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Cooperation Council For the Arab States of the Gulf

Secretariat General

GCC Patent Office

Patent GazetteGC0004378 - GC0004408

Thirty

29 Safar 1438 - 31 October 2016

Patent Gazette

The Patent Gazette is an official Gazette aims to publish the new patents and everything

related to patents. The Patent Gazette issued by the Patent Office of the Cooperation Council

for the Arab Gulf States. Filing and granting directorate, publishing and granting

department. http://www.gccpo.org

Contents

Sr Subject

1 Introduction

2 About The GCC Patent Office

3 International Codes for Bibliographic Data Elements

4 List of Codes of States and International Organizations

5 List of Granted Patents

6 The Front Page of Granted Patents

7 List of Lapsed Patent Applications

8 List of Rejected Patent Applications

9 List of Patent Applications with Change of Ownership

introduction

The “Patent Gazette” issued by the Patent Office of the Cooperation Council for the Arab States of the Gulf concerns

with publishing disclosures set forth in the GCC Patent Regulation and its Implementing Bylaws. The disclosures are

represented by the data and information related 2016-10-31 patent applications and patents with the Office for the

period covered. This issue; (Thirty) of the Gazette comes in view of growth of the Office functions 2016-10-31 cover

Office activities relating 2016-10-31 applications and patents during the period 2016-10-01 - 2016-10-31 In addition 2016-10-31 activities that were not published previously. This issue includes the following: 1. A list of granted patents . 2. The front pages of the granted patents . 3. A list of lapsed patent applications . 4. A list of rejected patent applications . 5. A list of patent applications and patent with change of-ownership. This issue includes the publication of granting of ( 31 ) after satisfying the conditions of grants and payment of

grant and publication fees thereof. We would also like 2016-10-31 notify that the office has decided 2016-10-31 s2016-10-31p paper publishing and rely

on electronic publishing of issues of the Patent Gazette, effective 2016-10-01 issue (18th). The Regulation allows any concerned individual having any objection 2016-10-31 the grant of any patent published

in this issue 2016-10-31 submit Within 3 months an appeal 2016-10-31 the Grievances Committee in accordance

with the procedures set forth in the Implementing Bylaws at the following address: Secretary of the Grievances Committee The Secretariat General of the Cooperation Council for the Arab States of the Gulf PO. Box 340227, Riyadh 11333, Saudi Arabia Tel: +96614827777, Ext. 1026 Fax: +96614809768 Email: grievance@ gccsg.org Electronic copy of this Gazette can be obtained 2016-10-01 the website of the GCC Patent Office:

http://www.gccpo.org

About GCC Patent Office

The GCC Patent Office is a regional office that receives patent applications in the member states of the Gulf

Cooperation Council, which are: The United Arab Emirates, Kingdom of Bahrain, Kingdom of Saudi Arabia, Sultanate

of Oman, State of Qatar; and State of Kuwait to obtain patents and protection of inventions in the said countries. The Office grants patents for applications filed, provided they fulfill the conditions stipulated in the GCC Patent

Regulation and its Implementing Bylaws Patents granted by the Office shall be valid in all GCC Member States, and shall need no further processing in any

GCC Member State. The GCC Patent Regulation prohibits infringement of patents granted by the Office Such infringement shall be

subject to criminal or civil responsibility, or both as per the laws and regulations of each GCC State. For more information, the office may be contacted at: Tel.: (009661) 4820136, 4820260 Fax: (009661) 4829600 E-mail: [email protected] Website : http://www.gccpo.org

International Codes

International Codes for Bibliographic Data Elements* Included in the First Pages of Granted

Patents

Code Bibliographic Data Element

11 Number of the Patent

12 Designation of the Kind of Document

21 Number of the Application

22 Date of Filing the Application

30 31 32 33

Data relating to Priority Number(s) assigned to Priority Application(s) Date(s) of Priority Application(s) Priority Country

45 Date of Publishing the Grant of the Patent

51 International Patent Classification

54 Title (Naming) of the Invention

56 List of Cited Prior Art Documents

57 Abstract

72 Abstract

73 Name(s) of Inventor(s)

74 Name of Agent (Attorney)

International Codes for Bibliographic Data Elements* Included in the First

Pages of Granted Patents

Country Code

RUSSIAN FEDERATION RU

ETHIOPIA ET

AZERBAIJAN AZ

ARGENTINA AR

JORDAN JO

ARMENIA AM

ARUBA AW

ERITREA ER

SPAIN ES

AUSTRALIA AU

ESTONIA EE

AFGHANISTAN AF

ECUADOR EC

ALBANIA AL

GERMANY DE

UNITED ARAB EMIRATES AE

ANTIGUA AND BARBUDA AG

ANDORRA AD

INDONESIA ID

ANGOLA AO

ANGUILLA AI

URUGUAY UY

UZBEKISTAN UZ

UGANDA UG

UKRAINE UA

IRELAND IE

ICELAND IS

ITALY IT

PAPUA NEW GUINEA PG

PARAGUAY PY

PAKISTAN PW

BAHRAIN BH

BRAZIL BR

BARBADOS BB

PORTUGAL PT

BERMUDA BM

BRUNEI DARUSSALAM BN

BELGIUM BE

BULGARIA BG

Country Code

BELIZE BZ

BANGLADESH BD

PANAMA PA

BENIN BJ

BAHAMAS BS

BHUTAN BT

BOTSWANA BW

BURKINA FASO BF

BURUNDI BI

BOSNIA AND HERZEGOVINA BA

POLAND PL

BOLIVIA, PLURINATIONAL STATE OF BO

BONAIRE, SINT EUSTATIUS AND SABA BQ

PERU PE

BELARUS BY

THAILAND TH

TAIWAN, PROVINCE OF CHINA TW

TURKMENISTAN TM

TURKEY TR

TRINIDAD AND TOBAGO TT

Chad TD

TOGO TG

TUVALU TV

TUNISIA TN

TONGA TO

TIMOR–LESTE TL

JAMAICA JM

MONTENEGRO ME

GIBRALTAR GI

ALGERIA DZ

COMOROS KM

TURKS AND CAICOS ISLANDS TC

SOLOMON ISLANDS SB

FAROE ISLANDS FO

FALKLAND ISLANDS (MALVINAS) FK

VIRGIN ISLANDS, BRITISH VG

COOK ISLANDS CK

NORTHERN MARIANA ISLANDS MP

CAYMAN ISLANDS KY



Country Code

BOUVET ISLAND BV

ISLE OF MAN IM

CENTRAL AFRICAN REPUBLIC CF

CZECHIA CZ

DOMINICAN REPUBLIC DO

SYRIAN ARAB REPUBLIC SY

THE CONGO CD

IRAN, ISLAMIC REPUBLIC OF IR

UNITED REPUBLIC OF TANZANIA TZ

Republic of Korea KR

DEMOCRATIC PEOPLE’S REPUBLIC OF KOREA KP

LAO PEOPLE’S DEMOCRATIC REPUBLIC LA

THE FORMER YUGOSLAV REPUBLIC OF MACEDONIA MK

REPUBLIC OF MOLDOVA MD

SOUTH AFRICA ZA

SOUTH SUDAN SS

South Georgia and the South Sandwich Islands GS

Georgia GE

GUERNSEY GG

DJIBOUTI DJ

JERSEY JE

Denmark DK

Dominica DM

Cabo Verde CV

Rwanda RW

Romania RO

Zambia ZM

Zimbabwe ZW

Côte d’Ivoire CI

Samoa WS

San Marino SM

Saint Vincent and the Grenadines VC

Saint Kitts and Nevis KN

Saint Lucia LC

Sint Maarten (Dutch part) SX

Saint Helena, Ascension and Tristan da Cunha SH

Sao Tome and Principe ST

Sri Lanka LK

El Salvador SV

Country Code

Slovakia SK

Slovenia SI

Singapore SG

Senegal SN

Swaziland SZ

Sudan SD

Suriname SR

Sweden SE

Switzerland CH

Sierra Leone SL

Seychelles SC

Chile CL

Western Sahara EH

Serbia RS

لاموصلا SO

Somalia CN

Tajikistan TJ

Iraq IQ

Oman OM

Gabon GA

Gambia GM

Ghana GH

Grenada GD

Greenland GL

Guatemala GT

Guyana GY

GUINEA GN

EQUATORIAL GUINEA GQ

GUINEA–BISSAU GW

Holy See VA

Vanuatu VU

France FR

Philippines PH

Venezuela, Bolivarian Republic of VE

Finland FI

Viet Nam VN

Fiji FJ

Cyprus CY

Qatar QA



Country Code

Kyrgyzstan KG

Kazakhstan KZ

Cameroon CM

Croatia HR

Cambodia KH

Canada CA

Cuba CU

Curaçao CW

Costa Rica CR

Colombia CO

Congo CG

Kuwait KW

Kiribati KI

Kenya KE

Latvia LV

Lebanon LB

Luxembourg LU

Libya LY

Liberia LR

Lithuania LT

Liechtenstein LI

Lesotho LS

Maldives MV

Malta MT

Mali ML

Malaysia MY

Madagascar MG

Egypt EG

NORDIC PATENT INSTITUTE (NPI) (/td> XN

Morocco MA

Macao MO

EUROPEAN PATENT OFFICE (EPO) EP

PATENT OFFICE OF THE COOPERATION COUNCIL FOR THE ARAB STATES OFTHE GULF (GCC)

