baber/WOPTO huggingface dataset:
Patent MY-132589-A (MY)
Title: Plastic platelet fuel cells employing integrated fluid management
Inventor: JERROLD E FRANKLIN
IPC: H01M8/02
Filed: 1996-11-19
Abstract: IMPROVED FUEL CELL STACKS CONSTRUCTED FROM A PLURALITY OF CELL, EACH COMPRISING A SERIES OF INTERRELATED MONO AND BIPOLAR COLLECTOR PLATES (BSPS), WHICH IN TURN ARE BUILT UP BY LAMINATION OF A CORE OF RELATED NON-CONDUCTIVE PLASTIC OR CERAMIC PLATELETS SANDWICHED BETWEEN CONDUCTIVE MICROSCREEN PLATELETS OF METAL OR CONDUCTIVE CERAMIC OR PLASTIC, WITH AN ELECTRODE MEMBRANE (EMA) BETWEEN ADJACENT BSPS. THE PLATELETS, BOTH METAL AND PLASTIC OF THE COMPOSITE BSPS, ARE PRODUCED FROM SHEET MATERIAL WITH THROUGH AND DEPTH FEATURES FORMED BY ETCHING, PRESSING, STAMPING, CASTING, EMBOSSING AND THE LIKE. ADJACENT PLATES, EACH WITH CORRESPONDINGLY RELIEVED FEATURES FORM SERPENTINE CHANNELS WITHIN THE RESULTANT MONOLITHIC PLATELET/CELL STACK FOR INTEGRATED FLUID AND THERMAL MANAGEMENT. THE PLASTIC PLATELETS ARE PARTICULARLY USEFUL FOR PEM FUEL CELLS EMPLOYING H2 AND AIR/O2 AS FUEL. THE PLATELETS ARE EASILY MADE BY PRINTING (EMBOSSING) PROCESSES, AND DIES MADE BY PHOTOLITHOGRAPHIC ETCHING FOR RAPID REDESIGN. EACH BSP CAN BE INDIVIDUALLY TAILORED TO EACH TYPE OF MEMBRANE, FUEL, AND INTRA-CELL LOCATION WITHIN THE STACK. AS MATERIALS ARE CHEAP AND EASY TO MANUFACTURE AND ASSEMBLE, LIGHTWEIGHT FUEL CELLS OF VERY HIGH POWER DENSITY ARE REALIZABLE. INDUSTRIAL APPLICABILITY INCLUDES BOTH STATIONARY AND VEHICULAR POWER SUPPLIES, IN BOTH MICRO AND MACRO SIZES.
Patent MY-127986-A (MY)
Title: Flat flexible cable with ground conductors
Inventor: BRUNKER DAVID L
IPC: H05K1/02
Filed: 2000-03-17
Abstract: A FLEXIBLE CIRCUIT MEMBER INCLUDES FIRST AND SECOND PSEUDO-TWISTED FLEXIBLE CONDUCTORS (103A, 103B) ON A FLEXIBLE DIELECTRIC SUBSTRATE (102). THE FIRST PSEUDO- TWISTED CONDUCTOR (103A) IS ON A FIRST SIDE OF THE SUBSTRATE (102) AND THE SECOND PSEUDO-TWISTED CONDUCTOR (103B) IS ON A SECOND SIDE OF THE SUBSTRATE (102). EACH PSEUDO-TWISTED CONDUCTOR (103B) INCLUDES A PERIODIC PATTERN WITH THE FIRST PSEUDO- TWISTED CONDUCTOR (103A) BEING SHIFTED LONGITUDINALLY RELATIVE TO THE SECOND PSEUDO- TWISTED CONDUCTOR (103B) BY ONE HALF OF A PERIOD OF THE PERIODIC PATTERN. A SET OF FIRST AND SECOND ADDITIONAL CONDUCTORS (114A, 114B) IS ON THE FIRST SIDE OF THE SUBSTRATE (102) AND IS SPACED FROM AND GENERALLY FOLLOWS THE SHAPE OF THE FIRST PSEUDO-TWISTED CONDUCTOR (103A).THE SECOND ADDITIONAL CONDUCTOR (114B) IS ON THE SECOND SIDE OF THE SUBSTRATE (102) AND IS SPACED FROM AND GENERALLY FOLLOWS THE SHAPE OF THE SECOND PSEUDO-TWISTED CONDUCTOR (103B). THESE FIRST AND SECOND ADDITIONAL CONDUCTORS (114A, 114B) MAY BE COUPLED TO REFERENCE OR GROUND POTENTIAL SO AS TO PROVIDE A GROUNDING SYSTEM FOR THE FLEXIBLE CIRCUIT MEMBER.(FIG. 4)
