baber/WOPTO huggingface dataset:
Patent MY-110192-A (MY)
Title: Differential drive mechanisms
Inventor: JOHN WESTWOOD MOORE
IPC: F16H48/14
Filed: 1994-02-09
Abstract: A DIFFERENTIAL DRIVE MECHANISM COMPRISES A CAGE (8), WHICH IS ROTATABLE ABOUT AN AXIS (6) AND REPRESENTS THE INPUT, TWO COAXIAL OUTPUT SHAFTS (2, 4) WHICH ARE ROTATABLE WITH RESPECT TO THE CAGE (8) ABOUT THE SAID AXIS (6), A COUPLING (16) WHICH IS CONNECTED ECCENTRICALLY TO THE TWO OUTPUT SHAFTS (2, 4) TO TRANSMIT RELATIVE CONTRA-ROTATIONAL MOVEMENT BETWEEN THEM BY CONNECTIONS WHICH PERMIT RELATIVE ROTATION OF THE COUPLING (16) AND THE OUTPUT SHAFTS (2, 4) ABOUT AN AXIS (14) SUBSTANTIALLY PARALLEL TO THE SAID AXIS (6) AND A RESTRAINT MEMBER (20) WHICH IS COUPLED TO THE CAGE (8) AND TO THE COUPLING (16) SUCH THAT THE COUPLING (16) IS ROTATABLE WITH RESPECT TO THE CAGE (8) ABOUT AN AXIS SUBSTANTIALLY PERPENDICULAR TO THE SAID AXIS (6) AND CAPABLE OF RECIPROCATING MOVEMENT IN A DIRECTION PERPENDICULAR TO THE SAID AXIS (6) BUT PREVENTED FROM MOVEMENT IN A DIRECTION PARALLEL TO THE SAID AXIS (6). THE ECCENTRIC CONNECTION OF THE COUPLING (16) AND THE OUTPUT SHAFTS (2, 4) IS CONSTITUTED BY A RESPECTIVE ECCENTRIC HOLE (12) IN THE INNER END (10) OF EACH OUTPUT SHAFT (2, 4) IN WHICH THE ASSOCIATED END OF THE COUPLING (16) IS RECEIVED. THE INNER END (10) OF EACH OUTPUT SHAFT (2, 4) IS IN SLIDING ENGAGEMENT WITH THE INNER SURFACE OF THE CAGE (8) WHEREBY AS THE CAGE (8) ROTATES ABOUT THE SAID AXIS (6) THE SLIDING SURFACE ON THE INNER END (10) OF EACH OUTPUT SHAFT (2, 4) IS PRESSED BY THE COUPLING (16) INTO CONTACT WITH THE OPPOSING SLIDING SURFACE ON THE CAGE (8) SO THAT A PROPORTION OF THE INPUT TORQUE TRANSMITTED TO THE CAGE (8) IS TRANSMITTED DIRECTLY TO THE OUTPUT SHAFTS (2, 4) THROUGH THE COOPERATING SLIDING SURFACES AND DOES NOT PASS THROUGH THE COUPLING (16) AND RESTRAINT MEMBER (20).(FIG. 1)
Patent MY-111605-A (MY)
Title: Electronically battle game playing method and apparatus
Inventor: TOSHIKI NAKAMURA
IPC: A63F9/24
Filed: 1994-07-13
Abstract: AN ELECTRONIC COMPETING GAME APPARATUS UTILIZES ARTICLE IMAGE DATA REPRESENTATIVE OF HUMAN, ANIMAL, AND HOUSINGS TO OBTAIN A COMPETING RESULTS OF THIS GAME. IN THE ELECTRONIC COMPETING GAME APPARATUS, THE RESPECTIVE PORTIONS OF THE ARTICLE IS DESIGNATED BY OPERATING A DESIGNATION UNIT (32), AND A PLURALITY OF ARTICLE IMAGES ARE DISPLAYED ON A DISPLAY UNIT (24). A COMPETING RESULT BETWEEN THE RESPECTIVE ARTICALS IMAGES DISPLAYED ON THE DISPLAY UNIT (24) IS JUDGED BY A JUDGING UNIT (31) BASED UPON BOTH POINT DATA CORRESPONDING TO THE PARTIAL IMAGES FOR CONSTITUTING THE RESPECTIVE ARTICLE IMAGES, AND POINT DATA CORRESPONDING TO NUMERAL DATA PRODUCED IN AN IRREGULAR SEQQUENCE. WHEN THE DESIGNATION UNIT (32) IS OPERATED WHILE THE RESPECTIVE ARTICLE IMAGES ARE ATTACKING WITH EACH OTHER, THE IRREGULARLY SET POINT DATA IS ADDED TO THE POINT DATA SET TO THE RESPECTIVE ARTICLE IMAGES. THE COMPETING RESULTS BETWEEN THE RESPECTIVE ARTICLE IMAGES ARE DETERMINED BASED ON THE ADDED POINT DATA.(FIGURE 1)
