baber/WOPTO huggingface dataset:
Patent MY-117750-A (MY)
Title: Process for producing semiconductor device
Inventor: SUGINO TAKASHI
IPC: H01L21/304
Filed: 2001-08-30
Abstract: THE FIRST PROCESS FOR PROCUCING A SEMICONDUCTOR DEVICE ACCORDING TO THE INVENTION COMPRISES THE STEPS OF :@PRIVIDING A WAFER OF GIVEN THICKNESS HAVING A SURFACE FURNISHED WITH SEMICONDUCTOR CIRCUITS AND A BACK;@FORMING GROOVES OF A CUT DEPTH SMELLER THAN THE THICKNESS OF THE WAFER,SAID GROOVES EXTENDING FROM THE WAFER CIRCUIT SURFACE;@STICKING A SURFACE PROTECTIVE SHEET ONTO THE WAFER CIRCUIT SURFACE ;@GRINDING THE BACK OF THE WAFER SO THAT THE THICKNESS OF THE WAFER IS REDUCED TO THEREBY FINALLY RESULT IN DIVISION OF THE WAFER INTO INDIVIDUAL CHIPS WITH SPACES THEREBETWEEN;@STICKINGA A PRESSURE SENSITIVE ADHESIVE SHEET FOR PICKUP STEP ONTO THE GROUND BACK OF THE WAFER, SAID PRESSURE SENSETIVE ADHESIVE SHEET FOR PICKUP STEP COMPRISING A BASE AND,SUPERIMPOSED THEREON, AN ENERGY RADIATIONCURABLE PRESSURE SENSITIVE ADHESIVE LAYER;@EXPOSING THE ENERGY RADIATION CURABLE PRESSURE SENSITIVE ADHESIVE TO AN ENERGY RADIATION;AND PEELING THE SURFACE PROTECTIVE SHEET FROM THE WAFER CIRCUIT SURFACE.THIS PROCESS IS ADVANTAGEOUS IN THAT CHIP ALIGNMENT IS EXCELLENT TO THEREBY ENABLE ENHANCING CHIP PICKUP EFFICIENCY.
Patent MY-136586-A (MY)
Title: Composition for enhancing or improving the flavor of foods or drinks and method of enhancing or improving the flavor of foods or drinks by using the same
Inventor: KAWAGUCHI HIROKAZU
IPC: A23L27/20
Filed: 2001-09-11
Abstract: IN THE PRESENT APPLICATION ARE DISCLOSED A METHOD FOR ANHANCING OR IMPROVING THE FLAVOR OF FOODS OR DRINKS IN GENERAL WITH THE USE OF A NON-VOLATILE THIAZOLIDINE COMPOUND ALONE OR A NON-VOLATILE FLAVOR COMPOUND AND/OR A REACTION FLAVOR CONCURRENTLY WITH THE NON-VOLATILE THIAZOLIDINE COMPOUND , A SIMPLE AND EFFECTIVE METHOD FOR IMPROVING THE FLAVOR OF A RETORT FOOD BY SUPPRESSING THE FLAVOR-DETERIORATION UPON HEAT STERILIZATION OR THE UNPLEASANT ODOR AT THE TIME OF EATING, AND A SIMPLE AND EFFECTIVE METHOD FOR IMPROVING THE FLAVOR OF A SOYBEAN-INCORPORATED FOOD PRODUCT BY SUPPRESSING THE UNPLEASANT, WEED-LIKE ODOR PECULIAR TO SOYBEAN.
