baber/WOPTO huggingface dataset:
Patent MY-112503-A (MY)
Title: Screen printing method and apparatus therefor
Inventor: OKIE TANI
IPC: B41F15/44
Filed: 1996-02-29
Abstract: A SCREEN PRINTING. APPARATUS OPTIMIZED FOR SCREEN PRINTING OF HIGH DENSITY VISCOUS COMPOUNDS, SUCH AS CONDUCTIVE SOLDER, FOR ELECTRONIC CIRCUIT PRINTING INCLUDES AN ENCLOSED TYPE SQUEEGEE ARRANGEMENT (7A,7B). THE APPARATUS UTILIZES INTERLOCKED DRIVEN COMPONENTS WHICH BY THEIR MOTION FURTHER SERVE TO PUMP PRINTING MATERIAL TO THE PRINTING CHAMBER (6). VARIOUS SQUEEGEE ARRANGEMENTS ARE POSSIBLE IN WHICH SQUEEGEES OF VARYING THICKNESSES ARE INDIVIDUALLY CONTROLLED FOR EFFECTING MIXED PITCH PRINTING OPERATIONS. FURTHER, MOVABLE PLATE MEMBERS ARE DISPOSED BETWEEN THE PRINTING BLADES FOR EFFECTING CLEANING, AGITATING OF PRINTING MATERIAL AS WELL AS SELECTIVELY BEING ENABLED TO ACT AS PRINTING BLADES AND FOR SUPPLYING PRINTING MATERIAL FROM A CHAMBER (6) WITHIN THE ENCLOSED SQUEEGEE STRUCTURE TO EACH OF A PLURALITY OF PARALLELED PLATES ACTING AS SQUEEGEE BLADES. FURTHER, ANOTHER CONFIGURATION PROVIDES A CONVEX BLADE PORTION FORMED OF SHAPE MEMORY ALLOY OR THE LIKE WHICH MAY BE RETRACTED TO ALLOW A NARROW GAUGE BLADE PORTION TO EFFECT MULTI-PITCH PRINTING AND THE LIKE.(FIG. 1)
Patent MY-113902-A (MY)
Title: Process for spraying concrete or mortar
Inventor: JEAN-LUC JAQUIER
IPC: C04B28/02
Filed: 1996-04-03
Abstract: THE INVENTION RELATED TO A PROCESS FOR SPRAYING CONCRETE OR MORTAR, BY A DRY ROUTE OR BY A WET ROUTE, IN ORDER TO PRODUCE ON A SURFACE A LAYER OF CONCRETE OR OF MORTAR TO WHICH THERE IS ADDED JUST BEFORE OR AT THE MEANS OF SPRAYING AN AQUEOUS SUSPENSION (A) OF SILICA AND OF AN ALUMINIUM COMPOUND CHOSEN FROM ALUMINIUM SULPHATE, BASIC ALUMINIUM SULPHATES, ALUMS AND MIXTURES THEREOF, THE SAID AQUEOUS SUSPENSION (A)HAVING A PH LOWER THAN 4 AND A SOLIDS CONTENT OF BETWEEN 10 AND 50BY WEIGHT AND BEING, AFTER PERIOD AT REST OF 48 HOURS, IN THE FORM OF A GEL, THE SAID GEL BEING REVERSIBLE UNDER LOW SHEAR. IT ALSO RELATES TO THE USE OF THE AQUEOUS SUSPENSION (A) AS AN ADDITIVE FOR CONCRETE OR MORTAR TO BE SPRAYED, ESPECIALLY FOR INCREASING THE THICKNESS OF THE SPRAYED LAYER AND REDUCING THE REBOUND.