Patent MY-121151-A (MY)
Title: Apparatus for driving a record carrier
Inventor: LANGENHUIZEN THEODORUS ANTONIUS ENGELBERTUS
IPC: G11B7/085
Filed: 2000-04-11
Abstract: AN APPARATUS FOR DRIVING A RECORD CARRIER (1) ACCORDING TO THE INVENTION COMPRISES A TRANSDUCER (2) FOR GENERATING A READ SIGNAL (SR) IN RESPONSE TO PATTERNS RECORDED AT THE RECORD CARRIER AND DISPLACEMENT MEANS (3,4,5) FOR DISPLACING THE TRANSDUCER (2) AND THE RECORD CARRIER (1) WITH RESPECT TO EACH OTHER. OUT OF THE READ SIGNAL AN AUXILIARY SIGNAL (SA) HAVING A RELATIVELY LOW FREQUENCY CONTENT IS GENERATED. THE APPARATUS COMPRISES BINARY SIGNAL GENERATING MEANS (8,9,10,11,12) FOR GENERATING A BINARY SIGNAL (SB) OUT OF THE AUXILIARY SIGNAL (SA) INCLUDING FIRST HOLD MEANS (8) FOR GENERATING A FIRST HOLD SIGNAL (HI), SECOND HOLD MEANS (9) FOR GENERATING A SECOND HOLD SIGNAL (H2), SIGNAL COMBINATION MEANS (10,11) FOR GENERATING A SLICING SIGNAL (ST) OUT OF THE FIRST HOLD SIGNAL (HI) AND THE SECOND HOLD SIGNAL (H2), AND COMPARING MEANS (12) FOR COMPARING THE AUXILIARY SIGNAL (SA) WITH THE SLICING SIGNAL (ST) AND OUTPUTTING A BINARY OUTPUT SIGNAL (SB). THE FIRST HOLD MEANS (8) ARE ADAPTED FOR TEMPORARILY MAINTAINING THE FIRST HOLD SIGNAL (HI) AT A VALUE SUBSTANTIALLY CORRESPONDING TO A TOP VALUE OF THE AUXILIARY SIGNAL (SA). THE FIRST HOLD MEANS (8) ARE FURTHER ADAPTED FOR TEMPORARILY MAINTAINING THE VALUE OF THE FIRST HOLD SIGNAL (H 1) AT A VALUE SUBSTANTIALLY CORRESPONDING TO A BOTTOM VALUE OF THE AUXILIARY SIGNAL AUGMENTED BY AN ADDITION VALUE (SA+_). THE SECOND HOLD MEANS (9) ARE ADAPTED FOR TEMPORARILY MAINTAINING THE SECOND HOLD SIGNAL (H2) SUBSTANTIALLY AT A VALUE CORRESPONDING TO A BOTTOM VALUE OF THE AUXILIARY SIGNAL (SA). THE SECOND HOLD MEANS (9) ARE FURTHER ADAPTED FOR TEMPORARILY MAINTAINING THE VALUE OF THE SECOND HOLD SIGNAL (H2) AT A VALUE CORRESPONDING TO A TOP VALUE OF THE AUXILIARY SIGNAL DIMINISHED BY A SUBTRACTION VALUE (SA-6).
Patent MY-136172-A (MY)
Title: Transparent absorbing article
Inventor: CARLUCCI GIOVANNI
IPC: A61F13/49
Filed: 2001-03-23
Abstract: THE PRESENT INVENTION RELATES TO ABSORBENT ARTICLES, SUCH AS PANTILINERS OR SANITARY NAPKINS, WHICH HAVE AT LEAST ONE REGION OF THE ARTICLE WHICH IS TRANSPARENT TO VISIBLE LIGHT. IN ONE EMBODIMENT TO WHOLE ARTICLE IS TRANSPARENT.
