baber/WOPTO huggingface dataset:
Patent MY-144241-A (MY)
Title: An electrochemical power generator
Inventor: DAUD WAN RAMLI BIN WAN
Filed: 2007-11-21
Abstract: AN ELECTROCHEMICAL POWER GENERATOR 5 THE PRESENT INVENTION RELATES TO AN ELECTROCHEMICAL POWER GENERATOR, COMPRISING: A) A HUMIDIFIER (53) CONNECTED TO AN AIR DISTRIBUTION CIRCUIT FOR HUMIDIFYING AIR FROM AN AIR INLET; B) A FTIEL CELL STACK (54) CONFIGURED WITH A PLURALITY OF CATHODES (55) AND ANODES (56) FOR GENERATING ELECTROCHEMICAL ENERGY, THE CATHODES (55) RECEIVING THE HUMIDIFIED AIR FROM THE HUMIDIFIER (53) AND THE ANODES (56) RECEIVING HYDROGEN FROM A HYDROGEN I 0 FEED (57) VIA A HYDROGEN DISTRIBUTION CIRCUIT; C) A PLURALITY OF MANIFOLDS (62) CONNECTING BOTH THE AIR DISTRIBUTION CIRCUIT AND THE HYDROGEN DISTRIBUTION CIRCUIT TO EACH END OF THE FUEL CELL STACK (54); AND D) A STACK COOLING SYSTEM (59, 601. 61) FOR REGULATING THE TEMPERATURE OF THE FUEL CELL STACK (54) WHEN ELECTROCHEMICAL ENERGY IS GENERATED. 15 THE MOST ILLUSTRATIVE DRAIVING:
Patent MY-145397-A (MY)
Title: Mechanical timing device and application of the same
Inventor: IDRIS ASSOC PROF DR MOHD AZREE BIN
IPC: A01K61/00
Filed: 2009-05-13
Abstract: THERE IS DISCLOSED A MECHANICAL TIMING DEVICE (1) ADAPTED FOR APPLICATION IN FISH REARING, AQUARIUM, AQUA CULTURE OR THE LIKES THAT COMPRISES OF A PAIR OF LIQUID CATCHMENT CONTAINERS (2,3) ARRANGED NEXT TO EACH OTHER AND SECURED TO A SHAFT (4) TO FORM A TIMER ASSEMBLY. THE TIMER ASSEMBLY SWINGS IN ONE DIRECTION UPON FILLING UP OF ONE OF THE CATCHMENT CONTAINER AND SWINGS TO ANOTHER DIRECTION UPON FILLING UP OF THE OTHER CATCHMENT CONTAINER. AN AUTOMATED FEEDER (6) FOR APPLICATION IN FISH REARING, AQUARIUM, AQUA CULTURE OR THE LIKES IS ALSO DISCLOSED TO PERIODICALLY RELEASES FEED FOR CONSUMPTION OF THE FISH AND THE LIKE AUTOMATICALLY. THE AUTOMATED FEEDER COMPRISES OF A LIQUID SUPPLY MEANS HAVING FILTRATION SYSTEM (7), A MECHANICAL TIMING DEVICE (8) AND A FEED SUPPLY MEANS (9); CHARACTERIZED IN THAT THE MECHANICAL TIMING DEVICE (8) COMPRISES OF A PAIR OF LIQUID CATCHMENT CONTAINERS (10,11) ARRANGED NEXT TO EACH OTHER AND SECURED TO A SHAFT (12) TO FORM A TIMER ASSEMBLY. THE TIMER ASSEMBLY SWINGS IN ONE DIRECTION UPON FILLING UP OF ONE OF THE CATCHMENT CONTAINER TO RELEASE THE FEED AND SWINGS TO ANOTHER DIRECTION TO COLLECT THE FEED.