GC

BENELUX OFFICE FOR INTELLECTUAL PROPERTY (BOIP) BX

COMMUNITY PLANT VARIETY OFFICE (EUROPEAN UNION) (CPVO) QZ

Country Code

BENELUX OFFICE FOR INTELLECTUAL PROPERTY (BOIP) BX

Mexico MX

Malawi MW

Saudi Arabia SA

UNITED KINGDOM GB

HONG KONG (See The Hong Kong Special Administrative Region of the People’sRepublic of China)

HK

African Intellectual Property Organization (OAPI) OA

African Regional Intellectual Property Organization (ARIPO) AP

Eurasian Patent Organization (EAPO) EA

INTERNATIONAL BUREAU OF THE WORLD INTELLECTUAL PROPERTYORGANIZATION (WIPO)

IB, WO

Mongolia MN

Mauritania MR

Mauritius MU

Mozambique MZ

Monaco MC

Montserrat MS

Myanmar MM

Namibia NA

Nauru NR

Norway NO

Austria AT

Nepal NP

Niger NE

Niger NG

Nicaragua NI

New Zealand NZ

Haiti HT

India IN

Honduras /td> HN

Hungary HU

Netherlands NL

United States of America /td> US

Japan JP

Yemen YE

Greece GR

List Of Granted Patents

List of Granted Patents

SrApplication

NoTitle of Invention

Patent

No

Date ofGrant

Valid

Until

1 11685 WIND TURBINE GC0004378 04/10/2016 04/10/2036

2 16018WATER SAVER TOILET WITH UNIFORM WATER

SPOTGC0004379 06/10/2016 06/10/2036

3 19005 METHANE CONVERSION PROCESS GC0004380 06/10/2016 06/10/2036

4 21307 MEMORANDUM OF THE TWO HOLY MOSQUES GC0004381 09/10/2016 09/10/2036

5 6608

ON-LINE PROPERTIES ANALYSIS OF A MOLTENPOLYMER BY RAMAN SPECTROSCOPY FORCONTROL OF A MIXING DEVICE

GC0004382 10/10/2016 10/10/2036

6 10160

COSMETIC OR PHARMACEUTICAL COMPOSITIONSCOMPRISE ALLIUM AND CITRUS EXTRACTS AND ACOMBINATION OF PAULLINIA AND THEOBROMAEXTRACTS OR A COMBINATION OF A SALIXEXTRACT AND ZINC SULFATE

GC0004383 11/10/2016 11/10/2036

7 12222CATALYST COMPOSITION AND PROCESS FOROLIGOMERIZATION OF ETHYLENE

GC0004384 11/10/2016 11/10/2036

8 14996 ADHESIVE COMPOUND GC0004385 11/10/2016 11/10/2036

9 12377

3-CARBOXYPROPYL-AMINOTETRALIN DERIVATIVESAND RELATED COMPOUNDS AS MU OPIOIDRECEPTOR ANTAGONISTS

GC0004386 11/10/2016 11/10/2036

10 6589

DIIMINE METAL COMPLEXES, METHODS OFSYNTHESIS , AND METHODS OF USINGINOLIGOMERIZATION AND POLYMERIZATION

GC0004387 11/10/2016 11/10/2036

11 12373HIGH VELOCITY STRING FOR PROGRESSING CAVITYPUMP

GC0004388 11/10/2016 11/10/2036

12 13494

SELECTIVE HEAVY GAS OIL RECYCLE FOR OPTIMALINTEGRATION OF HEAVY OIL CONVERSION ANDVACUUM GAS OIL TREATING

GC0004389 11/10/2016 11/10/2036

13 9283APPARATUS AND METHOD FOR CONTROLLEDDEPLOYMENT OF SHAPE-CONFORMING MATERIALS

GC0004390 11/10/2016 11/10/2036

14 22971

PROCESS FOR RECOVERING ALIPHATICMONOCARBOXYLIC ACIDS FROM DISTILLATIONRESIDUES

GC0004391 11/10/2016 11/10/2036

15 14817METHODS OF REACTIVATING AN AROMATIZATIONCATALYST

GC0004392 11/10/2016 11/10/2036

16 6074

PROCESS FOR SUB-COOLING AN LNG STREAMOBTAINED BY COOLING BY MEANS OF A FIRSTREFRIGERATION CYCLE, AND ASSOCIATEDINSTALLATION

GC0004393 12/10/2016 12/10/2036

17 21567 ELECTRODE AND METHOD FOR SUPPLYINGCURRENT TO A REACTOR

GC0004394 13/10/2016 13/10/2036

18 26097 THE RAINY NET GC0004395 13/10/2016 13/10/2036

19 23050

USE OF HYDROGEN AND AN ORGANOZINCCOMPOUND FOR POLYMERIZATION AND POLYMERPROPERTY CONTROL

GC0004396 16/10/2016 16/10/2036

20 3592 POLYETHYLENE PIPE RESINS GC0004397 16/10/2016 16/10/2036

21 22383FLUID FILTERING DEVICE FOR A WELLBORE ANDMETHOD FOR COMPLETING A WELLBORE

GC0004398 18/10/2016 18/10/2036

22 21612

CONVERTING OXYGENATES TO OLEFINS OVER ACATALYST COMPRISING ACIDIC MOLECULAR SIEVEOF CONTROLLED CARBON ATOM TO ACID SITERATIO

GC0004399 18/10/2016 18/10/2036

23 12626SPECTRAL SHAPING INVERSION AND MIGRATIONOF SEISMIC DATA

GC0004400 19/10/2016 19/10/2036

24 14046

PROCESS FOR PRODUCING ALKYL TIN ALKOXIDECOMPOUND AND PROCESS FOR PRODUCINGCARBONIC ACID ESTER USING SAID COMPOUND

GC0004401 20/10/2016 20/10/2036

25 9405AGGLOMERATED ZEOLITIC ADSORBENTS, THEIRPRODUCTION PROCESS AND THEIR USES

GC0004402 20/10/2016 20/10/2036

26 21524

IMPROVED DISPERSION ESTIMATION BYNONLINEAR OPTIMIZATION OF BEAM-FORMEDFIELDS

GC0004403 20/10/2016 20/10/2036

27 5627TUBULAR POLYMERIZATION REACTORS ANDPOLYMERS MADE THEREIN

GC0004404 20/10/2016 20/10/2036

28 28998 ISLAMIC ASSISTANT MOVABLE DEVICE GC0004405 23/10/2016 23/10/2036

29 14875 PROTEIN KINASE INHIBITORS GC0004406 30/10/2016 30/10/2036

30 19046

USE OF WATER-REDISPERSIBLE POLYMERPOWDERS FOR IMPROVING THE STORAGESTABILITY OF CEMENT AND CEMENT-BASED DRYMORTARS

GC0004407 31/10/2016 31/10/2036

31 21303 CEMENT HEAD GC0004408 31/10/2016 31/10/2036

The Front Pages of Granted Patents

[12] Patent

[11] Patent No.:GC0004378 [45] Date of Publishing the Grant of the Patent: 30/Oct/2016 30/2016

Number of the Decision to Grant the Patent:2016/85624Date of the Decision to Grant the Patent:04/Oct/2016

[21] Application No.:GCC/P/2008/11685[22] Filing Date:10/9/2008[30] Priority:

[33] State[32] Priority date[31] Priority No.USUS

26/6/200826/6/2008

12/215,23212/215,233[72] Inventor: Ed Mazur[73] Owner: Ed Mazur, Sierra Vista, Arizona, USA[74] Agent: Suleiman I. Al-Ammar Law Office

[51]IPC: Int. Cl.7: F03D3/04 [56] Cited Documents:US 5171127 A (FELDMAN ALEXANDER) 15 December-1992CN 2836318 Y (LUO Weicheng et a1.) 08 November 2006-US 6047456 A (IND TECHNOLOGY RES INST) 11 April-2000US 5152679 A (EBARA CORP) 06 October 1992-US 2007/0098563 A1 (PRIEST-BROWN T 1 et a1.) 03- May 2007Examiner: Eng. Fahad M. AlBaker

[54] WIND TURBINE [57] Abstract: A wind turbine having one or more sets of opposing magnets to create a repelling force between a turbinesupport and a turbine rotor great enough to for a space between them thereby reducing friction between the turbinesupport and a turbine rotor. The reduction of friction between the turbine rotor and the turbine support allows for anincrease in energy production and scale of the wind turbines. No. of claims: 18 No. of figures: 4

