: 201610644810.X 32: 2016/08/08 54: METHOD FOR EXTRACTION, ENRICHMENT AND RECOVERY OF RARE EARTHS FROM LOW-CONCENTRATION RARE EARTH SOLUTION 00: - A method for extraction, enrichment and recovery of

rare earths from a low-concentration rare earth

solution, using a non-saponification organic

extractant to perform centrifugal extraction, obtaining

an organic phase containing rare earths and a

raffinate; using an inorganic acid to perform

centrifugal back-extraction on the organic phase

containing rare earths, obtaining a rare earth

enriched liquid. Low-concentration rare earth

solution indicates a rare earth solution having REO

concentration of 0.05-8g/L. Single or dual coupled

centrifugal extraction is performed, at an extraction

mixing time of 5-60s. The present method has

simple operation, protects the environment, and has

a high rare earth recovery rate.

21: 2019/00638 22: 2019/01/30 43: 2019/08/07 51: C10L 71: GOLDEN RENEWABLE ENERGY, LLC 72: TENORE, Anthony, N., TENORE, Anthony, F., OLUWADARE, Oluwaseun, FOWLER, David 33: US 31: 62/493,445 32: 2016/07/05 33: US 31: 15/641,471 32: 2017/07/05 54: SYSTEM AND PROCESS FOR CONVERTING WASTE PLASTIC INTO FUEL 00: - An apparatus is provided for processing reusable

fuel comprising: a continuous material supply

assembly; a heated airlock feeder configured to

continuously receive and process the material

supply received therein; a reactor configured to

receive the processed material from the heated

airlock feeder; and a vapor refining system

configured to process vapor supplied by the reactor.

The apparatus may comprise a char disposal system

configured to eliminate char from the reactor. The

apparatus may also comprise a thermal expansion

system configured to allow thermal expansion of the

reactor. A cooling system may be configured to

receive processed fuel from the reactor.


Page | 214

21: 2019/00640 22: 2019/01/30 43: 2019/08/14 51: A61K; A61P 71: Theravance Biopharma R&D IP, LLC 72: HEGDE, Sharathchandra S. 33: US 31: 62/381,114 32: 2016/08/30 54: COMPOUND FOR USE IN THE TREATMENT OF NEUROGENIC ORTHOSTATIC HYPOTENSION 00: - The invention relates to use of 4-[2-(2,4,6-

trifluorophenoxymethyl)- phenyl]piperidine or a

pharmaceutically-acceptable salt thereof for the

treatment of neurogenic orthostatic hypotension and

the symptoms thereof.

21: 2019/00642 22: 2019/01/30 43: 2019/08/21 51: A61F 71: Edwards Lifesciences Corporation 72: GUROVICH, Nikolay, BUKIN, Michael, SHERMAN, Elena, LEVI, Tamir S., YOHANAN, Ziv, SENESH, Gil, KERSH, Dikla, TSYPENYUK, Alexey M., CHU, Waina Michelle, BARASH, Alexander

33: US 31: 62/369,678 32: 2016/08/01 54: PROSTHETIC HEART VALVE 00: - A prosthetic heart valve can include a radially

collapsible and expandable annular frame having a

plurality of struts defining openings. The prosthetic

heart valve can further include a plurality of leaflets

that regulate the flow of blood through the frame.

The prosthetic heart valve can also include a sealing

member mounted on the frame and having an inner

layer and an outer layer. At least the outer layer is

mounted on the outside of the frame, and the inner

layer covers at least the openings in the frame

between adjacent cusp portions of adjacent leaflets

and the inner layer does not cover one or more

openings in the frame at locations facing the outflow

surfaces of the leaflets to permit retrograde blood to

flow through the one or more uncovered openings in

the frame and into space between the outer layer

and the frame.

21: 2019/00654 22: 2019/01/31 43: 2019/08/14 51: A01B; B60D 71: PUREST TASTE CC 72: OBERHOLZER, Stephen Peter 33: ZA 31: 2018/01182 32: 2018/02/21 54: TOW ASSEMBLY 00: - A tow assembly (10) for connecting a draught

vehicle and a drawn vehicle includes a tow bar

assembly (12) comprising a tow bar or draw bar (14)

with one or more attachment formations (20.1, 20.2)

at one end thereof configured to attach the tow bar

(14) to a draught vehicle and an attachment


Page | 215

formation (16) at another end thereof configured to

attach the tow bar (14) to a drawn vehicle. The one

or more attachment formations (20.1, 20.2) are

configured to attach the tow bar (14) to a draught

vehicle such that the tow bar (14) cannot swivel to

the left or to the right of the draught vehicle, and the

attachment formation (16) is configured to attach the

tow bar (14) to a drawn vehicle such that the drawn

vehicle can swivel to the left and to the right of the

tow assembly (10). Driven equipment (18)

configured to be driven by a power take-off of a

draught vehicle connected to the tow assembly (10)

is carried by the tow bar assembly (12).

21: 2019/00655 22: 2019/01/31 43: 2019/08/14 51: A47K 71: AFRILOO (PROPRIETARY) LIMITED 72: FOURIE, Lukas Pieter 33: ZA 31: 2017/07513 32: 2017/11/07 54: Toilet Pedestal 00: - The invention relates to a toilet pedestal (10) having

an upper rim defining an upper opening (20) over

which a person may be seated and a lower opening

(30) which is substantially aligned with the upper

opening (20). A side wall (50) extends between the

upper opening (20) and the lower opening (30). An

annular upwardly open channel (60) extends

peripherally around the entire circumference of the

lower opening (20) to receive liquid discharged from

the side wall (50). An arcuate non-porous cover

(110) protrudes from the side wall (50) and extends

over part of the channel (60) such that in use it

inhibits entry of solid matter into the channel (60)

thereby reducing the risk that the channel (60) will

become blocked.

21: 2019/00656 22: 2019/01/31 43: 2019/08/14 51: E05F 71: THE TRUSTEES FOR THE TIME BEING OF THE OOSTHUIZEN TRUST 72: OOSTHUIZEN, SAMUEL JACOBUS 33: ZA 31: 2017/07835 32: 2017/11/20 54: HINGE 00: - This invention relates to a hinge, and more

particularly but not exclusively, to a hinge suitable for

use with an articulated garage door. The hinge

includes two opposing leaves adapted to be

pivotably connectable to one another, and a pin for

pivotably connecting the leaves. The hinge is

characterized in that leaves and the pin are made

from different materials.


Page | 216

21: 2019/00657 22: 2019/01/31 43: 2019/08/14 51: E21D 71: LAWRENCE, Allen Preston, ANGELOS, Komninos George 72: LAWRENCE, Allen Preston 33: ZA 31: 2017/07379 32: 2017/10/31 54: YIELDING DEVICE FOR TEMPORARY MINE PROPS 00: - A yielding arrangement for a temporary prop is

provided. The yielding arrangement comprises a

crosshead plate, from which at least one preform

body extends, and an adjacent flattening die plate

defining at least one aperture for each of the at least

one preform body and through which a base portion

of the at least one preform body extends. The

remaining portion of the at least one preform body

comprises an initially unflattened section having a

shape that is dissimilar to the corresponding

aperture defined in the flattening die plate, so that, in

use, as the temporary prop yields, the crosshead

plate is moved away from the flattening die plate.

This causes the initially unflattened section to flatten

as it moves through the corresponding aperture

defined in the flattening die plate, so that the full load

of the hanging wall is carried by the resistance of the

initially unflattened section being flattened through

the flattening die plate.

21: 2019/00658 22: 2019/01/31 43: 2019/08/21 51: B01D; C02F 71: EKOSOURCE (PTY) LTD. 72: HALLOWES, Jason 33: ZA 31: 2018/00816 32: 2018/02/08 54: SOLAR BASED GEYSER AND WATER DISTILLER SYSTEM 00: - A solar based geyser and water distiller system is

provided, comprising a hot water tank for

accommodating heated water; a solar based heating

arrangement for heating the water in the hot water

tank; an evaporation chamber defined above the hot

water; a condensation plate to define an upper

region of the evaporation chamber, and a clean

water pipe. The clean water pipe extends between a

clean water inlet, which is located adjacent the hot

water tank and below the end of the condensation


Page | 217

plate, and a clean water tank, so that evaporated

water that condenses against the condensation plate

can flow along the condensation plate and drip or

trickle into the clean water inlet, which in turn

conveys the clean water through the clean water

pipe into the clean water tank.

21: 2019/00665 22: 2019/01/31 43: 2019/08/21 51: H04L 71: GUANGDONG OPPO MOBILE TELECOMMUNICATIONS CORP., LTD. 72: TANG, Hai 54: METHOD AND DEVICE FOR SIGNAL DETECTION 00: - Disclosed are a method and device for signal

detection. The method comprises: a terminal

receives system configuration information of a

second transmission point sent by a first

transmission point; the terminal performs downlink

signal detection on the second transmission point

according to the system configuration information of

the second transmission point. The terminal in

embodiments of the present invention can obtain the

system configuration information of the second

transmission point from the first transmission point,

thereby reducing the complexity of signal detection

on the second transmission point by the terminal.

21: 2019/00666 22: 2019/01/31 43: 2019/08/27 51: C09K; E21B 71: AUSTRALIAN MUD COMPANY PTY LTD 72: AUSTRALIAN MUD COMPANY PTY LTD 33: AU 31: 2016903044 32: 2016/08/02 54: SYSTEM AND METHOD FOR DELIVERING A FLOWABLE SUBSTANCE AND BOREHOLE SEALING 00: - A system (10) delivers of a flowable substance S to

a remote location through a conduit (144). The

system (10) has a body 12 with first and second

portions (14,16) and at least two plugs (P1, P2)

associated with the body (12) so that in a first

configuration the plugs (P1, P2) are spaced apart

and form a sealed region (20) for holding a volume

of the substance S, and, in a second configuration at

least the second plug (P2) is disposed in the second

portion wherein the substance S can flow in a

downstream direction past or through the second

plug and out of the body (12). A first valve (66) is

coupled with the body (12) and has: (a) and opened

state where the substance S is able to flow out of the

body (12) and (b) a closed state where the first valve

(66) prevents flow of the substance S out of the body

(12) and prevents flow of a further fluid into or out of

the body (12) while allowing a bypass flow of the

further fluid in an upstream direction through a

bypass flow path (110) of the first valve (66) to

facilitate travel of the system (10) through a column

of the further fluid in the conduit (144).


Page | 218

21: 2019/00683 22: 2019/02/01 43: 2019/08/21 51: H04L 71: INCOAX NETWORKS AB 72: KARLSSON, Carl 33: EP 31: 16178618.1 32: 2016/07/08 54: SYSTEM FOR PROVIDING DATA COMMUNICATION OVER A COAXIAL NETWORK 00: - System for providing data communication over a

MoCA network in a construction complex (1) having

a coaxial network (2), including a network

management device (10) connectable to an external

data channel (3), comprising a connector (13) for

connection to the coaxial network and a control unit

(11); and at least one MoCA network end device

(100, 101) connected to the coaxial network,

comprising a first MoCA chip (110) and a network

access unit (111) connected to a bus on the first

MoCA chip; wherein the control unit comprises a

second MoCA chip (12), and is configured to

establish an access function creating a control

channel (20) over the coaxial network to the or each

MoCA end device.

21: 2019/00684 22: 2019/02/01 43: 2019/08/21 51: B60G B32B 71: WILLIAMS ADVANCED ENGINEERING LIMITED 72: BOMPHRAY, Iain 33: GB 31: 1611862.2 32: 2016/07/07 54: A STRUCTURAL MEMBER 00: - The invention relates to a structural member

comprising: a core portion that defines at least one

anchor point, the core having at least one surface, a

fibre tow arranged in a closed loop on the surface of

the core portion, the loop defining a boundary of a

space which contains the at least one anchor point,

and a protective shell formed from a woven fibre

sheet material which covers the fibre tow, and in

which the core, fibre tow and the protective shell are

impregnated and bound together by a cured resin.

The invention also relates to a method of

constructing a structural member.

21: 2019/00685 22: 2019/02/01 43: 2019/08/21 51: B29C


Page | 219

71: WILLIAMS ADVANCED ENGINEERING LIMITED 72: BOMPHRAY, Iain 33: GB 31: 1611788.9 32: 2016/07/06 54: MANUFACTURING FIBRE-REINFORCED COMPOSITE STRUCTURES 00: - The invention relates to a method of manufacturing a

three dimensional structure having an internal

space, the method comprising the following steps:

(a) arranging a preform of fibre reinforced material in

a first configuration in which the preform is

supported by a support structure; (b) selectively

curing the preform when laid out on the support

structure to produce an intermediate preform, the

intermediate preform comprising at least two

selectively cured portions interconnected by at least

one non-selectively cured portion; and (c) moving

the two selectively cured portions with respect to one

another to form the three dimensional composite

structure in which the two portions at least partially

surround the internal space of the structure. A

preform of fibre reinforced material for use in a

method of manufacturing a three dimensional

structure having an internal space also forms part of

the invention. The invention also relates to a device

and intermediate preforms for the manufacture of a

fibre-reinforced composite structure.

21: 2019/00686 22: 2019/02/01 43: 2019/08/07 51: B23B

71: CONSTANTIA PIRK GMBH & CO. KG 72: GREFENSTEIN, Achim, BÜTTNER, Stefan, GEILLERSDÖRFER, Ingo 54: RECYCLABLE POLYETHYLENE FILM 00: - The invention describes a recyclable polyethylene

film composed of at least 80% polyethylene material

and not more than 20% compatible polyolefin

material, wherein the polyethylene film (1) has a

thickness of less than 40µm, a central layer (2)

composed of linear low-density polyethylene

(LLDPE) and/or metallocene linear low-density

polyethylene (mLLDPE) and two outer layers (3) of

high-density polyethylene (HDPE) which are bonded

to and surround the central layer (2), wherein the

HDPE content of the polyethylene film (1) accounts

for at least 60% volume, preferably at least 70%

volume, in particular at least 80% volume, and the

two outer layers (3) together are at least three times

as thick, preferably at least four-times as thick as the

central layer (2), and wherein the polyethylene film

(1) has been stretched in at least one direction.

21: 2019/00687 22: 2019/02/01 43: 2019/08/21 51: A23K 71: ZINPRO CORPORATION 72: STARK, Peter, A. 33: US 31: 15/226,297 32: 2016/08/02 54: FOLIC ACID RUMEN BY-PASS METHOD AND COMPOSITION 00: - A method and composition for dietary

supplementation of ruminants with folic acid in a

manner that assures the folic acid will not be

consumed by rumen bacteria and instead will pass


Page | 220

through to the intestine and to the animal's blood

serum in order to enhance milk production. The folic

acid in water is mixed with a water soluble metal salt

of zinc, copper, iron or manganese or mixtures

thereof.

21: 2019/00688 22: 2019/02/01 43: 2019/09/03 51: C23C 71: FONTAINE ENGINEERING UND MASCHINEN GMBH 72: FONTAINE ENGINEERING UND MASCHINEN GMBH, Holger BEHRENS, LUTZ KUMMEL, THOMAS DAUBE, GERNOT RICHTER, BABAK TALEB-ARAGHI, Pascal FONTAINE, Michael ZIELENBACH 33: DE 31: 10 2016 222 230.9 32: 2016/11/11 33: DE 31: 10 2016 216 131.8 32: 2016/08/26 54: METHOD AND COATING DEVICE FOR COATING A METAL STRIP 00: - The invention relates to a method for coating a metal

strip with the aid of a coating device. Within the

coating device, the strip first runs through a coating

container with a liquid coating agent and then a

stripping nozzle device for stripping off excess

coating agent from the surface of the strip. After the

stripping nozzle device, the strip typically runs

through a strip stabilizing device with a plurality of

magnets on both broad sides of the strip. A form

control deviation is determined as the difference

between a determined actual form of the strip and a

specified desired form of the strip and this form

control deviation is used for activating the magnets

of the strip stabilizing device in order to transform

the actual form of the strip into the desired form. As

an alternative possibility for producing a moment, in

particular a bending moment, in the strip, on the

basis of the form control deviation the magnets of

the strip stabilizing device 130 are moved in the

widthwise direction R of the strip 200 into a

traversing position in relation to the magnets on the

respectively opposite broad side of the strip.

21: 2019/00829 22: 2019/02/08 43: 2019/09/30 51: B30B 71: WU, Yunping 72: WU, Yunping 54: MULTI-SHAFT LAMINATED SPIRAL SOLID-LIQUID SEPARATOR WITH PENDULUM MOTION 00: - Disclosed is a multi-shaft laminated spiral solid-liquid

separator with a pendulum motion, the separator

comprising fixed rings (1), movable rings (2) and

screw shafts (3), wherein each of the screw shafts

(3) is provided with the fixed rings (1) and the

movable rings (2) in a staggered arrangement in a

radial direction to form a cavity; there are two or

more screw shafts (3) arranged in the cavity side by

side, and the fixed rings (1) and the movable rings

(2) are in the form of an annular structure with two

rings staggered and communicated or multiple rings

staggered and communicated. The separator further

comprises a primary drive rod (4), a secondary drive

rod (5), and a positioning rod (10), wherein the

primary drive rod (4) is connected to the screw

shafts (3); the primary drive rod (4) is also provided

with an eccentric device, and the eccentric device is

connected to the secondary drive rod (5); the

secondary drive rod (5) is sleeved in the lower ends

of the movable rings (2) and connects all of the

movable rings (2) together to form one piece; and

the positioning rod (10) passes through the upper

ends of the movable rings (2) and connects all of the

movable rings (2) together to form one piece, and

the secondary drive rod (5) drives the lower ends of

the movable rings (2) to execute a pendulum motion

while the positioning rod (10) drives the movable


Page | 221

rings (2) to move up and down by means of one

linear guide device, such that the mud is effectively

rolled and the drainage surface at the bottom thereof

is widened, thus better facilitating the drainage of

moisture.