Patent MY-135403-A (MY)
Title: Method of automatically establishing roaming services in a mobile telecommunications system
Inventor: RICHARD MIDGETT
Filed: 2001-11-09
Abstract: A METHOD OF AUTOMATICALLY ESTABLISHING A ROAMING SERVICE FOR A MOBILE TELEPHONE, THAT INCLUDES A PREPROGRAMMED SIM CARD, PERFORMS A LOCATION UPDATE IN THE FOLLOWING ORDER. 1. REGISTERED PUBLIC LAND MOBILE NETWORK ("RPLMN"), I.E. THE LAST REGISTERED NETWORK AS STORED IN THE SIM DIRECTORY EFLOCI (EF6F7E).2. HOME PLMN ("HPLMN") 3.PLMNS CONTAINED IN A "PLMN SELECTOR" DATA FIELD BASED ON THE "OPERATOR LIST".4. USER - DEFINED PREFERRED PLMN 5. OTHER PLMNS WITH RECEIVED SIGNAL LEVEL ABOVE A PREDETERMINED STRENGTH IN RANDOM ORDER; AND 6. ALL OTHER PLMNS IN ORDER OF DESCENDING SIGNAL STRENGTH.(FIG 2)
Patent MY-127281-A (MY)
Title: Mounting for disk drive unit and method of handling
Inventor: ORRISS DAVID JOHN
IPC: G11B33/12
Filed: 2002-08-28
Abstract: A MOUNTING FOR A DISK DRIVE UNIT COMPRISES A CARRIER (14) FOR CARRYING A DISK DRIVE UNIT (12) DURING REQUIRED MOVEMENT OF THE DISK DRIVE UNIT. THE CARRIER (14) DEFINES A SPACE INTO WHICH THE DISK UNIT (12) CAN BE INSERTED, AND THE CARRIER IS ADAPTED TO BE INSERTED WITH THE DISK DRIVE UNIT INTO A RECEIVING FRAME (8) FOR OPERATIONAL USE. AT LEAST TWO RESILIENT DEVICES (15) ARE MOUNTED ON THE CARRIER (14) FOR SECURING THE DISK DRIVE UNIT (12) IN THE RECEIVING FRAME (8) WHEN THE CARRIER IS INSERTED INTO THE FRAME, AT LEAST ONE RESILIENT DEVICE (15) BEING MOUNTED ON EACH SIDE OF THE CARRIER (14). EACH RESILIENT DEVICE (15) IS MOVABLY MOUNTED ON THE CARRIER (14) TO ALLOW MOVEMENT OF THE DEVICE AS A WHOLE RELATIVE TO THE CARRIER, AND THE RESILIENT DEVICE IS ARRANGED TO SECURE THE DISK DRIVE UNIT (12) IN THE RECEIVING FRAME (8) BY ACTING BETWEEN THE DISK DRIVE UNIT (12) AND THE RECEIVING FRAME (8). A METHOD OF HANDLING THE DISK DRIVE UNIT COMPRISES PLACING THE DISK DRIVE UNIT (12) INTO THE CARRIER (14) ENGAGING A ROBOTIC DEVICE (49) WITH A COUPLING STRUCTURE (47) PROJECTING FROM THE FRONT OF THE CARRIER (14). THE METHOD THEN INCLUDES LIFTING THE CARRIER (14) BY THE ROBOTIC (49) AND INSERTING THE CARRIER INTO A RECEIVING FRAME (8) BY A SUBSTANTIALLY HORIZONTAL MOVEMENT.
Patent MY-139318-A (MY)
Title: Moving picture coding method and moving picture decoding method
Inventor: ABE KIYOFUMI
IPC: H04N19/573
Filed: 2003-11-21
Abstract: A MOVING PICTURE CODING METHOD FOR CODING A PICTURE WITH SWITCHING BETWEEN FRAME CODING AND FIELD CODING ADAPTIVELY ON A BLOCK-BY-BLOCK BASIS INCLUDES: DETERMINING THE MAXIMUM NUMBER OF REFERENCE INDICES FOR FIELD CODING FOR SPECIFYING (206, 206A, 206B, 206D, 206E) FIELDS WHICH ARE TO BE REFERRED TO AT THE TIME OF FIELD CODING USING THE MAXIMUM NUMBER OF REFERENCE INDICES FOR FRAME CODING FOR SPECIFYING FRAMES WHICH ARE TO BE REFERRED TO AT THE TIME OF FRAME CODING; AND ASSIGNING TO FIELDS THE REFERENCE INDICES FOR FIELD CODING FOR SPECIFYING (206, 206A, 206B, 206D, 206E) FIELDS WITH ARE TO BE REFERRED TO AT THE TIME OF FIELD CODING, WITHIN A RANGE OF THE DETERMINED MAXIMUM NUMBER THEREOF, USING THE REFERENCE INDICES FOR FRAME CODING FOR SPECIFYING FRAMES WHICH ARE TO BE REFERRED TO AT THE TIME OF FRAME CODING.