Patent MY-149076-A (MY)
Title: Lamination method of adhesive tape and lead frame
Inventor: MIN-HO IM
IPC: C09J7/35
Filed: 2009-11-04
Abstract: THE PRESENT INVENTION GENERALLY RELATES TO A LAMINATION METHOD OF AN ADHESIVE TAPE (3) AND A LEAD FRAME (4), AND MORE SPECIFICALLY TO A LAMINATION METHOD OF AN ADHESIVE TAPE (3) AND A LEAD FRAME (4) THAT CAN REDUCE THE WARPAGE OF A LEAD FRAME (4) AFTER A HEATED LAMINATION PROCESS IN WHICH AN ADHESIVE TAPE (3) FOR MANUFACTURING SEMICONDUCTOR DEVICES IS ATTACHED TO THE LEAD FRAME (4), THAT SATISFIES ALL THE PROPERTIES REQUIRED FOR THE LAMINATION PROCESS, AND THAT OVERCOMES DRAWBACKS SUCH AS THE GENERATION OF ADHESIVE RESIDUES FROM ADHESIVE TAPES (3) WHICH HAVE BEEN USED IN THE PRIOR ART SEMICONDUCTOR DEVICE MANUFACTURING PROCESS AND THE LEAKAGE OF A SEALING RESIN. TO THIS END, A LAMINATION METHOD OF AN ADHESIVE TAPE (3) AND A LEAD FRAME (4) ACCORDING TO THE PRESENT INVENTION IS CHARACTERIZED IN THAT THE LAMINATION TEMPERATURE OF AN ADHESIVE TAPE SURFACE (2A) AND THAT OF A LEAD FRAME SURFACE (2B) ARE DIFFERENT FROM EACH OTHER IN A LAMINATION PROCESS OF THE LEAD FRAME (4) AND THE ADHESIVE TAPE (3) FOR MANUFACTURING ELECTRONIC PARTS, AND PREFERABLY, THE LAMINATION TEMPERATURE OF THE LEAD FRAME SURFACE (2B) IS LOWER THAN THAT OF THE ADHESIVE TAPE SURFACE (2A) BY ABOUT 1~2000C. [INDEX] ADHESIVE TAPE (3), LEAD FRAME (4), LAMINATION, LAMINATION TEMPERATURE
Patent MY-153205-A (MY)
Title: Internal combustion engine, vehicle, marine vessel, and exhaust gas cleaning method for internal combustion engine
Inventor: TAKAHASHI YUSUKE
IPC: F01N1/02
Filed: 2009-06-15
Abstract: AN INTERNAL COMBUSTION ENGINE CAPABLE OF IMPROVING CLEANING EFFICIENCY BY PREVENTING AN INCREASE IN THE TEMPERATURE OF THE EXHAUST GAS TO LESSEN THE DETERIORATION OF THE CATALYST. THE INTERNAL COMBUSTION ENGINE (1) INCLUDES A CONVERGENT SECTION (32), A DIVERGENT SECTION (33), AND A BRANCH SECTION (21). THE BRANCH SECTION (21) BRANCHES A SHOCK WAVE (35), PROPAGATING IN A DOWNSTREAM DIRECTION AT A HIGHER VELOCITY THAN EXHAUST GAS (36) FLOWING INTO AN EXHAUST PATH (16) FROM A COMBUSTION CHAMBER (10) WHEN AN EXHAUST VALVE (9) IS OPENED, FROM A PORTION OF THE EXHAUST PATH (16) WHICH IS UPSTREAM WITH RESPECT TO THE DIVERGENT SECTION (33), AND PROPAGATES THE SHOCK WAVE BACK TO THE EXHAUST PATH (16). THE EXHAUST GAS (36) IS CAUSED TO PASS THE CONVERGENT SECTION (32) AND TO COLLIDE AGAINST THE SHOCK WAVE (35) BETWEEN THE BRANCH SECTION (21) AND THE DIVERGENT SECTION (33), SO AS TO INCREASE THE PRESSURE OF THE EXHAUST GAS IN THE CONVERGENT SECTION (32), SUCH EXHAUST GAS IS CAUSED TO PASS THE DIVERGENT SECTION (33) TO GENERATE A NEW SHOCK WAVE AND TO DECREASE THE TEMPERATURE OF THE EXHAUST GAS. A CATALYST (41) OF AN EXHAUST CLEANING DEVICE (40) IS PROVIDED IN A PORTION OF THE EXHAUST PATH (16) WHICH IS DOWNSTREAM WITH RESPECT TO THE DIVERGENT SECTION (33).