Patent MY-136388-A (MY)
Title: Oscillation adjuster and oscillation adjusting method
Inventor: MORISHITA MIMPEI
Filed: 2003-05-06
Abstract: A VIBRATION CONTROLLER CONTROLS VIBRATIONS GENERATED IN A DRIVEN OBJECT INCLUDED IN A SYSTEM SUBJECT TO VIBRATIONS DUE TO THE DYNAMIC UNBALANCE OR ECCENTRICITY OF A ROTATING MEMBER DRIVEN FOR ROTATION BY AN ELECTRIC MOTOR. AN ANGULAR POSITION TRANSFORMING UNIT (45) AND AN ANGULAR VELOCITY TRANSFORMING UNIT (47) TRANSFORM THE OUTPUT SIGNAL OF A ROTATING MOTION MEASURING MEANS (C1) INTO AN ANGULAR POSITION AND AN ANGULAR VELOCITY, RESPECTIVELY. A SINE CALCULATING UNIT (55) CALCULATES THE SINE OF AN ANGLE OBTAINED BY ADDING UP THE ANGULAR POSITION AND A PREDETERMINED PHASE ANGLE PROVIDED BY A PHASE ADJUSTING UNIT (49) BY AN ADDER (53). A MULTIPLIER (61) CALCULATES THE PRODUCT OF THE OUTPUT OF A GAIN ADJUSTING UNIT (57) THAT MULTIPLIES THE OUTPUT OF THE SINE CALCULATING UNIT (55) BY A PREDETERMINED GAIN AND THE OUTPUT OF A MULTIPLIER (59). THAT CALCULATES THE SQUARE OF THE ANGULAR VELOCITY. A GAIN ADJUSTING UNIT (57') MULTIPLIES THE OUTPUT OF A SINE CALCULATING UNIT (55') BY A PREDETERMINED GAIN. AN ADDER (68) ADDS UP THE RESPECTIVE OUTPUTS OF THE MULTIPLIER (61) THE GAIN ADJUSTING UNIT (57') AND A SPECIFIED TORQUE CALCULATING UNIT.FIGURE 2
Patent MY-140198-A (MY)
Title: A method for managing networks by analyzing connectivity
Inventor: CANRIGHT GEOFFREY
IPC: H04L12/24
Filed: 2004-12-30
Abstract: A method for managing networks by analyzing connectivity A method is disclosed for determining the ability of a network to spread information or physical traffic. Said network includes a number of network nodes interconnected by links. The method comprises mapping the topology of a network, computing a value for link strength between the nodes, computing an Eigenvector Centrality index for all nodes, based on said link strength values identifying nodes which are local maxima of the Eigenvector Centrality index as centre nodes, grouping the nodes into regions surrounding each identified centre node, assigning a role to each node from its position in a region, as centre nodes, region member nodes, border nodes, bridge nodes, dangler nodes, and measuring the susceptibility of the network to spreading, based on the number of regions, their size, and how they are connected. The most illustrative drawing: Figure 5
Patent MY-140739-A (MY)
Title: 2, 6-quinolinyl derivatives, processes for preparing them and their uses
Inventor: PERRY BENJAMIN
IPC: C07D401/12
Filed: 2006-05-22
Abstract: 1 7 2,6-QUINOLINYL DERIVATIVES, PROCESSES FOR PREPARING THEL AND THEIR USES ABSTPACT THE PRESENT INVENTION CONCERNS 2.6-QLLINOLINYL DERIVATIVES, PROCESSES FOR 5 PREPARING THEM. PHARMACEUTICAL COMPOSITIONS CONTAINING THEM AND THEIR USE AS PHARMACEUTICALS.