Patent MY-142526-A (MY)
Title: Method and device for hot-dip coating metal strips, particularly steel strips
Inventor: BEHRENS HOLGER DR
IPC: C23C2/24
Filed: 2004-02-25
Abstract: THE INVENTION PERTAINS TO A METHOD FOR HOT-DIP COATING METAL STRIPS (1), PARTICULARLY STEEL STRIPS (1A), THAT ARE GUIDED THROUGH A COATING STATION (4), WHEREIN THE METAL STRIP (1) IS COATED WITH A COATING METAL (3). THE METAL STRIP (1) IS CENTRALLY HELD IN A GUIDE CHANNEL (8) BY MEANS OF AN ELECTROMAGNETIC SEALING FIELD (13) THAT DOWNWARDLY SEALS THE GUIDE CHANNEL (8), AND THE METAL STRIP (1) IS LATERALLY GUIDED AGAINST FERRMAGNETIC ATTRACTION BY MEANS OF A CORRECTION FIELD (14). IN ORDER TO CHOOSE A SUITABLE LATERAL SEAL WHEN UTILIZING ARBITRARY SEALING FIELDS (13), THE INVENTION PROPOSES THAT THE SEALING FIELD (13) IS REALIZED IN THE FORM OF A TRAVELING ELECTROMAGNETIC FIELD (10),A BLOCKING FIELD (11) OR A PUMPED FIELD (12), AND THAT SEVERAL CORRECTION FIELDS (14) ARE DISTRIBUTED IN A CHOSEN CONFIGURATION, WHEREIN THE POSITION AND NUMBER OF THE CORRECTION FIELDS ARE INDIVIDUALLY DETERMINED AT LEAST IB ACCORDANCE WITH DIFFERENT WIDTH STAGES OF THE METAL STRIP (1).
Patent MY-137460-A (MY)
Title: Method for generation of a three-dimensional terrain model
Inventor: DUGGE PETER DIPL ING
IPC: G06F40/00
Filed: 2004-05-21
Abstract: IN A METHOD FOR GENERATION OF A THREE-DIMENSIONAL TERRAIN MODEL WITH THE ASSISTANCE OF OBJECT-ORIENTED VECTOR DATA CONTAINING, FOR THE SUPPORT POINTS WHICH DESCRIBE THE TERRAIN, POSITION VALUES WHICH INDICATE AT LEAST THEIR CARTOGRAPHIC POSITION AND HEIGHT VALUES WHICH INDICATE THEIR HEIGHT OR DEPTH WITH RESPECT TO A REFERENCE LEVEL, THE HEIGHT VALUES OF THE SUPPORT POINTS ARE EXTRAPOLATED WITHIN A UNIFORM GRID AND ALL OF THE EXTRAPOLATION VALUES ARE SUBJECTED TO A WEIGHTED INTERPOLATION PROCESS, IN ORDER TO ACHIEVE A STABLE METHOD, WHICH IS CARRIED OUT AUTOMATICALLY WITHOUT HUMAN INTERACTION. (FIGURE 1)
Patent MY-150948-A (MY)
Title: Method and system for assessing and optimizing crude selection
Inventor: MARTHA GARDNER
IPC: G06Q40/00
Filed: 2004-08-17
Abstract: A METHOD AND SYSTEM (100) FOR ASSESSING AND OPTIMIZING CRUDE SELECTION ARE PROVIDED. A PREDICTIVE ENGINE (104) USES DATA FROM A DATABASE (102) TO EXECUTE AT LEAST ONE PREDICTIVE PERFORMANCE MODEL AND/OR AT LEAST ONE RISK ASSESSMENT MODEL DESIGNED TO OPTIMIZE OR IMPROVE REFINING PROCESS. THE PREDICTIVE ENGINE (104) TAKES AS INPUT KEY CRUDE INFORMATION CORRESPONDING TO A PARTICULAR CRUDE OR CRUDE BLEND, E.G., AT LEAST ONE CRUDE SLATE, AND REFINERY OPERATING PARAMETERS AND/OR CONDITIONS CORRESPONDING TO A SPECIFIC REFINERY AND USES DESIRABILITY METRICS TO ASSESS THE SIMILARITY TO DATA IN THE DATABASE (102). BASED ON THE RESULTING OUTPUT, AT LEAST ONE PREDICTIVE PERFORMANCE AND/OR AT LEAST ONE RISK ASSESSMENT MODEL USES THE OUTPUT TO PREDICT PERFORMANCE OR RISK MEASURES OF REFINING THE PARTICULAR CRUDE OR CRUDE BLEND USING THE SPECIFIC REFINERY DURING THE REFINING PROCESS, THE PROBABILITY OF PROBLEMS OCCURRING DURING THE REFINING PROCESS, THE DISTRIBUTION OF THE PROBLEMS THROUGHOUT THE REFINING PROCESS, ETC. THE MOST ILLUSTRATIVE DRAWING:
Patent MY-144992-A (MY)
Title: Substituted 1,2,3,4-tetrahydroisoquinoline derivatives.