Patent MY-112688-A (MY)
Title: Disc shaped recording medium having an ancillary information output control code and disc reproducing apparatus for reproducing the disc-shaped recording medium
Inventor: TEPPEI YOKOTA
IPC: G11B27/32
Filed: 1996-12-07
Abstract: A DISC-SHAPED RECORDING MEDIUM(' ) AND A REPRODUCING APPARATUS FOR THE DISC-SHAPED RECORDING MEDIUM(') IN WHICH THE LETTER INFORMATION, SUCH AS A TITLE, PERTINENT TO A PROGRAM RECORDED ON THE DISC-SHAPED RECORDING MEDIUM('), IS RECORDED AS SUBSIDIARY DATA IN A MANAGEMENT AREA OR IN A PROGRAM AREA. IN THE SUBSIDIARY DATA, THERE IS RECORDED AN IDENTIFIED FOR SPECIFYING WHETHER OR NOT THE SUBSIDIARY DATA IS ALLOWED TO BE DUPLICATED ON AN OTHER RECORDING MEDIUM SO THAT INHIBITION OR PERMISSION(7) OF DUPLICATION OF THE SUBSIDIARY INFORMATION MAY BE CONTROLLED( 4) AT THE TIME OF DUPLICATION OF THE PROGRAM.(FIG. 1)
Patent MY-128617-A (MY)
Title: Security unit for use in memory card.
Inventor: OKAUE TAKUMI
IPC: G06F11/30
Filed: 2000-04-07
Abstract: A SECURITY UNIT (52) TO PREVENT UNAUTHORIZED RETRIEVAL OF DATA INCLUDES AN ENCRYPTING UNIT (54) FOR ENCRYPTING DATA IN ACCORDANCE WITH COMMANDS RECEIVED BY THE SECURITY UNIT (52), AND A COMMON REGISTER (53) FOR STORING BOTH INTERMEDIATE RESULTS AND FINAL RESULTS OF THE DATA ENCRYPTION. A SWITCHING ELEMENT (60) OPERATIVELY COUPLED TO THE REGISTER (53) SELECTIVELY OUTPUTS THE CONTENTS OF THE REGISTER. THE SWITCHING ELEMENT (60) IS CONTROLLED TO PREVENT EXTERNAL ACCESS TO THE INTERMEDIATE RESULTS OF THE ENCRYPTION. THE SECURITY UNIT (52) IS PARTICULARLY USEFUL AS PART OF A MEMORY UNIT (40) THAT IS ATTACHABLE TO A RECORDING/REPRODUCTION DEVICE SUCH AS A DIGITAL AUDIO RECORDER/PLAYER.(19)
Patent MY-126995-A (MY)
Title: Disposable absorbent article having capacity to store low - viscosity fecal material.
Inventor: ROE DONALD CARROLL
IPC: A61F13/49
Filed: 1994-08-17
Abstract: A DISPOSABLE ABSORBENT ARTICLE (20), SUCH AS DIAPER. THE DISPOSABLE ABSORBENT ARTICLE HAS A FIRST TOPSHEET (24) WITH APERTURES LARGE ENOUGH FOR LOW-VISCOSITY FECAL MATERIAL TO PASS THROUGH TO A FECAL MATERIAL STORAGE ELEMENT (25). THE FECAL MATERIAL STORAGE ELEMENT (25) IMMOBILIZES THE FECAL MATERIAL IN POSITION FOR DEWATERING, SO THAT THE LIQUID COMPONENTS OF THE FECAL MATERIAL ARE ABSORBENT BY THE CORE AND THE SOLID COMPONENTS OF THE FECAL MATERIAL ARE SEPARATED FROM THE LIQUID COMPONENTS. THIS ARRANGEMENT PROVIDES FOR EASIER CLEANING OF THE WEARER WHEN THE SOILED DISPOSABLE ABSORBENT ARTICLE IS REMOVED.FIGURE 1