21: 2019/00959 22: 2019/02/14 43: 2019/09/23 51: A61M 71: FRAUNHOFER-GESELLSCHAFT ZUR FÖRDERUNG DER ANGEWANDTEN FORSCHUNG E.V. 72: FRAUNHOFER-GESELLSCHAFT ZUR FÖRDERUNG DER ANGEWANDTEN FORSCHUNG E.V. 33: EP 31: 16180923.1 32: 2016/07/22 54: APPARATUS AND METHOD FOR GENERATING DIALYSATE FOR DIALYSIS 00: - The invention relates to an apparatus for generating

dialysate for dialysis comprising a dialysate outlet (7)

and a dialysate inlet (6) and dialysate purifying

means, wherein the purifying means comprise a

cryopurifier for generating pure water, wherein the

inlet (101) of the cryopurifier is connected to the

dialysate outlet (7) and the outlet (125) of the

cryopurifier is connected to the dialysate inlet (6).

The invention also relates to a method for reclaiming

of fresh dialysate from ultrafiltrate and wasted

dialysate extracted from a dialysis patient,

comprising the following steps: (a) preparing an ice

slurry from the dialysate, wherein the ice slurry

contains ice crystals and a liquid containing solutes;

and (b) separating the ice crystals from the liquid

containing the solutes.

21: 2019/00989 22: 2019/02/15 43: 2019/10/09 51: F25D; F28D; F28F 71: EVAPCO, INC. 72: BUGLER, THOMAS, HEGG, TREVOR 33: US 31: 15/658,322 32: 2017/07/24 33: US 31: 62/365,435 32: 2016/07/22 54: ULTRA NARROW CHANNEL ULTRA LOW REFRIGERANT CHARGE EVAPORATIVE CONDENSER 00: - A tube bundle for an evaporative refrigerant

condenser having a plurality of straight single pass

tubes extending between a refrigerant inlet header

and a refrigerant outlet header, said tubes having a

cross-sectional shape in the form of an ellipse

having a major axis and a minor axis, wherein said

major axis is longer than said minor axis by a factor

of 3 to 7, wherein the amount of required refrigerant

charge for a particular heat exchange capacity is

substantially and unexpectedly reduced resulting in

a substantial and unexpected increase in efficiency.


Page | 222

21: 2019/01029 22: 2019/02/18 43: 2019/09/18 51: B32B; C21D; C22C; C23C 71: ARCELORMITTAL 72: CORALIE MAGAR, KANGYING ZHU, Astrid PERLADE 33: WO 31: PCT/IB2016/001349 32: 2018/09/02 54: HIGH STRENGTH AND HIGH FORMABILITY COLD-ROLLED AND HEAT-TREATED STEEL SHEET AND MANUFACTURING METHOD 00: - Cold-rolled and heat-treated steel sheet, having a

composition comprising, by weight percent: 0.10% =

C = 0.40%, 3.5% = Mn = 8.0%, 0.5% = Si = 2.5%,

0.003% = Al = 3.0%, with Si+Al = 0.8%, 0.001% =

Mo = 0.5%, S = 0.010%, P = 0.020%, N = 0.008%,

and optionally one or more elements selected from

amongst Cr, Ti, Nb, V and B, such that: 0.01% = Cr

= 2.0%, 0.010% = Ti = 0.080%, 0.010% = Nb =

0.080%, 0.010% = V = 0.30%, 0.0005% = B =

0.003%,the remainder of the composition being iron

and unavoidable impurities resulting from the

smelting. The microstructure consists of, in surface

fraction, between 10% and 50% of retained

austenite, at most 8% of fresh martensite, and

tempered martensite. The retained austenite

comprises: - Mn-enriched austenite, having a Mn

content higher than 1.3*Mn%, Mn% designating the

Mn content of the steel sheet, the surface fraction of

said Mn-enriched austenite with respect to the whole

microstructure being comprised between 2% and

12%, and - Mn-poor austenite, having an Mn content

comprised between 0.5*Mn% and1.3*Mn%.

21: 2019/01040 22: 2019/02/18 43: 2019/10/03 51: E21C 71: JOY GLOBAL UNDERGROUND MINING LLC 72: JOY GLOBAL UNDERGROUND MINING LLC 33: US 31: 62/377,150 32: 2017/08/19 54: CUTTING DEVICE AND SUPPORT FOR SAME 00: - A cutting assembly for a rock excavation machine

having a frame includes a boom and a cutting device

supported on the boom. The boom includes a first

portion and a second portion, the first portion

supported for pivotable movement relative to the

frame. In some embodiments, the first portion

includes a first structure extending along a

longitudinal base axis and a second structure

moveable relative to the first portion in a direction

parallel to the longitudinal base axis, and at least

one bearing supports the second portion for

movement relative to the first portion. In some

embodiments, the second portion is pivotably

coupled to the first portion by a universal joint, and a

suspension system including a plurality of biasing

members may be coupled between the first portion

and the second portion.

21: 2019/01041 22: 2019/02/18 43: 2019/10/04 51: E21C 71: JOY GLOBAL UNDERGROUND MINING LLC 72: JOY GLOBAL UNDERGROUND MINING LLC 33: US 31: 62/377,150 32: 2016/08/19 54: MINING MACHINE WITH ARTICULATING BOOM AND INDEPENDENT MATERIAL HANDLING SYSTEM 00: - A cutting assembly for a rock excavation machine

including a frame. The cutting assembly includes a

boom supported on the frame and a cutting device.

In some aspects, the boom includes a first portion

and a second portion, and the first portion includes a

first structure and a second structure slidable relative

to the first structure. The second portion includes a

first member pivotably coupled to the second


Page | 223

structure, and a second member pivotably coupled

to the first member. The cutting device is supported

on the second member. In some aspects, a material

handling device is supported independently of the

boom and movable between a retracted position and

an extended position independent of the boom.

21: 2019/01042 22: 2019/02/18 43: 2019/10/04 51: A61K; C07K; C12N; A61P 71: CLOSED JOINT STOCK COMPANY "BIOCAD" 72: CLOSED JOINT STOCK COMPANY "BIOCAD" 33: RU 31: 2016133720 32: 2016/08/17 54: ANTIBODY OR AN ANTIGEN-BINDING FRAGMENT THEREOF CAPABLE OF BINDING TO A HUMAN RECEPTOR OF INTERLEUKIN-6 00: - The invention relates to medicine. The problem

addressed by the present invention consists in

creating alternative antibodies or fragments thereof

which are capable of specifically binding to a human

receptor of interleukin-6 and which would be useful

as drugs for treating or diagnosing diseases, or for

relieving symptoms, mediated by interleukin-6.

21: 2019/01204 22: 2019/02/25 43: 2019/09/30 51: F24D 71: GLOBL SOL ENERGY S.A. 72: NOMIKOS ELIAS 33: GR 31: 201 801 00266 32: 2018/06/14 54: IMPROVED WATER HEATING SYSTEM 00: - The present invention provides an improved high

efficiency water heating system comprising at least

two heat exchangers (1a, 1b) in a parallel, in series

or autonomous arrangement, and applications

thereof in hot water production systems.

21: 2019/01211 22: 2019/02/26 43: 2019/09/30 51: E04B 71: BAO HOUSE NV 72: BAO HOUSE NV 33: US 31: 62/382,350 32: 2016/09/01 54: A HOUSING UNIT 00: - There is disclosed a housing unit (1) comprising a

first super entity (10), the SAM super entity (10),

which comprises active entities and/or active

components. The SAM super entity (10) comprises a

lower plinth system (14), an upper plinth system


Page | 224

(16), and a plurality of cupboard modules (12)

arranged between the lower plinth system (14) and

the upper plinth system (16) which form the structure

of the SAM super entity (10).

21: 2019/01212 22: 2019/02/26 43: 2019/09/30 51: A47F; G09F 71: COETZEE, Marcel 72: COETZEE, Marcel 33: ZA 31: 2016/08287 32: 2016/11/30 54: PRODUCT DISPLAY APPARATUS 00: - A product display apparatus includes: (i) a shelving

unit defining a plurality of vertically arranged

shelves; (ii) a base mounted to one of the shelves;

(iii) an elongate arm slidably connected to the base;

(iv) an actuator for extending and retracting the arm;

(v) at least one first sensor that senses the presence

of an object at: (a) a first predetermined distance;

and (b) a second predetermined distance; (vi) a

control module that causes the actuator to extend

and retract the arm in response to feedback from the

at least one first sensor; (vii) a connecting means at

or near a first axial end of the arm; and (viii) a

product secured to the first axial end of the arm via

the connecting means.

21: 2019/01366 22: 2019/03/05 43: 2019/09/27 51: F41G; G01S; H01L 71: HENSOLDT SENSORS GMBH 72: Stefan SCHERBARTH, Jochen LAUBER 33: DE 31: 10 2016 011 913.6 32: 2016/10/05 54: DETECTOR UNIT AND A METHOD FOR DETECTING AN OPTICAL DETECTION SIGNAL 00: - The invention relates to a detector unit for detecting a detection signal from a localized optical source in front of a background (H). The detector unit comprises an image sensor (110) and a signal processing unit (120). The image sensor (110) comprises a plurality of pixels (111, 112,...) in order to detect the detection signal and the background (H). The image sensor (110) is designed to generate an image signal (S) independently for each pixel (111, 112,...) depending on the detection signal and the background (H). The signal processing unit (120) is designed to compare the image signal (S) with a threshold (SW) for each pixel (111, 112,...) and to output event data (125) if the threshold (SW) is exceeded within a duration (Δt). The threshold (SW) and the duration (Δt) can be adjusted.


Page | 225

21: 2019/01621 22: 2019/03/15 43: 2019/10/14 51: F42D 71: DETNET SOUTH AFRICA (PTY) LTD 72: MULLER, Elmar Lennox 33: ZA 31: 2016/07861 32: 2016/11/15 54: DETONATOR SENSOR ASSEMBLY 00: - A sensor assembly for use in actuating an electronic

detonator in response to a shock tube event

propagated through a shock tube, the sensor

assembly including a support, and at least one

sensor on a surface of the support, the support

being configured to position the at least one sensor

displaced laterally from a line of action of the shock

tube event.

21: 2019/01696 22: 2019/03/19 43: 2019/10/14 51: A61F; B21J; B30B 71: Strait Access Technologies Holdings (Pty) Ltd 72: VAN BREDA, Braden, CONRADIE, Jean-Pierre, NKUBE, Mkhokheli, ZILLA, Prof Peter Paul, BEZUIDENHOUT, Prof Deon, DE JONGH, Bruce 33: ZA 31: 2016/06732 32: 2016/09/28 54: CRIMPING DEVICE 00: - A crimping device includes a housing defining a bore

and at least three extendable mechanisms angularly

equispaced about the axis of the bore. Each of the

extendable mechanisms include: (i) a first elongate

arm hingedly connected at or near a first axial end of

the first arm to the housing; (ii) a second elongate

arm hingedly connected at or near a first axial end of

the second arm to the housing, wherein: the first

axial ends of the first and second arms are

displaceable relative to each other; and the first and

second arms are hingedly connected at or near their

second axial ends to each other. The crimping

device further includes means for equi-displacing the

first axial ends of coupled first and second arms

relative to each other, thereby to configure the

crimping device between: (i) a dilated conditon in

which the second axial ends of the first and second

arms are maximally spaced from the bore axis; and

(ii) a contracted condition in which the second axial

ends of the first and second arms are minimally

spaced from the bore axis.

21: 2019/01740 22: 2019/03/20 43: 2019/10/14 51: A61K; A61P 71: KBP BIOSCIENCES CO., LTD. 72: HUANG, Zhenhua, GUO, Xiaocui 33: CN 31: 201610849142.4 32: 2016/09/24 54: PHARMACEUTICAL COMPOSITION COMPRISING MINERALOCORTICOID RECEPTOR ANTAGONIST AND USE THEREOF 00: - Provided are a pharmaceutical composition

comprising mineralocorticoid receptor antagonist

and a use thereof. By orally administrating a

pharmaceutical composition to a patient suffering

from chronic kidney disease in need of treatment

thereof, an effective and safe AUC of the

pharmaceutical composition ranges from 188

ng*h/mL to 3173 ng*h/mL, with a bioavailability in

mammals=50%. AUC is controlled in a safe and

effective range when the pharmaceutical

composition is administered for the treatment of

chronic kidney disease in a daily dose of 0.1 mg to

1.0 mg.


Page | 226

21: 2019/01987 22: 2019/03/29 43: 2019/08/19 51: H04W 71: Sony Corporation 72: MA, Yuelin, SUGAYA, Shigeru 33: JP 31: 2016-212506 32: 2016/10/31 54: COMMUNICATION APPARATUS AND COMMUNICATION METHOD 00: - Provided are a communication apparatus and a

communication method for controlling channel

access actions in a multi-user environment. Channel

access actions of STAs after the termination of a

Multi-User (MU) mode are controlled through a

trigger frame transmitted from an AP, thereby

preventing collisions just after the termination of the

MU mode. Moreover, a Contention Window (CW)

used when the AP transmits the trigger frame is set

to be smaller than CWs of the STAs, thereby

causing the trigger frame to be transmitted on a

priority basis, thereby causing communications in

the MU mode to be performed on a higher priority

basis than communications in a Single User (SU)

mode. Furthermore, not resetting the CWs of STAs

at a time of mode switching shortens the

transmission wait times starting from the termination

of the MU mode.

21: 2019/01988 22: 2019/03/29 43: 2019/08/23 51: H04W 71: Sony Corporation 72: FURUICHI, Sho 33: JP 31: 2016-206026 32: 2016/10/20 54: COMMUNICATION CONTROL DEVICE, COMMUNICATION CONTROL METHOD, AND COMPUTER PROGRAM 00: - [Problem] To provide a communication control

device capable of appropriately calculating

maximum permissible transmission power with a

reduced calculation load. [Solution] Provided is a

communication control device that includes: a height

difference calculating unit that calculates the

difference between the altitude of a reference point

in a first wireless system, the reference point being

used for calculating interference power and including

height-related information, and the altitude of one of

a plurality of wireless communication devices in a

second wireless system that is constituted by the

wireless communication devices that share a

frequency allocated to the first wireless system; and

a power calculating unit that determines maximum

permissible transmission power of the second

wireless system so that, with at least one of the

wireless communication devices for which the

difference is smaller than a prescribed value being

used as an interference source, a cumulative level of

interference that can be generated at the reference

point by communication by the interference source

satisfies a permissible level of interference of the first

wireless system.

21: 2019/01989 22: 2019/03/29 43: 2019/08/19 51: H04W 71: Sony Corporation 72: MA, Yuelin 33: JP 31: 2016-246456 32: 2016/12/20 54: COMMUNICATION DEVICE AND COMMUNICATION METHOD 00: - Provided is a communication device that performs

packet transmission when an interference signal is

detected. Each STA records a measurement result

for a RSSI in an OBSS and a BSS color pair, and

reports BSS colors corresponding to the maximum

value and the minimum value of the RSSI to an AP.

For each OBSS the AP compiles in a database, or

tabulates, the STAs for which the RSSI is the

minimum and the maximum, and when an OBSS

signal is detected the AP selects the STA for which

the RSSI of that OBSS is the weakest or not the

strongest, and transmits a SR. Alternatively, the AP

measures the arrival angle of the OBSS and the


Page | 227

STA, and when an OBSS signal is detected the AP

selects the STA for which the OBSS and the arrival

angle are the farthest apart or not the closest, and

transmits a SR.

21: 2019/05833 22: 2019/09/04 43: 2019/09/05 51: G06Q 71: OUTCOMES IT (PTY) LTD 72: LAURENSON, Duncan Bain 33: ZA 31: 2018/05963 32: 2018/09/06 54: A METHOD AND SYSTEM FOR SCHEDULING A HEALTHCARE APPOINTMENT 00: - The invention relates to a method and system for

scheduling a healthcare appointment with a

healthcare service provider. Both the method and

system extends to include a treatment record

generated and shared with a listing of healthcare

service providers to better provide successful

tailored treatment protocols to patients.