Inventor: WELLER THOMAS
IPC: C07D401/06
Filed: 2005-02-28
Abstract: THE INVENTION RELATES TO NOVEL 1,2,3,4-TETRAHYDROISOQUINOLINE DERIVATIVES AND THEIR USE AS ACTIVE INGREDIENTS IN THE PREPARATION OF PHARMACEUTICAL COMPOSITIONS. THE INVENTION ALSO CONCERNS RELATED ASPECTS INCLUDING PROCESSES FOR THE PREPARATION OF THE COMPOUNDS, PHARMACEUTICAL COMPOSITIONS CONTAINING ONE OR MORE OF THOSE COMPOUNDS AND METHODS OF TREATMENT COMPRISING ADMINISTRATION OF SAID COMPOUNDS TO A MAMMAL.
Patent MY-130343-A (MY)
Title: System for dissipating electrical charge from a cabinet of an electronic apparatus
Inventor: SUGIURA YUTAKA
IPC: H04N5/64
Filed: 2000-11-17
Abstract: A TV RECEIVER (10) HAVING A METAL FRONT CABINET (12) IS PROVIDED WITH A DISCHARGE PATH BETWEEN THE FRONT CABINET AND A GROUND PORTION OF THE TV RECEIVER. THE DISCHARGE PATH INCLUDES A SERIES CIRCUIT IN WHICH A DISCHARGE TUBE (12) IS CONNECTED IN SERIES TO A PARALLEL CIRCUIT (26) OF A FIRST RESISTOR (24) AND A HIGH-VOLTAGE CAPACITOR (25) AND A SECOND RESISTOR (21) THAT IS CONNECTED IN PARALLEL TO THE SERIES CIRCUIT. THE DISCHARGE PATH EFFECTIVELY DISCHARGE A VOLTAGE OCCURING AT THE FRONT CABINET VIA THE SECOND RESISTOR (21) WHILE PREVENTING A SUDDEN FLOW OF CURRENT AND REDUCING THE INFLUENCE OF STATIC ELECTRICITY. THE SERIES CIRCUIT IN WHICH THE DISCHARGE TUBE (22) IS CONNECTED IN SERIES TO THE PARALLEL CIRCUIT (26) OF THE FIRST RESISTOR (24) AND THE HIGH-VOLTAGE CAPACITOR (25) HAS A FUNCTION OF CAUSING HIGH-VOLTAGE PULSES OCCURRING AT THE GROUND PORTION GND TO ESCAPE TO THE FRONT CABINET WHILE CONVERTING THOSE INTO PULSES HAVING A LOW VOLTAGE LEVEL.