Note: Any interested individual may, within 3 months of publication of the grant, file objection thereof with the.Grievance Committee after payment of grievance fees

[12] Patent



[21] Application No.:GC 2010-16018[22] Filing Date:6/6/2010[72] Inventor: Philip Hennessy[73] Owner: P & C Hennessy Holdings, Inc., 46-9 RoseStreet, R.R. #1, Frankford, Ontario K0K 2C0, Canada[74] Agent: Saud M. A. Shawwaf Law Office

[51]IPC: Int. Cl.: E03D 1/06, E03D 1/14, E03D 1/30, E03D 5/00,E03D 11/00 (2006.01) [56] Cited Documents:US 5142712 A (HENNESSY ARNOLD) 01 September-1992US 2009/0144889 A1 (HENNESSAY PHILIP ) 11 June-2009 Examiner: Eng. Mohammed A. AlJaafar

[54] WATER SAVER TOILET WITH UNIFORM WATER SPOT [57] Abstract: A toilet has a vacuum source (42) that applies a vacuum to a trapway (14) at the beginning of a flushing toimmediately flush the toilet bowl (12). As a result, water from the water tunnel 26 and the toilet bowl top channel 28 flowinto the bowl after the flushing to create a large water spot (98) in the toilet bowl. Alow water flush (eg.1 1/2 liters toflush urine) can be obtained by not letting water flow out of a secondary volume (61) that lies outsaid a divider (140) inan isolator (40). No. of claims: 3 No. of figures: 3


[12] Patent



[21] Application No.:GC 2011-19005[22] Filing Date:9/8/2011[30] Priority:

[33] State[32] Priority date[31] Priority No.US10/8/201061/372.160

[72] Inventors:1- Larry L Iaccino،2- Robert D. Denton،3-Garth M. Norman،4- James R. Lattner[73] Owner: ExxonMobil Chemical Patents Inc, 5200Bayway Drive, Baytown, 77520, Texas, USA[74] Agent: Saud M. A. Shawwaf Law Office

[51]IPC: Int. Cl.: C07C15/08; C07C2/84; C07C2/86; C10L3/06(2006.01) [56] Cited Documents:US 2008-0047872 A1 (IACCINO, L. L. et a1.) 28-February 2008US O4727206A A (CLAYSON, DAVID M. et al.) 23-February 1988US 2007-0276171 A9 (IACCINO, L. L. et al.) 29- November 2007Examiner: Eng. Abdulaziz S. AlMotek

[54] METHANE CONVERSION PROCESS [57] Abstract: A process for converting a gaseous hydrocarbon feed comprising methane to an aromatic hydrocarbon isintegrated with liquefied natural gas (LNG) and/or pipeline gas production. In the integrated process, the gaseoushydrocarbon feed is supplied to a conversion zone comprising at least one dehydroaromatization catalyst and iscontacted with the catalyst under conversion conditions to produce a gaseous effluent stream comprising at least onearomatic compound, unreacted methane and H2. The gaseous effluent stream is then separated into a first productstream comprising said at least one aromatic compound and a second product stream comprising unreacted methaneand H2. The second product stream is further separated into a methane-rich stream and a hydrogen-rich stream and atleast part of the methane-rich stream is passed to LNG and/or pipeline gas production. The gaseous hydrocarbon feedsupplied to the conversion zone has at least one of the following properties: (i) a sulfur level of at least 25 ppm byvolume; (ii) a CO2 level of at least 50 ppm by volume; and (iii) a dew point of at least 203*K No. of claims: 18 No. of figures: 5


[12] Patent



[21] Application No.:GC 2012-21307[22] Filing Date:19/5/2012[72] Inventors:1- AbdulRahman Othman MutlagAlhussein،2- Mohammed bin Nayef bin Ammash hintedMutairi[73] Owners:1- AbdulRahman Othman Mutlag Alhussein,Riyadh, Saudi Arabia،2- Mohammed bin Nayef binAmmash hinted Mutairi, Riyadh, Riyadh, Saudi Arabia[74] Agent: Mohammed bin Nayef bin Ammash hintedMutairi

[51]IPC: Int. Cl.: G04B47/00 (2006.01) [56] Cited Documents:US 2004013043 A1 (HAQ Tanveer Ul) 22 January 2004-CN 1337607 A (INT BUSINESS MACHINES CORP.) 27-February 2002US 2002141289 A1 (HAYER Georges Nicolas et al.) 03-October 2002US 2005007884 A1 (LORENZATO Raymond M.) 13- January 2005Examiner: Eng. Imad A. AlAhaidib

[54] MEMORANDUM OF THE TWO HOLY MOSQUES [57] Abstract: Design note of the Two Holy Mosques, is to remind the Hajj or Umrah number of times wandering andseeking as some pilgrims and Umrah performers forget how much traveled or sought than once may result in theoblivion deficiency in the elements of the Hajj or Umrah and he needs a scapegoat or re-Umrah and in the presence ofthe chemical midwife for lighting When you click on them and is a composite of (acetone 2 Ethylhexanol -Cyclohexanone-ethylene glycol (DEG) - dim ethyl Alformamed (DMF) - Dipropylene Glycol (DPG) -IsobutanolEthoxylate fatty alcohol (FAE) - isopropyl alcohol (IPA) - Linear Alkyl Benzene (LAB)Monoethylene glycol(MEG) - phenol Ethoxylate Nonyl (NPE) - Tio2-TDN - Butanol Phenol Styrene (SM) - Triethylene glycol (TEG) - dual-phenol-A (BPA)Vinyl Acetate Monomer (VAM) - Alone sol Hydroxytoluene (BHT) – DicyandiamideDimethylterephthalate (DMT) - polyethylene glycol (PEG) - Sebacic acid Triazoles) This compound is known and afactory before.And also the loss of some of the pilgrims or pilgrims in from their families or the campaign that came outor the location of pilgrims of their country and the camp of their own there is a keyboard especially of aluminum which isnon-combustible and the definition of the Hajj or Umrah because they contain the name of Hajj or Umrah and telephonenumber of the campaign or phone the father or mother (mobile or fixed) and the name of the campaign and the country'snumber and ID card for Saudis and passport number for non-Saudis to him and mentioned the blood type in case ofstate aid to him and may be mentioned the type of chronic illness for this guest so dear to the Holy Mosque and theMosque of His Messenger upon him, whether this or Hajj pilgrims large or small the age of a man or a woman 'Vmqasthis note is open to all God's will and his strength has translated this board for the English language or any otherlanguage to make it easier to handle. No. of claims: 7 No. of figures: 10


[12] Patent





[72] Inventors:1- Thomas R. Veariel،2- David G. Marrow،3- David A. Yahn[73] Owner: Exxonmobil Chemical Patents Inc., 5200Bayway Drive, Baytown, 77520, Texas, USA[74] Agent: Saud M. A. Shawwaf Law Office

[51]IPC: Int. Cl.: G01N 21/65 (2006.01) [56] Cited Documents:ADAR F ET AL:. “RAMAN SPECTROSCOPY FOR-PROCESS/QUALITY CONTROL APPLIEDSPECTROSCOPY REVIEWS, MARCEL EEKKER,INC.270 MADISON AVENUE. NEN YORK US, vo1. 32, no. 1/2, February 1997WO 2004/017056 A (BASELL POLYOLEFINE oMBH;-LILGE, DIETER; GABRIEL, CLAUS) 26 February 2004US 2003/130433 A1 (wENz ECKHARD ET AL) 10 July- 2003Examiner: Faisal Abdulla Aljardan

[54] ON-LINE PROPERTIES ANALYSIS OF A MOLTEN POLYMER BY RAMAN SPECTROSCOPY FORCONTROL OF A MIXING DEVICE [57] Abstract: Method and systems for online analysis of a polymeric material within a mixing device are provided. Incertain embodiments, the methods and systems subject the polymeric material to Raman spectroscopy analysis. TheRaman spectroscopy provides analysis of polymer properties that may include melt index, density, viscosity, molecularweight, molecular weight distribution, weight ratios of different polymers comprising the polymeric material, additiveconcentrations, crosslinking agent concentrations, scissoring agent concentrations, and combinations thereof. Thespectroscopy results can be used to provide process control to adjust operating parameters of the mixing device and/oran associated polymerization process. The mixing device may be an extruder. The methods and systems may alsoinclude a processor for evaluating the results of the Raman analysis and automatically adjusting the mixing deviceand/or polymerization processes. No. of claims: 40 No. of figures: 10


[12] Patent




[33] State[32] Priority date[31] Priority No.FR13/2/2007N0701011

[72] Inventors:1- STURER Jean-Frederic،2- ULMANNAndre[73] Owner: Legacy Healthcare Holding LTD, 85 St. JohnStreet , Valletta VLT 1165, Malta[74] Agent: Saba & Co. T.M.P