Patent MY-126978-A (MY)
Title: Spinning-reel reciprocating device
Inventor: KOJI TAKIKURA
IPC: A01K89/015
Filed: 2001-06-27
Abstract: SPINNING-RELL OSSILLATION MECHANISM EMPLOYING A COMPACT RELL BODY TO ACHIEVE DENCE WIDDING OF FISHING LINE ONTO THE SPOOL.THE SPINNING REEL OSILLATION MECHANISM (6) PUMPS A SPOOL SHAFT (15), TO THE FORWARD END OF WHICH A SPOOL (4) IS MOUNTED, BACK AND FORTH IN COOPERATION WITH ROTATION OF A HANDLE ASSEMBLY (1).THE SPINNING REEL OSILLATION MECHANISM (6) INCLUDES A DRIVE GEAR (20), A DRIVEN GEAR (23), AND A SLIZER (22). THE DRIVE GEAR (20) IS FITTED NON-ROTATABLY ON A MASTER GEAR SHAFT. THE WORM (21), SUPERFICALLY INTO WHICH INTERSECTING HELICAL GROOVES (21A) ARE FORMED, IS DISPOSED PARALLELING THE SPOOL SHAFT. THE DRIVEN GEAR (23) IS PROVIDED NON-ROTATABLY ON THE WORM .ROTATION OF THE DRIVE GEAR (20) IS TRANSMITTED TO THE DRIVEN GEAR (23). THE SLIDER (22) IS FITTED RECIPROCATINGLY IN YHE BODY OF THE REEL.THE SLIDER (22) HAS AN ENGAGEMENT THAT ENGAGES WITH THE HELICAL GROOVES (21A), AND THE SPOOL SHAFT IS FITTED BACK-AND-FORTH IMMOVABLY TO THE SLIDER (22). (FIG.4)
Patent MY-136643-A (MY)
Title: Pyrimidine derivatives for inhibition of cell-proliferation
Inventor: PETER THOMAS ANDREW
IPC: A61P9/10
Filed: 2002-02-15
Abstract: COMPOUNDS OF THE FORMULA (I):WHEREIN RING A, R1, R3, R4, P, Q, AND N ARE AS DEFINED WITHIN AND A PHARMACEUTICALLY ACCEPTABLE SALTS AND IN VIVO HYDROLYSABLE ESTERS ARE DESCRIBED. ALSO DESCRIBED ARE PROCESSES FOR THEIR PREPARATION AND THEIR USE AS MEDICAMENTS, PARTICULARLY MEDICAMENTS FOR PRODUCING A CELL CYCLE INHIBITORY (ANTI-CELL-PROLIFERATION) EFFECT IN A WARM-BLOODED ANIMAL, SUCH AS MAN
Patent MY-128299-A (MY)
Title: Flip chip on lead frame
Inventor: KHOR LILY
IPC: H01L21/50
Filed: 2002-04-10
Abstract: THERE IS DISCLOSED A FLIP-CHIP-TYPE METHOD OF ASSEMBLING SEMICONDUCTOR DEVICES. THE PROPOSED INVENTION OFFER ONE STEP ENCAPSULATION PROCESS TO PROMOTE ADHESION OF DIE TO THE LEAD FINGER AND PREVENT THE POTENTIAL OF SHORTS FROM DEVELOPING BETWEEN THE ADJACENT BUMPS (6) OR LEAD FINGERS. CONVENTIONAL MOLD COMPOUND IS USED TO REDUCE LOCALIZED STRESS CAUSES CAUSES BY COEFFICIENT OF THERMAL EXPANSION (CTE) MISMATCH BETWEEN THE DIE (7) AND SUBSTRATE, OR THE LEAD FRAME (5). THIS IS PARTICULARLY FAVORABLE IN PROMOTING GREATER MECHANICAL ROBUSTNESS OF THE SENICONDUCTOR DEVICES. WITH ONE STEP ENCAPSULATION PROCESS PROPOSED BY THE PRESENT INVETNION, MANUFACTURING PROCESS IS MADE SIMPLER, FASTER AND RELATIVELY CHEAPER.