Patent MY-113624-A (MY)
Title: Soldering apparatus and a method thereof
Inventor: MASARU TAN
IPC: B23K3/08
Filed: 1996-10-01
Abstract: A SOLDERING METHOD AND APPARATUS IN WHICH A PRINTED BOARD (15) THAT CREAM SOLDERS (53) ARE APPLIED ON LANDS (52) AT THE POSITION WHERE LEADS (55) OF ELECTRONIC PARTS (54) ARE TO BE SOLDERED AND THE LEADS (55) OF THE ELECTRONIC PARTS (54) ARE PROVIDED TO THE LANDS (52) , IS FED TO THE SOLDERING POSITION, THE CREAM SOLDERS (53) OF THE FED PRINTED BOARD (15) ARE SPOT HEATED AND MELTED TO SOLDER THE LEADS (55) OF THE ELECTRONIC PARTS (54) TO THE LANDS (52) , THE MOLTEN SOLDERS (53) ARE SOLIDIFIED BY FORCED COOLING TO FIX THE LEADS (55) OF THE ELECTRONIC PARTS (54) TO THE LANDS (52) , AND THE PRINTED BOARD (15) ON WHICH THE LEADS (55) OF SAID ELECTRONIC PARTS (54) ARE FIXED TO THE LANDS (52) WITH THE SOLIDIFIED SOLDERS (53) IS DISCHARGED FROM SAID SOLDERING POSITION.  (FIGURE 9)
Patent MY-114628-A (MY)
Title: Process for making a reduced fat chocolate
Inventor: DUBBERKE KARIN
IPC: A23G1/02
Filed: 1999-03-04
Abstract: A PROCESSS FOR THE PREPARATION OF A REDUCED FAT MILK CHOCOLATE WHICH COMPRISES PREPARING A POWDERED PREMIX OF SUBSTANTIALLY ALL THE NON-FAT INGREDIENTS, ADDING UP TO 96OF THE FAT CONTAINING INGREDIENTS TO THE POWDERED PREMIX AND MIXING TO GIVE A MASS CONTAINING FROM 18 TO 24 BY WEIGHT FAT BASED ON THE TOTAL WEIGHT OF THE MASS, REFINING THE MASS ON REFINING ROLLERS TO GIVE A PARTICLE SIZE OF FROM 25 TO 35 MICRONS, ADDING THE REMAINDER OF THE FAT CONTAINING INGREDIENTS AND LECITHIN, CONCHING, TEMPERING TO GIVE A REDUCED FAT MILK CHOCOLATE CONTAINING LESS THAN 27BY WEIGHT OF FAT.
Patent MY-126787-A (MY)
Title: A method of making an improved security identification document including contactless communication insert unit
Inventor: YAP CHAS HOCK ENG
IPC: G08B13/14
Filed: 2000-07-03
Abstract: A METHOD OF MAKING IN IMPROVED SECURITY IDENTIFICATION DOCUMENT (10) INCLUDES THE STEPS OF FORMING A CONTACTLESS COMMUNICATION INSERT UNIT (20) BY ELECTRICALLY CONNECTING AN INTEGRATED CIRCUIT INCLUDING A MICROPROCESSOR (14), A CONTROLLER, A MEMORY UNIT, A RADIO FREQUENCY INPUT/OUTPUT DEVICE AND AN ANTENNA (18); DISPOSING THE CONTACTLESS COMMUNICATION INSERT UNIT (20) ON A SUBSTRATE (12) AND LAMINATED TO FROM A LAMINATED SUBSTRATE (12), SUPPLYING A FIRST SHEET OF BASE MATERIAL; SUPPLYING A SECOND SHEET OF BASE MATERIAL; DISPOSING THE SECOND SHEET OF BASE MATERIAL ON TOP OF THE FIRST SHEET OF BASE MATERIAL AND INSERTING THE LAMINATED SUBSTRATE (12)INCLUDING THE CONTACTLESS COMMUNICATION INSERT UNIT (20) BETWEEN THE FIRST AND SECOND SHEETA OF BASE MATERIAL; AND JOINING A THIRD SHEET OF BASE MATERIAL TO THE FIRST AND SECOND SHEETS OF BASE MATERIAL HAVING THE LAMINATED SUBTRATE (12) DISPOSED THEREBETWEEN, THE THIRD SHEET OF BASE MATERIAL CONTAINING PRINTED TEXT (40) DATA LOCATED SO AS TO BE READABLE BY HUMANS.FIG.1