[51]IPC: Int. Cl.: A61K8/27, A61K8/97, A61Q5/00, A61Q7/00,A61Q19/00, A61K36/00, A61K36/76, A61K36/896,A61K36/752, A61K36/75 (2006.01) [56] Cited Documents:CH 682 217 A5 (LINDA SINGER DOLLA [CH])13-August 1993DE 10 2005 010142 A1 (KURT WOLFF GMBH & CO- KG DR [DE]) 03 November 2005Examiner: PH. Bashair Z. AlEnizi

[54] COSMETIC OR PHARMACEUTICAL COMPOSITIONS COMPRISE ALLIUM AND CITRUS EXTRACTSAND A COMBINATION OF PAULLINIA AND THEOBROMA EXTRACTS OR A COMBINATION OF A SALIXEXTRACT AND ZINC SULFATE [57] Abstract: Compositions are disclosed containing, as active ingredients, an extract of Allium Species, an extract ofCitrus species and either an extract of Paullinia species and an extract of Theobroma species, or an extract of Salixspecies and zinc sulphate, and the method of preparation of these compositions, and cosmetic and/or pharmaceuticalapplication of these compositions. No. of claims: 10


[12] Patent




[33] State[32] Priority date[31] Priority No.EP28/11/200707023013.1

[72] Inventors:1- Vugar Aliyev،2- Mohammed Al-Hazmi،3-Fuad Mosa،4- Peter M.Fritz،5- Heinz Bolt،6- Anina Wohl،7- Wolfgang Muller،8- Florian Winkler،9- AntonWellenhofer،10- Uwe Rosenthal،11- Bernd H.Muller،12-Marko Hapke،13- Normen Peulecke[73] Owners:1- Linde AG, Leopold Strasse 252, Munich(Munchen), Germany،2- Saudi Basic IndustriesCorporation(Sabic(, P.O.BOX 5101, 11422, Riyadh, SaudiArabia[74] Agent: Saba & Co. T.M.P

[51]IPC: Int. Cl.7: B01J 31/18 ; B01J 31/14 ; C07C 2/36 ; C07F 9/46[56] Cited Documents:US 2006/293546 Al (NABIKA MASAAKI [JP]) 28-December 2006US 2007/027350 Al (NABIKA MASAAKI [JP])01-February 2007WO 2007/057458 A (SHELL INT RESEARCH [NL]; DE-BOER ERIC JOHANNES MARIA [NL]; VAN DER HEI)24 May 2007WO 01/10876 A (BP CHEM INT LTD [GB]; WASS- DUNCAN FRANK [GB]) 15 February 2001Examiner: Saja Mohammed AlHassan

[54] CATALYST COMPOSITION AND PROCESS FOR OLIGOMERIZATION OF ETHYLENE [57] Abstract: The present invention relates to a catalyst composition comprising: (a) a binuclear chro-mium(II)complex; (b) a ligand of the general structure (A) R1R2P-N(R3)-P(R4)-N(R5)-H or (B) R1R2P-N(R3)-P(R4)-N(R5)-PR6R7, wherein R1, R2, R3, R4, R5, R6 and R7 are independ-ently selected from halogen, amino, trimethylsilyl, C1-C10-alkyl, aryl and substituted aryl, wherein the PNPN- or PNPNP-unit is optionally part of a ring system; and (c) anactivator or co-catalyst, as well as to a process for oligomerization of ethylene. No. of claims: 13


[12] Patent




[33] State[32] Priority date[31] Priority No.EP23/12/200808172868.5

[72] Inventors:1- Edwin WELLES،2- Gerhard Maier،3-Leonard VAN BEUGEN ،4- Martin Mayershofer[73] Owner: J. van Beugen Beheer B.V , Machteldstraat11, 3223 HJ, Hellevoetsluis, Netherlands[74] Agent: Saba & Co. T.M.P

[51]IPC: Int. Cl.: C09J123/00, C08K3/00 (2006.01) [56] Cited Documents:WO 2007/022308 A (BOSTIK INC [US]; WANGBAOYU- [US]) 22 February 2007Examiner: Nouf AlNassban

[54] ADHESIVE COMPOUND [57] Abstract: The present invention relates to an adhesive compound consisting essentially of an organic phase andinorganic phase, the organic phase comprising an amorphous aliphatic (co)polymer having a Ring & Ball softening pointof between 75 and 180 ?C, and a second aliphatic material having a Tg of about -5 ?C or lower and a kinematic viscosityof 4500 mm2/s at 100 ?C or less, wherein said organic components are present in weight amounts of between 95/5 and10/90; the inorganic phase comprising a filler, the filler being present in amount of at least about 15 wt% in the totalcomposition. The compositions are suitable for anti-corrosion coatings or sealants against filtration or penetration ofwater or moisture. A rubber material may be added to this compound or other anti-corrosion coatings to increase theyield point at high temperatures. No. of claims: 16


[12] Patent





11/12/200730/4/2008

61/007,22061/049,219[72] Inventors:1- TRAPP,Sean G،2-LEADBETTER,Michael R،3- LONG,Daniel D،4-JACOBSEN,John R،5- VANDYKE,Priscilla M،6-Colson,Pierre-Jean،7- RAPTA,Miroslav،8- Yu,Ying[73] Owner: Theravance Biopharma R&D IP, LLC, 901Gateway, Boulevard, South San Francisco, California94080, USA[74] Agent: Saba & Co. T.M.P

[51]IPC: Int. Cl.: C07C215/64, 229/28,237/48; A61K31/216, 31/197;A61P1/00 (2006.01) [56] Cited Documents:WO 00/37426 A (ASTRA PHARMA INC.; ASTRA- AKTIEBOLAG) 29 June 2000Examiner: PH. Ahlam S. AlMusallam

[54] 3-CARBOXYPROPYL-AMINOTETRALIN DERIVATIVES AND RELATED COMPOUNDS AS MU OPIOIDRECEPTOR ANTAGONISTS [57] Abstract: The invention provides 3-carboxypropyl-aminotetralin compounds of formula (I): (I)wherein R1, R2, R3,R4, R5, and R6 are defined in the specification, or a pharmaceutically-acceptable salt thereof, that are antagonists atthe mu opioid receptor. The invention also provides pharmaceutical compositions comprising such compounds, methodsof using such compounds to treat conditions associated with mu opioid receptor activity, and processes andintermediates useful for preparing such compounds. No. of claims: 17


[12] Patent




[33] State[32] Priority date[31] Priority No.USUSUS

21/7/200521/7/200521/7/2005

11/186,03911/186.30611/186.038[72] Inventors:1- CARNEY Michael،2- SMALL Brooke L[73] Owner: Chevron Phillips Chemical Company LP,10001 Six Pines Drive, Texas 77380, The Woodlands, USA[74] Agent: Saba & Co. T.M.P

[51]IPC: Int. Cl.: C07F 15/02, 19/00, 10/00 (2006.01) [56] Cited Documents:US 6894134 B2(BROOKHART Maurice S. et al.), 17-May 2005BROOKE L. Small et al. Highly Active Iron and Cobalt-Catalysts for the Polymerization of thylene. J. Am. Chem.Soc. 14 April 1998US 6545108 B1(MOODY Leslie Shane et al.), 08 April- 2003Examiner: Bander M. Al-Thobity

[54] DIIMINE METAL COMPLEXES, METHODS OF SYNTHESIS , AND METHODS OF USINGINOLIGOMERIZATION AND POLYMERIZATION [57] Abstract: Methods for making a-diimine metal complexes are disclosed. The methods comprise forming an a-diimine metal complex imine bond in the presence of a metal salt or an a-ac’ylimine metal complex. The method isparticularly using for the production of a~diimine metal complexes having two different a-diirnine nitrogen groups. Thea-diimine metal complexes are usefill for polymerizing or oligomerizing olefms. Novel a-diimine metal complexes,particularly iron complexes are disclosed. The a-diimine metal complexes are produced by forming one of the a-diiminemetal complex imine bonds in the presence of a metal salt or an a-acylimine metal complex. a-diimine metal complexeshaving two different a-diimine nitrogen groups may be produced. The a-diimine metal complexes are usefiil forpolymerizing or oligomerizing olefms. Processes to polymerize or oligomerize olefms by contacting olefins with a-diiminemetal complexes are disclosed. In particular, alpha olefins can be produced in high selectivity by contacting ethylenewith selected a-diimine metal complexes. No. of claims: 65 No. of figures: 2


[12] Patent




[33] State[32] Priority date[31] Priority No.US5/12/200760/992,588

[72] Inventors:1- OLSON,David L.،2- PRATHER,Josh T،3- DILLON,David B،4- WATSON,Ray A[73] Owner: Baker Hughes Incorporated, Allen Parkway,Suit 2100, Houston, Texas 2929-77019, USA[74] Agent: Saba & Co. T.M.P