Patent MY-134774-A (MY)
Title: Packaging microelectromechanical structures
Inventor: MA QING
IPC: H01L21/30
Filed: 2003-03-25
Abstract: A MICROELECTROMECHANICAL SYSTEM (32) MEY BE ENCLOSED IN A HERMETIC CAVITY (44) DEFINED BY JOINED, FIRST AND SECOND SEMICONDUCTOR STRUCTURES (14, 12). THE JOINED STRUCTURES (14, 12) MAY BE SEALED BY A SOLDER SEALING RING (18), WHICH EXTENDS COMPLETELY AROUNS THE CAVITY (44). ONE OF THE SEMICONDUCTOR STRUCTURES (14, 12) MAY HAVE THE SYSTEM (32) FORMED THEREON AND AN OPEN AREA (38) MAY BE FORMED UNDERNEATH SAID SYSTEM (32). THAT OPEN AREA (38) MAY BE FORMED FROM THE UNDERSIDE OF THE STRUCTURE (14, 12) AND MAY BE CLOSED BY COVERING WITH A SUITABLE FILM A SUITABLE FILM (20) IN ONE EMBODIMENT.(FIG 1)
Patent MY-145741-A (MY)
Title: An upscaling technique
Inventor: DARMAN NASIR HAJI DR
IPC: G01V1/28
Filed: 2003-10-09
Abstract: THE PRESENT INVENTION RELATES TO AN UPSCALING TECHNIQUE NORMALLY USED IN THE OIL AND GAS INDUSTRY TO CONVERT HIGH-RESOLUTION NUMERICAL MODEL INTO LOW-RESOLUTION NUMERICAL MODEL WITHOUT REDUCING THE ACCURACY OF THE DYNAMIC FLUID FLOW CALCULATION OF THE LOW-RESOLUTION NUMERICAL MODEL. THE HIGH-RESOLUTION MODEL IS REFERRED TO A MODEL THAT CONTAINS GRID BLOCKS (OR DATA POINTS) THAT IS MORE, IN TERMS OF NUMBERS, THAN THE LOW-RESOLUTION MODEL. IN THIS CASE, BOTH MODELS COVER THE SAME VOLUME COVERAGE. THE REDUCTION, IN TERMS OF DATA POINTS OR GRID BLOCKS, FROM SUCH FINE-RESOLUTION NUMERICAL MODEL IS NECESSARY BECAUSE CURRENTLY AVAILABLE COMPUTERS CANNOT HANDLE DIRECT CALCULATION OF THE FINE-SCALE NUMERICAL MODEL IN DYNAMIC FLUID FLOW SIMULATION MODE. THE RESTRICTION IS NORMALLY ASSOCIATED WITH THE TIME NEEDED TO PROCESS THE SAID FINE-SCALE MODEL USING CURRENTLY AVAILABLE COMPUTERS I.E. THUS LEAD TO EXTRA COST, AND ALSO COMPUTER MEMORY AND HARD DISK SPACE REQUIREMENT.
Patent MY-179923-A (MY)
Title: Extraction process for removal of impurities from an oxidizer purge stream in the synthesis of carboxylic acid
Inventor: ROBERT LIN
IPC: B01J38/04
Filed: 2004-11-30
Abstract: Disclosed is a process that relates to the recovery of a metal catalyst from an oxidizer purge stream produced in the synthesis of carboxylic acid, typically terephthalic acid. The process involves the addition of a wash solution to a high temperature molten dispersion to recover the metal catalyst and then subjecting an aqueous mixture or purified aqueous mixture so formed to a single stage extraction to remove organic impurities to produce an extract stream and a raffinate stream comprising the metal catalyst.
Patent MY-138999-A (MY)
Title: Consortium of nitrifying bacteria
Inventor: DRAHOS DAVID J
IPC: C12N1/12
Filed: 2005-10-07
Abstract: 1 2 CONSORTIUM OF NITRIFYING BACTERIA ABSTRACT THE PRESENT INVENTION RELATES TO A CONSORTIUM OF NITROSOMONAS EUTROPHA AND NITROBACTER WINOGRADSKYI, WHICH IS MORE EFFECTIVE AT REMOVING AMMONIA AND NITRITE THAN THE COMMONLY USED 5 CONSORTIUM OF NITROSOMONAS EUROPEA AND NITROBACTER WINOGRADSKYI, PARTICULARLY IN AQUACULTURE SUCH AS SHRIMP PONDS. SUPPLEMENTATION OF THE CONSORTIUM IN AQUACULTURE SUCH AS SHRIMP PONDS MAY LEAD TO AN INCREASE IN TOTAL YIELD, AN INCREASE IN SIZE, A DECREASE IN FOOD CONVERSION RATIO (LESS FOOD REQUIRED PER KG OF SHRIMP OBTAINED), AND AN INCREASE IN TOTAL PER POND SALES.