Patent MY-149643-A (MY)
Title: Double packing materials for infusion solution
Inventor: GEUN KIM BOO
IPC: B29D22/00
Filed: 2008-10-15
Abstract: THE DOUBLE PACKING MATERIALS ACCORDING TO THE PRESENT INVENTION WHICH PRIMARILY PACKS THE INFUSION SOLUTION WITH A POLYPROPYLENE PACKING MATERIAL (10) AND SECONDARILY VACUUM PACKS (20) AND HERMETICALLY SEALS THE PACKED POLYETHYLENE PACKING MATERIAL WITH A MATERIAL INCLUDING AN ALUMINUM FOIL (22) ENSURES SAFETY OF THE CONTENT THEREIN FROM LIGHT AND HAS HIGH THERMAL RESISTANCE AND EXCELLENT PRESERVATION PROPERTIES THAT RESISTS TO THE DAMAGE AND TEARING BY EXTERNAL FORCE ON LONG-TERM STORAGE DESPITE THAT IT IS NOT STORED IN DARK PLACE, AND THUS IS VERY USEFUL AS THE PACKING MATERIAL FOR STORING EXPENSIVE INFUSION SOLUTION SUCH AS THE CONTRAST MEDIUM WHICH IS RADIOLOGICAL DIAGNOSTIC SOLUTION.
Patent MY-153464-A (MY)
Title: Light guide array for an image sensor
Inventor: NAM TAY HIOK
IPC: H01L27/146
Filed: 2009-07-02
Abstract: AN IMAGE SENSOR PIXEL THAT INCLUDES A PHOTOELECTRIC CONVERSION UNIT (102) SUPPORTED BY A SUBSTRATE (106) AND AN INSULATOR (110) ADJACENT TO THE SUBSTRATE. THE PIXEL INCLUDES A CASCADED LIGHT GUIDE (116, 130) THAT IS LOCATED WITHIN AN OPENING OF THE INSULATOR AND EXTENDS ABOVE THE INSULATOR SUCH THAT A PORTION OF THE CASCADED LIGHT GUIDE HAS AN AIR INTERFACE. THE AIR INTERFACE IMPROVES THE INTERNAL REFLECTION OF THE CASCADED LIGHT GUIDE. THE CASCADED LIGHT GUIDE MAY INCLUDE A SELF-ALIGNED COLOR FILTER (114B, 114G) HAVING AIR-GAPS (422) BETWEEN ADJACENT COLOR FILTERS. AIR-GAPS MAY BE SEALED FROM ABOVE BY A TRANSPARENT SEALING FILM (500). THE TRANSPARENT SEALING FILM MAY HAVE A CONCAVE SURFACE (510) OVER THE AIR-GAP (422) TO DIVERGE LIGHT AWAY FROM THE AIR-GAP INTO ADJACENT COLOR FILTERS. THESE CHARACTERISTICS OF THE LIGHT GUIDE ELIMINATE THE NEED FOR A MICROLENS. ADDITIONALLY, AN ANTI-REFLECTION STACK (230) IS INTERPOSED BETWEEN THE SUBSTRATE AND THE LIGHT GUIDE TO REDUCE BACKWARD REFLECTION FROM THE IMAGE SENSOR. TWO PIXELS OF HAVING DIFFERENT COLOR FILTERS MAY HAVE A DIFFERENCE IN THE THICKNESS OF AN ANTI-REFLECTION FILM WITHIN THE ANTI-REFLECTION STACK.
Patent OA-11320-A (OA)
Title: Apparatus for the treatment of rain water.
Inventor: PANAHI FAZLOLLAH
IPC: C02F1/00
Filed: 2000-02-18
Abstract: An apparatus (18) for receiving rain water from a water collecting means (20) and treating this water according to a treatment cycle. The apparatus has a stop tank (24) to hold incoming water while a treatment cycle is being executed in a main tank (32), so there is no mixing of the treated water with water to be treated. The main tank has various reservoirs (42, 52, 62), valves (30, 40, 50) and buoyant elements (68, 70), and the water flow is strictly controlled by gravity and the buoyancy of the water. Treating solutions such as a mineral solution and a chloride solution are added in predetermined quantities to the water during the treatment cycle, and the treated water is stored into a storage tank (22).
Patent OA-11497-A (OA)
Title: Bicyclic hydroxamic acid derivatives.