[51]IPC: Int. Cl.7: E21B43/12 [56] Cited Documents: US 6371206 B1 (MILLS, Ray J.) 16 April 2002- US 6595295 B1 (BERRY, Michael R. et al.) 22 July 2003- US 5755288 A (BEARDEN, John L. et al.) 26 May 1998-US6691782 B2 (VANDEVIER, Joseph E.) 17 February- 2004Examiner: Eng. Imad A. AlAhaidib

[54] HIGH VELOCITY STRING FOR PROGRESSING CAVITY PUMP [57] Abstract: A method of producing a well fluid includes securing a motor to a string of outer tubing and lowering theouter tubing and motor into the well. A rotary pump is secured to a string of inner tubing and lowered into the outertubing. The pump stabs into cooperative engagement with the motor. Supplying power to the motor rotates the pump,causing well fluid to flow into the outer tubing to an intake of the pump, which pumps the well fluid through the innertubing to an upper end of the well. Removing the well fluid allows gas to flow up an annulus surrounding the outer tubingto the upper end of the well. No. of claims: 16 No. of figures: 6


[12] Patent





[72] Inventors:1- Colyar James J.،2- Duddy John E.[73] Owner: Institut Francais Du Petrole, 1&4 Avenue deBois Preau, F-92500, RUEIL MALMAISON, CEDEX ,France[74] Agent: Saba & Co. T.M.P

[51]IPC: Int. Cl.: B01J 19/00; C10G 11/14, 11/16, 45/00, 47/00,55/00, 69/00, 7/06 (2006.01) [56] Cited Documents:WO 01/98436 Al (INST F RANC A IS DU PETROL E- [FR]) 27 December 2001US 5 108 580 A (NONG BR I GOVANO N [US] ET AL)- 28 April 1992EP 0 732 389 A2 (INST FRANCA IS DU PETROLE- [FR]) 18 September 1996Examiner: Eng. Abdallah I. AlKhatib

[54] SELECTIVE HEAVY GAS OIL RECYCLE FOR OPTIMAL INTEGRATION OF HEAVY OIL CONVERSIONAND VACUUM GAS OIL TREATING [57] Abstract: An improved process for heavy oil conversion and upgrading and a combined method for heavy oilconversion and vacuum gas-oil treatment are described herein. The method utilizes the creation and recycle of aseparate product from the vacuum still, which is thereafter recycled back to the heavy oil conversion reactor. The resultis the production of a higher quality medium gas oil product relative to the overall vacuum gas oil product which isacceptable for use in a typical vacuum gas oil treatment process. Additionally, there is a higher diesel yield selectivityfrom the heavy oil conversion unit. No. of claims: 3 No. of figures: 1


[12] Patent





17/10/200631/3/2007

60/852,27511/694,986[72] Inventors:1- Ping Duan،2- Darrin L. Willauer[73] Owner: Baker Hughes Incorporated, 2929 AllenParkway, Suite 2100, Houston, Texas 77019, USA[74] Agent: Saba & Co. T.M.P

[51]IPC: Int. Cl.7: E21B43/04; E21B43/08; E21B43/10 [56] Cited Documents:US 2005/056425 Al (GRIGSBY TOMMY F [US] ETAL)- 17 March 2005US 2004/055760 A1 (NGUYEN PHILIP 9 [US])25 March- 2004Examiner: Eng. Ahmed Saleem AlHinai

[54] APPARATUS AND METHOD FOR CONTROLLED DEPLOYMENT OF SHAPE-CONFORMINGMATERIALS [57] Abstract: An apparatus and method for filling a defined space, such as an annulusaround a production tubularwithin a wellbore, includes a compliant porous material. The compliant porous material can be compressed andmaintained in a compressed state by incorporation of a deployment modifier, which may be a water-soluble or oil-solubleadhesive or biopolymer, used as an impregnant, a coating, or a casing. The production tubular can be positioned at adesired location and the compliant porous material exposed to a deployment modifier neutralizing agent, which thendissolves or otherwise prevents the deployment modifier from continuing to inhibit deployment. Thus, deployment canbe delayed to an optimum time by preventing exposure of the deployment modifier to the deployment modifierneutralizing agent. It is emphasized that this abstract is provided to comply with the rules requiring an abstract whichwill allow a searcher or other reader to quickly ascertain the subject matter of the technical disclosure. It is submittedwith the understanding that it will not be used to interpret or limit the mom or meaning of the claims. 37 CFR 1.72(b No. of claims: 18


[12] Patent




[33] State[32] Priority date[31] Priority No.DE8/12/2011102011120857.3

[72] Inventors:1- Guido D. Frey،2- Jorg Arnold،3-WOLFGANG HOFS،4- Matthias Kramer،5- ThomasMuller،6- Heinz Strutz[73] Owner: Oxea GmbH , Otto-Roelen-Str. 3, D-46147 ,Oberhausen, Germany[74] Agent: Saba & Co. T.M.P

[51]IPC: Int. Cl.: C07C51/02; C07C51/235; C07C51/44; C07C51/48;C07C53/126; C07C53/128 (2007.10) [56] Cited Documents:US 504229 A (FISHER KARL [DE] ET AL) 2 April 1996 - Examiner: Eng. Abdallah I. AlKhatib

[54] PROCESS FOR RECOVERING ALIPHATIC MONOCARBOXYLIC ACIDS FROM DISTILLATIONRESIDUES [57] Abstract: The present invention relates to a process for recovering aliphatic monocarboxylic acids having from 4 to11 carbon atoms from the distillation residue obtained in the oxidation of the corresponding aldehyde by means ofoxygen or oxygen-containing gas mixtures in the presence of alkali metal carboxylates and alkaline earth metalcarboxylates to form the corresponding monocarboxylic acid and subsequent distillation, wherein the distillation residueis reacted with an aqueous acid in a tube reactor. No. of claims: 16 No. of figures: 1


[12] Patent




[33] State[32] Priority date[31] Priority No.USUSUS

23/12/200823/12/200823/12/2008

61/140,30661/140,31461/140,303[72] Inventor: WU, An-Hsiang[73] Owner: Chevron Phillips Chemical Company LP,10001 Six Pines Drive, TX 77380, The Woodlands, USA[74] Agent: Saba & Co. T.M.P

[51]IPC: Int. Cl.: B01J 29/62 (2006.01) [56] Cited Documents:EP 0316727 A1 (RES ASSOC UTILIZATION LIGHT- OIL) 24 May 1989Examiner: Nouf AlNassban

[54] METHODS OF REACTIVATING AN AROMATIZATION CATALYST [57] Abstract: A method of reactivating a spent catalyst comprising a metal and a catalyst support, the methodcomprising redispersing the metal in the spent catalyst to produce a redispersed spent catalyst, contacting theredispersed spent catalyst with a reactivating composition to produce a redispersed, reactivated spent catalyst, andthermally treating the redispersed, reactivated spent catalyst to produce a reactivated catalyst. A method comprisingemploying a fresh aromatization catalyst in one or more reaction zones for a time period sufficient to produce a spentcatalyst, reducing the amount of carbonaceous material associated with the spent catalyst to produce a decoked spentcatalyst, contacting the decoked spent catalyst with a redispersing composition to produce a decoked redispersed spent,contacting the decoked redispersed spent catalyst with a reactivating composition to produce a decoked redispersedreactivated spent catalyst, and thermally treating the decoked, reactivated spent catalyst to produce a reactivatedcatalyst. No. of claims: 27 No. of figures: 10


[12] Patent




[33] State[32] Priority date[31] Priority No.FR11/4/20050503575

[72] Inventor: Henri Paradowski[73] Owner: Technip France, 6-8, Alee de LArche,Faubourg de LArche, Courbevoie 92400, France[74] Agent: Saud M. A. Shawwaf Law Office

[51]IPC: Int. Cl.: F25J 1/02 (2006.01) [56] Cited Documents:US 2005/0056051A1 (ROBERTS Mark Julian, et a1) 17- March 2005US 4334902 A(COMPAGNIE FRANCAISE D’ETUDES- ET DE CONSTRUCTIONTECHNIP) 15 June 1982 Examiner: Eng. Ahmed Saleem AlHinai

[54] PROCESS FOR SUB-COOLING AN LNG STREAM OBTAINED BY COOLING BY MEANS OF A FIRSTREFRIGERATION CYCLE, AND ASSOCIATED INSTALLATION [57] Abstract: In this process, the LNG stream (11) is sub-cooled with a refrigerating fluid (41) in a first heat exchanger(19). This refrigerating fluid (41) undergoes a closed second refrigeration cycle (21) which is independent of the firstcycle (15). The closed cycle (21) comprises a phase of heating the refrigerating fluid (42) in a second heat exchanger(23), and a phase of compressing the refrigerating fluid (43) in a compression apparatus (25) to a pressure greater thanits critical pressure. It further comprises a phase of cooling the refrigerating fluid (45) originating from the compressionapparatus (25) in the second heat exchanger (23) and a phase of dynamically expanding a proportion (47) of therefrigerating fluid issuing from the second heat exchanger (23) in a turbine (31). The refrigerating fluid (41) is formed bya mixture of nitrogen-containing fluids. No. of claims: 24 No. of figures: 9