Patent MY-144358-A (MY)
Title: Cloths dryer
Inventor: YABUUCHI HIDETAKA
IPC: D06F58/20
Filed: 2006-06-22
Abstract: A CLOTHS DRYER INCLUDES A DRYING CHAMBER FOR ACCOMMODATING THEREIN CLOTHS AND HEAT EXCHANGE UNIT (31) HAVING HEAT ABSORBER (30) AND HEAT RADIATOR (32). HEAT ABSORBER (30) HAS FIRST AIR INLET SURFACE (30A) FOR INTRODUCING THE DRYING AIR THERETHROUGH AND FIRST AIR OUTLET SURFACE (30B) THROUGH WHICH THE AIR PASSING THROUGH FIRST AIR INLET SURFACE (30A) IS DISCHARGED TO OUTSIDE OF HEAT ABSORBER (30), HEAT RADIATOR (32) HAS SECOND AIR INLET SURFACE (32A) FOR INTRODUCING THE AIR FROM HEAT ABSORBER (30) THERETHROUGH AND SECOND AIR OUTLET SURFACE (32B) THROUGH WHICH THE AIR PASSING THROUGH SECOND AIR INLET SURFACE (32A) IS DISCHARGED TO OUTSIDE OF HEAT RADIATOR (32), AND FIRST AIR OUTLET SURFACE (30B) OF HEAT ABSORBER (30) IS FACING SECOND AIR INLET SURFACE (32A) OF HEAT RADIATOR (32) IN HEAT EXCHANGE UNIT (31) AT AN ACUTE ANGLE THEREBETWEEN. THE DRYING AIR FLOWS FROM FIRST AIR INLET SURFACE (30A) OF HEAT ABSORBER (30) TO FIRST AIR OUTLET SURFACE (30B) THEREOF, AND FROM SECOND AIR INLET SURFACE (32A) OF HEAT RADIATOR (32) TO SECOND AIR OUTLET SURFACE (32B) THEREOF AND, THEN, THE DRYING AIR OUT OF HEAT RADIATOR (32) SUBSTANTIALLY HORIZONTALLY FLOWS ALONG HORIZONTAL AIR DUCT (31A) FORMED ABOVE HEAT ABSORBER (30) AND HEAT RADIATOR (32).
Patent MY-143305-A (MY)
Title: High resolution resistivity earth imager
Inventor: ITSKOVICH GREGORY B
Filed: 2006-07-07
Abstract: 1 7 HIGH RESOLUTTON RESISTIVITY EARTH IMAGER ABSTRACT MEASUICNIENTS MADE BY A IESISTIVII), IMAGING IOOL IN A BOIELIOLE HAVING NON-CONCILICTIVE MUD IN A CONDUCTIVE EMILI FORINAIION AIE CORRECIED USINP THE IOOL SIANDOFF. THE CONECTION INVOLVES IERNOVIN- A CALIBIATION SIMIAL DETENNINED IN A MEDIUM OF HIGH CONDUCTIVITY FROM 1HE MEASUIED IMPECLANCE. THE INAGNITUDE ANDOI THE IEAL PART OF THE U RIPECLANCE MAY BE USED.
Patent MY-149488-A (MY)
Title: Light weight & anti slip grating panel
Inventor: KIANG TAN YEOW
IPC: E04F15/06
Filed: 2007-11-02
Abstract: THE INVENTION PROVIDES AN IMPROVED GRATING PANEL (100) AND METHOD FOR PRODUCING THEREOF, WHEREIN SAID GRATING IS LIGHT IN WEIGHT AND PROVIDES ANTI-SLIP FEATURE, USED IN PARTICULARLY FOR OILY AREAS. THE SAID GRATING PANEL (100) ALSO PROVIDES EASIER HANDLING DURING INSTALLATION AND MAINTENANCE.