Patent MY-144560-A (MY)
Title: Method for producing bio-fuel that integrates heat from carbon-carbon bond-forming reactions to drive biomass gasification reactions
Inventor: CORTRIGHT RANDY D
IPC: C07C27/00
Filed: 2007-03-23
Abstract: A LOW-TEMPERATURE CATALYTIC PROCESS FOR CONVERTING BIOMASS (PREFERABLY GLYCEROL RECOVERED FROM THE FABRICATION OF BIO-DIESEL) TO SYNTHESIS GAS (I. E., H2/CO GAS MIXTURE) IN AN ENDOTHERMIC GASIFICATION REACTION IS DESCRIBED. THE SYNTHESIS GAS IS USED IN EXOTHERMIC CARBON-CARBON BOND-FORMING REACTIONS, SUCH AS FISCHER- TROPSCH, METHANOL, OR DIMETHYLETHER SYNTHESES. THE HEAT FROM THE EXOTHERMIC CARBON-CARBON BOND-FORMING REACTION IS INTEGRATED WITH THE ENDOTHERMIC GASIFICATION REACTION, THUS PROVIDING AN ENERGY-EFFICIENT ROUTE FOR PRODUCING FUELS AND CHEMICALS FROM RENEWABLE BIOMASS RESOURCES.
Patent MY-147699-A (MY)
Title: Acoustic method and apparatus for detection and characterization of a medium
Inventor: JOSTEIN JACOBSEN
IPC: G01N29/12
Filed: 2007-04-25
Abstract: AN ACOUSTIC METHOD AND APPARATUS DETECTS OR CHARACTERIZES A MEDIUM (18) IN A STRUCTURE WHICH MAY BE A CONTAINER, SUCH AS A PIPELINE (56) FOR TRANSPORTATION OF OIL, GAS, OR HYDROCARBON CONDENSATE. A PULSE OF BROADBAND ACOUSTIC ENERGY IS EMITTED TOWARDS THE STRUCTURE BY A FIRST TRANSDUCER. A RETURN SIGNAL IS GENERATING BY A SECOND TRANSDUCER FROM ACOUSTIC ENERGY RETURNED FROM THE STRUCTURE IN RESPONSE TO THE EMISSION OF ACOUSTIC ENERGY. A RETURN SIGNAL SPECTRUM REPRESENTING ACOUSTIC SPECTRAL COMPONENTS OF THE ACOUSTIC ENERGY RETURNED FROM THE STRUCTURE IS DERIVED FROM THE RETURN SIGNAL, AND THE MEDIUM IS DETECTED OR CHARACTERIZED BY APPLYING A RETURN SIGNAL PROCESSING MEDIUM DETECTION OR CHARACTERIZATION ALGORITHM TO THE RETURN SIGNAL SPECTRUM.
Patent MY-157387-A (MY)
Title: A method and apparatus for pcc enhancement for flow based mobility
Inventor: GERARDO GIARETTA
IPC: H04W48/00
Filed: 2009-06-09
Abstract: SYSTEMS AND METHODS ARE DESCRIBED THAT FACILITATE MULTIPLE REGISTRATIONS AND FLOW BASED MOBILITY IN A WIRELESS COMMUNICATION NETWORK. A FLOW ROUTING COMPONENT (1106, 1206) CAN BE INCLUDED IN A MOBILE DEVICE (116, 122), HOME AGENT/P-GATEWAY (416), OR A POLICY AND CHARGING RULES FUNCTION SERVER (420) THAT DETERMINES THE MANNER IN WHICH TO ROUTE ONE OR MORE IP FLOWS (412, 414, 602) THROUGH A SET OF NETWORK ACCESS ENTRY POINTS. THE FLOW ROUTING COMPONENT CAN DETERMINE THE ROUTING BASED ON A SET OF POLICIES AND/OR NETWORK DATA, SUCH AS QUALITY OF SERVICE REQUIREMENTS, BANDWIDTH REQUIREMENTS, NETWORK CONGESTION, CURRENTLY ACTIVE IP FLOWS, AND SO FORTH.
Patent RU-2004119962-A (RU)
IPC: C08K3/34
Filed: 2003-11-21
Abstract: A polymerization adhesive (I) comprises: (a) a silicic acid powder having an average particle size of 1-10 mum (matting agent); and (b) a silicic acid powder having an average particle size of 10-200 mum (structural agent).