[12] Patent




[33] State[32] Priority date[31] Priority No.DE22/6/2011 102011077967

[72] Inventors:1- Norbert Ellinger،2- Robert Ring،3- JosefWiesbauer[73] Owner: Wacker Chemie AG , Hanns-Seidel-Platz 4,Munchen 81737, Germany[74] Agent: Dennemeyer & Associates

[51]IPC: Int. Cl.: B01J19/00; B01J19/08; C01B33/035; C23C16/00;H05B6/00 (2006.01) [56] Cited Documents:US 5,193,100 A (PFEIFFER VAKUUMTECHNIK [DE])-09 March 1993WO 2010/068849 A1 (GTSP GLOBAL [US]; HSIEH 19-- 21 JUI HAI; DELONG DAVID [US]) 17 June 2010Examiner: Sarah Fahad Al-Dossary

[54] ELECTRODE AND METHOD FOR SUPPLYING CURRENT TO A REACTOR [57] Abstract: Method for supplying current to a reactor, wherein one or more electrodes, which are fed through a wallof the reactor, of an electrical energy network which is DC-isolated from ground potential are respectively connected toan electrically conductive element so that an operating voltage is respectively applied to the at least one electricallyconductive element and electrical current flows through it, wherein there is respectively a seal made of an electricallyinsulating material between the wall of the reactor and the electrode, wherein the electrical energy network is monitoredfor insulation faults and a fall below a particular insulation resistance triggers shutdown of the electrical energy supply,and wherein the switching threshold is determined by taking into account at least one parameter from the groupconsisting of seal geometry, seal material, supply voltage and the maximum possible electrical energy input into theseal immediately before shutdown, triggered by the maximum theoretically possible leakage current through theseal.Device for the simultaneous monitoring, sealing and electrical insulation of an electrode, characterized in that theseal contains an electrically conductive core which comprises an electrical connection facility.Electrode having aninsulating seal for use in current supplies of chemical reactors, wherein the seal consists of a polymer and is shrunkonto the electrode. No. of claims: 9 No. of figures: 1


[12] Patent




[33] State[32] Priority date[31] Priority No.SA26/1/2013113340235

[72] Inventor: Abdullah T Alsadoun[73] Owner: Abdullah T Alsadoun, Riyadh, Riyadh, SaudiArabia

[51]IPC: Int. Cl.: E04D13/08 ; B01D005/00 ; F17D001/00 ; (2006.01) [56] Cited Documents:US 6,161,362 A (Jack R. Forbis, Sr. et a1.) 19 December-.2000.US 5,143,293 A (Pairis Raul R.) 01 September 1992-US 5,73,214 A (Huffstutler Randall L.) 28 December- .1993Examiner: Eng. Imad A. AlAhaidib

[54] THE RAINY NET [57] Abstract: The invention is a net of pipes with high conducting to cooling that joined to each other and stands onpillars in gardens, parks and opened areas in the coastal cities with high temperature and moisture.This net is providedand supplied by a cooling source, either through pumping the cold air from conditioning source from one side andleaving it get out from the net other end or the cold water is pumped at the net from and then pulled from the other endto be re- cooled again. The cold air or cold water flow continually in these pipes, then these pipes become cold as well asthe air touching them and the water vapor condenses around these pipes (the moisture) to form a net aiming to fall rainscontinually that we sue them in making the weather of the place fine and also we use them to water the plants of thisplace. The net is supplied by vibrator to help in improving the net's performance through contributing in accelerating therains fall so it adds more beauty and glamour which makes parks visitors enjoy good and fine weather. No. of claims: 9 No. of figures: 2


[12] Patent





[72] Inventors:1- Errun Ding،2- Qing Yang،3- Albert P.Masino،4- Youlu Yu،5- Lloyd W. Guartney،6- Jim B.Askew[73] Owner: Chevron Phillips Chemical Company LP,10001 Six Pines Drive, The Woodlands, Texas 77380, USA[74] Agent: Saud M. A. Shawwaf Law Office

[51]IPC: Int. Cl.: C08F 10/00, 2/00, 2/42 (2006.01) [56] Cited Documents:WO 2005\090427 A2 (DOW GLOBAL TECHNOLOGIES-INC [US]; ARRIOLA DANIEL J [US]; CARNAHANEDMU) 29 September 2005US 2007\010616 A1 (KAPUR MRIDULA [US] ET AL) 11-January 2007US 2008\311812 A1 (ARRIOLA DANIEL J [US] ET AL)-18 December 2008GB 978 541 A (FIRESTONETIRE & RUBBER CO) 23-December 1964GB 1 010 075 A (FIRESTONE TIRE & RUBBER CO) 17- November 1965Examiner: Yahiya Naser Al-BuSafi

[54] USE OF HYDROGEN AND AN ORGANOZINC COMPOUND FOR POLYMERIZATION AND POLYMERPROPERTY CONTROL [57] Abstract: Methods of controlling polymerization reactions using a synergistic amount of hydrogen and anorganozinc compound are disclosed. The resulting polymers have lower molecular weights and higher melt flow indices. No. of claims: 18 No. of figures: 2


[12] Patent




[33] State[32] Priority date[31] Priority No.GB4/7/20030315685.8

[72] Inventors:1- SERGE JEAN HENRIBETTONVILLE،2- VIRGILE JOEL MAURICEROUYER[73] Owner: Innovene Manufacturing belgium NV,Scheldelaan 482, B -2040 ,, Antwerpen, Belgium[74] Agent: Hassan Al-Mulla

[51]IPC: Int. Cl.: C08F 8/00; C08L 23/04; F16L 11/04; C08L 23/08,51/06 (2006.01) [56] Cited Documents:EP 1 201 713 A (ATOFINA RES ; SOLVAY (BE))2 May- 2002KR 2003 049 193 A (SAMSUNG- GENERALCHEMICALS CO) 25 June 2003US 6 541 592 Bl (INAGAKI KATSUNARI ET AL)1 April- 2003 US 3 770 852 A (HAGER J ET AL)6 November 1973-Examiner: Bander M. Al-Thobity

[54] POLYETHYLENE PIPE RESINS [57] Abstract: A pressure pipe resin is disclosed comprising from 90 to 99.9 wt%, based on the total weight of the resin,of a polyethylene, and from 0.1 to 10 wt%, based on the total weight of the blend, of an ionomer. No. of claims: 10 No. of figures: 3


[12] Patent





[72] Inventors:1- Charles S. Yeh،2- Tracy J. Moffett،3-Ted A. Long،4- Andrey A. Troshko،5- Michael D. Barry،6-Michael T. Hecker،7- David A. howell،8- Annabel Green،9- Stephen McNamee،10- Rodney S. Royer،11- Robert F.Hodge،12- Peter Olenick،13- Henry Nguyen،14- WilliamB. Fisher[73] Owner: ExxonMobil Upstream Research Company,P.O. Box 2189, Houston, Texas 77252, USA[74] Agent: Saud M. A. Shawwaf Law Office

[51]IPC: E21B43/08 [56] Cited Documents: US 8,127,831 B2 (Haeberle et al) 07 July 2011- US 7,661,476 B2 (Yeh et al) 16 February 2010- US 7,464,752 B2 (Dale et al) 16 December 2008- US 6,886,634 B2 (Richards) 03 May 2005-Examiner: Eng. Imad A. AlAhaidib

[54] FLUID FILTERING DEVICE FOR A WELLBORE AND METHOD FOR COMPLETING A WELLBORE [57] Abstract: A sand control device for restricting flow of particles from a subsurface formation into a tubular bodywithin a wellbore, the device being divided into compartments along its length, each compartment comprises a basepipe. The base pipe defines an elongated tubular body having a permeable section and an impermeable section withineach compartment, also comprising a first filtering conduit and a second filtering conduit. The filtering conduits arearranged so that the first filtering conduit is adjacent to the non-permeable section of the base pipe, while the secondfiltering conduit is adjacent to the permeable section of the base pipe. No. of claims: 18 No. of figures: 10


[12] Patent





[72] Inventors:1- Paul N. Chisholm،2- Nicolas P. Coute،3-Teng Xu،4- James R. Lattner،5- Jeffrey Scott Smith،6-Keith H. Kuechler[73] Owner: ExxonMobil Chemical Patents Inc., 5200Bayway Drive, Baytown, Texas 77520, USA[74] Agent: Saud M. A. Shawwaf Law Office

[51]IPC: Int. Cl.: B01J29/85; B01J29/90; B01J38/12; C07C1/20;C10G3/00 (2006.01) [56] Cited Documents: US 823008 A (LATTNERETAL)8 February 2000-Examiner: Sarah Fahad Al-Dossary