Patent MY-150298-A (MY)
Title: A gas reformulation system comprising means to optimize the efectiveness of gas conversion
Inventor: ANDREA TSANGARIS
IPC: B01J7/00
Filed: 2008-05-12
Abstract: THIS INVENTION PROVIDES A SYSTEM AND METHOD FOR EFFICIENT REFORMULATION OF AN INITIAL GAS WITH ASSOCIATED CHARACTERISTICS INTO AN OUTPUT GAS WITH DESIRED CHARACTERISTIC PARAMETERS, WITHIN A SUBSTANTIALLY SEALED, CONTAINED, AND CONTROLLED ENVIRONMENT. THE GAS REFORMULATING SYSTEM USES A GAS ENERGIZING FIELD TO DISASSOCIATE THE INITIAL GAS MOLECULES AND MOLECULES OF INJECTED PROCESS ADDITIVES OF APPROPRIATE TYPES AND AMOUNTS, INTO THEIR CONSTITUENTS THAT THEN RECOMBINE TO FORM THE OUTPUT GAS WITH THE DESIRED PARAMETERS. THE GAS REFORMULATING SYSTEM FURTHER COMPRISES A CONTROL SYSTEM THAT REGULATES THE PROCESS AND THEREBY ENABLES THE PROCESS TO BE OPTIMIZED. THE GAS ENERGIZING FIELD MAY BE PROVIDED AT LEAST PARTLY BY HYDROGEN BURNERS OR PLASMA TORCHES.
Patent MY-151674-A (MY)
Title: An improved delineator
Inventor: FOONG ONG CHOON
IPC: E01F9/011
Filed: 2007-06-27
Abstract: THE PRESENT INVENTION PROVIDES AN IMPACT RECOVERY DELINEATION APPARATUS (10) THAT IS CAPABLE OF CONNECTING/DISCONNECTING A DELINEATOR POST (15) TO A RESILIENT LOAD CELL ASSEMBLY (12) THAT IS ATTACHED TO A SUPPORT BASE (11). THE RESILIENT LOAD CELL ASSEMBLY (12) INCLUDES AN UPPER LOAD CELL SEGMENT (13) AND A LOWER LOAD CELL SEGMENT (14). THE UPPER LOAD CELL SEGMENT (13) IS A FEMALE KEYING MEANS THAT SNUGLY FITS A MALE KEYING MEANS (16) OF THE DELINEATOR POST (15) AND THE LOWER LOAD CELL SEGMENT (14) IS PROVIDED WITH A COILED SPRING (17) AS AN OPTION WITHIN ITS BODY THAT IS POSITIONED IN AN UPRIGHT POSITION CONNECTING THE SUPPORT BASE (11) OF THE DELINEATOR APPARATUS (10) AND THE BASE (20) OF THE UPPER LOAD CELL SEGMENT (13) THAT FITS THE DELINEATOR POST (15). THE LOAD CELL ASSEMBLY (12) AND THE SUPPORT BASE (11) ARE EMBEDDED AND MOULDED WITH A RUBBER MATERIAL OR OTHER ELASTOMER TO FORM A PROTECTIVE AND ELASTOMERIC DELINEATOR APPARATUS (10), WHEREBY IN THE EVENT OF AN IMPACT ON THE DELINEATOR APPARATUS (10), THE POST (15) WHICH IS TIGHTLY CONNECTED WITHIN THE FEMALE KEYING MEANS (19) OF THE UPPER LOAD CELL SEGMENT (13), WILL MOVE IN A RESILIENT MANNER ALONG WITH THE LOWER LOAD CELL SEGMENT (14) DUE TO THE PRESENCE OF THE COILED SPRING (17) WITHIN THE BODY OF THE LOWER LOAD CELL SEGMENT (14), AS WELL AS THE RUBBERIZED ELASTOMERIC STRUCTURE OF THE LOAD CELL ASSEMBLY (12), AND ABSORB THE SHOCK UNTIL THE IMPACT IS NEUTRALIZED, WHERE THE LOAD CELL ASSEMBLY (12) ALONG WITH THE POST (15) WILL GET BACK TO ITS ORIGINAL UPRIGHT POSITION.