Inventor: ROBINSON RALPH PELTON
IPC: C07D493/08
Filed: 2000-10-06
Abstract: A compound of formula (I), wherein Z and Q are as defined in the specification, to pharmaceutical compositions containing them and to their medicinal use.
Patent OA-12250-A (OA)
Title: Solids-stabilized water-in-oil emulsion and methodfor using same.
Inventor: VARADARAJ RAMESH
IPC: C09K8/58
Filed: 2001-04-05
Abstract: A method for enhancing the stability of a solids-stabilized water-in-oil emulsion by pretreating the oil prior to emulsification. The pretreatment step can be accomplished by adding dilute acid to the oil, adding a lignosulfonate additive to the oil, sulfonating the oil, thermally oxidizing the oil, thermally treating the oil in an inert environment, and combinations thereof. The emulsion can be used in enhanced oil recovery methods, including using the emulsion as a drive fluid to displace hydrocarbons in a subterranean formation, and using the emulsion as a barrier fluid for diverting flow of fluids in the formation.
Patent OA-12331-A (OA)
Title: Method for making a quasi-incompressible phase-change material with low thermal conductivity, and resulting product.
Inventor: CHOMARD ANGELE
IPC: E21B17/01
Filed: 2001-04-24
Abstract: The invention concerns a method for making a quasi-incompressible phase-change material (PCM) having low thermal conductivity, the resulting products and their uses. The method consists in combining with a phase-change material (PCM) in liquid state a thickening agent selected to reduce significantly thermal convection, the formed material having, depending on the combinations performed, a gelled structure or a colloidal dispersed system. The PCM consists of a mixture of chemical compounds of the family of alkanes, paraffins, waxes, fatty alcohols, fatty acids and the like, and the thickening agent can be organic (aromatic ureas), organometallic (alkaline or alkaline-earth soaps) or purely inorganic (silica, silico-aluminates such as bentonite made oleophilic). The invention is useful for thermal isolation of containers or ducts, and in particular for thermal insulation of hydrocarbon ducts.
Patent OA-12275-A (OA)
Title: Bicyclic cyclohexylamines and their use as NMDA receptor antagonists.
Inventor: NIKAM SHAM SHRIDHAR
IPC: C07D263/58
Filed: 2001-05-08
Abstract: Described are bicycle-substituted cyclohexylamines of Formula (I) and their pharmaceutically acceptable salts thereof. The compounds are antagonists of NMDA receptor channel complexes useful for treating cerebral vascular disorders such as, for example, cerebral ischemia, cardiac arrest, stroke, and Parkinson's disease. The substituents are defined in the specification.
Patent OA-12934-A (OA)
Title: Novel method for the industrial synthesis of strontium ranelate and the hydrates thereof.
Inventor: VAYSSE-LUDOT LUCILE
IPC: C07B61/00
Filed: 2003-09-22
Abstract: Industrial synthesis of strontium ranelate (I) involves reacting a dialkyl 3-oxoglutarate with malononitrile in methanol in presence of morpholine; reacting with sulfur at reflux; reacting alkyl 5-amino-4-cyano-3-(2-methoxy-2-oxoethyl)-2-thiophene-carboxylate with an alkyl bromoacetate in presence quaternary ammonium compound and potassium carbonate at reflux; and reacting the obtained tetraester with strontium hydroxide.  Industrial synthesis of strontium ranelate of formula (I) (or its hydrates) involves: (a) reacting a dialkyl 3-oxoglutarate of formula ROOC-CH2COCH2-COOR (IV) with malononitrile (V) in methanol, in presence of morpholine in an amount of more than 0.95 moles per mole of (IV);  (b) reacting the obtained enolate salt of formula (VI) with sulfur in an amount of more than 0.95 moles per mole of (IV), heating the mixture at reflux and isolating the product by precipitation with water followed by filtration;  (c) reacting the obtained thiophene derivative of formula (III) with a bromoacetate of formula BrCH2COOR' (VII) in presence of a catalytic amount of at least one 8-10C quaternary ammonium compound of formula R1R2R3R4N+.X- (A) and potassium carbonate at reflux in an organic solvent, followed by filtering, concentrating by distillation, adding a cosolvent, cooling, filtering again and drying the obtained powder; and  (d) reacting the obtained tetraester of formula (II) with strontium hydroxide in an amount of at least 2 moles per mole of (II) under reflux in water, followed by filtering the hot mixture, washing the precipitate with boiling water and drying the obtained powder to give (I). R, R', R1  =  1-6C alkyl;  R2 - R4  =  8-10C alkyl;  X  =  halogen. Independent claims are included for: (1) Preparation of (III) from (IV) via (VI) as described above; and  (2) Preparation of (I) from (II) as described above.