Patent MY-118580-A (MY)
Title: Electrostatic aerosol compositions
Inventor: HARRISON NEALE
IPC: B01F23/30
Filed: 2000-09-05
Abstract: AN ELECTRICALLY NEUTRAL COMPOSITION IN THE FORM OF A WATER -IN-OIL OR AN OIL-IN-WATER EMULSION IS IMPARTED WITH A UNIPOLAR ELECTROSTATIC CHARGE ON SPRAYING FROM AN AEROSOL SPRAY DEVICE BY INCORPORATING INTO THE COMPOSITION AT LEAST ONE POLAR OR IONIC OR AROMATIC OR LINEARLY CONJUGATED COMPOUND.THE AMOUNT OF THE POLAR OR IONIC OR AROMATIC OR LINEARLY CONJUGATED COMPOUND INCLUDED IN THE COMPOSITION IS FROM 0.01 TO 80W/W BASED ON A NON-IONIC SURFACTANT ALSO INCLUDED IN THE COMPOSITION,BUT IS SUCH THAT THE THEORETICAL CONDUCTIVITY OF THE EMULSION IS LESS THAN THE BULK CONDUCTIVITY OF THE EMULSION.
Patent MY-117334-A (MY)
Title: Chemically processed steel sheet improved in corrosion resistance
Inventor: UEDA KOUICHIRO
IPC: C23C22/47
Filed: 2001-10-26
Abstract: A NEW PROCESSED STEEL SHEET COMPRISING OF A STEEL BASE COATED WITH OR ITS ALLOY PLATING LAYER AND A CONVERTED LAYER. WHICH CONTAINS BOTH OF AT LEAST AN INSOLUBLE OR SCARCELY SOLUBLE METAL COMPOUND AND AT LEAST A SOLUBLE METAL COMPOUND. THE INSOLUBLE OR SCARCELY'' SOLUBLE COMPOUND MAY BE ONE ORE MORE OF VALVE-. METAL OXIDES OR HYDROXIDES AND THE SOLUBLE COMPOUND MAY BE ONE OR MORE OF VALVE METAL FLUORIDES. THE CONVERTED LAYER MAY BE ALSO COMPOSED OF ONE ORE MORE OF COMPLEX COMPOUNDS OF MN AND TI. THE INSOLUBLE OR SCARCELY SOLUBLE COMPOUND ACTS AS A BARRIER FOR INSULATION OF A STEEL BASE FROM AN ATMOSPHERE. WHILE THE. SOLUBLE COMPOUND EXHIBITS A SELF-REPAIRING FACULTY TO REPAIR DEFECTIVE PARTS OF THE CONVERTED LAYER. DUE TO THE CONVERTED LAYER, THE PROCESSED STEEL SHEET IS REMARKABLY IMPROVED IN CORROSION RESISTANCE, WITHOUT PRESENCE OF CHROMIUM COMPOUNDS WHICH WOULD PUT HARMFUL INFLUENCES ON THE ENVIRONMENT.
Patent MY-129418-A (MY)
Title: Composite processing method and composite processsing apparatus for leadless semiconductor devices
Inventor: HIRONISHI RYOJI
IPC: H01L21/02
Filed: 2002-06-12