[54] CONVERTING OXYGENATES TO OLEFINS OVER A CATALYST COMPRISING ACIDIC MOLECULARSIEVE OF CONTROLLED CARBON ATOM TO ACID SITE RATIO [57] Abstract: The present invention provides a process for making an olefin product from an oxygenate-containingfeedstock comprising:a) contacting the feedstock in a reaction zone with catalyst particles comprising a molecular sievecontaining acid sites and having an average coke loading of 1 to 10 carbon atoms per acid site of said molecular sieve,under conditions effective to convert the feedstock into an olefin product stream and to provide unregenerated catalystparticles,b) removing a portion of said catalyst particles from said reaction zone and contacting said portion with aregeneration medium in a regeneration zone under conditions effective to obtain regenerated catalyst particles whichhave an average coke loading of no greater than 10 carbon atoms per acid site of said molecular sieve, andc)introducing said regenerated catalyst particles into said reaction zone to provide a catalyst mixture of unregeneratedcatalyst particles and regenerated catalyst particles, in an amount sufficient to provide an average coke loading on saidcatalyst mixture in an amount ranging from 1 to 10 carbon atoms per acid site of said molecular sieve. No. of claims: 4 No. of figures: 5


[12] Patent





[72] Inventors:1- Spyridon Lazaratos،2- Roy L. David[73] Owner: ExxonMobil Upstream Research Company,P.O. Box 2189, Houston, Texas, USA[74] Agent: Saud M. A. Shawwaf Law Office

[51]IPC: Int. Cl.: G01V 1/28, G01V 1/30, G06F 17/14, G06F 19/00(2006.01) [56] Cited Documents:US 2006/0034153 A1 (MEUNIER et al.) 16 February- 2006 US 2006/0155475 A1 (YIN) 13 July 2006- US 2005/0090986 A1 (VAN RIEL et al.) 28 April 2005-Examiner: Eng. Mohammed A. AlJaafar

[54] SPECTRAL SHAPING INVERSION AND MIGRATION OF SEISMIC DATA [57] Abstract: A geophysical model of a subsurface region is generated based on seismic data, e.g., seismic reflectiondata. Migration and seismic inversion are applied to the seismic data to generate estimates of one or more physical orseismic properties of the subsurface region. Seismic inversion, such as spectral shaping inversion, is applied before orafter migrating the seismic data through a variety of techniques that each avoid the amplification of dipping energywhile optimizing computational efficiency and/or accuracy. No. of claims: 18 No. of figures: 20


[12] Patent




[33] State[32] Priority date[31] Priority No.JP8/8/20082008206205

[72] Inventors:1- Masaaki SHINOHATA،2- NobuhisaMIYAKE[73] Owner: Asahi Kasei Chemicals Corporation, 1-105Kanda Jinbocho, Chiyoda-ku, Chiyoda-ku, Japan[74] Agent: Kadasa Law Firm

[51]IPC: Int. Cl.: C07F 7/22; C07C 68/04, 69/96; C07B 61/00(2010.01) [56] Cited Documents:WO 2008/044575 A1 (Asahi Kasei ChemicalsCorp.)17-April 2008JP 2005-298433 A (Asahi Kasei Chemicals Corp.)27-October 2005JP 2006-28066 A (Mitsubishi Rayon Co., Ltd)02 February- 2006Examiner: Yahiya Naser Al-BuSafi

[54] PROCESS FOR PRODUCING ALKYL TIN ALKOXIDE COMPOUND AND PROCESS FOR PRODUCINGCARBONIC ACID ESTER USING SAID COMPOUND [57] Abstract: PROCESS FOR PRODUCING ALKYL TIN ALKOXIDE COMPOUND AND PROCESS FORPRODUCING CARBONIC ACID ESTER USING SAID COMPOUNDABSTRACT The present invention provides aprocess for producing : a compound represented by XOR2; a dialkyl tin dialkoxide compound having one tin atom, twoSn-R1 bonds and two Sn-OR2 bonds; and/or a tetraalkyl dialkoxy distannoxane compound having one Sn-O-Sn bond, inwhich each tin atom of the tetraalkyl dialkoxy distannoxane compound has two Sn-R1 bonds and one Sn-OR2 bond, theprocess comprising reacting in the absence of a catalyst at least one alkyl tin compound selected from the groupconsisting of i) and ii) below: i) a dialkyl tin compound having one tin atom, two Sn-R1 (wherein R1 represents an alkylgroup) bonds, and two Sn-OX bonds (wherein OX is a group in which HOX that is a conjugate acid of OX is a Bronstedacid having a pKa of from 0 to 6.8); and ii) a tetraalkyl distannoxane compound having one Sn-O-Sn bond, in which eachtin atom of the tetraalkyl distannoxane compound has two Sn-R1 bonds and one Sn-OX bond (wherein OX is a group inwhich HOX that is a conjugate acid of OX is a Bronsted acid having a pKa of from 0 to 6.8); and a carbonic acid esterrepresented by R2OCOOR2 (wherein R2 represents a linear or branched, saturated or unsaturated hydrocarbon group,a hydrocarbon group having a saturated or unsaturated cyclic hydrocarbon substituent, or a Y-CH2- group (wherein Yrepresents an alkyl polyalkylene group, an aromatic group or a cyclic saturated or unsaturated alkylene ether group)),and/or an alcohol represented by R2OH (wherein R2 is the same as defined above). No. of claims: 20 No. of figures: 8


[12] Patent




[33] State[32] Priority date[31] Priority No.FRUS

19/7/200613/11/2006

06.5303360/858.630[72] Inventors:1- Philibert Leflaive،2- Stephane Kieger،3-Catherine Laroche،4- Ludivine Bouvier،5- Dominique Plee[73] Owners:1- IFP, 1&4 Avenue de Bois Preau, F-92500,Rueil-Malmaison, France،2- ARKEMA FRANCE, 420,rue dEstienne dOvers, Colombes F-92700, France[74] Agent: Saud M. A. Shawwaf Law Office

[51]IPC: Int. Cl.: B01J20/18 (2006.01) [56] Cited Documents:WO 00/50 166 A (PLEE DOMINIQUE, CECA SA) 3 1-August 2000EP l 105 213 Bl (RODE EDWARD J, ZEOCHEM LLC)-06 May2004EP 0 323 893 A2 (VERDU IJN JOHANN ES PETRUS,- EXXON CHEMICAL PATENTS INC) 12 Jluy 1989Examiner: Eng. Abdulaziz S. AlMotek

[54] AGGLOMERATED ZEOLITIC ADSORBENTS, THEIR PRODUCTION PROCESS AND THEIR USES [57] Abstract: The present invention relates to agglomerated zeolitic adsorbents based on zeolite X with an Si/Al ratiosuch that 1.15 < Si/Al ? 1.5 and consisting of crystals with a mean diameter 1.7 µm or less and an inert binder, at least90% of the exchangeable cationic sites of the zeolite X of which are occupied by barium ions They may be obtained byagglomerating zeolite X powder with a mean particle diameter of 1.7 µm or less with a binder, followed by zeolitization ofthe binder, exchange of the zeolite ions with barium (and potassium) ions and activation of the adsorbents thusexchanged. These adsorbents exhibit, simultaneously, a selectivity, a reduced mass transfer resistance and amechanical strength that are excellent, which adsorbents are particularly suitable for adsorbing para-xylene containedin C8 aromatic hydrocarbon fractions in liquid phase in processes of a simulated moving bed type, and especially forseparating para-xylene from C8 aromatic hydrocarbon fractions by adsorption, but also for separating sugars,polyhydric alcohols, cresols, and substituted toluene isomers.. No. of claims: 25


[12] Patent





[72] Inventors:1- Warren S. Ross،2- Sunwoong Lee[73] Owner: ExxonMobil Upstream Research Company,P.O. Box 2189, Houston, 77252-2189, Texas, USA[74] Agent: Saud M. A. Shawwaf Law Office

[51]IPC: Int. Cl.: G01V 1/00 (2006.01) [56] Cited Documents:US 2005/0261835 A1 (Wang) 24 November 2005- US 2002/0082811 A1 (Honjas et al.) 27 June 2002-Examiner: Eng. Mohammed A. AlJaafar

[54] IMPROVED DISPERSION ESTIMATION BY NONLINEAR OPTIMIZATION OF BEAM-FORMED FIELDS [57] Abstract: A method for estimating velocity dispersion in seismic surface waves in massive 3-D data sets (401) thatimproves upon auto-picking of a curve along the peak or ridge of the magnitude of the beam-formed field (402). Theseismic data are transformed to the frequency-slowness domain, where nonlinear constrained optimization is performedon the transformed data. The optimization matches a nonlinear mathematical parametric model (403) of a beam-formedfield to that in the transformed data, adjusting the parameters each iteration to reduce mismatch (404). Dispersioncurves are determined by the center of the beam in the optimized models (405). A preferred nonlinear parametricmathematical model is a Gaussian-shaped beam or a cosine-tapered boxcar beam. No. of claims: 12 No. of figures: 8