Page | 228

HYPOTHECATIONS


JUDGMENTS


OFFICE PRACTISE NOTICES


Page | 229


Page | 230

3. DESIGNS


Page | 231

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 2019/09/23 -

A2019/01409 - KELETSO AYANDA ZUMA Class 06. BED BASE

. - APPLIED ON 2019/09/25 -

A2019/01417 - APPLE INC. Class 14. EARPHONES

F2019/01416 - Solar Za Systems (Pty) Ltd, t/a Sun Ship Technologies Class 13. SOLAR CARPORT

F2019/01411 - CHROME CHERRY LIMITED Class 11. RING SIZER

A2019/01412 - AJAX SYSTEMS CYPRUS HOLDINGS LTD Class 14. PANIC BUTTON

F2019/01415 - Solar Za Systems (Pty) Ltd, t/a Sun Ship Technologies Class 25. SOLAR CARPORT

A2019/01413 - AJAX SYSTEMS CYPRUS HOLDINGS LTD Class 10. MOVEMENT SENSOR WITH CAMERA

F2019/01414 - ROCBOLT TECHNOLOGIES (PTY) LTD. Class 8. NUT AND BOLT ASSEMBLIES

A2019/01418 - APPLE INC. Class 14. EARPHONES

. - APPLIED ON 2019/09/26 -

A2019/01424 - MAN TRUCK & BUS SE Class 12. BUS

A2019/01427 - David Edgar Class 08. LIGHT FITTING

F2019/01421 - Zakaria Gordon Class 02. SPORTS SAFTEY GLASSES

F2019/01430 - David Edgar Class 26. LIGHT FITTING

F2019/01435 - ADRIAAN NEL Class 07. A DRYING RACK

A2019/01419 - Zakaria Gordon Class 02. SPORTS SAFTEY GLASSES




F2019/01426 - DUNAMIS BETONWERKE CC Class 25. GRID


A2019/01423 - ADRIAAN NEL Class 07. A DRYING RACK


Page | 232

A2019/01420 - Zakaria Gordon Class 29. SPORTS SAFTEY GLASSES



F2019/01422 - ZAkaria Gordon Class 29. SPORTS SAFTEY GLASSES

A2019/01425 - MAN TRUCK & BUS SE Class 21. SCALE MODEL OF A BUS

. - APPLIED ON 2019/09/27 -

A2019/01437 - HOME OF LIVING BRANDS (PTY) LTD Class 31. FOOD DRIERS

A2019/01439 - TOYOTA JIDOSHA KABUSHIKI KAISHA Class 26. FRONT COMBINATION LAMP FOR AN

AUTOMOBILE

A2019/01436 - VALMONT INDUSTRIES, INC. Class 14. DISPLAY SCREEN OR PORTION THEREOF WITH

GRAPHICAL USER INTERFACE

F2019/01441 - HOME OF LIVING BRANDS (PTY) LTD Class 31. FOOD DRIERS

A2019/01438 - TOYOTA JIDOSHA KABUSHIKI KAISHA Class 12. AUTOMOBILE

F2019/01442 - Gerhardus Jacobus Van Deventer Class 26. VEHICLE RUNNING LIGHT

A2019/01440 - TOYOTA JIDOSHA KABUSHIKI KAISHA Class 12. FRONT BUMPER FOR AN AUTOMOBILE

. - APPLIED ON 2019/09/30 -

F2019/01449 - GREYLING, Jaco Jurie, GREYLING, Jurie Johannes Class 12. ROLLER ARRANGEMENT


F2019/01443 - GREYLING, Jaco Jurie, GREYLING, Jurie Johannes Class 12. ANNULAR ROLLER WALL

A2019/01453 - MOBOTIX AG Class 16. CAMERA


F2019/01450 - GREYLING, Jaco Jurie, GREYLING, Jurie Johannes Class 12. ROLLER SHAFT



A2019/01452 - The Goodyear Tire & Rubber Company Class 12. TIRES



. - APPLIED ON 2019/10/01 -

F2019/01459 - VALMONT INDUSTRIES, INC. Class 14. TOWER BOX


Page | 233

A2019/01457 - KO, In Hong, VISION X ASIA CO.,LTD. Class 26. LAMPS FOR VEHICLES

A2019/01456 - KO, IN HONG, VISION X ASIA CO.,LTD. Class 26. LAMPS FOR VEHICLES

F2019/01461 - SMARTSTONE HOLDINGS (PTY) LTD. Class 25. PAVING ELEMENT

A2019/01458 - KO, In Hong, VISION X ASIA CO.,LTD. Class 26. LAMPS FOR VEHICLES

A2019/01460 - SMARTSTONE HOLDINGS (PTY) LTD. Class 25. PAVING ELEMENT

F2019/01463 - ROOS INDUSTRIAL AND SANITARY ENTERPRISES CC Class 08. A COVER

A2019/01462 - ROOS INDUSTRIAL AND SANITARY ENTERPRISES CC Class 08. A COVER

F2019/01455 - Action Frames CC Class 20. DISPLAY ARRANGEMENT

A2019/01454 - Action Frames CC Class 20. DISPLAY ARRANGEMENT

. - APPLIED ON 2019/10/02 -

F2019/01512 - DONOVAN JAMES RITCHIE (ID 6506245088083) Class 07. KETTLE BARBEQUE BRACKET

A2019/01464 - McKay Cabbage Bowls pty LTD Class 01. CABBAGE BOWL

. - APPLIED ON 2019/10/03 -

F2019/01474 - earl erconwald Class 25. LAPA HOOKS

A2019/01473 - ISUZU MOTORS LIMITED Class 12. VEHICLE



F2019/01469 - KARIN NEL, Phillip Nel Class 12. ROLL CAGE SYSTEM FOR PASSENGER TRANSPORT

VEHICLES

F2019/01467 - MODULAR TANKING SOLUTIONS (MAURITIUS) LTD Class 9. A TANK

A2019/01466 - MODULAR TANKING SOLUTIONS (MAURITIUS) LTD Class 9. A TANK

A2019/01470 - KARIN NEL, Phillip Nel Class 12. ROLL CAGE SYSTEM FOR PASSENGER TRANSPORT

VEHICLES

F2019/01468 - MODULAR TANKING SOLUTIONS (MAURITIUS) LTD Class 9. A TANK

A2019/01465 - MODULAR TANKING SOLUTIONS (MAURITIUS) LTD Class 9. A TANK

. - APPLIED ON 2019/10/04 -

A2019/01476 - Normet Oy Class 15. CONSTRUCTION AND MINING MACHINERY

A2019/01479 - SHIMANSKY, Yair Class 11. GEMSTONES

A2019/01478 - SHIMANSKY, Yair Class 11. GEMSTONES


Page | 234

F2019/01477 - DOME BRAAI (Pty) Ltd Class 07. FIREPITS

F2019/01475 - Johannes, Jacob Scholtz, Ruwelché, Gertruida Scholtz Class 12. 3RD LEG SUPPORT

F2019/01480 - CAPCO CC Class 25. FRAME FOR A CEILING TILE

. - APPLIED ON 2019/10/07 -

F2019/01491 - DETNET SOUTH AFRICA (PTY) LTD Class 13. CONNECTOR

F2019/01490 - URSULA CARSTENS Class 09. A SUPPORT DEVICE



A2019/01487 - URSULA CARSTENS Class 09. A SUPPORT DEVICE

A2019/01481 - LINEO ANNE-MARIE SEPITLA Class 02. LAPEL PINS

A2019/01483 - TOYOTA JIDOSHA KABUSHIKI KAISHA Class 12. AUTOMOBILE

A2019/01482 - MYNHARDT, Christiaan Class 25. CEILING BOARD

A2019/01485 - TOYOTA JIDOSHA KABUSHIKI KAISHA Class 12. FRONT BUMPER FOR AN AUTOMOBILE

A2019/01484 - TOYOTA JIDOSHA KABUSHIKI KAISHA Class 26. FRONT COMBINATION LAMP FOR AN

AUTOMOBILE

F2019/01486 - TRIGEND (PTY) LTD Class 13. CONNECTOR

. - APPLIED ON 2019/10/08 -

F2019/01502 - Playasport 25 (Pty) Ltd. Class 21. EXERCISING APPARATUS

F2019/01494 - PRIONTEX MICRONCLEAN (PTY) LTD Class 24. A SURGICAL DRAPE

A2019/01496 - Dorco Co., Ltd. Class 28. RAZOR HANDLES

F2019/01492 - PATRICK RUKUNDO Class 12. INVALID CHAIR

F2019/01500 - Playasport 25 (Pty) Ltd. Class 21. EXERCISING APPARATUS

A2019/01499 - Playasport 25 (Pty) Ltd. Class 21. EXERCISING APPARATUS

F2019/01497 - THIART, Willem Johannes MacDonald Class 12. RAILWAY WHEEL WITH REPLACEABLE TYRE

F2019/01493 - PRIONTEX MICRONCLEAN (PTY) LTD Class 24. A SURGICAL DRAPE

A2019/01495 - Dorco Co., Ltd. Class 28. RAZOR HANDLES

A2019/01498 - THIART, Willem Johannes MacDonald Class 12. RAILWAY WHEEL WITH REPLACEABLE TYRE

A2019/01501 - Playasport 25 (Pty) Ltd. Class 21. EXERCISING APPARATUS


Page | 235

. - APPLIED ON 2019/10/09 -

F2019/01523 - HELMUT FRANZ WILHELM LEHLE Class 25. A CLIP




A2019/01503 - PARFUMS CHRISTIAN DIOR Class 09. FLASK FOR PERFUMERY PRODUCTS

A2019/01504 - VILJOEN, Charlotte Christina Class 8. CARRYING DEVICE

A2019/01505 - VILJOEN, Charlotte Christina Class 9. CARRYING DEVICE

F2019/01506 - VILJOEN, Charlotte Christina Class 8. CARRYING DEVICE

F2019/01507 - VILJOEN, Charlotte Christina Class 9. CARRYING DEVICE

A2019/01508 - VILJOEN, Charlotte Christina Class 9. STRAP

F2019/01509 - VILJOEN, Charlotte Christina Class 9. STRAP

A2019/01510 - Darsim Tool & Die CC Class 7. CONTAINERS

A2019/01511 - Darsim Tool & Die CC Class 9. CONTAINERS

. - APPLIED ON 2019/10/10 -

A2019/01519 - BUNTU POTWANA Class 06. DISPLAY MEDAL STAND

F2019/01514 - SUPER-MAX PERSONAL CARE PVT. LTD. Class 28. RAZOR HANDLE

A2019/01516 - NISSAN JIDOSHA KABUSHIKI KAISHA (ALSO TRADING AS NISSAN MOTOR CO., LTD.) Class 12.

AUTOMOBILE

F2019/01517 - SELECT PPE (PTY) LTD Class 02. JACKET

F2019/01520 - SELECT PPE (PTY) LTD Class 02. TROUSERS

A2019/01521 - SELECT PPE (PTY) LTD Class 02. TROUSERS

A2019/01513 - SUPER-MAX PERSONAL CARE PVT. LTD. Class 28. RAZOR HANDLE

A2019/01515 - XYLEM EUROPE GMBH Class 15. PUMP

A2019/01518 - SELECT PPE (PTY) LTD Class 02. JACKET

. - APPLIED ON 2019/10/14 -

A2019/01526 - S.B.I.D SOLUTIONS, ENTERPRISE AND INVESTMENTS LTD. Class 20. WATER DISPENSER

F2019/01527 - RSC MINING (PTY) LTD Class 08. ROCK BOLT COMPONENT


Page | 236

. - APPLIED ON 2019/10/15 -

A2019/01529 - TEQBALL HOLDING SARL Class 21. SPORTS PRODUCTS

A2019/01528 - TEQBALL HOLDING SARL Class 32. LOGO

. - APPLIED ON 2019/10/16 -

F2019/01543 - Esme Bergsma Class 19. THE BONDS GAME

A2019/01531 - Clark Brands (Pty) Limited Class 09. BOTTLE

F2019/01536 - TYME LIMITED Class 14. SELF-SERVICE KIOSK


A2019/01535 - TYME LIMITED Class 14. SELF-SERVICE KIOSK


A2019/01533 - TYME LIMITED Class 14. SELF-SERVICE KIOSK

F2019/01534 - TYME LIMITED Class 14. SELF-SERVICE KIOSK

. - APPLIED ON 2019/10/17 -

A2019/01541 - TURK, MARC TIMOTHY Class 07. AN ICE MOULD

A2019/01537 - MAHOGANY DEVELOPMENTS PTY LTD Class 7. SAUSAGE-LIKE GRILLING AND COOKING AID

OF INDETERMINATE LENGTH

F2019/01540 - TURK, MARC TIMOTHY Class 07. AN ICE MOULD

F2019/01542 - TURK, MARC TIMOTHY Class 07. AN ICE MOULD

F2019/01538 - MAHOGANY DEVELOPMENTS PTY LTD Class 7. SAUSAGE-LIKE GRILLING AND COOKING AID

OF INDETERMINATE LENGTH

A2019/01539 - TURK, MARC TIMOTHY Class 07. AN ICE MOULD

. - APPLIED ON 2019/10/18 -

F2019/01544 - AMULUS SECURITY LIMITED Class 6. A MODULAR SAFE-HOUSE SYSTEM

A2019/01546 - MBI CO., LTD. Class 13. CHARGER

A2019/01545 - LOUIS VUITTON MALLETIER Class 32. DECORATIVE MOTIF

. - APPLIED ON 2019/10/21 -

A2019/01550 - THABISO TSHIDISO THEDI Class 02. SHOE

A2019/01551 - THABISO TSHIDIDO THEDI Class 02. SHE

F2019/01549 - CAMERON DUDLEY-OWEN Class 12. BULL BAR


Page | 237

F2019/01547 - Ayandiswa Msutu Class 10. BANGLE

A2019/01548 - CAMERON DUDLEY-OWEN Class 12. BULL BAR

. - APPLIED ON 2019/10/22 -

A2019/01552 - MAGNETO IP HOLDINGS (PTY) LTD Class 09. A BOTTLE

F2019/01553 - MAGNETO IP HOLDINGS (PTY) LTD Class 09. A BOTTLE


F2019/01559 - Gossamer Machinery (Proprietary) Limited Class 15. CONTAINER FORMING MACHINE

F2019/01554 - AUSTIN ENGINEERING LIMITED Class 12. A TRUCK TRAY




. - APPLIED ON 2019/10/23 -

A2019/01562 - Caterpillar Inc. Class 15. ADAPTERS FOR MACHINE IMPLEMENTS

A2019/01586 - HONDA MOTOR CO., LTD. Class 12. REAR BUMPER FOR AN AUTOMOBILE

A2019/01560 - FRONT RUNNER RACKS 2000 (PTY) LTD Class 9. A BOX CONTAINER TO BE TRANSPORTED ON

A ROOF RACK

F2019/01561 - FRONT RUNNER RACKS 2000 (PTY) LTD Class 9. A BOX CONTAINER TO BE TRANSPORTED ON

A ROOF RACK

A2019/01563 - McCain Foods Limited Class 1. FOOD PRODUCTS

A2019/01564 - HONDA MOTOR CO., LTD. Class 12. AUTOMOBILE

A2019/01565 - HONDA MOTOR CO., LTD. Class 12. GRILL FOR AN AUTOMOBILE

A2019/01566 - HONDA MOTOR CO., LTD. Class 26. FRONT COMBINATION LAMP FOR AN AUTOMOBILE

A2019/01567 - HONDA MOTOR CO., LTD. Class 12. FRONT BUMPER FOR AN AUTOMOBILE

A2019/01568 - HONDA MOTOR CO., LTD. Class 12. INSTRUMENT PANEL FOR AN AUTOMOBILE

A2019/01569 - HONDA MOTOR CO., LTD. Class 12. FRONT DOOR LINING FOR AN AUTOMOBILE

A2019/01570 - HONDA MOTOR CO., LTD. Class 26. HEADLIGHT FOR AN AUTOMOBILE



A2019/01573 - HONDA MOTOR CO., LTD. Class 12. FRONT GRILL FOR AN AUTOMOBILE


Page | 238

A2019/01574 - HONDA MOTOR CO., LTD. Class 26. HEADLIGHT FOR AN AUTOMOBILE

A2019/01575 - HONDA MOTOR CO., LTD. Class 26. REAR COMBINATION LAMP FOR AN AUTOMOBILE



A2019/01580 - HONDA MOTOR CO., LTD. Class 26. REAR COMBINATION LAMP FOR AN AUTOMOBILE

A2019/01581 - HONDA MOTOR CO., LTD. Class 26. FRONT COMBINATION LAMP FOR AN AUTOMOBILE

A2019/01576 - HONDA MOTOR CO., LTD. Class 12. GRILL FOR AN AUTOMOBILE

A2019/01582 - HONDA MOTOR CO., LTD. Class 12. INSTRUMENT PANEL FOR AN AUTOMOBILE




A2019/01577 - HONDA MOTOR CO., LTD. Class 12. FRONT GRILL FOR AN AUTOMOBILE

. - APPLIED ON 2019/10/24 -

A2019/01587 - Pieter Retief Krige, Yvon Heyns Class 12. TRAILER BODY

A2019/01589 - Axel BÜTTGEN Class 25. BUILDING BLOCK

F2019/01588 - Pieter Retief Krige, Yvon Heyns Class 12. TRAILER BODY

A2019/01591 - Andre Kotze Class 7. URINAL

F2019/01590 - Axel BÜTTGEN Class 25. BUILDING BLOCK

. - APPLIED ON 2019/10/25 -


A2019/01610 - The Procter & Gamble Company Class 28. UNIT DOSE POUCHES

F2019/01612 - NEVIN, Michael Patrick Class 03. BALLAST FOR AN UMBRELLA BASE


A2019/01605 - ARÇELIK ANONIM SIRKETI Class 7. COFFEE MACHINE

A2019/01598 - ARÇELIK ANONIM SIRKETI Class 7. COFFEE MACHINE

A2019/01599 - ARÇELIK ANONIM SIRKETI Class 31. BLENDER


A2019/01601 - ARÇELIK ANONIM SIRKETI Class 31. CHOPPER


Page | 239


A2019/01603 - ARÇELIK ANONIM SIRKETI Class 31. CHOPPER


A2019/01592 - AJAX SYSTEMS CYPRUS HOLDINGS LTD Class 10. SMOKE DETECTOR

A2019/01593 - AJAX SYSTEMS CYPRUS HOLDINGS LTD Class 10. MOTION PROTECT OUTDOOR

A2019/01594 - AJAX SYSTEMS CYPRUS HOLDINGS LTD Class 10. STREET SIREN


A2019/01606 - ARÇELIK ANONIM SIRKETI Class 31. MIXER

A2019/01607 - ARÇELIK ANONIM SIRKETI Class 7. TOASTER


A2019/01609 - ARCELIK ANONIM SIRKETI Class 31. MIXER

A2019/01611 - The Procter & Gamble Company Class 28. UNIT DOSE POUCHES

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

No records available

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


Page | 240

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

Design No : A2014/01083

Applicant : DevPat AB Class : 07 Article to which the Design is to be applied. SHAKERS Date of lodgment: 22/07/2014 Reasons: That the registration be amended to correct Part A to Part F __________________________________________________________________________________________

Design No : A2014/01084 Applicant : DevPat AB Class : 07 Article to which the Design is to be applied. LIDS FOR SHAKERS Date of lodgment: 22/07/2014 Reasons: That the registration be amended to correct Part A to Part F __________________________________________________________________________________________

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)


Page | 241

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


Page | 242

21: A2014/01956 22: 2014-12-22 23: 43: 2019-08-13 52: Class 24 24: Part A 71: SCA HYGIENE PRODUCTS AB 33: EU 31: 002495796 32: 2014-07-03 54: SANITARY NAPKIN 57: The novelty in the design as applied to a sanitary napkin resides in the shape and/or configuration and/or pattern thereof, substantially as shown in the accompanying drawings.