Abstract: A METHOD AND APPARATUS FOR PROCESSING LEADLESS SEMICONDUCTOR DEVICE (1) WHICH IMPROVE PROCESSING EFFICIENCY AND YIELDS FOR COMBINED PROCESSING STEPS IN WHICH LEADLESS SEMICONDUCTOR DEVICES (1) ENCAPSULATED IN A CSP OR THE LIKE ARE INDIVIDUALLY SUBJECTED TO CHARACTERISTICS MEASUREMENTS, MARKING OR THE LIKE, AND FINALLY PACKAGED BY TAPING. A DICING SHEET (2) FOR SUSTAINING MULTIPLE LEADLESS SEMICONDUCTOR DEVICES AT HIGH DENSITIES IS SUPPLIED TO A FEED TABLE (10), ON WHICH THE DICING SHEET (2) IS EXTENDED TO SPACE THE SEMICONDUCTOR DEVICES APART FROM ONE ANOTHER.WITH THIS ARRANGEMENT. THE SEMICONDUCTOR DEVICES ARE MOVED ONE BY ONE ON THE FEED TABLE (10) TO A PICK-UP POSITION AND THEN PICKED UP WITH A VACUUM NOZZLE OF THE FIRST TURNTABLE. THE SEMICONDUCTOR DEVICES ARE MOVED IN SEQUENCE TO A PLURALITY OF TURNTABLES (20, 30, 40, 50) WHICH ARE CONSECUTIVELY DISPOSED.AT THE MEASURING TABLE (30) ON THE WAY. THE SEMICONDUCTOR DEVICES ARE SUBJECTED IN ONE OR MORE TO AN ALIGNMENT CHECK AND CHARACTERISTICS MEASUREMENTS AT THE SAME TIME. FINALLY, GOOD SEMICONDUCTOR DEVICES ARE PACKAGED BY TAPING AT A TAPING MACHINE (60) FOR SHIPPING. (FIG. 1)
Patent MY-130368-A (MY)
Title: Spinning reel rotor
Inventor: IWABUCHI MASAKAZU
IPC: A01K89/01
Filed: 2002-12-27
Abstract: A SPINNING REEL ROTOR (3) INCLUDES A CYLINDRICAL PORTION, FIRST AND SECOND ROTOR ARMS (31, 32), A BAIL ARM (44), AND A SECOND COVER MEMBER (47). THE CYLINDRICAL PORTION IS MOUNTED ROTATABLY TO ONE END OF A REEL UNIT (2). THE FIRST AND A SECOND ROTOR ARMS (31,32) EXTEND IN A DIRECTION AWAY FROM THE REEL UNIT (2) WHILE BEING CURVED OUTWARD IN RADIAL DIRECTION FROM A POSITION IN OPPOSITION, WITH RESPECT TO THE RADIAL DIRECTION, TO AN END OF THE CYLINDRICAL PORTION ON THE REEL UNIT SIDE.AN APERTURE (32C) IS FORMED IN THE SECOND ROTOR ARM (32). THE SECOND COVER MEMBER COVERS THE OUTSIDE OF THE SECOND ROTOR ARM (32) AND HAS THROUGH HOLES (65A, 65B, 65C) FOR ADJUSTING ITS MASS.THE THROUGH HOLES (65A, 65B, 65C) EXPOSE A PORTION OF THE APERTURE (32C). IN THIS ROTOR (3) THAT HAS A ROTOR ARM (32) PROVIDED WITH AN APERTURE (32C), VARIATIONS IN THE ROTATIONAL BALANCE OF COVER MEMBERS DUE TO DIFFERENT DEGREES OF EXPOSURE OF THE APERTURE (32C) ARE SUPPRESSED.(FIG 3)
Patent MY-132703-A (MY)
Title: 'live and loaded' testing method for current transformer
Inventor: CHEN CHIN PENG
IPC: H02H1/04
Filed: 2003-09-03
Abstract: THERE IS PROVIDED A METHOD FOR TESTING THE INTEGRITY OF A CURRENT TRANSFORMER FOR USE IN A PROTECTION SYSTEM FOR AN ELECTRICAL INSTALLATIONM THE CURRENT TRANSFORMER HAVING PRIMARY WINDINGS DEFINING A PRIMARY CIRCUIT AND SECONDARY WINDINGS DEFINING A SECONDARY CIRCUIT. THE METHOD COMPRISES THE STEPS OF APPLYING A VOLTAGE (V) TO THE SECONDARY CIRCUIT; APPLYING AN INCREASING RESISTANCE LOAD TO THE SECONDARY CIRCUIT; OBTAINING THE MAGNETIZING CURRENT (IM) OF THE SECONDARY CIRCUIT;PLOTTING A GRAPH OF VOLTAGE (V) VERSUS MAGNETIZING CURRENT (IM) IN THE SECONDARY CIRCUIT; AND IDENTIFYING A KNEE-POINT AT WHICH AN XINCREASE IN VOLTAGE (V) RESULTS IN A YINCREASE IN MAGNETIZING CURRENT (IM) IN THE SECONDARY CIRCUIT, WHEREIN X% IS FROM 5 TO 20 AND Y% IS FROM 30 TO 70.