Patent MY-139843-A (MY)
Title: System and method for transferring data to and from a magnetic shift register with a shiftable data column
Inventor: PARKIN STUART STEPHEN PAPWORTH
Filed: 2005-12-02
Abstract: A MAGNETIC SHIFT REGISTER UTILIZES A DATA COLUMN COMPRISING A THIN WIRE OF MAGNETIC MATERIAL. A WRITING ELEMENT SELECTIVELY CHANGES THE DIRECTION OF THE MAGNETIC MOMENT IN THE MAGNETIC DOMAINS TO WRITE THE DATA TO THE DATA COLUMN. ASSOCIATED WITH EACH DOMAIN WALL ARE LARGE MAGNETIC FRINGING FIELDS CONCENTRATED IN A VERY SMALL SPACE. THESE MAGNETIC FRINGING FIELDS WRITE TO AND READ FROM THE MAGNETIC SHIFT REGISTER. WHEN THE DOMAIN WALL IS MOVED CLOSE TO ANOTHER MAGNETIC MATERIAL, THE FRINGING FIELDS CHANGE THE DIRECTION OF THE MAGNETIC MOMENT IN THE MAGNETIC MATERIAL, EFFECTIVELY "WRITING" TO THE MAGNETIC MATERIAL. A READING ELEMENT SIMILAR TO A TUNNELING JUNCTION COMPRISES A FREE LAYER AND A PINNED LAYER OF MAGNETIC MATERIAL. FRINGING FIELDS CHANGE THE DIRECTION OF THE MAGNETIC MOMENT IN THE FREE LAYER WITH RESPECT TO THE PINNED LAYER, CHANGING ELECTRICAL RESISTANCE OF THE READING ELEMENT AND "READING" DATA STORED IN THE MAGNETIC SHIFT REGISTER.
Patent MY-154991-A (MY)
Title: Particle entrapment by fatty acid liposome
Inventor: MISRAN ASSOC PROF DR MISNI
IPC: A61K9/127
Filed: 2006-06-05
Abstract: THE PRESENT INVENTION INVOLVES THE PREPARATION OF FATTY ACID LIPOSONIC CONTAINING NANOPARTICLES ENCAPSULATED THEREIN, ESPECIALLY THE PATHWAY OF PARTICLE ENTRAPMENT FROM MICELLE-TO-VESICLE TRANSITION. THE STEPS INVOLVED (I) FORMING MICELLE FROM FATTY ACID; (II) FORMING VESICLE OR LIPOSOME FROM MICELLE; AND THEREAFTER (III) ENCAPSULATION OF PARTICLES IN THE VESICLES. THE METHODS OF PARTICLE ENTRAPMENT BY FATTY ACID LIPOSOME OF THE PRESENT INVENTION HAVE THE ADVANTAGE OF BEING MORE COST EFFICIENT AND SLOWER RELEASING ENCAPSULATED MATERIALS FOR A LONG LASTING EFFECT. THE MOST ILLUSTRATIVE DRAWING:
Patent MY-143686-A (MY)
Title: Mixture identification system
Inventor: MAKOTO TAI
IPC: G01N21/85
Filed: 2006-11-08
Abstract: 31 MIXTURE IDENTIFICATION SYSTEM ABSTRACT A MIXTURE IDENTIFICATION SYSTEM FOR DETECTING FOREIGN MATTER ADMIXED IN A TOBACCO MATERIAL (T) INCLUDES A CONVEYOR (2) FOR CONVEYING THE MATERIAL (T), AN IRRADIATION 5 DEVICE (6) FOR IRRADIATING INFRARED LIGHT TOWARD AN INSPECTION LINE (IL) EXTENDING ACROSS THE CONVEYOR (2), AN INFRARED CAMERA DEVICE (10) FOR RECEIVING THE INFRARED LIGHT REFLECTED FROM THE TOBACCO MATERIAL (T) PASSING ACROSS THE INSPECTION LINE (IL) AND OUTPUTTING IMAGE DATA 10 OF THE MATERIAL (T) BASED ON THE RECEIVED INFRARED LIGHT, AND A DISCRIMINATION CIRCUIT (96) FOR DETECTING FOREIGN MATTER IN THE MATERIAL (T) BASED ON THE OUTPUT FROM THE CAMERA DEVICE (10) . THE INFRARED CAMERA DEVICE (10) HAS INFRARED FILTERS (70, 76, 82) FOR RECEIVING THE INFRARED 15 LIGHT.REFLECTED FROM THE TOBACCO MATERIAL (T) AND ALLOWING ONLY RESPECTIVE SPECIFIC WAVELENGTHS TO PASS THERETHROUGH, AND OPTICAL LINE SENSORS (72, 78, 84) FOR RECEIVING THE INFRARED LIGHT PASSED THROUGH THE RESPECTIVE FILTERS (@O, 76, 82).