21: A2017/00306 22: 2017-03-01 23: 43: 2019-09-17 52: Class 09 24: Part A 71: StyleProps (Proprietary) Limited 54: BASIN 57: The features of the design for which protection is sought are those features of shape and/or configuration and/or pattern or ornament applied to the basin shown in the representations.

21: A2017/00416 22: 2017-03-24 23: 43: 2019-09-23 52: Class 23 24: Part A 71: SOLAR FLUIDICS PTE LTD. 33: EU 31: 3395334 32: 2016-09-26 54: SOLAR ENERGY COLLECTING APPARATUS 57: The novelty of the design as applied to a Solar energy collecting apparatus resides in the shape and/or configuration thereof, substantially as shown in the accompanying drawings.

21: A2017/00765 22: 2017-05-05 23: 43: 2019-08-13 52: Class 14 24: Part A 71: YUTOU TECHNOLOGY (HANGZHOU) CO., LTD. 33: CN 31: 201630540868.0 32: 2016-11-07 54: A ROBOT WITH AN INTERFACE 57: The novelty of the design as applied to a robot with an interface resides in the shape and/or configuration and/or pattern and/or ornamentation


Page | 243

substantially as shown in the accompanying drawings.

21: A2018/00699 22: 2018-05-09 23: 43: 2019-09-17 52: Class 26 24: Part A 71: AZOTEQ (PTY) LTD 54: LIGHTING APPARATUS 57: The novelty of the design resides in the shape and configuration of a LIGHTING APPARATUS substantially as shown in the accompanying drawing.

21: A2018/00970 22: 2018-06-22 23: 43: 2019-09-13 52: Class 02 24: Part A

71: WILHEMINAH ROSENBERG 54: BATHING COSTUMERS 57: THE WONDER WRAP The wonder wrap is very unique accessory that can be used for many occasions, by both male and female including kids too. It's very comfortable and easy to use. MATERIAL Wonder wrap is made in towelling material, velcro and elastic. HOW TO USE THE WONDER WRAP/WHOCAN USE THE WONDER WRAP You wrap it around your body after a bath, shower or a swim, it says on. Your hands are free to do whatever you want or need to do. Females cover the top part of their bodies to their knees, depending on the preferred length. You can do your hair make up, breakfast prepare kids for school or creche with it wrapped around your body. Males cover from the waist down also depending on the preferred length. Males can shave or do anything. It can also be used in spas, beauty shops etc.

21: A2018/01058 22: 2018-07-10 23: 43: 2019-09-13 52: Class 25 24: Part A 71: DZUNISANI BRIAN MABASA 54: MATERIAL


Page | 244

57: The features are the background colours, the flowers-shapes, colours and pattern they are arranged in. The combination of these features make the design uniquely attractive

21: A2018/01074 22: 2018-07-13 23: 43: 2019-09-17 52: Class 14 24: A 71: PRECISION PLANTING LLC 33: US 31: 29/633,651 32: 2018-01-15 54: MONITOR DISPLAY AND BASE UNIT 57: The design is to be applied to a monitor display and base unit. The features for which protection is claimed are those of shape and/or configuration, substantially as shown in the representations. The broken lines are for illustrative purposes only and form no part of the claimed design.

21: A2018/01093 22: 2018-07-16 23: 43: 2019-09-17 52: Class 14 24: A 71: PRECISION PLANTING LLC 33: US 31: 29/633,656 32: 2018-01-15 54: MONITOR CONSOLE 57: The design is to be applied to a monitor console. The features for which protection is claimed are those of shape and/or configuration, substantially as shown in the representations. The broken lines are for illustrative purposes only and form no part of the claimed design.


Page | 245

21: A2018/01094 22: 2018-07-16 23: 43: 2019-09-17 52: Class 14 24: A 71: PRECISION PLANTING LLC 33: US 31: 29/633,745 32: 2018-01-15 54: MONITOR DISPLAY 57: The design is to be applied to a monitor display. The features for which protection is claimed are those of shape and/or configuration, substantially as shown in the representations.

21: A2018/01246 22: 2018-08-13 23: 43: 2019-09-17 52: Class 24 24: Part A 71: Karl Storz SE & Co. KG 33: EU 31: 004719540-0001 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: A2018/01558 22: 2018-10-12 23:


Page | 246

43: 2019-09-17 52: Class 28 24: Part A 71: Victor TALAVERA 33: EU 31: 005241528 32: 2018-04-19 54: HAIR TRIMMER 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: A2018/01873 22: 2018-12-05 23: 43: 2019-09-10 52: Class 21 24: Part A 71: COOPER, Dylan Maynard 54: GAMING APPARATUS 57: The design relates to a gaming apparatus. The features of the design for which protection is claimed reside in the shape and/or configuration and/or pattern and/or ornamentation of a gaming apparatus, substantially as illustrated in the accompanying representations. For illustrative purposes, some of the features of the design are shown in broken lines. The features in broken lines do not form part of the claimed design and are disclaimed.

21: A2018/01879 22: 2018-12-05 23: 43: 2019-09-10 52: Class 21 24: Part A 71: COOPER, Dylan Maynard 54: GAMING APPARATUS 57: The design relates to a gaming apparatus. The features of the design for which protection is claimed reside in the shape and/or configuration and/or pattern and/or ornamentation of a gaming apparatus, substantially as illustrated in the accompanying representations. For illustrative purposes, some of the features of the design are shown in broken lines. The features in broken lines do not form part of the claimed design and are disclaimed.


Page | 247

21: A2018/01896 22: 2018-12-11 23: 43: 2019-09-10 52: Class 09 24: Part A 71: Polyoak Packaging (Pty) Ltd 54: LID 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: A2018/01923 22: 2018-12-19 23: 43: 2019-09-10 52: Class 08 24: Part A 71: CNG Atlas Africa (Pty) Ltd 54: MOUNTING BRACKET 57: The design relates to a mounting bracket. The features of the design are those of shape and/or configuration and/or pattern.

21: A2018/01925 22: 2018-12-19 23: 43: 2019-09-10 52: Class 09 24: Part A 71: CNG Atlas Africa (Pty) Ltd 54: MOUNTING BRACKET 57: The design relates to a mounting bracket. The features of the design are those of shape and/or configuration and/or pattern.

21: A2018/01942 22: 2018-12-19 23: 43: 2019-09-10 52: Class 10 24: A 71: TEXECOM LIMITED 33: EP 31: 5316148-0002 32: 2018-06-19 54: MOTION SENSOR 57: The design is to be applied to a motion sensor. The features for which protection is claimed are those of shape and/or configuration, substantially as shown in the representations.


Page | 248

21: A2018/01943 22: 2018-12-19 23: 43: 2019-09-10 52: Class 10 24: A 71: TEXECOM LIMITED 33: EP 31: 5316148-0003 32: 2018-06-19 54: MOTION SENSOR 57: The design is to be applied to a motion sensor. The features for which protection is claimed are those of shape and/or configuration, substantially as shown in the representations.

21: A2018/01949 22: 2018-12-20 23: 43: 2019-09-10 52: Class 25 24: Part A 71: JURO TRADING PTY LTD 54: KIOSK 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: A2018/01954 22: 2018-12-20 23: 43: 2019-09-10 52: Class 25 24: Part A 71: JURO TRADING PTY LTD 54: KIOSK


Page | 249

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: A2018/01958 22: 2018-12-20 23: 43: 2019-09-10

52: Class 25 24: Part A 71: Juro Trading CC 54: KIOSK 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: A2019/00039 22: 2019-01-04 23: 43: 2019-09-13 52: Class 26 24: Part A 71: VISION X ASIA CO.,LTD., KO, In Hong 33: KR 31: 30-2018-0031338 32: 2018-07-09 54: LAMPS FOR VEHICLES 57: The design is for lamps for vehicles, each lamp comprises an elongate body with a row of illuminating elements directed towards a front of the lamp.

21: A2019/00045 22: 2019-01-08 23: 43: 2019-09-13 52: Class 11 24: Part A 71: SHOLOKHOV, MIKHAIL VALENTINOVICH 54: A SCULPTURE 57: This sculpture is for decoration. Protection is claimed on the shape and configuration of the sculpture as shown in the attached representations.


Page | 250




Page | 251




Page | 252

21: A2019/00064 22: 2019-01-16 23: 43: 2019-09-13 52: Class 32 24: A 71: FREDERIC FOUCARD 33: France 31: 2018-3411 32: 2018-07-18 54: LOGO 57: The design is to be applied to a logo. The features for which protection is claimed are those of shape and/or configuration and/or pattern and/or ornamentation, substantially as shown in the representations.

21: A2019/00103 22: 2019-01-21 23: 43: 2019-10-02 52: Class 07 24: Part A 71: BEZUIDENHOUT, Christiaan Lourens Phillippus 54: COOLER CONTAINER

57: The design relates to a cooler container. The features of the design are those of shape and/or configuration.

21: A2019/00119 22: 2019-01-22 23: 43: 2019-09-25 52: Class 21 24: Part A 71: RACHEAL KELEBOGILE KESIMOLOTSE 54: KITCHEN UTENSILS/CROCKERY 57: The African tribes designs of Zulu, Setswana, Xhosa, Ndebele, Sotho and Swati will be printed on the following crockery items: Plates; Mugs; Cups; Cups; Saucers Side plate; Bowls; Coffee; Tea; Sugar containers.

21: A2019/00120 22: 2019-01-24 23: 43: 2019-09-13 52: Class 3 24: A 71: LOUIS VUITTON MALLETIER 33: France 31: 2018-3647 32: 2018-08-03 54: LUGGAGE 57: The design is to be applied to luggage. The features for which protection is claimed are those of shape and/or configuration and/or pattern and/or ornamentation, substantially as shown in the representations.


Page | 253

21: A2019/00121 22: 2019-01-24 23: 43: 2019-09-13 52: Class 3 24: A 71: LOUIS VUITTON MALLETIER 33: France 31: 2018-3647 32: 2018-08-03 54: LUGGAGE 57: The design is to be applied to luggage. The features for which protection is claimed are those of shape and/or configuration and/or pattern and/or ornamentation, substantially as shown in the representations.

21: A2019/00122 22: 2019-01-25 23: 43: 2019-09-13 52: Class 12 24: Part A 71: THE UNITED STATES GOVERNMENT AS REPRESENTED BY THE DEPARTMENT OF VETERANS AFFAIRS 33: US 31: 29/659,034 32: 2018-08-06 54: WALKER 57: The design is applied to a walker. The features of the design for which protection is claimed are those of the shape and/or configuration of the walker, substantially as illustrated in the accompanying representations. Contour lines are provided to indicate contours but do not form part of the design and are disclaimed.


Page | 254

21: A2019/00126 22: 2019-01-28 23: 43: 2019-09-13 52: Class 14 24: Part A 71: Andreas BRÄUER 33: EU 31: 005608601-0001 32: 2018-08-14 54: AERIALS 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: A2019/00136 22: 2019-01-25 23: 43: 2019-09-13 52: Class 28 24: A 71: RECKITT BENCKISER HEALTH LIMITED 33: EP 31: 005540010-0001 32: 2018-08-03 54: VIBRATOR FOR MASSAGE 57: The design is to be applied to a vibrator for massage. The features for which protection is claimed are those of shape and/or configuration, substantially as shown in the representations.

21: A2019/00137 22: 2019-01-25 23: 43: 2019-09-13 52: Class 28 24: A 71: RECKITT BENCKISER HEALTH LIMITED 33: EP 31: 005540010-0003 32: 2018-08-03 54: VIBRATOR FOR MASSAGE 57: The design is to be applied to a vibrator for massage. The features for which protection is claimed are those of shape and/or configuration substantially as shown in the representations.


Page | 255




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21: A2019/00144 22: 2019-01-29 23: 43: 2019-09-13 52: Class 09 24: Part A 71: ALPLA WERKE ALWIN LEHNER GMBH & CO. KG 33: IR 31: DM/103 812 32: 2018-08-03 54: BAG FOR PACKAGING 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).




Page | 257




21: A2019/00196 22: 2019-01-31 23: 43: 2019-10-08 52: Class 06 24: Part A 71: TUSWA, Ntombikayise Ziyanda 54: WIG STAND 57: The design relates to a wig stand. The features of the design are those of shape and/or configuration and/or pattern.


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21: A2019/00318 22: 2019-02-28 23: 43: 2019-10-08 52: Class 13 24: Part A 71: Aurora Limited 33: GB 31: 6043760 32: 2018-09-14 54: REMOTE SWITCH 57: The design relates to a remote switch. The features of the design are those of shape and/or configuration and/or pattern and/or ornamentation.

21: A2019/00319 22: 2019-02-28 23: 43: 2019-10-08 52: Class 13 24: Part A 71: Aurora Limited 33: GB 31: 6043759 32: 2018-09-14 54: WALL SWITCH 57: The design relates to a wall switch. The features of the design are those of shape and/or configuration and/or pattern and/or ornamentation.

21: F2016/00550 22: 2016-04-13 23: 43: 2017-04-06 52: Class 08 24: Part F 71: RESOLUTION CIRCLE (PTY) LTD 54: TOOL HANDLES 57: The features of the design for which protection is claimed comprise the shape and/or configuration of the tool handle substantially as illustrated in the accompanying representations. The shape and/or configuration of the tool indicated in dashed lines is not claimed. The tool handle engages tools which may be used with a wood-turning lathe. The handle has a hollow body with a cap at one end which is press-fitted to the body. The other end has a threaded portion with a tapered element therein to engage a collet. A head, with a complementary threaded portion is attached to the threaded end and engages the collet between the tapered element and the head. The head may be tightened to the body to engage a tool in the collet. When the head is unscrewed, the hollow body may be used to store different tools to be used with the handle.


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21: F2016/02033 22: 2016-12-21 23: 43: 2019-07-31 52: Class 10 24: Part F 71: MECALC (PTY) LIMITED 54: CASING – VARIATIONS OF VERTICAL 57: Brief statement of features: (Not more than 100 words) (The publication representation to be attached) The features of the design for which protection is claimed reside in the shape and/or configuration of the casing substantially as shown in the accompanying representations. First Perspective view to be used for publication.

21: F2017/00701 22: 2017-04-25 23: 43: 2019-09-03 52: Class 12 24: F 71: AMSTED RAIL COMPANY, INC. 54: YOKE FOR A LOCOMOTIVE DRAFT GEAR 57: The design is to be applied to a yoke for a locomotive draft gear. The features for which protection is claimed are those of shape and/or configuration, substantially as shown in the representations.

21: F2018/00624 22: 2018-04-23 23: 43: 2019-09-23 52: Class 08 24: Part F 71: UNIVERSITY OF JOHANNESBURG 54: PLUG BOLT 57: The features of the design for which protection is claimed reside in the shape and/or configuration of the plug bolt substantially shown in the accompanying representations irrespective of the


Page | 260

appearance of the features in dashed lines and the corresponding features on rendered representations. The plug bolt is shaped and configured such that it is capable of shearing in the event of over tightening. This prevents damage to thread of devices in which the plug bolt is used.

21: F2018/00700 22: 2018-05-09 23: 43: 2019-09-17 52: Class 26 24: Part F 71: AZOTEQ (PTY) LTD 54: LIGHTING APPARATUS 57: The novelty of the design resides in the shape and configuration of a LIGHTING APPARATUS substantially as shown in the accompanying drawings.

21: F2018/00710 22: 2018-05-10 23: 43: 2019-09-17 52: Class 24 24: Part F 71: NUANGLE SOLUTIONS (PTY) LTD 54: DRAINAGE DEVICE 57: The novelty of the design resides in the shape and/or configuration of the drainage device substantially as shown in the accompanying drawings.