Patent MY-134387-A (MY)
Title: Method and device to purify gas
Inventor: DEHNE HANS-WERNER
IPC: H05H1/24
Filed: 2003-09-11
Abstract: THE INVENTION REFERS TO A METHOD TO THE DEGERMINATION OF GASES AND TO THE NEUTRALISATION OF ODOURS WORKING IN ACCORDANCE OF THE PRINCIPLE OF THE NON-THERMAL, PLASMA-CHEMICAL CONVERSION, WHICH IMPROVES THE FLOW OF ELECTRONS AND REDUCES THE HIGH FREQUENTED ALTERNATING VOLTAGE AT THE SAME TIME, AS EXPERIENCED.(FIG 1)
Patent MY-136196-A (MY)
Title: Push-button switch
Inventor: RENATO DE AMBROGGI
IPC: H01H1/58
Filed: 2003-12-30
Abstract: A SWITCH COMPRISING A FIXED ELECTRIC CONTACT (3.1) CONNECTED TO ONE OF TWO CONNECTION TERMINALS (21.1), A PIVOTABLE METALLIC JUMPER ELEMENT (4) AS ROCKER ARM, PROVIDED AT ONE OF ITS ENDS WITH A MOBILE ELECTRIC CONTACT (5.1) AND ELECTRICALLY CONNECTED TO THE OTHER OF THE TWO TERMINAL (21.3), AN OPERATING ORGAN (46) CONNECTED TO THE JUMPER ELEMENT IN SUCH A WAY AS TO MAKE IT OSCILLATE BETWEEN TWO POSITIONS, IN ONE OF WHICH THE MOBILE CONTACT (5.1) OF THE JUMPER ELEMENT (4) IS IN CONTACT WITH THE FIXED ELECTRIC CONTACT (3.1).TO OPERATE THE PUSH-BUTTON, A CONTROL ELEMENT (47) CAPABLE OF ROTATING AROUND A SECOND AXIS (A2) PARALLEL TO THE FIRST (A1) COMPRISES TWO SURFACES (36) ARRANGED SYMMETRICALLY WITH RESPECT TO A PLANE CONTAINING THE SECOND AXIS (A2), THE CONTROL ORGAN (46) COMPRISES A PUSH-BUTTON (42) MOBILE IN A DIRECTION AT RIGHT ANGLES TO THE SECOND AXIS (A2) IN RESPONSE TO A PRESSURE APPLIED TO IT AND A PRESSURE-TRANSMISSION MEANS (8) CONNECTED TO THE PUSH-BUTTON (42) IN SUCH A WAY AS TO BE CAPABLE OF ROTATING AROUND A THIRD AXIS (A3), PARALLEL TO THE FIRST AXIS (A1), MAINTAINED IN A PREDETERMINED POSITION BY AN ELASTIC ELEMENT (22) AND HAVING TWO ENDS (44) CAPABLE OF ALTERNATELY COMING INTO CONTACT WITH THE TWO SURFACES (36) OF THE CONTROL ELEMENT (47) TO BRING THE LATTER INTO ONE OR THE OTHER ANGULAR POSITION CORRESPONDING TO ONE OR THE OTHER OF THE PREDETERMINED POSITIONS OF THE JUMPER ELEMENT (4).FIGURE 1
Patent MY-142814-A (MY)
Title: Method for manufacturing palm oil based hydroxyl containing products for use in making polyurethane materials
Inventor: MAHMOOD MOHD HILMI BIN
IPC: C07D303/42
Filed: 2004-08-05
Abstract: THE PRESENT INVENTION PROVIDES A METHOD FOR MANUFACTURING PALM OIL BASED POLYOLS OR DIOLS HAVING A MODERATE MOLECULAR WEIGHT OF BETWEEN 800 AND 3000 AND A DESIRED HYDROXYL CONTENT OF BETWEEN 2 AND 4 THAT MAKE IT SUITABLE FOR USE AS STARTING MATERIAL IN MAKING POLYURETHANE BASED MATERIALS THAT INCLUDE ADHESIVES AND COATINGS. THE PALM OIL BASED POLYOLS OR DIOLS ARE MADE BY WAY OF ACRYLATION OR METHACRYLATION USING ACRYLIC ACIDS OR METHACRYLIC ACIDS OR ANY OTHER MODIFIED PRODUCT OF ACRYLIC ACID WITH THE ADDITION OF INHIBITOR AND CATALYST UNDER APPROPRIATE CONDITIONS, HYDROXYLATION OF PALM OLEIN BASED OLEIC ACID BY WAY OF DIRECT PARTIAL ESTERIFICATION USING GLYCEROL WITH THE ADDITION OF CATALYST AND SOLVENT, HYDROXYLATION OF PALM OLEIN BY WAY OF REMOVING DOUBLE BONDS IN SAID PALM OLEIN STRUCTURE USING HYDROGEN PEROXIDE IN SOLVENT WITH THE ADDITION OF CATALYST AND/OR HYDROXYLATION OF PALM OLEIN BY WAY OF OXIDIZATION USING A HYDROGEN PEROXIDE-TUNGSTIC ACID SYSTEM.