Patent MY-155064-A (MY)
Title: Adaptive impedance matching (aim) for electrically small radio receiver antennas
Inventor: WILLIAM KROEGER BRIAN
IPC: H04B1/18
Filed: 2009-11-24
Abstract: A METHOD OF TUNING AN ANTENNA CIRCUIT INCLUDES: (A) RECEIVING A SIGNAL ON AN ANTENNA, (B) PRODUCING A RECEIVED SIGNAL STRENGTH INDICATION BASED ON THE RECEIVED SIGNAL, (C) USING THE RECEIVED SIGNAL STRENGTH INDICATION TO PRODUCE A CONTROL VOLTAGE, (D) USING THE CONTROL VOLTAGE TO CONTROL A CAPACITANCE IN AN ANTENNA MATCHING CIRCUIT, (E) CHANGING THE CONTROL VOLTAGE TO MINIMIZE A RATIO OF A CHANGE IN THE RECEIVED SIGNAL STRENGTH INDICATION TO A CHANGE IN THE CONTROL VOLTAGE AND (F) REPEATING STEPS (A), (B), (C), (D) AND (E). AN APPARATUS THAT IMPLEMENTS THE METHOD IS ALSO PROVIDED.
Patent MY-159089-A (MY)
Title: Method and system for optimizing power resources in wireless devices
Inventor: STEVEN JEFFREY GOLDBERG
IPC: H04W40/02
Filed: 2004-11-09
Abstract: A METHOD (30) AND SYSTEM IS DISCLOSED FOR A DEVICE TO QUICKLY DETERMINE IF DATA IS SENT TO IT. IF NO DATA IS BEING SENT TO THE DEVICE, THE DEVICE MAY RETURN TO A SLEEP MODE SO AS TO CONSERVE ENERGY. THE PRESENT INVENTION INCLUDES ORGANIZING AND TRANSMITTING, ONE AT A TIME, ALL DEVICE DESTINATION IDENTIFIERS. IF A MESSAGE LISTING (10) SEARCH INDICATES THAT NO MESSAGE IS BEING SENT FOR A DEVICE, THE DEVICE CAN CONTINUE, WITH ANY OTHER ACTIVITY THAT NEEDS SERVICING, OR IF NO OTHER ACTIVITY IS PENDING, IT MAY SHUT DOWN TO CONSERVE POWER UNTIL THE NEXT WAKE UP PERIOD ARRIVES. IF THE SEARCH RETURNS A POSITIVE INDICATION, THE COUNT VALUE WHEN THE IDENTIFIER IS FOUND CAN BE USED TO DETERMINE THE LOCATION OF THE POINTER TO THE MASSAGE.