Patent RU-2002118686-A (RU)
IPC: A23L11/00
Filed: 2000-12-14
Abstract: The invention provides process or method of malting cereal seeds, such as barley, wheat, rye, corn, oats, rice, millet and sorghum  which process includes reducing the microbial level in the seeds prior to steeping, malting and the introduction of a starter culture used in the malting process. According to the invention, the reduction of microbial levels permits efficient use of starter cultures, such as molds, yeasts, bacteria, spores and activated spores.
Patent RU-2002124603-A (RU)
IPC: B65D23/10
Filed: 2000-06-09
Abstract: The bottle holder is designed for a PET bottle that is awkward to incline in order to pour its content (non-alcoholic beverages or mineral water) because the bottle lies awkwardly in one's hand(s). The top part of the holder is fastened to the bottleneck, and the lower part clasps the bottle at approximately two thirds to one half of the bottle's height. The fastening part features a device that prevents the bottle's axial movement prior to a radial movement of the holder in relation to the bottle.
Patent RU-2004104018-A (RU)
IPC: G10D13/02
Filed: 2004-02-11
Abstract: The damping element (10) is inserted into a bass drum, and is designed in the form of a pillow which has an upper side (15) and an underside (16). One or more materials (19) having sound-absorbing properties are arranged between upper side (15) and underside (16). A holder (18) for securing a microphone is placed on the upper side (15) of the damping element (10). This prevents microphone stands situated in front of the percussion instrument from being knocked over, and enables a good sound reception for a microphone.
Patent RU-2004125650-A (RU)
IPC: E05D5/08
Filed: 2003-10-24
Abstract: A mounting arrangement for glass doors includes an upper mounting having a mounting body with a clamping device for the glass leaf and a displaceable bearing pin for engaging in a counterbearing at a transom and a lower mounting with a mounting body with a clamping device for the glass leaf, and with a receiving recess for a floor door closer or a floor bearing. The two mounting bodies are arranged parallel to the vertical axis (H) of the glass leaf, and each clamping device is provided with longitudinally extending grooves for receiving fastening screws which project through screw holes in the clamping device and bore holes in the glass leaf. A clamping insert is provided for inserting into the grooves and has a recess for a cover panel. The mounting body and the counterbearing can be covered by means of covers, wherein the cover is provided with elongated holes which extend under the clamping insert and cover panel. Lift-out protection is provided in the upper mounting for the all-glass leaf in the closed position.
Patent RU-2006110113-A (RU)
IPC: A61B1/00
Filed: 2006-03-29
Abstract: A trocar obturator includes a shaft having a proximal end and a distal end. The shaft also includes an outer surface. A tip member is secured to the distal end of the shaft, the tip member including a first end and a second end, as well as an outer surface. A keyed coupling structure links the tip member to the shaft, wherein the shaft adjacent the tip member tapers to a surface diameter substantially coextensive with the outer surface of the tip member and the tip member adjacent the shaft tapers to a surface diameter substantially coextensive with the outer surface of the shaft.
Patent RU-2006124736-A (RU)
IPC: B65D77/20
Filed: 2005-03-31
Abstract: A lid for closing containers includes an at least two-layered composite assembly. A layer facing the container seals against a container edge and forms an opening by layer separation, for removing contents. The layers have a continuous construction without weakening lines. The layer facing the container is made mainly of a plastic having an intrinsic tearing resistance being lower in the region of the opening than its adhesion to the layer facing away from the container in a remaining region and an adhesion to the container edge being greater at least in the region of an opening aid than to the other layer. The plastic adheres so strongly to the outer layer in the region of the opening that a region corresponding to the opening is torn out upon opening and a remaining layer of the lid facing the container continues to adhere to the container edge by sealing action.