Patent RU-2004121977-A (RU)
IPC: B28B13/02
Filed: 2002-12-06
Abstract: An apparatus comprises layer forming means (5; 22) for forming a layer of loose material (4; 7a; 8b) to be pressed, a pressing mould cavity (3) arranged for receiving said loose material (4; 7a; 8b), removing means (12) for removing an upper exceeding portion (11) of said loose material (4; 7a; 8b) contained in said cavity (3), said exceeding portion (11) protruding from said cavity (3) and said removing means (12) comprising blade means (14; 113, 114) suitable for retaining thereon at least a part (18) of said exceeding portion (11), said blade means (14; 113, 114) being associated with oscillation means arranged for transferring said blade means (14; 113, 114) between a position (L) in which said blade means (14; 113, 114) is arranged for picking up said exceeding portion (11) and a further position (M) in which said blade means (14; 113, 114) is arranged for discharging said exceeding portion (11); a method for obtaining products comprises forming a layer (10) of loose material (4; 7a; 8b) to be pressed in a pressing mould cavity (3) and removing an upper exceeding portion (11) of said loose material (4; 7a; 8b) contained in said cavity (3) from said layer (10), said exceeding portion (11) protruding from said cavity (3) and said removing comprising causing said portion (11) to slide along a plane forming an angle (±) of limited wideness with respect to slide plane means (9) defining a feeding opening of said cavity (3).
Patent RU-2004130874-A (RU)
IPC: B24B41/00
Filed: 2003-04-14
Abstract: A cutoff saw assembly incorporates a robot assembly with a compliant cutting apparatus to remove various undesired metal extensions from a casting. The assembly cooperatively and conjunctively controls the position of the casting using the robot assembly and the force exerted by the cutting apparatus on the casting using a compliance control system. The compliance control system includes a compliance actuator that is connected to a compliance regulator. Both the robot assembly and the compliance control system are connected to a system controller. The compliance actuator is connected to the cutoff blade to actively vary the force of the cutting blade with respect to the casting. The compliance regulator, which is connected to the system controller, will measure and regulate the pressure in the compliance actuator, such that the robot assembly and compliance control system can apply the required force to cut the casting.
Patent RU-2004131652-A (RU)
IPC: A23L7/109
Filed: 2003-03-31
Abstract: Disclosed is a method for improving flavor quality and reducing water absorption of protein isolates, particularly soy protein concentrates. The method involves a surface treatment of the protein isolates with an aqueous solution containing a polysaccharide, in order to coat the protein isolates and block off the flavor of the protein molecule as well as serving as a moisture barrier. The treated protein isolates are then dried to a powder form. The resulting protein isolates are bland in taste, have a reduced water adsorption ratio as compared to the untreated protein isolate and can be used in a wide range of food products without flavor reversion.
Patent RU-2004138544-A (RU)
IPC: G07F17/32
Filed: 2003-06-10
Abstract: This invention provides automated systems and methods for configuring and reconfiguring gaming machines and games playable on a gaming machine. The automated systems and methods employ a complementary gaming machine configuration device, such as a paper-based ticket, and interface operably associated with a gaming machine, such as a note acceptor or bill validator that receives and reads the paper-based ticket. The gaming machine configuration device stores game parameter configuration information in the form of configuration indicia. The indicia may contain the content required to effect configuration directly or may do so indirectly by containing a reference to a location where a set of configuration parameters have been stored. This location may reside within the gaming machine or external to it, but accessible via. a communications link. The interface reads the indicia from the configuration device, and provides a signal to a processor responsible for managing the gaming machine. The processor has access to software or memory that stores associations between the configuration indicia and configuration and reconfiguration commands for the parameters. The processor and software are then designed or configured to convert the signal provided by the interface to commands that act on appropriate mechanisms of the gaming machine to configure or reconfigure the games and/or gaming machine components responsible for expression of the affected game parameters.