Patent RU-2002126997-A (RU)
IPC: H04W36/00
Filed: 2001-03-09
Abstract: Methods and systems for communication comprising a source providing a plurality of packets, each packet including a header field, the source being coupled to a network; a receiver including a decompressor; a network entity coupled to the network and to the receiver by a network between the network entity and the receiver, the network entity including a compressor for performing header field compression for at least some of the packets sent from the source and directed to the receiver, the network entity including a jitter reduction function for calculating jitter in the packets directed to the receiver and discarding packets having a jitter that is greater than a predetermined value, wherein the jitter is calculated as a total of an amount of jitter caused by the network between the source and the decompressor included in the receiver.
Patent RU-2003131687-A (RU)
IPC: A61P9/10
Filed: 2002-03-28
Abstract: Amlodipine camsylate of the present invention is a crystalline salt of amlodipine suitable for pharmaceutical formulation, which is prepared by using low toxic camphor sulfonic acid to meet required pharmaceutical properties for treating cardiovascular diseases.
Patent RU-2003134638-A (RU)
IPC: A23F3/16
Filed: 2002-04-30
Abstract: Fresh flavor is delivered to an on-premise beverage at the point of dispense. Flavor compounds are incorporated in a separate component and then the separated flavor component is mixed with other beverage component at the time of dispense. More specifically, tea flavor compounds are incorporated in a separate sweetener component and then the tea flavor/sweetener component is mixed with other iced tea beverage components at the time of dispense.
Patent RU-2005103627-A (RU)
IPC: C12Q1/04
Filed: 2003-07-11
Abstract: The invention relates to transplant acceptance inducing cells of monocytic origin, their production as well as their use for generating transplant acceptance.  The invention also relates to the monoclonal antibody GM-7, which specifically recognises human transplant acceptance inducing cells of the invention.  The invention further relates to the use of the antibody GM-7 for detection and/or selection transplant-acceptance inducing cells.
Patent RU-2005140568-A (RU)
IPC: F16L33/08
Filed: 2003-07-21
Abstract: A clamp for joining flexible hoses contains the metal tape (7), and tension exerting complex (10) and link (1), Z-shaped, accommodating the lateral element (2) and two pieces of longitudinal elements (4) equipped on both sides with wings (5) bent and kneaded on the terminations (6) of the tape (7). The terminations (6) of the tape (7) accommodate the lateral overpresses (8) and undercuts (9).
Patent RU-2006107927-A (RU)
Title: Нанонаполненные композиционные материалы с исключительно высокой температурой стеклования
IPC: C09C1/30
Filed: 2004-08-06
Abstract: 1. Отверждаемая эпоксидная композиция, содержащая по меньшей мере один эпоксидный мономер, по меньшей мере один органофункционализированный коллоидный диоксид кремния с размером частиц в интервале от примерно 2 нм до примерно 20 нм и необязательные реагенты, в которой органофункционализированный коллоидный диоксид кремния существенно повышает температуру стеклования эпоксидной композиции.2. Отверждаемая эпоксидная композиция по п.1, в которой органофункционализированный коллоидный диоксид кремния имеет размер частиц в интервале от примерно 2 нм до примерно 10 нм.3. Отверждаемая эпоксидная композиция по п.1, характеризующаяся тепературой стеклования выше примерно 200°С.4. Отверждаемая эпоксидная композиция по п.3, характеризующаяся температурой стеклования выше примерно 220°С.5. Отверждаемая эпоксидная композиция по п.1, в которой органофункционализированный коллоидный диоксид кремния содержит до примерно 80% диоксида кремния в расчете на общую массу полной отверждаемой эпоксидной композиции.6. Отверждаемая эпоксидная композиция по п.1, в которой коллоидный диоксид кремния функционализирован органоалкоксисиланом.7. Отверждаемая эпоксидная композиция по п.6, в которой органоалкоксисилан включает в себя фенилтриметоксисилан.8. Отверждаемая эпоксидная композиция по п.6, в которой коллоидный диоксид кремния дополнительно функционализирован блокирующим агентом.9. Отверждаемая эпоксидная композиция по п.8, в которой блокирующий агент включает в себя силилирующий агент.10. Отверждаемая эпоксидная композиция по п.9, в которой силилирующий агент включает в себя гексаметилдисилазан.11. Отверждаемая эпоксидная ком�
Patent RU-2006143174-A (RU)
Title: Способ производства сахара из тростникового сахара-сырца на свекольном заводе
IPC: C13B25/00
Filed: 2006-12-07
Abstract: Способ производства сахара из тростникового сахара-сырца на свеклосахарном заводе, предусматривающий приготовление смеси клеровки сахара-сырца и первого оттека утфеля I, уваривание утфеля I кристаллизации, его центрифугирование с отбором первого и второго оттеков, уваривание утфеля II кристаллизации, центрифугирование утфеля II кристаллизации с отбором одного оттека, уваривание утфеля III кристаллизации и его центрифугирование с отводом желтого сахара III и мелассы, аффинацию желтого сахара утфеля III кристаллизации оттеком утфеля II кристаллизации, центрифугирование полученного аффинационного утфеля с отделением сахара-аффинада от аффинационного оттека, промывку сахара-аффинада в центрифуге, клерование сахара-аффинада совместно с желтым сахаром II кристаллизации, сульфитацию данной клеровки и подачу ее на уваривание утфеля I кристаллизации, направление аффинационного оттека на уваривание утфеля III кристаллизации, отличающийся тем, что для приготовления смеси клеровки сахара-сырца и первого оттека утфеля I используют 30% первого оттека утфеля I от массы оттека, оставшееся количество направляют на уваривание утфеля II, уваривание утфеля I ведут с отбором, при этом кристаллы заводят в количестве 7-8 кристаллов на 1 мм поверхности пробного стекла, часть уваренного утфеля отбирают из вакуум-аппарата, его центрифугируют и белый сахар выводят, а полученные два оттека отбора смешивают с разбавленной исходной клеровкой для растворения мелких кристаллов и эту смесь подают в вакуум-аппарат на уваривание оставшейся части утфеля, готовый утфель после спуска его из вакуум-аппарата подвергают дополнительной кристаллизац
Patent RU-2006144461-A (RU)
Title: Способ взвешивания продукта, система взвешивания и устройство для загрузки
IPC: G01G19/40
Filed: 2005-04-21
Abstract: 1. Способ взвешивания продукта (13), при котором продукт снабжают ответчиком (16), выполняют обмен данными с ответчиком и посредством системы взвешивания определяют для продукта действительное значение веса, отличающийся тем, что продукт транспортируют вдоль измерительного участка (4), и, перед определением действительного значения веса, на основе информации, считанной в процессе обмена данными с ответчика (16), выполняют автоматическую настройку системы взвешивания.2. Способ взвешивания продукта (13), при котором продукт снабжают ответчиком (16), выполняют обмен данными с ответчиком и посредством системы взвешивания определяют для продукта действительное значение веса, отличающийся тем, что продукт транспортируют вдоль измерительного участка (4), служащего для определения действительного значения веса, после определения действительного значения веса, при обмене данными полученное действительное значение веса записывают в ответчик (16), сравнивают с заданным номинальным значением веса, и в зависимости от результата сравнения формируют сигнал управления сортировкой.3. Способ по п.1 или 2, отличающийся тем, что перед определением действительного значения веса оптически считывают штрих-код, нанесенный на продукт (13), и идентифицирующий тип продукта.4. Способ по п.1 или 2, отличающийся тем, что, после определения действительного значения веса, его оценивают, и при оценке выполняют передачу данных.5. Способ по п.4, отличающийся тем, что при оценке полученное действительное значение веса записывают в ответчик (16).6. Способ по п.4, отличающийся тем, что при оценке применяют номинальное значение веса, определенное путем считывани
Patent RU-2007121325-A (RU)
IPC: F04B39/10
Filed: 2005-11-30
Abstract: A compressor for a refrigeration device comprising a compartment, a piston which can be displaced inside the compartment, and valves which are arranged between the compartment and a suction connection or a pressure connection. The movable parts of the valves are provided with a coating that is harder than the movable parts.