Patent MY-139073-A (MY)
Title: Method for synthesizing esters of n-[(s)-1-carboxybutyl]-(s)-alanine and use thereof for synthesizing perindopril
Inventor: BREARD FABIENNE
IPC: C07C227/32
Filed: 2004-08-27
Abstract: PROCESS FOR THE SYNTHESIS OF COMPOUNDS OF FORMULA (1) :WHEREIN R REPRESENTS A LINEAR OR BRANCGED (C()-C()) ALKYL GROUP.APPLICATION IN THE SYNTHESIS OF PERINDOPRIL AND ITS PHARMACEUTICALLY ACCEPTABLE SALTS.
Patent MY-139878-A (MY)
Title: Combined riser, offloading and mooring system
Inventor: LOKKEN ROALD T
Filed: 2005-09-02
Abstract: A COMBINED RISER, OFFLOADING AND MOORING SYSTEM (100) IS PROVIDED FOR THE OFFLOADING OF HYDROCARBONS FROM A FLOATING PRODUCTION VESSEL (FPV), ONTO A TANKER (120). THE SYSTEM PREFERABLY INCLUDES AN OFFLOADING BUOY (140) TETHERED TO THE MUDLINE (12) BY AT LEAST ONE MOORING LINE (145). THE OFFLOADING BUOY (140) AND THE MOORING LINE CAN BE PART OF AN OFFLOADING BUOY SYSTEM (150) FOR SUPPORTING A PRODUCTION RISER (142) AND FLUID JUMPER LINES. ADDITIONALLY, THE OFFLOADING BUOY SYSTEM (150) CAN SUPPORT AN OFFLOADING JUMPER LINE FROM THE FPV TO A FLUID CONNECTOR ON THE OFFLOADING BUOY SYSTEM THROUGH WHICH HYDROCARBON FLUID IS LOADED VIA AN OFFLOADING HOSE ONTO A TANKER (120). THE COMBINED RISER, OFFLOADING AND MOORING SYSTEM (100) ALSO PREFERABLY INCLUDES AT LEAST ONE SET OF FPV MOORING LINES (145) FOR SECURING THE FLOATING PRODUCTION VESSEL (110) TO THE OFFIOADING BUOY SYSTEM (150). THE SYSTEM FURTHER PREFERABLY INCLUDES A HAWSER LINE (165) FOR CONNECTING THE TANKER (120) TO THE OFFLOADING BUOY SYSTEM (ISO). IN THIS MANNER, THE NUMBER OF MOORING LINES (145) FOR THE FLOATING PRODUCTION VESSEL (110) MAY BE REDUCED.
Patent MY-138703-A (MY)
Title: Cooling apparatus and process
Inventor: FERT PHILIPPE
Filed: 2005-12-02
Abstract: AN INTEGRATED COOLING APPARATUS AND PROCESS WHICH INCLUDES A SOURCE OF COMPRESSED GAS; A COOLING UNIT (15) FOR COOLING THE COMPRESSED GAS TO FORM COOLED COMPRESSED GAS BY HEAT EXCHANGE WITH WATER HAVING A FIRST PURITY, THEREBY PRODUCING A STREAM (21) OF COOLED COMPRESSED GAS AND A STREAM (35) OF WARMED WATER HAVING THE FIRST PURITY; A FIRST HEAT EXCHANGER (11) FOR WARMING A STREAM OF WATER HAVING A SECOND PURITY, THE SECOND PURITY BEING LOWER THAN THE FIRST PURITY, BY INDIRECT HEAT EXCHANGE WITH A STREAM OF WATER HAVING THE FIRST PURITY; AND A CONDUIT (13) FOR SENDING COOLED WATER HAVING THE FIRST PURITY TO THE COOLING UNIT.
Patent MY-152899-A (MY)
Title: Apparatus for developing photoresist and method for operating the same
Inventor: BOYD JOHN M
IPC: B08B3/00
Filed: 2006-08-09
Abstract: A FIRST PROXIMITY HEAD (103) IS CONFIGURED TO DEFINE A MENISCUS (111) OF A PHOTORESIST DEVELOPER SOLUTION ON A SUBSTRATE (101). THE MENISCUS IS TO BE DEFINED BETWEEN A BOTTOM OF THE FIRST PROXIMITY HEAD AND THE SUBSTRATE. A SECOND PROXIMITY HEAD (105) IS CONFIGURED TO DEFINE A RINSING MENISCUS (121) ON THE SUBSTRATE AND REMOVE THE RINSING MENISCUS FROM THE SUBSTRATE. THE SECOND PROXIMITY HEAD IS POSITIONED TO FOLLOW THE FIRST PROXIMITY HEAD RELATIVE TO A TRAVERSAL DIRECTION OF THE FIRST AND SECOND PROXIMITY HEADS OVER THE SUBSTRATE. EXPOSURE OF THE SUBSTRATE TO THE MENISCUS OF PHOTORESIST DEVELOPER SOLUTION CAUSES PREVIOUSLY IRRADIATED PHOTORESIST MATERIAL ON THE SUBSTRATE TO BE DEVELOPED TO RENDER A PATTERNED PHOTORESIST LATER. THE FIRST AND SECOND PROXIMITY HEADS ENABLE PRECISE CONTROL OF A RESIDENCE TIME OF THE PHOTORESIST DEVELOPER SOLUTION ON THE SUBSTRATE DURING THE DEVELOPMENT PROCESS.