Patent MY-146448-A (MY)
Title: Molecular differentiation of infectious bursal disease virus (ibdv) strains
Inventor: BEJO MOHD HAIR BIN
IPC: C12Q1/70
Filed: 2009-04-30
Abstract: THIS INVENTION RELATES TO THE DETECTION AND DISTINGUISHING INFECTIOUS BURSAL DISEASE VIRUS (IBDV) STRAINS BY A FLUORESCENT PROBE BASED REAL-TIME POLYMERASE CHAIN REACTION IN CHICKEN OR OTHER BIRDS. MORE PARTICULARLY, THIS INVENTION RELATES TO DISTINGUISHING DIFFERENT INFECTIOUS BURSAL DISEASE VIRUS (IBDV) STRAINS IN CHICKEN AND OTHER BIRD SAMPLE BY NOVEL SUBTYPE SPECIFIC PRIMERS AND FLUORESCENT PROBE BASED ON ONE-TUBE DUPLEX REAL-TIME POLYMERASE CHAIN REACTION (PCR) METHOD. THE PCR CONDITIONS ARE OPTIMIZED IN ORDER TO OBTAIN OPTIMUM PCR PARAMETERS ON THE INGREDIENTS AND PROFILES USING SAMPLES CONTAINING IBDV RNA IN A TAQMAN PROBE BASED DUPLEX REAL-TIME PCR. HENCE, FOR DIFFERENTIATION OF VERY VIRULENT FROM VACCINE STRAINS OF IBDV BY USING PRIMER FWDC (NUCLEOTIDE POSITION: 2084 TO 2102) AND RVSC (NUCLEOTIDE POSITION: 2178 TO 2197) WERE DESIGNED FROM THE CONSERVED REGION OF VP4 OF BOTH VERY VIRULENT AND CLASSICAL STRAINS, RESPECTIVELY, TO GENERATE A 114 BP AMPLICON. A DUAL-LABELED FLUORESCENT PROBE FAM 5'- TAMRA 3', (NUCLEOTIDE POSITION: 2112 TO 2133), WAS DESIGNED WITH THE SEQUENCE SPECIFIC TO ALIGNED VERY VIRULENT IBDV STRAINS (PROBE 1), AND A SECOND DUAL-LABELED FLUORESCENT PROBE HEX 5'-TAMRA 3', (NUCLEOTIDE POSITION: 2112 TO 2133), WAS DESIGNED WITH THE SEQUENCE SPECIFIC TO ALIGNED CLASSICAL IBDV STRAINS (PROBE 2).
Patent RU-2001127069-A (RU)
IPC: F02K1/12
Filed: 2001-10-05
Abstract: An exhaust nozzle (10) for an aircraft engine includes a mount (20) for attaching the nozzle (10) to a downstream end of the engine and first and second opposed upstream flaps (30) moveably connected to the mount (20) having inner surfaces (34) defining an upstream exhaust gas flow path. Each upstream flap (30) extends between an upstream end and a downstream end and is moveable relative to the mount (20) between an open position in which the downstream ends of the upstream flaps (30) are spaced by a first distance, and a closed position in which the downstream ends touch to substantially block flow through the exhaust gas flow path. First and second opposed downstream flaps (50) are moveably connected to the first and second upstream flaps (30) having inner surfaces (52) defining a downstream exhaust gas flow path. <IMAGE>
Patent RU-2004100315-A (RU)
IPC: G07B15/06
Filed: 2002-06-12
Abstract: A method if for monitoring the regular operation of a charging device for a vehicle with a vehicle characteristic number. At least one given optical pattern/signal is generated on the vehicle, which is characteristic for the operating state of the charging device.
Patent RU-2004124065-A (RU)
IPC: A61P31/04
Filed: 2003-02-06
Abstract: A pharmaceutical tablet is provided comprising a core and a coating adherent thereto, wherein (a) the core comprises solid particles of a water-soluble dye distributed in a matrix, and (b) the coating comprises gellan gum. The tablet is suitable for peroral or intraoral administration, for example for delivery of a drug contained in the core of the tablet to a subject. The tablet has a speckled appearance that renders the tablet readily identifiable.
Patent RU-2005112103-A (RU)
IPC: B26F3/04
Filed: 2005-04-22
Abstract: The components (1a, 1b) to be separated could be a connecting rod and its bearing cap or a crankshaft bearing and its cap. Two wedges (2a, 2b) positioned opposite each other are guided towards the intended breaking line (3) located at a narrow segment of the object (1a, 1b) and pressure is applied by a suitable source of power. When a particular tension (4) is obtained the actual breaking forces are initiated. The operation can be performed in various slightly different patterns.