21: F2018/00755 22: 2018-05-17 23: 43: 2019-09-17 52: Class 13 24: Part F 71: UNIVERSITY OF CAPE TOWN 54: GASKET ASSEMBLY FOR A MEMBRANE ELECTRODE ASSEMBLY OF A FUEL CELL STACK 57: The design is applied to a gasket assembly for a membrane electrode assembly of a fuel cell stack.


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The features of the design for which protection is claimed are those of the shape and/or configuration of the gasket assembly substantially as shown in the accompanying representation.

21: F2018/00945 22: 2018-06-20 23: 43: 2019-09-17 52: Class 02 24: Part F 71: SELECT PPE (PTY) LTD 54: A CLASP FOR A HARD HAT 57: The novelty of the design resides in the shape or configuration of a clasp for a hard hat substantially as shown in the accompanying drawings.

21: F2018/00946 22: 2018-06-20 23: 43: 2019-09-17 52: Class 02 24: Part F 71: SELECT PPE (PTY) 54: A SUPPORT STRAP FOR A HARD HAT 57: The novelty of the design resides in the shape or configuration of a support strap for a hard hat substantially as shown in the accompanying drawings.

21: F2018/00947 22: 2018-06-20 23: 43: 2019-09-17 52: Class 02 24: Part F 71: SELECT PPE (PTY) 54: A HEADBAND FOR A HARD HAT 57: The novelty of the design resides in the shape or configuration of a headband for a hard hat substantially as shown in the accompanying drawings.

21: F2018/01084 22: 2018-07-16 23: 43: 2019-09-17 52: Class 08 24: Part F 71: Cochrane Steel Products (Pty) Ltd 54: RAZOR WIRE 57: The features for which protection is claimed reside in the shape or configuration of a razor wire, substantially as shown in the accompanying representation.


Page | 262

21: F2018/01247 22: 2018-08-13 23: 43: 2019-09-17 52: Class 24 24: Part F 71: Karl Storz SE & Co. KG 33: EU 31: 004719540-0001 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: F2018/01527 22: 2018-10-03 23: 43: 2019-09-17 52: Class 08 24: Part F 71: RHOSCH ENGINEERING (PTY) LTD 54: A DRILL DEPTH INDICATOR FOR A DRILL STEEL 57: The design relates to a drill depth indicator for a drill steel. The features of the design for which

protection is claimed reside in the shape and/or configuration and/or pattern of a drill depth indicator as shown in the accompanying representations. The drill steel shown in broken lines does not form part of the design and is disclaimed.

21: F2018/01559 22: 2018-10-12 23: 43: 2019-09-17 52: Class 28 24: Part F 71: Victor TALAVERA 33: EU 31: 005241528 32: 2018-04-19 54: HAIR TRIMMER 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: F2018/01832 22: 2018-11-29 23: 43: 2019-07-16 52: Class 24 24: Part F 71: K2 MEDICAL (PTY) LIMITED 54: INTRAVENOUS LINE FILTER CONNECTOR 57: The features of the design for which protection is claimed reside in the shape and/or configuration of the intravenous line filter connector as shown in the accompanying representations. The filter itself (indicated in broken lines) does not form a part of the design, and this aspect is specifically disclaimed as forming part of the design protection sought.


Page | 263

21: F2018/01836 22: 2018-11-29 23: 43: 2019-07-16 52: Class 25 24: Part F 71: CAPCO CC 54: PROFILE OF A DOOR FRAME SECTION 57: The novelty in the design as applied to a profile of a door frame section for use with a dry wall partitioning system, resides in the shape and/or configuration thereof, substantially as shown in the accompanying drawings.

21: F2018/01837 22: 2018-11-29 23: 43: 2019-07-16 52: Class 25 24: Part F 71: CAPCO CC 54: PROFILE OF A GLAZING SECTION 57: The novelty in the design as applied to a profile of a glazing section for use with a dry wall partitioning system, resides in the shape and/or configuration thereof, substantially as shown in the accompanying drawings.

21: F2018/01866 22: 2018-12-05 23: 43: 2019-09-10 52: Class 09 24: Part F 71: VIRBAC S.A. 33: WO 31: DM/103 483 32: 2018-09-07 54: PROTECTIVE DEVICE (SHELL) AND BOTTLE 57: The features of the design for which protection is claimed reside in the shape and/or configuration of the protective shell and bottle as shown in the accompanying representations.

21: F2018/01868 22: 2018-12-05 23: 43: 2019-09-10 52: Class 10 24: Part F 71: PIENAAR, Simone


Page | 264

54: ROAD BARRIER REFLECTOR 57: The design relates to a road barrier reflector. The features of the design are those of shape and/or configuration.

21: F2018/01870 22: 2018-12-05 23: 43: 2019-09-10 52: Class 25 24: Part F 71: PIENAAR, Simone 54: ROAD BARRIER REFLECTOR 57: The design relates to a road barrier reflector. The features of the design are those of shape and/or configuration.

21: F2018/01874 22: 2018-12-05 23: 43: 2019-09-10 52: Class 21 24: Part F 71: COOPER, Dylan Maynard 54: GAMING APPARATUS 57: The design relates to a gaming apparatus. The features of the design for which protection is claimed reside in the shape and/or configuration and/or pattern of a gaming apparatus, substantially as illustrated in the accompanying representations. For

illustrative purposes, some of the features of the design are shown in broken lines. The features in broken lines do not form part of the claimed design and are disclaimed.

21: F2018/01880 22: 2018-12-05 23: 43: 2019-09-10 52: Class 21 24: Part F 71: COOPER, Dylan Maynard 54: GAMING APPARATUS 57: The design relates to a gaming apparatus. The features of the design for which protection is claimed reside in the shape and/or configuration and/or pattern of a gaming apparatus, substantially as illustrated in the accompanying representations. For illustrative purposes, some of the features of the design are shown in broken lines. The features in broken lines do not form part of the claimed design and are disclaimed.


Page | 265

21: F2018/01897 22: 2018-12-11 23: 43: 2019-09-10 52: Class 09 24: Part F 71: Polyoak Packaging (Pty) Ltd 54: LID 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: F2018/01898 22: 2018-12-11 23: 43: 2019-09-10 52: Class 06 24: Part F 71: DONATI S.P.A. 33: WO 31: DM/101807 32: 2018-06-13 54: SEAT MECHANISMS 57: The design is for a seat mechanism.

21: F2018/01924 22: 2018-12-19 23: 43: 2019-09-10 52: Class 08 24: Part F 71: CNG Atlas Africa (Pty) Ltd 54: MOUNTING BRACKET 57: The design relates to a mounting bracket. The features of the design are those of shape and/or configuration and/or pattern.

21: F2018/01926 22: 2018-12-19 23: 43: 2019-09-10 52: Class 09 24: Part F 71: CNG Atlas Africa (Pty) Ltd 54: MOUNTING BRACKET 57: The design relates to a mounting bracket. The features of the design are those of shape and/or configuration and/or pattern.


Page | 266

21: F2018/01927 22: 2018-12-19 23: 43: 2019-09-10 52: Class 25 24: Part F 71: Golden Homes Holdings Limited 33: NZ 31: 424775 32: 2018-08-10 54: A BUILDING EXTUSION 57: The design is for a building extrusion of indeterminate length comprising two main flanges that meet at an obtuse angle, with a lip extending from the edge of one of the flanges and two parallel protuberances with clip-profiled edges, extending from the other flange.

21: F2018/01928 22: 2018-12-19 23: 43: 2019-09-10 52: Class 25 24: Part F 71: Golden Homes Holdings Limited 33: NZ 31: 424774 32: 2018-08-10 54: BUILDING EXTRUSION

57: The design is for a building extrusion of indeterminate length comprising a generally rectangular tube portion, a smaller open channel portion and a web between extending at an angle between the two portions.

21: F2018/01929 22: 2018-12-19 23: 43: 2019-09-10 52: Class 08 24: Part F 71: D-LINE (EUROPE) LIMITED 33: EU 31: 005316825-0009 32: 2018-06-19 33: EU 31: 005316825-0008 32: 2018-06-19 54: A CONDUIT CLIP 57: The design relates to a conduit clip. The features of the design for which protection is claimed are those of the shape and/or configuration of the conduit clip substantially as shown in the accompanying representation.


Page | 267

21: F2018/01948 22: 2018-12-20 23: 43: 2019-09-10 52: Class 25 24: Part F 71: JURO TRADING PTY LTD 54: KIOSK 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: F2018/01952 22: 2018-12-20 23: 43: 2019-09-10 52: Class 25 24: Part F 71: JURO TRADING PTY LTD


Page | 268

54: KIOSK 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: F2018/01957 22: 2018-12-20 23: 43: 2019-09-10 52: Class 25 24: Part F

71: JURO TRADING PTY LTD 54: KIOSK 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: F2019/00021 22: 2019-01-02 23: 43: 2019-09-13


Page | 269

52: Class 10 24: Part F 71: INTERCEPT IP LTD. 33: EU 31: 005331253-0001 32: 2018-06-29 54: A TELEMETRIC DEVICE 57: The design relates to a Telemetric Device. The features of the design for which protection is claimed are those of the shape and/or configuration of the Telemetric Device substantially as shown in the accompanying representation. The Telemetric Device can be secured against the inside of a windscreen of a motor vehicle. The Device will operate in conjunction with a smart phone to record information about the manner in which the vehicle has been driven.

21: F2019/00089 22: 2019-01-16 23: 43: 2019-10-02 52: Class 07 24: Part F 71: XASO, Tandeka Primrose 54: HOLDER FOR A BOTTLE AND CELLPHONE 57: The design relates to a holder for a bottle and cellphone. The features of the design are those of shape and/or configuration and/or pattern.

21: F2019/00090 22: 2019-01-16 23: 43: 2019-10-02 52: Class 03 24: Part F 71: XASO, Tandeka Primrose 54: HOLDER FOR A BOTTLE AND CELLPHONE 57: The design relates to a holder for a bottle and cellphone. The features of the design are those of shape and/or configuration and/or pattern.


Page | 270

21: F2019/00102 22: 2019-01-21 23: 43: 2019-10-02 52: Class 07 24: Part F 71: BEZUIDENHOUT, Christiaan Lourens Phillippus 54: COOLER CONTAINER 57: The design relates to a cooler container. The features of the design are those of shape and/or configuration.

21: F2019/00123 22: 2019-01-25 23:

43: 2019-09-13 52: Class 12 24: Part F 71: THE UNITED STATES GOVERNMENT AS REPRESENTED BY THE DEPARTMENT OF VETERANS AFFAIRS 33: US 31: 29/659,034 32: 2018-08-06 54: WALKER 57: The design is applied to a walker. The features of the design for which protection is claimed are those of the shape and/or configuration of the walker, substantially as illustrated in the accompanying representations. Contour lines are provided to indicate contours but do not form part of the design and are disclaimed.

21: F2019/00124 22: 2019-01-25 23: 43: 2019-09-13 52: Class 12 24: Part F 71: THE UNITED STATES GOVERNMENT AS REPRESENTED BY THE DEPARTMENT OF VETERANS AFFAIRS 33: US 31: 29/659,034 32: 2018-08-06 54: WALKER 57: The design is applied to a walker. The features of the design for which protection is claimed are those of the shape and/or configuration of the walker, substantially as illustrated in the accompanying representations. Features shown in broken lines do not form part of the design and are disclaimed. Contour lines are provided to indicate


Page | 271

contours but do not form part of the design and are also disclaimed.

21: F2019/00128 22: 2019-01-28 23: 43: 2019-09-13 52: Class 22 24: Part F 71: DETNET SOUTH AFRICA (PTY) LTD 54: DETONATOR 57: The novelty of the design resides in the shape and/or configuration of a detonator substantially as shown in the accompanying drawing.

21: F2019/00129 22: 2019-01-28 23: 43: 2019-09-13 52: Class 22 24: Part F 71: DETNET SOUTH AFRICA (PTY) LTD 54: DETONATOR MODULE WITH A FRICTION LOCK STRUCTURE 57: The novelty of the design resides in the shape and/or configuration of a detonator module including a friction lock structure, substantially as shown in the accompanying drawing. The parts of the detonator module shown in dotted outline do not form part of the design.

21: F2019/00130 22: 2019-01-28 23: 43: 2019-09-13 52: Class 22 24: Part F


Page | 272

71: DETNET SOUTH AFRICA (PTY) LTD 54: DETONATOR MODULE 57: The novelty of the design resides in the shape and/or configuration of a detonator module substantially as shown in the accompanying drawing.

21: F2019/00131 22: 2019-01-28 23: 43: 2019-09-13 52: Class 22 24: Part F 71: DETNET SOUTH AFRICA (PTY) LTD 54: DETONATOR MODULE WITH AN OVERMOULD FORMATION 57: The novelty of the design resides in the shape and/or configuration of a detonator module which includes an overmould formation substantially as shown in the accompanying drawing. The parts of the detonator module shown in dotted outline do not form part of the design.

21: F2019/00132 22: 2019-01-28 23: 43: 2019-09-13

52: Class 22 24: Part F 71: DETNET SOUTH AFRICA (PTY) LTD 54: DETONATOR MODULE WITH A CLIP FORMATION 57: The novelty of the design resides in the shape and/or configuration of a detonator module with a clip formation substantially as shown in the accompanying Figures. The parts of the detonator module shown in dotted outline do not form part of the design.

21: F2019/00133 22: 2019-01-28 23: 43: 2019-09-13 52: Class 22 24: Part F 71: DETNET SOUTH AFRICA (PTY) LTD 54: DETONATOR STRUCTURE 57: The novelty of the design resides in the shape and/or configuration of a detonator structure substantially as shown in the accompanying drawing.

21: F2019/00134 22: 2019-01-28 23: 43: 2019-09-13 52: Class 22 24: Part F 71: DETNET SOUTH AFRICA (PTY) LTD 54: CLIP FOR A DETONATOR


Page | 273

57: The novelty of the design resides in the shape and/or configuration of a clip for a detonator substantially as shown in the accompanying drawing.

21: F2019/00135 22: 2019-01-28 23: 43: 2019-09-13 52: Class 22 24: Part F 71: DETNET SOUTH AFRICA (PTY) LTD 54: DETONATOR MODULE WITH RETENTION FORMATIONS 57: The novelty of the design resides in the shape and/or configuration of a detonator module which includes retention formations substantially as shown in the solid outline of the accompanying drawing. The parts of the module shown in dotted outline do not form part of the design

21: F2019/00140 22: 2019-01-29 23: 43: 2019-09-13 52: Class 25 24: Part F 71: ANDERSON, Shane Michael 54: TOE-BOARD MOUNT FOR SCAFFOLDING 57: The design relates to a toe-board mount. The features of the design are those of shape and/or configuration.

21: F2019/00141 22: 2019-01-29 23: 43: 2019-09-13 52: Class 29 24: Part F 71: ANDERSON, Shane Michael 54: TOE-BOARD MOUNT FOR SCAFFOLDING 57: The design relates to a toe-board mount. The features of the design are those of shape and/or configuration.

21: F2019/00145 22: 2019-01-29 23: 43: 2019-09-13 52: Class 09 24: Part F 71: ALPLA WERKE ALWIN LEHNER GMBH & CO. KG 33: IR 31: DM/103 812 32: 2018-08-03 54: BAG FOR PACKAGING 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).


Page | 274




21: F2019/00155 22: 2019-01-29 23: 43: 2019-09-18 52: Class 09 24: Part F 71: ALPLA WERKE ALWIN LEHNER GMBH & CO. KG 33: IR 31: DM/103 812 32: 2018-08-03 54: BAG FOR PACKAGING


Page | 275

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: F2019/00174 22: 2019-01-31 23: 43: 2019-09-18 52: Class 06 24: Part F 71: TUSWA, Ntombikayise Ziyanda 54: WIG STAND 57: The design relates to a wig stand. The features of the design are those of shape and/or configuration and/or pattern.

21: F2019/00233 22: 2019-02-12 23: 43: 2019-10-07 52: Class 08 24: Part F 71: MILLS, David Christopher Eric 54: WHEEL NUT RESTRAINING DEVICE 57: The design relates to a wheel nut restraining device. The features of the design are those of shape and/or configuration.



Page | 276


21: F2019/00320 22: 2019-02-28 23: 43: 2019-10-08 52: Class 13 24: Part F 71: Aurora Limited 33: GB 31: 6043759 32: 2018-09-14 54: WALL SWITCH 57: The design relates to a wall switch. The features of the design are those of shape and/or configuration and/or pattern.

OCTOBER 2019 CIPC PATENT JOURNAL

277

HYPOTHECATIONS


JUDGMENTS




278


279

4. COPYRIGHT


280

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.