Patent RU-2005114504-A (RU)
IPC: A61K31/137
Filed: 2003-10-07
Abstract: Methods of preventing or retarding the degeneration of neurons. Also disclosed are methods for treating Alzheimer's disease or Parkinson's disease through the administration of selective alpha 2B or alpha 2B/2C receptor agonists, hereby incorporated by reference herein.
Patent RU-2005115845-A (RU)
IPC: B01F27/93
Filed: 2003-10-30
Abstract: The invention relates to a mixing device for mixing a pulverulent, soluble extract, in particular coffee, with hot water to prepare a beverage. The mixing device comprises a funnel-type mixing chamber (1), into which the pulverulent extract and the hot water, fed via a hot water supply (9), are poured and mixed together. An outlet (3) is configured in the lower region of the mixing chamber (1) and leads to a foaming chamber (4) containing a foam-producing rotor element (18) that can be driven about a rotational axis (21) and an outlet opening (6) configured in the base region (5) of said chamber. A mixing rotor (17), which can be driven about the rotational axis (21), is provided in the mixing chamber (1) and the hot water supply (9) is directed onto the mixing rotor (17).
Patent RU-2005126758-A (RU)
IPC: C09K23/42
Filed: 2004-01-20
Abstract: In an aspect of the invention, a fluoropolymer dispersion, preferably a PTFE dispersion, is provided that comprises fluoropolymer particles having an average particle size of 10 to 400nm dispersed in water whereby the dispersion has an amount of solids between 35 and 70% by weight. The dispersion is free of fluorinated surfactant having a molecular weight of less than 1000g/mol (hereinafter called low molecular weight fluorinated surfactant) or contains the low molecular weight fluorinated surfactant in an amount of not more than 0.05% by weight based on the total weight solids of the dispersion. The dispersion further comprises a non-ionic non-fluorinated surfactant or mixture of non-ionic non-fluorinated surfactants and one or more non-fluorinated anionic surfactants. Through the use of a non-fluorinated anionic surfactant, a dispersion is obtained that has a low viscosity at room temperature (20 DEG C). The dispersion is further free of aromatic group containing non-ionic surfactants and is accordingly environmentally more friendly and can yield coatings that are less susceptible of discoloration. The amount and nature of the non-ionic non-fluorinated surfactant or mixture of non-ionic non-fluorinated surfactants is selected such that the Viscosity Transition Temperature (VTT) (measured as set forth in the examples) of the fluoropolymer dispersion is at least 26, preferably at least 28 DEG C. In a further aspect of the invention, a method is provided to obtain the aforementioned dispersion.
Patent RU-2006127168-A (RU)
IPC: B22D11/04
Filed: 2004-12-11
Abstract: Profiled hollow space of an ingot mold (14) for continuous casting (sic) of cogged ingots (sic) and preshaped tubes (sic), where the peripheral lines of the hollow space cross-section in the corner regions (19, 19') have curved sections, the hollow space wall is cooled, and in its curved corner regions, to control the decrease (sic) in gap between the tube shell (sic) and the cooled wall, the curvature 1/R over part of the curved peripheral lines of the corner regions is decreased over part of the mold length. An independent claim is included for an ingot mold, in which the geometry of the profiled hollow space is controlled by means of a chip cutting machine.
Patent RU-2007119840-A (RU)
Title: Вибрационно-гравитационный дозатор
IPC: B65D88/66
Filed: 2007-05-28
Abstract: 1. Вибрационно-гравитационный дозатор, содержащий разделенный на секции корпус с выпускными окнами, регулируемые заслонки для выдачи доз компонентов и вибропривод, отличающийся тем, что корпус выполнен коробчатой формы в виде клина и подпружинен, на внутренней скошенной стороне корпуса установлены активаторы, а с внешней стороны - вибропривод, кроме того, на передней стенке корпуса вертикально установлена плита с отверстиями, совпадающими с выпускными окнами секций корпуса, и направляющими пазами, в которых размещены с возможностью перемещения в вертикальной плоскости регулируемые заслонки, соединенные с ползунами, перемещающимися в этих пазах и имеющими зубчатые рейки, находящиеся в зацеплении с зубчатыми колесами, насаженными на вал привода колес.2. Вибрационно-гравитационный дозатор по п.1, отличающийся тем, что регулируемые заслонки выполнены с режущими концами и установлены в ползунах с возможностью фиксации.