Patent RU-2005137648-A (RU)
Title: Роторный двигатель панченко 3
IPC: F02B53/00
Filed: 2005-12-02
Abstract: 1. Роторный двигатель, содержащий две или более секции, установленных на одной оси со смещением на определенный угол, каждая из которых содержит корпус с впрессованной в него гильзой, цилиндрический ротор, установленный концентрично с корпусом и гильзой с зазором относительно внутреннего диаметра гильзы, разделительную заслонку, поджимаемую пружиной к наружному диаметру ротора, подвижную в радиальном направлении, подпружиненную вставку, подвижную в радиальном направлении, образующую с разделительной заслонкой рабочую и нерабочую камеры, системы подвода рабочего тела и отвода отработавшего рабочего тела, отличающийся тем, что каждая секция имеет рабочую камеру, образованную роликами, расположенными в полости секции двигателя параллельно образующей цилиндрического ротора, один из которых, расположенный в пазу корпуса обкатывается по цилиндрической поверхности ротора при его вращении, находясь в постоянном контакте с ним под действием давления гидравлики или других известных способов, а другой ролик, установленный в пазу ротора, обкатывается по внутренней поверхности корпуса находясь в постоянном контакте с ней также под действием давления гидравлики или других известных способов и образует с первым роликом рабочую камеру.2. Роторный двигатель по п.1, отличающийся тем, что в качестве уплотнительных элементов в пазу ротора установлены дополнительные ролики, контактирующие с внутренней поверхностью корпуса также под действием давления гидравлики или других известных способов, а ротор выполнен с буртами по его концам, в которые вмонтированы уплотнительные элементы.3. Роторный двигатель по п.1, отличающ
Patent RU-2006119913-A (RU)
IPC: B04B11/02
Filed: 2004-10-14
Abstract: The impeller arrangement incorporates a first component, which encloses the rotation axis and has at least one projection, which has a radial extent, and a second component which encloses the rotation axis and has at least a second projection which has also a radial extent. The second component is insertable axially in the central space to a position in which the second projection is near to the first projection. When the impellers are in position in the central space, a lock component can be applied in releasable engagement with the projections, so that the second component can be prevented from moving axially relatively to the first component.
Patent RU-2006132322-A (RU)
IPC: B65B43/12
Filed: 2005-01-14
Abstract: A spool for winding up an adhesive carrier tape of a packaging taped imbricated bag chain in an apparatus for taking up a succession of imbricated packaging bags including a core with a core surface and walls forming a race where turns of tape are wound up, wherein the core surface includes resilient means for releasing a radial pressure acting on the turns of tape that have been wound up first. Also, a spool assembly for winding up at least two adhesive carrier tapes of a packaging taped imbricated bag chain in an apparatus for taking up a succession of imbricated packaging bags includes at least two spools, each spool having a core surface and walls forming a race where turns of tape are wound up, wherein the core surface includes resilient means for releasing a radial pressure acting on the turns of tape that have been wound up first.
Patent RU-2006133816-A (RU)
Title: Устройство формирования пылевого облака для локализации взрывов
IPC: E21F5/00
Filed: 2006-09-22
Abstract: 1. Устройство формирования пылевого облака для локализации взрывов метановоздушной смеси и угольной пыли, содержащее заполненный пламегасящим порошком корпус, имеющий на выходе легко разрушаемую диафрагму, рассекатель, камеру высокого давления, размещенную коаксиально корпусу, систему подачи газа в корпус с порошком и механизм инициации, отличающееся тем, что корпус устройства разделен на три отсека, крайние из которых заполнены пламегасящим порошком, а средний разделен на две полости перегородкой, в которой соосно корпусу размещен газогенератор с соплами, направленными в обе полости, с возможностью выделения газа высокого давления в эти полости и сосредоточения его в свободном объеме перед порошком, при этом генератор включает два механизма инициации, каждый из которых содержит капсюль и боек, застопоренный пружиной, хвостовик которого через штырь, размещенный внутри трубки коаксиально корпусу, сопряжен с приемным элементом, в корпусе между средним и крайними отсеками установлены внутренние, непроницаемые, гибкие перегородки с возможностью их перемещения к выходному торцу, а выходные торцы корпуса защищены сбрасываемой крышкой.2. Устройство по п.1, отличающееся тем, что на торцах корпуса установлены два незаполняемые порошком отсека, имеющие диаметр, равный диаметру корпуса, и обеспечивающие увеличение скорости выброса из УЛВ первой порции порошка.3. Устройство по п.1 или 2, отличающееся тем, что отсеки на торцах корпуса выполнены с винтообразными направляющими по внутренней поверхности отсека.4. Устройство по п.1 или 2, отличающееся тем, что приемный элемент, воспринимающий воздействие взрывной волны, �