281

HYPOTHECATIONS


JUDGMENTS





282

5. CORRECTION NOTICES


283

TRADE MARK CORRECTION NOTICES


PATENT CORRECTION NOTICES


DESIGNS CORRECTION NOTICES


COPYRIGHT CORRECTION NOTICES



284

PATENTS

Advertisement List for October 2019

Number of Advertised Patents: 353

Application Number Patent Title Filing Date

2012/01774 DOSAGE REGIMEN FOR ADMINISTERING A CD19XCD3 BISPECIFIC ANTIBODY

2012/03/12

2012/02517 IMINOTHIADIAZINE DIOXIDE COMPOUNDS AS BACE INHIBITORS, COMPOSITIONS, AND THEIR USE

2012/04/05

2012/06572 CROSS-SPECIES-SPECIFIC PSMAXCD3 BISPECIFIC SINGLE CHAIN ANTIBODY

2012/09/03

2014/01155 COEFFICIENT SCANNING IN VIDEO CODING

2014/02/14

2014/01940 COMPOSITIONS, METHODS, AND SYSTEMS FOR THE SYNTHESIS AND USE OF IMAGING AGENTS

2012/09/07

2014/02555 APOPTOSIS-INDUCING AGENTS FOR THE TREATMENT OF CANCER AND IMMUNE AND AUTOIMMUNE DISEASES

2014/04/08

2014/02604 A CATALYST BED SYSTEM FOR AN ENDOTHERMIC CATALYTIC DEHYDROGENATION PROCESS AND AN ENDOTHERMIC DEHYDROGENATION PROCESS

2014/04/09

2014/04187 COMPOSITIONS AND METHODS FOR TREATING DENTAL CONDITIONS

2014/06/06

2014/04286 A GUARD FOR A ROTARY PUMP 2014/06/10

2014/04372 A BLAST INITIATOR SUPPORT 2014/06/13

2014/04559 MACROSTRUCTURE FORMING SURFACTANTS USEFUL AS SPRAY DRIFT CONTROL AGENTS IN PESTICIDE SPRAYING APPLICATIONS

2014/06/20

2014/04986 METHODS FOR PREVENTING, TREATING OR DIAGNOSING DISORDERS

2014/07/08

2014/04997 SYSTEMS AND METHODS FOR MANAGING A FUEL CELL

2014/07/08

2014/06580 PROCESSING ADDITIVES AND USES OF SAME IN ROTATIONAL MOLDING

2014/09/08

2014/07378 VISCERAL DOUBLE-BARRELED MAIN BODY STENT GRAFT AND METHODS FOR USE

2014/10/10


285


2014/09397 PURIFICATION OF IDURONATE-2-SULFATASE

2013/06/28

2015/00064 TOOL HAVING INTERCONNECTED LINKS THAT FORM AT LEAST A PORTION OF A WEARABLE ACCESSORY

2015/01/06

2015/00160 A MID-HINGE MAST 2015/01/09

2015/00905 DEOXIDATION OF CROSS-ROLLED HOLLOW BLOCKS

2015/02/09

2015/01495 FLEXIBLE GRINDING PRODUCT WITH FLATTENED SURFACE AND METHOD FOR MANUFACTURING THE SAME

2015/03/04

2015/01540 MULTI-POINT GUIDANCE SUPPORT METHOD FOR RECIPROCATING IMPACT MACHINE AND RECIPROCATING IMPACT MACHINE DEVICE HAVING MULTI-POINT GUIDANCE SUPPORT THAT IMPLEMENTS SAID METHOD.

2015/03/06

2015/02382 CODED PICTURE BUFFER ARRIVAL AND NOMINAL REMOVAL TIMES IN VIDEO CODING

2015/04/09

2015/02407 MOBILE X-RAY DEVICE WITH TELESCOPIC COLUMN

2015/04/10

2015/02634 DOOR SYSTEM WITH NONCONTACT ACCESS CONTROL AND NONCONTACT DOOR OPERATION

2015/04/20

2015/02882 TOPICAL PARASITICIDAL FORMULATION

2015/04/28

2015/02992 USE OF A PVDF MEMBRANE TO PURIFY CELL-BINDING AGENT CYTOTOXIC AGENT CONJUGATES

2015/04/30

2015/04068 SECONDARY ZINC-MANGANESE DIOXIDE BATTERIES FOR HIGH POWER APPLICATIONS

2013/11/08

2015/04109 TARGETED CONJUGATES ENCAPSULATED IN PARTICLES AND FORMULATIONS THEREOF

2015/06/08

2015/04278 MODIFIED ATMOSPHERE PACKAGE FOR BANANAS

2013/12/05

2015/04548 ASSAYS FOR THE DETECTION OF ANTI-TNF DRUGS AND AUTOANTIBODIES

2015/06/24

2015/04559 CHLORO-PYRAZINE CARBOXAMIDE DERIVATIVES USEFUL FOR THE TREATMENT OF DISEASES FAVOURED BY INSUFFICIENT MUCOSAL HYDRATION

2013/12/13

2015/04560 ARYLALKYL-AND ARYLOXYALKYL-SUBSTITUTED EPITHELIAL SODIUM

2013/12/16


286


CHANNEL BLOCKING COMPOUNDS

2015/04561 3,5-DIAMINO-6-CHLORO-N-(N-(4-PHENYLBUTYL)CARBAMIMIDOYL) PYRAZINE-2- CARBOXAMIDE COMPOUNDS

2013/12/13

2015/04577 TREATMENT OF CANCER WITH HETEROCYCLIC INHIBITORS OF GLUTAMINASE

2015/06/24

2015/04766 VACUUM RELEASE SEAL FOR A CLOSURE AND CONTAINER PACKAGE

2014/03/06

2015/04898 HUMAN ANTI-TAU ANTIBODIES 2015/07/08

2015/05345 NEW BIOACTIVE POLYMERS 2015/07/24

2015/05595 THERMAL TREATMENT PROCESS OF A STEEL SHEET AND ADVICE FOR ITS IMPLEMENTATION

2015/08/04

2015/05628 MODULATION OF APOLIPOPROTEIN C-III (APOCIII) EXPRESSION IN LIPOPROTEIN LIPASE DEFICIENT (LPLD) POPULATIONS

2015/08/04

2015/05853 STIFF POLYPROPYLENE COMPOSITION SUITABLE FOR PRIMERLESS PAINTING

2015/08/14

2015/05857 A PROCESS FOR CATALYTIC GASIFICATION OF CARBONACEOUS FEEDSTOCK

2015/08/14

2015/05937 CAIX STRATIFICATION BASED CANCER TREATMENT

2015/08/18

2015/07369 HYBRID BRASSICA PLANTS AND METHODS FOR PRODUCING SAME

2015/10/05

2015/07511 WIND TURBINE AND A LIGHTNING PROTECTION UNIT FOR A WIND TURBINE

2015/10/09

2015/08663 PROJECTION BOLT WELDING METHOD

2015/11/25

2015/08951 POLYMORPH FORMS OF ICOTINIB MALEATE AND USES THEREOF

2015/12/08

2016/01653 CRAFT ARTICLE AND METHOD OF MANUFACTURE

2016/03/10

2016/02202 SUBSTITUTED PIPERIDYL-ETHYL-PYRIMIDINE AS GHRELIN O-ACYL TRANSFERASE INHIBITOR

2016/04/04

2016/02465 WATER EXTRACTING DEVICE 2016/04/12

2016/02534 POLYMORPHS OF 2-(4-(2-(1-ISOPROPYL-3-METHYL-1H-1,2,4-TRIAZOL-5-YL)-5,6-DIHYDROBENZO[F]IMIDAZO[1,2-D][1,4]OXAZEPIN-9-YL)-1H-PYRAZOL-1-YL)-2-METHYLPROPANAMIDE, METHODS OF PRODUCTION, AND

2016/04/14


287


PHARMACEUTICAL USES THEREOF

2016/02588 MANUALLY ACTUATABLE LIQUID DISPENSING RAZOR

2016/04/15

2016/02682 TOBACCO TREATMENT 2016/04/19

2016/02746 ONE TURN ACTUATED DURATION SPRAY PUMP MECHANISM

2016/04/20

2016/02826 MODULAR PARTICLES FOR IMMUNOTHERAPY

2016/04/25

2016/02851 METHOD FOR SEPARATING A HYDROCARBON MIXTURE, SEPARATING PLANT AND STEAM CRACKING PLANT

2016/04/25

2016/02908 METHOD FOR THE SELECTIVE REMOVAL OF SULFITES FROM BEVERAGES AND MODULAR APPARATUS FOR SAME

2016/04/29

2016/03051 METHOD OF PRODUCING RETINAL PIGMENT EPITHELIAL CELL

2014/10/09

2016/03054 METHOD FOR PURIFICATION OF RETINAL PIGMENT EPITHELIAL CELLS

2014/10/09

2016/03262 INTERLEUKIN-2 FUSION PROTEINS AND USES THEREOF

2016/05/13

2016/03318 BOREHOLE LOGGING METHODS AND APPARATUS

2014/11/19

2016/03461 AIR-CONDITIONING AIR DISPENSING DEVICE FOR A VEHICLE TURRET, AND VEHICLE COMPRISING SUCH A DEVICE

2016/05/20

2016/03610 BED 2016/05/26

2016/03697 PEPTIDOMIMETIC COMPOUNDS AND ANTIBODY-DRUG CONJUGATES THEREOF

2016/05/31

2016/03754 CONTAINER TEST SYSTEM 2014/12/15

2016/03788 UTILITY POLE 2016/06/03

2016/04053 METHOD OF VALIDATION INTENDED TO VALIDATE THAT AN ELEMENT IS COVERED BY A TRUE SKIN

2016/06/14

2016/04176 A FURNITURE PANEL 2014/12/17

2016/04220 HERBICIDAL COMPOSITIONS CONTAINING IMAZAPIC, AMINOPYRALID AND OPTIONALLY METSULFURON

2014/12/11

2016/04498 SINGLE VIAL VACCINE FORMULATIONS

2014/12/29

2016/04619 A LIQUID NITROGEN SYSTEM AND METHOD TO GOVERN FIRE DISTRICT IN COAL FIELD LOSSLESSLY

2016/07/06

2016/04642 MAIZE CYTOPLASMIC MALE STERILITY (CMS) S-TYPE

2014/12/30


288


RESTORER RF3 GENE, MOLECULAR MARKERS AND THEIR USE

2016/05020 NOVEL PYRAZOLYL-HETEROARYLAMIDES AS PESTICIDES

2016/07/19

2016/05550 OPTIMIZATION OF AUDIO FINGERPRINT SEARCH

2015/03/03

2016/05604 STORAGE MANAGEMENT OF DATA STREAMED FROM A VIDEO SOURCE DEVICE

2016/08/12

2016/05938 SINTERING OF THICK SOLID CARBONATE-BASED PCD FOR DRILLING APPLICATION

2016/08/25

2016/06431 FOREIGN EXCHANGE TRADING SYSTEM AND METHOD

2016/09/19

2016/06440 ELASTIC CONDUCTIVE STRIPE AND METHODS OF UTILIZING THEREOF

2016/09/19

2016/06656 ROR-GAMMA MODULATORS AND USES THEREOF

2016/09/26

2016/07397 FUEL CELL MEA WITH COMBINED METAL GAS DIFFUSION LAYER AND MICROPOROUS LAYER

2016/10/26

2016/07865 A DEVICE FOR DETECTING TARGET BIOMOLECULES

2016/11/15

2016/08396 HOT-ROLLED STEEL SHEET AND ASSOCIATED MANUFACTURING METHOD

2016/12/06

2016/08426 SYSTEM AND METHOD FOR CONTROLLING OUTDOOR UNIT CONNECTED WITH AN INTEGRATED RECEIVER DECODER USING A SINGLE CABLE

2016/12/07

2016/08452 METHOD FOR PRODUCING A HIGH STRENGTH STEEL SHEET HAVING IMPROVED STRENGTH AND FORMABILITY AND OBTAINED SHEET

2016/12/07

2016/08482 PANEL PROVIDED WITH A PHOTOVOLTAIC DEVICE

2016/12/08

2016/08672 METHOD FOR PRODUCING A HIGH STRENGTH COATED STEEL SHEET HAVING IMPROVED STRENGTH AND DUCTILITY AND OBTAINED SHEET

2016/12/15

2016/08692 FORCE AND MOMENT BALANCE AND SUPPORT THEREFOR

2016/12/15

2016/08767 METHOD FOR MANUFACTURING A HIGH STRENGTH STEEL SHEET AND SHEET OBTAINED

2016/12/20

2016/08785 NASAL ADMINISTRATION 2016/12/20

2016/08815 DEVICE AND METHOD FOR 2016/12/21


289


HEATING A FLUID IN A PIPELINE BY MEANS OF THREE-PHASE CURRENT

2016/08886 HUMAN CYTOLYTIC FUSION PROTEINS

2015/06/15

2017/00027 METHOD OF MAKING SUPER-HARD ARTICLES

2015/07/10

2017/00333 CONVECTIVE DRY FILTERED CONTAINMENT VENTING SYSTEM

2017/01/16

2017/00392 CONSTRUCTION OF PIPES 2011/10/31

2017/00835 PICK ASSEMBLY, PROCESSING ASSEMBLY COMPRISING IT, METHOD OF MAKING IT AND METHOD OF USING IT

2015/08/10

2017/00973 DEVICE AND METHOD 2017/02/08

2017/00988 COLD START ALTERNATOR 2017/02/06

2017/01030 COATINGS WITH FLEXIBLE HYPERBRANCHED POLYOLS

2017/02/10

2017/01755 FUSED HETEROCYCLIC COMPOUNDS AS GPR120 AGONISTS

2017/03/10

2017/02208 RECOMBINANT PROMOTER WITH INCREASED FIBER-SPECIFIC EXPRESSION

2017/03/29

2017/02522 COMBINATION THERAPY 2017/04/10

2017/02727 FILLING STATION FOR GAS BOTTLES AND FILLING METHOD

2017/04/18

2017/02931 DRILL STRING ROD WITH GUIDANCE SHOULDER

2017/04/26

2017/02978 UNIFIED FRAME STRUCTURE 2017/04/28

2017/02985 IMPROVED IL-6 ANTIBODIES 2017/04/28

2017/02989 TREATMENT OF SKIN ATROPHY WITH A COMBINATION OF TRIIODOTHYROACETIC ACID (TRIAC) AND DEHYDROEPIANDROSTERONE (DHEA)

2017/04/28

2017/03034 POWER MONITOR SCHEDULING IN DUAL DATA MODE

2017/05/02

2017/03046 COMPONENT FOR ROCK BREAKING SYSTEM

2017/05/03

2017/03114 LONG ACTING PHARMACEUTICAL COMPOSITIONS FOR HEPATITIS C

2017/05/05

2017/03115 LONG ACTING PHARMACEUTICAL COMPOSITIONS FOR HEPATITIS C

2017/05/05

2017/03119 METHOD AND DEVICE FOR TREATING BIOMASS AND ORGANIC WASTE

2017/05/05

2017/03123 COMBINATION LONG ACTING COMPOSITIONS AND METHODS FOR HEPATITIS C

2017/05/05

2017/03137 AN INTERLOCKABLE CLOTHES 2017/05/08


290


HANGER

2017/03204 PROCESS FOR PREPARING ESTERS OF LACTIC ACID, AND 2-HYDROXY-3-BUTENOIC ACID OR ALFA-HYDROXY METHIONINE ANALOGUES FROM SUGARS

2015/11/12

2017/03214 FEEDING ALGAE TO CATTLE AT LOW DOSES TO PRODUCE HIGH OMEGA 3 LEVELS IN BEEF

2017/05/09

2017/03284 COATINGS, COATED SURFACES, AND METHODS FOR PRODUCTION THEREOF

2013/03/15

2017/03304 LEVER FLOAT VALVE 2017/05/12

2017/03334 ORAL CARE COMPOSITION 2017/05/15

2017/03337 MICROCAPSULES CONTAINING A GAS-GENERATING PHOTOLABILE POLYMER AND USES THEREOF

2017/05/15

2017/03370 STEREOSCOPIC VIEWING APPARATUS

2017/05/16

2017/03406 ELECTRICAL POWER ACCESSORY 2017/05/17

2017/03473 SYRINGE PLUNGER SYSTEM WITH SELF-LOCKING THREADED GEOMETRY

2017/05/19

2017/03509 METHOD AND APPARATUS FOR CLADDING A SURFACE OF AN ARTICLE

2017/05/22

2017/03534 STABLE LIQUID VACCINIA VIRUS FORMULATIONS

2017/05/23

2017/03675 CALCIUM SULPHATE-BASED PRODUCTS

2017/05/29

2017/03677 FIRE RESISTANT CALCIUM SULPHATE-BASED PRODUCTS

2017/05/29

2017/03681 FIRE-RESISTANT CALCIUM SULPHATE-BASED PRODUCTS

2017/05/29

2017/03697 ELECTRICAL CONNECTOR 2017/05/30

2017/03763 ORAL CARE COMPOSITION AND METHOD OF USE

2017/06/01

2017/03933 SYSTEMS AND METHODS FOR A COMMON MANIFOLD WITH INTEGRATED HYDRAULIC ENERGY TRANSFER SYSTEMS

2017/06/08

2017/03972 METHOD AND SYSTEM FOR CONTROLLING THE INTRODUCTION OF GAS INTO A COOLANT, AND NUCLEAR REACTOR INSTALLATION

2017/06/09

2017/04393 HYDROGEN REJECTION IN METHANOL TO HYDROCARBON PROCESS

2016/01/22

2017/04394 PROCESS FOR CONVERTING METHANOL TO HYDROCARBONS SUITABLE FOR USE AS GASOLINE

2016/01/22


291


OR BLENDSTOCK

2017/04561 FUNGICIDAL COMPOSITIONS 2015/12/30

2017/04704 ANTIBODIES FOR IL-17C 2017/07/12

2017/04958 OXYTOCIN RECEPTOR ANTAGONIST THERAPY IN THE LUTEAL PHASE FOR IMPLANTATION AND PREGNANCY IN WOMEN UNDERGOING ASSISTED REPRODUCTIVE TECHNOLOGIES