Patent RU-2007137999-A (RU)
Title: Высокопрочный и устойчивый к прогибанию материал
IPC: B21C37/00
Filed: 2007-10-12
Abstract: 1. Устойчивая к прогибанию полоса из сплава, для получения которой: ! a) разливают расплав, содержащий: ! 0,3-1,5% Si, ! ≤0,5% Fe, ! ≤0,3% Cu, ! 1,0-2,0% Mn, ! ≤0,5% Mg, более предпочтительно ≤0,3%, ! ≤4,0% Zn, ! ≤0,5% Ni, ! ≤0,3% каждого из образующего дисперсные частицы элементов из IVb Vb или VIb групп, и неизбежные примесные элементы, каждый, самое большее, 0,05%, при их полном количестве, самое большее, 0,15%, остальное алюминий, для получения слитка, ! b) предварительно нагревают данный слиток при температуре менее чем 550°С, предпочтительно 400-520°С, более предпочтительно 450-520°С, в особенности больше чем от 470 до 520°С, для образования дисперсных частиц, ! c) осуществляют горячую прокатку, получая полосу ! d) подвергают холодной прокатке полосу, полученную на этапе c), при полном обжатии, по меньшей мере, 90%, предпочтительно >95%, получая полосу, имеющую первую величину условного предела текучести, ! е) осуществляют термическую обработку до получения поставляемой марки и для смягчения материала путем отпуска без рекристаллизации сплава полосы, при этом получают полосу, имеющую вторую величину условного предела текучести, которая на 10-50% ниже, чем первая величина условного предела текучести получаемая непосредственно после холодной прокатки на этапе d, предпочтительно на 15-40% ниже, и лежит в диапазоне 0,2% условного предела текучести 100-200 МПа, более предпочтительно 120-180 МПа, наиболее предпочтительно 140-180 МПа. ! 2. Полоса по п.1, получаемая путем холодной прокатки с обжатием, по меньшей мере, 97,5%. ! 3. Полоса по п.1, получаемая без промежуточного отжига, вызывающего рекристаллизацию материала, при этом толщина материала уменьшена больше, чем на 90% во время холодной прокатки на этапе d)
Patent RU-2007140248-A (RU)
Title: Аппликатор со смазкой для тампона
IPC: A61F13/26
Filed: 2006-03-30
Abstract: 1. Аппликатор, предназначенный для подачи вставляемого приспособления в полость тела, содержащий ! а. гильзу, имеющую наружную поверхность, вставляемый конец и противоположный захватываемый конец; и ! b. текучий смазочный материал, размещенный с возможностью сообщения по текучей среде с, по меньшей мере, частью наружной поверхности гильзы. ! 2. Аппликатор по п.1, дополнительно содержащий плунжер, расположенный так и выполненный с такой конфигурацией, чтобы обеспечить возможность его перемещения внутри гильзы для выталкивания вставляемого приспособления из гильзы и в полость тела. ! 3. Аппликатор по п.1, в котором текучий смазочный материал размещен внутри гильзы. ! 4. Аппликатор по п.1, в котором текучий смазочный материал содержится внутри резервуара. ! 5. Аппликатор по п.1, в котором гильза имеет, по меньшей мере, один канал для прохода текучей среды, расположенный между наружной поверхностью гильзы и внутренней поверхностью гильзы, расположенной по направлению к вставляемому приспособлению, пригодный для подачи текучего смазочного материала к наружной поверхности гильзы. ! 6. Аппликатор по п.5, в котором на наружной поверхности гильзы образованы отверстия, сообщающиеся по текучей среде с, по меньшей мере, одним каналом для прохода текучей среды. ! 7. Способ подачи вставляемого приспособления в полость тела, включающий в себя следующие операции: ! а. перемещение плунжера во вставляемый элемент, при этом вставляемый элемент ! i. содержит вставляемое приспособление и ! ii. имеет наружную поверхность для выдачи текучего смазочного материала к наружной поверхности вставляемого элемента; ! b. вставку вставляемого элемента в пол