Patent MY-151574-A (MY)
Title: Wear assembly
Inventor: CARPENTER CHRISTOPHER M
IPC: E02F9/28
Filed: 2007-02-15
Abstract: A WEAR ASSEMBLY FOR SECURING A WEAR MEMBER (12) TO EXCAVATING EQUIPMENT THAT INCLUDES A BASE HAVING A NOSE (14) AND A WEAR MEMBER (12) HAVING A SOCKET (70). THE NOSE (14) AND SOCKET (70) ARE EACH PROVIDED WITH ONE OR MORE COMPLEMENTARY STABILIZING SURFACES (110-113) IN CENTRAL PORTIONS THEREOF.
Patent MY-152891-A (MY)
Title: Monoclonal antibodies towards the exotoxin of burkholderia pseudomallei
Inventor: NATHAN SHEILA
IPC: C07K16/12
Filed: 2007-04-03
Abstract: THERE IS DISCLOSED IN THIS INVENTION A RECOMBINANT MONOCLONAL ANTIBODY TOWARDS THE EXOTOXIN OF BURKHOLDERIA PSEUDOMALLEI. THE MONOCLONAL ANTIBODY WAS GENERATED BY PHAGE DISPLAY TECHNOLOGY AND CAN BE UTILIZED AS REAGENT FOR PURIFICATION OF BURKHOLDERIA PSEUDOMALLEI EXOTOXIN AND ALSO AS DIAGNOSTIC REAGENT FOR DETECTION OF EXOTOXIN DURING ACUTE PHASE MELIOIDOSIS.
Patent MY-140324-A (MY)
Title: Maleimide derivatives, pharmaceutical compositions and methods for treatment of cancer
Inventor: LI CHIANG J
IPC: C07D471/06
Filed: 2007-08-06
Abstract: THE PRESENT INVENTION RELATES TO PYROLOQUINOLINYL-PYRROLE-2,5-DIONE COMPOUNDS AND PYRROLOQUINOLINYL-PYRROLIDINE-2,5-DIONE COMPOUNDS, AND METHODS OF PREPARATION OF THESE COMPOUNDS. THE PRESENT INVENTION ALSO RELATES TO PHARMACEUTICAL COMPOSITIONS COMPRISING PYRROLOQUINOLINYL-PYRROLE-2,5-DIONE COMPOUNDS AND PYRROLOQUINOLINYL-PYRROLIDINE-2,5-DIONE COMPOUNDS. THE PRESENT INVENTION PROVIDES METHODS OF TREATING A CELL PROLIFERATIVE DISORDER, SUCH AS A CANCER, BY ADMINISTERING TO A SUBJECT IN NEED THEREOF A THERAPEUTICALLY EFFECTIVE AMOUNT OF A PYRROLOQUINOLINYL-PYRROLE-2,5-DIONE COMPOUND OR PYRROLOQUINOLINYL-PYRROLIDINE-2,5-DIONE COMPOUND OF THE PRESENT INVENTION.