2015/12/21

2017/05071 METHOD OF DEPOSITING MULTIPLE MATERIALS IN A SELECTIVE LASER MELTING PROCESS, AND APPARATUS FOR USE IN SUCH METHOD

2017/07/25

2017/05121 HISTAMINE-PRODUCING BACTERIAL STRAINS AND THEIR USE IN CANCER

2016/03/24

2017/05124 FUNGICIDAL COMPOUNDS AND COMPOSITIONS

2016/02/10

2017/05232 BEAM FORMING USING AN ANTENNA ARRANGEMENT

2015/03/06

2017/05339 MULTI FLUID DRILLING SYSTEM 2016/01/08

2017/05456 BENZOXABOROLE COMPOUNDS AND USES THEREOF

2017/08/11

2017/05659 CONSTRUCTION PANEL 2017/08/21

2017/05992 A TREATMENT PROCESS FOR RECOVERY AND SEPARATION OF ELEMENTS FROM LIQUORS

2017/09/04

2017/06741 METHOD FOR THE PREPARATION OF A WATER-SOLUBLE EXTRACT OF A VEGETABLE BIOMASS

2017/10/06

2017/06866 WATER-BASED DISINFECTANT 2017/10/11

2017/07968 BETA-CASEIN A2 AND ANTIOXIDANT CAPACITY

2017/11/23

2017/08389 TRIM CHUTE 2016/03/31

2017/08586 ALLOY MATERIAL, BONDED MAGNET, AND MODIFICATION METHOD OF RARE-EARTH PERMANENT MAGNETIC POWDER

2017/12/18

2017/08711 ELECTRICAL STORAGE BATTERIES 2017/12/20

2017/08720 REEL 2016/07/21

2018/00014 EVOLVED MULTIMEDIA BROADCAST/MULTICAST SERVICE EMBMS SYSTEM AND EMBMS SYSTEM MANAGEMENT METHOD

2018/01/02

2018/00025 ASSOCIATION ESTABLISHMENT METHOD AND APPARATUS

2018/01/03

2018/00051 SYSTEM AND METHOD FOR DYNAMIC PERSONALIZATION OF ELECTRONIC COUPON DISTRIBUTION AND REDEMPTION

2018/01/04


292


VIA MOBILE DEVICE

2018/00097 PRIMARY CIRCULATING PUMP ASSEMBLY

2018/01/05

2018/00245 METHOD FOR PRODUCING A TAMPON

2016/06/22

2018/00374 SYSTEM AND METHOD FOR DETECTION OF PARTICLES IN LIQUID OR IN AIR

2018/01/18

2018/00414 METHODS FOR TREATING FILOVIRIDAE VIRUS INFECTIONS

2018/01/19

2018/00448 ENERGY-EFFICIENT HIGH LEVEL DEVICE, PLANT AND METHOD FOR THE USE OF THERMAL ENERGY OF SOLAR ORIGIN

2018/01/22

2018/00456 COATED METAL CLOSURES 2018/01/22

2018/00558 COMBINATION THERAPY USING ACAMPROSATE AND D-CYCLOSERINE

2018/01/26

2018/00588 BLADE CONTOUR OF A ROTOR FOR A LIQUID RING PUMP

2018/01/29

2018/00599 METHOD AND SYSTEM FOR OBTAINING HYDROGEN FROM A FEED MIXTURE WHICH CONTAINS HYDROGEN AND HYDROCARBONS

2018/01/29

2018/00602 CATHETER DEVICES WITH VALVES AND RELATED METHODS

2016/08/18

2018/00718 MILDEW RESISTANT PRESERVATIVE FILM AND METHOD OF PREPARING THE SAME

2018/02/02

2018/00750 TAPERED LOBULAR DRIVER AND FASTENER

2016/08/18

2018/00765 PROCESS FOR PREPARING PARP INHIBITOR, CRYSTALLINE FORMS, AND USES THEREOF

2018/02/06

2018/00833 METHOD AND APPARATUS FOR SAMPLE SEPARATION AND COLLECTION

2016/07/15

2018/00836 FLUIDIC SYSTEM FOR PERFORMING ASSAYS

2016/07/15

2018/00837 DRY CHEMISTRY CONTAINER 2016/07/15

2018/00863 METHOD FOR TRANSMITTING HE-LTF SEQUENCE AND APPARATUS

2018/02/09

2018/00922 RAIL FASTENING DEVICE 2018/02/12

2018/00972 METHANOGENESIS 2016/08/11

2018/01044 METHOD AND PLANT FOR CO2 CAPTURE

2018/02/15

2018/01059 CONSTRUCTION SYSTEM HAVING CORE SUPPORTING BLOCKS AND DECORATIVE FASCIA BLOCKS

2018/02/15

2018/01073 SUPPORT IN UNDERGROUND MINES

2018/02/16

2018/01215 GARDENIA EXTRACT FOR 2018/02/22


293


COLOURING THE SKIN

2018/01218 MEDICAMENT AND NUTRITIONAL SUPPLEMENT

2018/02/22

2018/01424 SHROUD COLLAR FOR EDGE PROTECTION OF A WORK TOOL

2016/07/28

2018/01437 BIOCIDAL MIXTURES 2018/03/01

2018/01499 A PERISTALTIC PUMP 2018/03/05

2018/01589 ONCOLYTIC ADENOVIRUS ENCODING A B7 PROTEIN

2018/03/07

2018/01679 HTT REPRESSORS AND USES THEREOF

2018/03/12

2018/01720 A LOADER 2018/03/13

2018/01737 HARQ FEEDBACK USING CARRIER AGGREGATION

2018/03/14

2018/01756 GLUCAGON RECEPTOR AGONISTS 2018/03/14

2018/01784 LID LEVER FOR CONTAINER 2018/03/16

2018/01788 LYSOBACTIN FOR USE IN THE TREATMENT OF BOVINE MASTITIS

2018/03/16

2018/01789 ANTI-BCMA ANTIBODIES, BISPECIFIC ANTIGEN BINDING MOLECULES THAT BIND BCMA AND CD3, AND USES THEREOF

2018/03/16

2018/01867 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 RECOVERY OF (4S)-4-(4-CYANO-2-METHOXYPHENYL)-5-ETHOXY-2,8-DIMETHYL-1,4-DIHYDRO-1-6-NAPHTHYRIDINE-3-CARBOXAMIDE BY ELECTROCHEMICAL METHODS

2018/03/20

2018/01876 STABILIZING AGENT FOR TREATING CHROMIUM CONTAMINATED SOIL AND APPLICATION THEREOF

2018/03/20

2018/01885 PARACHUTE CONTROL SYSTEM FOR AN UNMANNED AERIAL VEHICLE

2016/10/14

2018/01890 BELT FOR MEASURING THE TEMPERATURE OF AN OBJECT

2018/03/20

2018/01912 METHODS FOR PRODUCING STABLE THERAPEUTIC GLUCAGON FORMULATIONS IN APROTIC POLAR SOLVENTS

2018/03/22

2018/01913 VENTILATION BOARDS AND METHODS FOR MANUFACTURING VENTILATION BOARD

2018/03/22

2018/01915 ON-LINE MAGNETIC RESONANCE MEASUREMENT OF CONVEYED MATERIAL

2016/08/24


294


2018/01964 SYSTEMS AND METHODS FOR PRODUCT AUTHENTICATION

2018/03/23

2018/02483 MOUTHWASH PRODUCTS AND METHODS

2018/04/16

2018/02526 AZETIDINE DERIVATIVES FOR TAU IMAGING

2018/04/17

2018/02587 VINYL CHLORIDE POLYMERS AND COMPOSITIONS FOR ADDITIVE MANUFACTURING

2018/04/18

2018/02751 CLEANSING BARS WITH TAURINE 2018/04/25

2018/02806 USE OF ISOTIANIL FOR CONTROL OF ZEBRA CHIP DISEASE

2018/04/26

2018/03106 DISPLAY AND INTERACTION METHOD IN A USER INTERFACE

2018/05/11

2018/03297 PROCESS FOR OBTAINING A CLOTH WITH HIGH PERFORMANCES FOR DIGITAL PRINTING AND RELATIVE CLOTH

2016/12/22

2018/04019 FIBER DEMARCATION POINT AND SLACK STORAGE

2017/02/08

2018/04095 MICROSTRUCTURE FOR TRANSDERMAL ABSORPTION AND METHOD FOR MANUFACTURING SAME

2016/12/22

2018/04222 A COLLAPSIBLE DESK AND DESK/CHAIR COMBINATION

2015/11/25

2018/04423 ANTIPROLIFERATIVE COMPOUNDS, AND THEIR PHARMACEUTICAL COMPOSITIONS AND USES

2017/01/06

2018/04480 APPARATUS AND METHOD FOR ANALYZING A PROCESS SLURRY FLOW SAMPLE

2016/02/15

2018/04482 FORMULATIONS OF 2-(4-CHLOROPHENYL)-N-((2-(2,6-DIOXOPIPERIDIN-3-YL)-1-OXOISOINDOLIN-5-YL)METHYL)-2,2-DIFLUOROACETAMIDE

2017/01/06

2018/04499 ALUMINIUM MULTI-LAYERED BRAZING SHEET PRODUCT AND FLUXLESS BRAZING METHOD

2017/01/23

2018/04500 SYSTEMS AND METHODS FOR A VERSATILE ELECTROCHEMICAL TEST STRIP THAT MAY INCLUDE ONE OR MORE ASSAYS FOR DIFFERENT ANALYTES IN THE SAME TEST STRIP

2016/12/16

2018/04590 LAMP CONTROL MODULE CONSISTING OF BASE AND CONTROL PARTS, COMMUNICATING VIA NFC

2016/02/05

2018/04748 OXYGEN REDUCTION PLANT AND METHOD FOR OPERATING AN

2016/12/22


295


OXYGEN REDUCTION PLANT

2018/04785 MANUFACTURE OF LACTIC ACID-FERMENTED BATTER

2017/02/16

2018/04845 DEVICE FOR COVERING A SURFACE INCLUDING INTERLOCKING MEANS

2017/01/26

2018/04920 COIL-IN-COIL SPRINGS WITH NON-LINEAR LOADING RESPONSES AND MATTRESSES INCLUDING THE SAME

2016/01/21

2018/04940 ARTIFICIAL TURF MONOFILAMENTS AND METHODS FOR THEIR MANUFACTURE

2018/07/23

2018/04980 COMMUNICATION OF APPLICATION TRANSACTIONS ON A RADIO LINK

2016/03/14

2018/05014 FORECASTING NATIONAL CROP YIELD DURING THE GROWING SEASON USING WEATHER INDICES

2017/01/13

2018/05015 SUPERCRITICAL EXTRACTION PROCESS

2017/02/09

2018/05056 COMPOSITIONS AND METHODS FOR IDENTIFYING A RISK OF CANCER IN A SUBJECT

2014/07/31

2018/05080 APPLICATION OF TRIACETYL-3-HYDROXYPHENYLADENOSINE IN PREPARATION OF PHARMACEUTICAL DRUG FOR PREVENTING OR TREATING NON-ALCOHOLIC FATTY LIVER DISEASE

2016/12/28

2018/05082 LOW PRESSURE SEPARATOR HAVING AN INTERNAL DIVIDER AND USES THEREFOR

2017/02/03

2018/05083 PRODUCT MANAGEMENT IN BIOLOGICAL CONVERSION PROCESSES

2017/02/03

2018/05084 INLINE FLUID STRAINER INCLUDING A CROSS-FLOW CARTRIDGE

2017/05/25

2018/05112 STEEL COMPOSITIONS WITH IMPROVED ANTI-COKING PROPERTIES

2017/02/02

2018/05113 PEST CONTROL COMPOSITION AND PEST CONTROL METHOD

2017/01/26

2018/05114 SOFT TOUCH DETECTION OF A STYLUS

2017/02/28

2018/05118 REDUCED FAT CONDIMENTS, PROCESSES AND PRODUCTS

2017/01/27

2018/05119 METHODS FOR PRODUCTION OF CARBON AND HYDROGEN FROM NATURAL GAS AND OTHER HYDROCARBONS

2017/01/25

2018/05120 RECOVERY OF A METAL FROM 2016/05/20


296


PRIMARY AND SECONDARY SULPHURATED MINERALS AND OXIDISED MINERALS, AND OTHER COMPOSITIONS OF VALUABLE MINERALS

2018/05121 SYSTEM FOR RELEASING BENEFICIAL MITES AND USES THEREOF

2017/01/16

2018/05153 WEAR RESISTANT COMPOSITE MATERIAL, ITS APPLICATION IN COOLING ELEMENTS FOR A METALLURGICAL FURNACE, AND METHOD OF MANUFACTURING SAME

2017/02/17

2018/05154 MOLTEN ALUMINA-ZIRCONIA GRAINS

2017/02/10

2018/05155 PROCESS FOR PREPARING A SILICONE ELASTOMER AND PERSONAL CARE COMPOSITION CONTAINING THE ELASTOMER

2017/02/22

2018/05160 METHOD AND NODES FOR HANDLING BEARERS

2016/03/07

2018/05182 IN-LINE COATED WOOD-BASED BOARDS

2017/01/02

2018/05210 AZOLE-SUBSTITUTED PYRIDINE COMPOUND

2017/02/14

2018/05245 METHOD FOR TREATING CANCER PATIENTS WITH SEVERE RENAL IMPAIRMENT

2017/02/03

2018/05301 METHOD AND APPARATUS FOR CONTROL PLANE TO CONFIGURE MONITORING OF DIFFERENTIATED SERVICE CODE POINT (DSCP) AND EXPLICIT CONGESTION NOTIFICATION (ECN)

2016/02/05

2018/05302 FAECALIBACTERIUM PRAUSNITZII STRAIN CNCM 1-4573 FOR THE TREATMENT AND PREVENTION OF GASTROINTESTINAL INFLAMMATION

2017/01/23

2018/05305 SYSTEM AND METHOD TO SUPPRESS GRID FREQUENCY DEVIATIONS

2017/02/09

2018/05306 PROCESS FOR REDUCTION OF SULFIDE FROM WATER AND WASTEWATER

2017/02/15

2018/05308 SYSTEMS AND METHODS FOR PROVIDING BLOCK CHAIN-BASED MULTIFACTOR PERSONAL IDENTITY VERIFICATION

2016/03/29

2018/05311 ELECTRODE STRUCTURE PROVIDED WITH RESISTORS

2017/03/08

2018/05312 OPERATING VISUAL USER 2017/03/23


297


INTERFACE CONTROLS WITH INK COMMANDS

2018/05339 CARTRIDGE RECEIVER, CARTRIDGE SYSTEM, DRINK PREPARATION MACHINE AND METHOD FOR PRODUCING A DRINK

2017/01/12

2018/05342 SYSTEM, CARTRIDGE, BEVERAGE PREPARATION UNIT AND METHOD FOR PRODUCING A BEVERAGE

2017/01/12

2018/05344 CARTRIDGE HOUSING FOR A BEVERAGE OR FOOD CARTRIDGE

2017/01/12

2018/05345 DISPENSER HAVING A CARTRIDGE HOLDER

2017/01/12

2018/05491 NOVEL CONDENSED PYRIMIDINE COMPOUND OR SALT THEREOF

2017/02/22

2018/05614 VEGAN CHEESE ANALOGUE 2017/03/01

2018/06310 AUTOMOTIVE ENGINE COOLING SYSTEM STOP-LEAK FORMULATION

2018/09/20

2018/06570 DENTAL CLEANING TOOL WITH HANDLE SHIELD

2018/10/03

2018/06630 WET BAG FOR THE STORAGE OF CONCRETE MIX MATERIALS

2018/10/05

2018/06854 RAPID METHOD FOR DETECTION OF SALMONELLA LIVE VACCINE STRAINS

2018/10/15

2018/07085 HUB GEAR 2018/10/24

2018/07776 DEVICE AND METHOD FOR CLEANING SOLAR PANEL ARRAYS

2018/11/19

2018/07830 WOUND DRESSINGS AND METHODS OF USE WITH INTEGRATED NEGATIVE PRESSURE SOURCE HAVING A FLUID INGRESS INHIBITION COMPONENT

2018/11/20

2018/08291 ANTISENSE OLIGONUCLEOTIDES FOR MODULATING HTRA1 EXPRESSION

2018/12/07

2018/08309 A SYSTEM FOR MAPPING EMPLOYEES¿ SENTIMENTS AND A METHOD THEREOF

2018/12/06

2018/08501 BIVALIRUDIN FOR INJECTION AND PREPARATION METHOD THEREOF

2018/12/18

2018/08613 METHOD FOR CALCULATING A PCI MARGIN ASSOCIATED WITH A LOADING PATTERN OF A NUCLEAR REACTOR, ASSOCIATED SYSTEM, COMPUTER PROGRAM AND MEDIUM