[12] Patent





[72] Inventors:1- Henri A. Lammens،2- Jan C. Donck[73] Owner: Exxonmobil Chemical Patents Inc., 5200Bayway Drive, Baytown, Texas 77520, USA[74] Agent: Saud M. A. Shawwaf Law Office

[51]IPC: Int. Cl.: [C/C01](E 21 B 49/08 ) (2006.01) [56] Cited Documents:US 3 334 081 A (MADGWICK GEORGE G ET AL) 1 - August 1967US 2004/247493 A1 (DONCK JAN CYRIEL) 9 - December 2004Examiner: Eng. Ebrahim AlQurashi

[54] TUBULAR POLYMERIZATION REACTORS AND POLYMERS MADE THEREIN [57] Abstract: Tubular reactor apparatus and processes are provided for improved polymerization including using chaintransfer agents and multiple monomer feeds spaced lengthwise along the tubular reactor providing high conversions ofmonomer into polymer. The invention also relates to polymers made from such a tubular reactor apparatus andprocesses including those polymers having a low haze value, a density over 0.92 g/cm3 and/or having terminal carbonylgroups. The apparatus and methods uncouple or reduce the dependency between the monomer concentration andtransfer agent concentration. The uncoupling in other embodiments may also be varied leading to multiple desirableeffects. No. of claims: 27 No. of figures: 4


[12] Patent



[21] Application No.:GC 2015-28998[22] Filing Date:26/2/2015[72] Inventor: Musaed Alharbi[73] Owner: Musaed Alharbi, Taif University, P.O.Box8888, Taif 21974, Saudi Arabia[74] Agent: Musaed Alharbi

[51]IPC: Int. Cl.: A47G 33/00 (2006.01) [56] Cited Documents:DE 102010048504 B3 (KANTARCEKEN IBRAHIM) 05-April 2012TR 200101623 A2 (LIM CHANG SOO) 21 October 2002-TWM 487700 U (MENG ZHE CO LTD) 11 October 2014- CN 101078511 A (WU SUQIN) 28 November 2007-Examiner: Eng. Mohammad W. AlHoshan

[54] ISLAMIC ASSISTANT MOVABLE DEVICE [57] Abstract: The project is a carrier containing a platform Tablet light weight and high performance with a touch flatpetition of not less than (30 * 60) inches high precision amplifiers additional voice and censer and oasis screen workingwith electricity and shelves to put the Koran and books and pamphlets This device connects the World Wide Web andassociated identification system locations via GPS satellites and the first mission of Islam and Muslims in various partsof the world where the recitation of the Holy Quran and repeating the Hadith and the identification of prayer and earsand automatically determine the Qiblah times as the zoomed in on holidays and pilgrimages and performance recitingthe morning and evening every day as the recall of all Sunan important religious worship as the device has anencyclopedia of electronic Islamic multimedia lectures, seminars and talking books and Sunnah and Islamic books invarious fields of science are classified in several international languages ??also includes a special application worksthrough the Internet can be on the way to raise videos directly or registered for classes, lectures and speeches onworldwide classified and salary is available to all users of the application around the world. No. of claims: 23 No. of figures: 1


[12] Patent




[33] State[32] Priority date[31] Priority No.EPUS

22/12/200824/2/2009

08380343.761/154,954[72] Inventors:1- David Andrew Coates،2- Alfonso DeDios Magana،3- Ana De Prado،4- Miriam Filadelfa DelPrado Catalina،5- Cristina Garcia Paredes،6- LawrenceMark Gelbert،7- John Monte Knobeloch،8- Eva MariaMartin De La Nava،9- Maria Dolores Martin OrtegaFinger،10- Jose Antonio Martinez Perez،11- Ana IsabelMateo Herranz،12- Carlos Perez Martinez،13- ConcepcionSanchez Martinez[73] Owner: Eli Lilly and company, Lilly Corporate Center,City of Indianapolis, Indiana 46285, USA[74] Agent: Saba & Co. T.M.P

[51]IPC: Int. Cl.: C07D401/14; A61K31/517; A61P35/00 (2008.01) [56] Cited Documents:WO 03/062236 A1 (WARNER LAMBERT CO [US];-BARVIAN MARK ROBERT [US]; BOOTH RICHARDJOHN) 31 July 2003WO 2005/005426 A1 (WARNER LAMBERT CO [US];-BEYLIN VALDIMIR GENUKH [US]; BLACKBURN ANTHONY) 20 January 2005Examiner: PH. Abrar AlSaleem

[54] PROTEIN KINASE INHIBITORS [57] Abstract: The present invention provides a compound of formula (I): (I)or a pharmaceutically acceptable saltthereof which is useful in the treatment of cell proliferative diseases. No. of claims: 19


[12] Patent




[33] State[32] Priority date[31] Priority No.DE13/8/201010 2010 039 315.0

[72] Inventors:1- Dr. Hardy Herold ،2- Dr. ThomasBastelberger ،3- Dr. Reinhard Härzschel[73] Owner: Wacker Chemie AG , Hanns-Seidel-Platz 4,81737, Munchen, Germany[74] Agent: Dennemeyer & Associates

[51]IPC: Int. Cl.: C04B 24/26, 28/02, 40/00, 24/08 (2006.01) [56] Cited Documents:DE 10 2004 057996 Al (WACKER POLYM ER-[( SYSTEMS GMBH [DE

June 2006 8EP 1 260 490 Al (WACKER POLYM ER SYSTEMS- GMBH [DE]) 27 November 2002GB 1 012 182 A (ASS PORTLAND CEM ENT)8- December 1965[( GB 1 188 713 A (TEUTONI A CEM ENTWERK [DE-

Apri l 1970 22WO 2004/103928 Al (WACKER POLYMER SYSTEMS-GMBH [DE]; BASTELBERG ER THOMAS [DE]; HAERZSCH EL)2 December 2004Examiner: Yahiya Naser Al-BuSafi

[54] USE OF WATER-REDISPERSIBLE POLYMER POWDERS FOR IMPROVING THE STORAGE STABILITYOF CEMENT AND CEMENT-BASED DRY MORTARS [57] Abstract: The invention relates to the use of water-redispersible polymer powders containinga) one or more film-forming base polymers based on homopolymers or copolymers of one or more monomers selected from the groupconsisting of vinyl esters of unbranched or branched alkylcarboxylic acids having from 1 to 15 carbon atoms,methacrylic esters and acrylic esters of alcohols having from 1 to 15 carbon atoms, vinylaromatics, olefins, dienes andvinyl halides,b) one or more additives selected from the group consisting of organosilicon compounds, fatty acids andfatty acid derivatives and hydrocarbon waxes, andc) one or more protective colloids,for improving the storage stabilityof cement or cement-based dry mortars. No. of claims: 6 No. of figures: 3


[12] Patent




[33] State[32] Priority date[31] Priority No.USCA

17/5/201124/5/2011

13/109.3392.740.740[72] Inventors:1- KLIMACK, Barian, K،2- KLIMACK,Jesse،3- FOUILLARD, Edmond[73] Owner: KLIMACK HOLDINGS INC, Box 7, Site210, RR2, Tofield AB,T0B 4J0, Tofield, Canada[74] Agent: Hassan Al-Mulla

[51]IPC: Int. Cl.: E21B 33/05, E21B 17/08, E21B 23/00 (2006.01) [56] Cited Documents:US 2664163 (Schnitter, S.B.) 29 December 1953- US 4917184 (Freeman, T.A., et a1.) 17 April 1990-Examiner: Eng. Abdulaziz S. AlMotek

[54] CEMENT HEAD [57] Abstract: A top drive-pumpable cement head is provided for cementing a casing into a wellbore comprising a topsub portion with a top drive connection connectable to a top drive shaft to receive cement and impart translational androtational forces to the casing simultaneously during cementing, and a ball launching assembly for housing andlaunching one or more launching balls. A bottom sub portion comprises a casing sleeve for housing one or more hollowwiper plugs and a tattle tale wire. The cement head also comprises a hammer union. The ball launching assembly is pre-loadable with the launching balls, the bottom sub is pre-loadable with the one or more hollow wiper plugs and a tattletale wire and the top sub and the bottom sub are connectable via the hammer union for storage, prior to cementingoperations. A method is also provided for assembling a cement head for completing a casing in a wellbore. No. of claims: 28 No. of figures: 4


Change of the Ownership

List of Patent Applications with Change of Ownership From 2016-10-01To 2016-10-31

SrApplication

NO

Date ofChange

Ownership

Name of Owner beforeChange

Name of Owner afterChange

1 16750 03/10/2016 ALCON RESEARCH, LTD Shire Orphan Therapies GmbH

2 16751 03/10/2016 ALCON RESEARCH, LTD Shire Orphan Therapies GmbH

3 21197 10/10/2016 Texas United Chemical Company, LLC TUCC Technology, LLC

4 30091 18/10/2016WESTERNGECO SEISMIC HOLDINGSLIMITED

Schlumberger Technology B.V.