Patent MY-152927-A (MY)
Title: Method and apparatus for preparing fatty acid alkyl ester using fatty acid
Inventor: CHIN SHIN-HO
IPC: C11C3/00
Filed: 2008-07-22
Abstract: 24 ABSTRACF MFFHOD AND APPARATUS FOR PRFPARING FATIY ACID ALKYL ESTER USING FATFY ACID A METHOD AND AN APPARATUS FOR PREPARING FATTY ACID ALKYL ESTER FOR BIO-DIESELS ARE 5 DISCLOSED, WHEREIN FATTY ACID, SPECIFICALLY FATTY ACID DISTILLATE REACTS WITH ALCOHOL, WITHOUT A CATALYST. THE METHOD DOES NOT REQUIRE THE PURIFICATION PROCESS OF THE CATALYST AND GLYCERIN, AND HAS THE SUPERIOR CONVERSION RATIO OF FATTY ACID. THE METHOD FOR PREPARING FATTY ACID ALKYL ESTER FOR BIO-DIESEL FUELS COMPRISES THE STEP OF ESTERIFYING FATTY ACID RAW MATERIAL WITH ALCOHOL, UNDER A TEMPERATURE OF 200 TO 35011C AND A PRESSURE OF 10 ATMOSPHERIC PRESSURE TO 1 0 BAR. THE APPARATUS FOR PREPARING FATTY ACID ALKYL ESTER FOR BIO-DIESEL FUELS. COMPRISES: THE FIRST REACTOR FOR ESTERIFYING FATTY ACID RAW MATERIA(WITH ALCOHOL UNDER A TEMPERATURE OF 2001C TO 3501C AND A PRESSURE OF ATMOSPHERIC PRESSURE TO 1 0 BAR AND FOR CONVERTING 80 TO 90OF TOTAL FATTY ACID INTO FATTY ACID ALKYL ESTER; AND THE SECOND REACTOR FOR CONVERTING REMAINING FATTY ACID UNCONVERTED AT THE 1-5 FIRST REACTOR INTO FATTY ACID ALKYL ESTER.
Patent MY-151698-A (MY)
Title: Cryptographic processing apparatus, algorithm constructing method, processing method, and computer program applying an extended feistel structure
Inventor: TAIZO SHIRAI
IPC: H04K1/00
Filed: 2007-07-17
Abstract: TO REALIZE AN EXTENDED-FEISTEL-TYPE COMMON-KEY BLOCK-CIPHER PROCESS CONFIGURATION FOR REALIZING A DIFFUSION-MATRIX SWITCHING MECHANISM (DSM). IN A CRYPTOGRAPHIC PROCESS CONFIGURATION IN WHICH AN EXTENDED FEISTEL STRUCTURE HAVING A NUMBER OF DATA LINES: D THAT IS SET TO AN INTEGER SATISFYING D ? 2 IS APPLIED, A PLURALITY OF MULTIPLE DIFFERENT MATRICES ARE SELECTIVELY APPLIED TO LINEAR TRANSFORMATION PROCESSES PERFORMED IN F-FUNCTION SECTIONS. A PLURALITY OF DIFFERENT MATRICES SATISFYING A CONDITION IN WHICH A MINIMUM NUMBER OF BRANCHES FOR ALL OF THE DATA LINES IS EQUAL TO OR MORE THAN A PREDETERMINED VALUE ARE SELECTED AS THE MATRICES, EACH OF THE MINIMUM NUMBERS OF BRANCHES CORRESPONDING TO THE DATA LINES BEING BASED ON LINEAR TRANSFORMATION MATRICES INCLUDED IN F-FUNCTIONS THAT ARE INPUT TO A CORRESPONDING DATA LINE IN THE EXTENDED FEISTEL STRUCTURE.
Patent MY-161731-A (MY)
Title: Method and apparatus for the supply of hot direct reduced iron for multiple uses
Inventor: METIUS GARY EDWARD
IPC: F27D3/10
Filed: 2008-03-31
Abstract: THE PRESENT INVENTION RELATES GENERALLY TO A METHOD AND SYSTEM FOR THE SUPPLY OF A CONTINUOUS STREAM OF HOT DIRECT REDUCED IRON (HDRI) FROM A DIRECT REDUCTION (DR) SHAFT FURNACE OR DIRECT REDUCED IRON (DRI) REHEATING FURNACE (12) TO A POINT OUTSIDE OF THE DR SHAFT FURNACE (10) OR DRI REHEATING FURNACE (12) WHERE THE HDRI STREAM IS SPLIT (20) INTO AT LEAST TWO HDRI STREAMS. THE FIRST HDRI STREAM IS SENT CONTINUOUSLY TO A HOT BRIQUETTING PLANT (26) BY GRAVITY IN A CLOSED DUCT SYSTEM. THE SECOND HDRI STREAM IS SENT CONTINUOUSLY TO AN ADJACENT MELTING FURNACE (34) ALSO BY GRAVITY IN A CLOSED DUCT SYSTEM, WITH A SURGE BIN AND FEEDERS (28), OR BY A COMBINATION OF GRAVITY IN A CLOSED DUCT SYSTEM, ALSO WITH A SURGE BIN AND FEEDERS (28), AND A GENERALLY HORIZONTAL CHARGE CONVEYOR (38). OPTIONALLY, A THIRD HDRI STREAM IS EMPLOYED TO CONTINUOUSLY FEED MULTIPLE HOT TRANSPORT VESSELS (44).