2018/12/20

2018/08614 NUCLEAR REACTOR, METHODS FOR ASSEMBLING AND REPLACING

2018/12/20


298


THERMOCOUPLE DUCTS, ASSEMBLY FOR IMPLEMENTING THESE METHODS

2019/00013 A METHOD AND A SOLID SUPPORT FOR DETECTING TICK-BORNE MICROBES IN A BIOLOGICAL SAMPLE

2019/01/02

2019/00048 A PHARMACEUTICAL COMBINATION AND METHOD FOR REGULATION OF TUMOR MICROENVIRONMENT AND IMMUNOTHERAPY

2019/01/04

2019/00087 ELECTROLYSIS CELL AND A METHOD FOR REPAIRING SAME

2019/01/07

2019/00088 CONDITIONING A SAMPLE TAKEN FROM A HYDROCARBON STREAM

2019/01/07

2019/00091 IMPLANTABLE DEVICE 2019/01/07

2019/00098 WATER DISTRIBUTION 2019/01/08

2019/00169 A RADIO COMMUNICATION REPEATER, A RADIO COMMUNICATION SYSTEM AND METHOD

2019/01/10

2019/00172 APPARATUS FOR HARVESTING ENERGY FROM WAVES

2019/01/10

2019/00175 METHOD FOR STARTING A GRINDING TUBE

2019/01/10

2019/00191 GRAIN SEALED STORAGE BAG, GRAIN STORAGE BAG, METHOD FOR PREVENTING GRAIN IN GRAIN SEALED STORAGE BAG OR GRAIN STORAGE BAG FROM DAMAGE BY PESTS, AND MULTILAYER FILM

2019/01/11

2019/00196 SYSTEM AND METHOD FOR ELECTROCHEMICAL ENERGY CONVERSION AND STORAGE

2019/01/11

2019/00200 PICKUP DEVICE FOR PICKING UP A KNITTED TUBULAR MANUFACTURE FROM A CIRCULAR KNITTING MACHINE FOR HOSIERY OR THE LIKE AND FOR TRANSFERRING IT TO A UNIT ADAPTED TO PERFORM ADDITIONAL OPERATIONS ON THE MANUFACTURE

2019/01/11

2019/00201 METERING MECHANISM FOR A PROPORTIONING PUMP, AND ASSOCIATED PUMP AND USAGE METHOD

2019/01/11

2019/00204 MULTILAYER BIODEGRADABLE FILM

2019/01/11

2019/00222 SELF-DRILLING EXPANDABLE ROCK BOLT ARRANGEMENT AND RELATED METHOD OF MANUFACTURE

2019/01/14


299


2019/00223 HR GLASS FIBRES IN VIBRATION COMPONENTS

2019/01/14

2019/00224 HR GLASS FIBRES IN VIBRATION COMPONENTS

2019/01/14

2019/00225 METHODS AND COMPOSITIONS FOR GENE EXPRESSION IN PLANTS

2019/01/14

2019/00227 COMPOUNDS AND COMPOSITIONS AS INHIBITORS OF ENDOSOMAL TOLL-LIKE RECEPTORS

2019/01/14

2019/00233 METHOD OF CONTROLLING PLANTS

2019/01/14

2019/00260 VIBRATION DAMPING SYSTEM 2019/01/15

2019/00261 BAG PRESS FEEDER ASSEMBLY 2019/01/15

2019/00262 CHAR SEPARATOR AND METHOD 2019/01/15

2019/00296 ELECTRIC VEHICLE POWER MANAGEMENT SYSTEM

2019/01/16

2019/00302 ARRANGEMENT AND METHOD FOR OBTAINING WATER FROM A HUMID GAS MIXTURE

2019/01/16

2019/00337 SURFACTANT FORMULATIONS FOR INHALATION

2019/01/17

2019/00343 SELF-CONTAINED TREATMENT UNIT FOR HAEMODIALYSIS TREATMENTS

2019/01/17

2019/00365 HIV INFECTIONS 2019/01/18

2019/00369 COPOLYMER SUITABLE FOR USE AS A DETERGENT ADDITIVE FOR FUEL

2019/01/18

2019/00371 CHELATE COMPOUNDS 2019/01/18

2019/00372 MEASURING DEVICE FOR MEASURING PRODUCTS, AND METHOD THEREFOR

2019/01/18

2019/00378 METHOD AND SYSTEM FOR IMPROVING BOILER EFFECTIVENESS

2019/01/18

2019/00395 COAL ASH TREATMENT SYSTEM AND METHOD

2019/01/18

2019/00405 SYSTEM, APPARATUS AND METHOD FOR NON-INVASIVE AVIAN EGG FERTILITY DETECTION

2019/01/21

2019/00413 USE OF LUBRICANTS ON THE BASIS OF WATER-SOLUBLE, HIGH-VISCOSITY POLYGLYCOLS

2019/01/21

2019/00415 IMPROVEMENTS IN OR RELATING TO ORGANIC COMPOUNDS

2019/01/21

2019/00418 ALUMINUM SHEET WITH ENHANCED FORMABILITY AND AN ALUMINUM CONTAINER MADE FROM ALUMINUM SHEET

2019/01/21

2019/00429 HIGH-STRENGTH STEEL TREATMENT PROCESS

2019/01/18


300


2019/00437 METHOD FOR OPERATING A TUBE BUNDLE HEAT EXCHANGER FOR HEATING A TEMPERATURE-SENSITIVE CONCENTRATE OF A FOOD PRODUCT UNDER HIGH PRESSURE, AND TUBE BUNDLE HEAT EXCHANGER FOR CARRYING OUT THE METHOD

2019/01/22

2019/00438 COMBINATION THERAPIES FOR TREATING CANCER

2019/01/22

2019/00453 PROCESS FOR MANUFACTURING CHROMIUM AND IRON BEARING AGGLOMERATES WITH DIFFERENT ADDITION OF MANGANESE, NICKEL AND MOLYBDENUM BEARING MATERIALS

2017/07/10

2019/00465 MOBILE HYDRAULIC UNIT 2019/01/23

2019/00469 VISCOUS CLUTCH AND ASSOCIATED ELECTROMAGNETIC COIL

2019/01/23

2019/00475 VIDEO TRIGGER SYNCHRONIZATION FOR IMPROVED PARTICLE DETECTION IN A VESSEL

2019/01/23

2019/00480 DEVICE FOR A WEAPON STATION 2019/01/23

2019/00496 FLOW-THROUGH LIQUID VALVE 2019/01/24

2019/00497 MODULATION OF COMPLEMENT ACTIVITY

2019/01/24

2019/00516 DIACYLGLYCEROL ACYLTRANSFERASE 2 INHIBITORS

2019/01/24

2019/00530 PLANT EXTRACT HIGHLY CONCENTRATED IN SAFRANAL, PRODUCTION METHOD AND USES THEREOF

2019/01/25

2019/00538 DATA BALANCING METHOD AND APPARATUS

2019/01/25

2019/00570 METHODS FOR GYNECOLOGIC NEOPLASM DIAGNOSIS

2019/01/28

2019/00577 SPARGER STATUS SENSOR SYSTEM

2019/01/28

2019/00614 CORROSION-PROTECTED REFORMER TUBE WITH INTERNAL HEAT EXCHANGE

2019/01/29

2019/00632 SPUNBONDED NONWOVEN WITH CRIMPED FINE FIBERS AND IMPROVED UNIFORMITY

2019/01/30

2019/00637 METHOD FOR EXTRACTION, ENRICHMENT AND RECOVERY OF RARE EARTHS FROM LOW-CONCENTRATION RARE EARTH SOLUTION

2019/01/30

2019/00638 SYSTEM AND PROCESS FOR 2019/01/30


301


CONVERTING WASTE PLASTIC INTO FUEL

2019/00640 COMPOUND FOR USE IN THE TREATMENT OF NEUROGENIC ORTHOSTATIC HYPOTENSION

2019/01/30

2019/00642 PROSTHETIC HEART VALVE 2019/01/30

2019/00654 TOW ASSEMBLY 2019/01/31

2019/00655 Toilet Pedestal 2019/01/31

2019/00656 HINGE 2019/01/31

2019/00657 YIELDING DEVICE FOR TEMPORARY MINE PROPS

2019/01/31

2019/00658 SOLAR BASED GEYSER AND WATER DISTILLER SYSTEM

2019/01/31

2019/00665 METHOD AND DEVICE FOR SIGNAL DETECTION

2019/01/31

2019/00666 SYSTEM AND METHOD FOR DELIVERING A FLOWABLE SUBSTANCE AND BOREHOLE SEALING

2019/01/31

2019/00683 SYSTEM FOR PROVIDING DATA COMMUNICATION OVER A COAXIAL NETWORK

2019/02/01

2019/00684 A STRUCTURAL MEMBER 2019/02/01

2019/00685 MANUFACTURING FIBRE-REINFORCED COMPOSITE STRUCTURES

2019/02/01

2019/00686 RECYCLABLE POLYETHYLENE FILM

2019/02/01

2019/00687 FOLIC ACID RUMEN BY-PASS METHOD AND COMPOSITION

2019/02/01

2019/00688 METHOD AND COATING DEVICE FOR COATING A METAL STRIP

2019/02/01

2019/00829 MULTI-SHAFT LAMINATED SPIRAL SOLID-LIQUID SEPARATOR WITH PENDULUM MOTION

2019/02/08

2019/00959 APPARATUS AND METHOD FOR GENERATING DIALYSATE FOR DIALYSIS

2019/02/14

2019/00989 ULTRA NARROW CHANNEL ULTRA LOW REFRIGERANT CHARGE EVAPORATIVE CONDENSER

2019/02/15

2019/01029 HIGH STRENGTH AND HIGH FORMABILITY COLD-ROLLED AND HEAT-TREATED STEEL SHEET AND MANUFACTURING METHOD

2019/02/18

2019/01040 CUTTING DEVICE AND SUPPORT FOR SAME

2019/02/18

2019/01041 MINING MACHINE WITH ARTICULATING BOOM AND INDEPENDENT MATERIAL HANDLING SYSTEM

2019/02/18

2019/01042 ANTIBODY OR AN ANTIGEN- 2019/02/18


302


BINDING FRAGMENT THEREOF CAPABLE OF BINDING TO A HUMAN RECEPTOR OF INTERLEUKIN-6

2019/01204 IMPROVED WATER HEATING SYSTEM

2019/02/25

2019/01211 A HOUSING UNIT 2019/02/26

2019/01212 PRODUCT DISPLAY APPARATUS 2019/02/26

2019/01366 DETECTOR UNIT AND A METHOD FOR DETECTING AN OPTICAL DETECTION SIGNAL

2019/03/05

2019/01621 DETONATOR SENSOR ASSEMBLY 2019/03/15

2019/01696 CRIMPING DEVICE 2019/03/19

2019/01740 PHARMACEUTICAL COMPOSITION COMPRISING MINERALOCORTICOID RECEPTOR ANTAGONIST AND USE THEREOF

2019/03/20

2019/01987 COMMUNICATION APPARATUS AND COMMUNICATION METHOD

2019/03/29

2019/01988 COMMUNICATION CONTROL DEVICE, COMMUNICATION CONTROL METHOD, AND COMPUTER PROGRAM

2019/03/29

2019/01989 COMMUNICATION DEVICE AND COMMUNICATION METHOD

2019/03/29

2019/05833 A METHOD AND SYSTEM FOR SCHEDULING A HEALTHCARE APPOINTMENT

2019/09/04

DESIGNS

Advertisement List for October 2019

Number of Advertised Designs: 113

Application Number Design Articles Filing Date

A2014/01956 SANITARY NAPKIN 2014/12/22

A2017/00306 BASIN 2017/03/01

A2017/00416 SOLAR ENERGY COLLECTING APPARATUS

2017/03/24

A2017/00765 A ROBOT WITH AN INTERFACE 2017/05/05

A2018/00699 LIGHTING APPARATUS 2018/05/09

A2018/00970 BATHING COSTUMERS 2018/06/22

A2018/01058 MATERIAL 2018/07/10

A2018/01074 MONITOR DISPLAY AND BASE UNIT 2018/07/13

A2018/01093 MONITOR CONSOLE 2018/07/16

A2018/01094 MONITOR DISPLAY 2018/07/16

A2018/01246 RETRACTOR 2018/08/13

A2018/01558 HAIR TRIMMER 2018/10/12


303


A2018/01873 GAMING APPARATUS 2018/12/05

A2018/01879 GAMING APPARATUS 2018/12/05

A2018/01896 LID 2018/12/11

A2018/01923 MOUNTING BRACKET 2018/12/19

A2018/01925 MOUNTING BRACKET 2018/12/19

A2018/01942 MOTION SENSOR 2018/12/19

A2018/01943 MOTION SENSOR 2018/12/19

A2018/01949 KIOSK 2018/12/20

A2018/01951 KIOSK 2018/12/20

A2018/01954 KIOSK 2018/12/20

A2018/01956 KIOSK 2018/12/20

A2018/01958 KIOSK 2018/12/20

A2019/00039 LAMPS FOR VEHICLES 2019/01/04

A2019/00045 A SCULPTURE 2019/01/08

A2019/00046 A SCULPTURE 2019/01/08

A2019/00047 A SCULPTURE 2019/01/08

A2019/00048 A SCULPTURE 2019/01/08

A2019/00049 A SCULPTURE 2019/01/08

A2019/00064 LOGO 2019/01/16

A2019/00103 COOLER CONTAINER 2019/01/21

A2019/00119 KITCHEN UTENSILS/CROCKERY 2019/01/22

A2019/00120 LUGGAGE 2019/01/24

A2019/00121 LUGGAGE 2019/01/24

A2019/00122 WALKER 2019/01/25

A2019/00126 AERIALS 2019/01/28

A2019/00136 VIBRATOR FOR MASSAGE 2019/01/25




A2019/00144 BAG FOR PACKAGING 2019/01/29






A2019/00196 WIG STAND 2019/01/31

A2019/00318 REMOTE SWITCH 2019/02/28

A2019/00319 WALL SWITCH 2019/02/28

F2016/00550 TOOL HANDLES 2016/04/13

F2016/02033 CASING ¿ VARIATIONS OF VERTICAL

2016/12/21

F2017/00701 YOKE FOR A LOCOMOTIVE DRAFT GEAR

2017/04/25

F2018/00624 PLUG BOLT 2018/04/23

F2018/00700 LIGHTING APPARATUS 2018/05/09

F2018/00710 DRAINAGE DEVICE 2018/05/10

F2018/00755 GASKET ASSEMBLY FOR A MEMBRANE ELECTRODE ASSEMBLY OF A FUEL CELL STACK

2018/05/17

F2018/00945 A CLASP FOR A HARD HAT 2018/06/20

F2018/00946 A SUPPORT STRAP FOR A HARD 2018/06/20


304


HAT

F2018/00947 A HEADBAND FOR A HARD HAT 2018/06/20

F2018/01084 RAZOR WIRE 2018/07/16

F2018/01247 RETRACTOR 2018/08/13

F2018/01527 A DRILL DEPTH INDICATOR FOR A DRILL STEEL

2018/10/03

F2018/01559 HAIR TRIMMER 2018/10/12

F2018/01832 INTRAVENOUS LINE FILTER CONNECTOR

2018/11/29

F2018/01836 PROFILE OF A DOOR FRAME SECTION

2018/11/29

F2018/01837 PROFILE OF A GLAZING SECTION 2018/11/29

F2018/01866 PROTECTIVE DEVICE (SHELL) AND BOTTLE

2018/12/05

F2018/01868 ROAD BARRIER REFLECTOR 2018/12/05

F2018/01870 ROAD BARRIER REFLECTOR 2018/12/05

F2018/01874 GAMING APPARATUS 2018/12/05

F2018/01880 GAMING APPARATUS 2018/12/05

F2018/01897 LID 2018/12/11

F2018/01898 SEAT MECHANISMS 2018/12/11

F2018/01924 MOUNTING BRACKET 2018/12/19

F2018/01926 MOUNTING BRACKET 2018/12/19

F2018/01927 A BUILDING EXTUSION 2018/12/19

F2018/01928 BUILDING EXTRUSION 2018/12/19

F2018/01929 A CONDUIT CLIP 2018/12/19

F2018/01948 KIOSK 2018/12/20

F2018/01950 KIOSK 2018/12/20

F2018/01952 KIOSK 2018/12/20

F2018/01952 KIOSK 2018/12/20

F2018/01955 KIOSK 2018/12/20

F2018/01957 KIOSK 2018/12/20

F2018/01959 KIOSK 2018/12/20

F2019/00021 A TELEMETRIC DEVICE 2019/01/02

F2019/00089 HOLDER FOR A BOTTLE AND CELLPHONE

2019/01/16

F2019/00090 HOLDER FOR A BOTTLE AND CELLPHONE

2019/01/16

F2019/00102 COOLER CONTAINER 2019/01/21

F2019/00123 WALKER 2019/01/25

F2019/00124 WALKER 2019/01/25

F2019/00128 DETONATOR 2019/01/28

F2019/00129 DETONATOR MODULE WITH A FRICTION LOCK STRUCTURE

2019/01/28

F2019/00130 DETONATOR MODULE 2019/01/28

F2019/00131 DETONATOR MODULE WITH AN OVERMOULD FORMATION

2019/01/28

F2019/00132 DETONATOR MODULE WITH A CLIP FORMATION

2019/01/28

F2019/00133 DETONATOR STRUCTURE 2019/01/28

F2019/00134 CLIP FOR A DETONATOR 2019/01/28

F2019/00135 DETONATOR MODULE WITH 2019/01/28


305


RETENTION FORMATIONS

F2019/00140 TOE-BOARD MOUNT FOR SCAFFOLDING

2019/01/29

F2019/00141 TOE-BOARD MOUNT FOR SCAFFOLDING

2019/01/29

F2019/00145 BAG FOR PACKAGING 2019/01/29






F2019/00174 WIG STAND 2019/01/31

F2019/00233 WHEEL NUT RESTRAINING DEVICE 2019/02/12



F2019/00320 WALL SWITCH 2019/02/28

PATENT JOURNAL - CIPC Intellectual Property Online

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