Patent RU-2006127550-A (RU)
IPC: E06B3/663
Filed: 2005-02-04
Abstract: A method for forming an insulating glazing unit (6) comprising the steps of (A) providing a spacer body (10) in an automated apparatus adapted to create insulating glazing units; the spacer body (10) having at least two sides adapted to engage the inner surfaces of the glass sheets (22) that are used to form the insulating glazing unit (6); (B) applying a sealant (18) to the spacer body (10) after step (A) to form a sealant-laden spacer body (10) with portions of the sealant disposed adjacent to each of the sides adapted to engage the inner surfaces of the glass (22); (C) forming a spacer frame from the sealant-laden spacer body (10) after step (B) while applying the sealant-laden spacer body (10) to a glass sheet (22); the method being free of the step of manually handling the sealant-laden spacer body after step (B); and (D) using the spacer frame to form an insulating glazing unit (6).
Patent RU-2006133680-A (RU)
IPC: B23Q16/08
Filed: 2006-09-20
Abstract: The apparatus has a clamping body member (2) including a clamping chamber (8) with polygonal cross section, where the body member is adapted to receive a polygonal shaft (28) of a work piece. A reference surface (16a-18a) is provided on the body member for defining a position of the shaft which is clampingly retained in the clamping chamber in two directions. The reference surface has cylindrical stop pin members (16-18) provided in the clamping body member, where the stop pin members are made of a material that is harder than a clamping body member.
Patent RU-2006143349-A (RU)
Title: Стенд для испытания жидкостных ракетных двигателей
IPC: G01M15/00
Filed: 2006-12-08
Abstract: 1. Стенд для испытания жидкостных ракетных двигателей, содержащий цилиндрический корпус с горизонтально расположенным в нем перекрытием, над которым образована газожидкостная камера, а под ним резервуар с технологической водой, причем газожидкостная камера соединена с резервуаром через отверстия в перекрытии, которые расположены на его периферии, кроме того, в этой камере установлен участок газодинамического тракта, расположенный по касательной к внутренней ее стенке, кроме того, в цилиндрическом корпусе резервуара выполнены окна для подачи воды, причем соосно с корпусом на перекрытии установлен цоколь с окнами для отвода выхлопных газов, на котором закреплена труба рассеивания, кроме того, в резервуаре установлено устройство для удаления продуктов неполного сгорания с дна резервуара, которое включает всасывающий трубопровод, соединенный с водяным насосом, и заборный патрубок, установленный над полом, отличающийся тем, что в качестве водяного насоса применен эжектор, форкамера которого соединена с всасывающим трубопроводом, а его сопло соединено с выходом многосекционного насоса, причем выход из эжектора подстыкован к входу насоса, засасывающего воду из резервуара, а заборник всасывающего трубопровода выполнен в виде патрубка, на цилиндрической поверхности которого расположен ряд отверстий, а его торец закрыт заглушкой, причем указанный патрубок помещен в приямок, выполненный в центре дна резервуара, над приямком установлена коническая крышка, причем между торцом конической крышки и дном резервуара образован зазор, а поверхность дна выполнена наклонной к центру под острым углом.2. Стенд по п.1, отл�
Patent RU-2006143563-A (RU)
Title: Проточное лабораторное устройство для гидрирования и лабораторный способ гидрирования с использованием этого устройства
IPC: B01J10/00
Filed: 2005-05-09
Abstract: 1. Проточное лабораторное устройство (100; 200; 300) для гидрирования введенных образцов ниже значений надкритических давлений, включающее резервуар (104; 204), подающий насос (102; 202), собирательный элемент (108; 208) с двумя входами и выходом, реактор (110; 210; 310-1,..., 310-m) гидрирования и узел (112; 212) регулирования давления, все соединенные в линию потока, а также источник (126; 226) водорода и клапан (120; 220), направляющий поток газа в одном единственном направлении и расположенный между источником (126; 226) водорода и вторым входом собирательного элемента (108; 208), где узел (112; 212) регулирования давления расположен на линии потока после реактора (110; 210; 310-1,..., 310-m) гидрирования, отличающееся тем, что подающий насос (102; 202) представляет собой насос, создающий постоянную объемную скорость, а резервуар (104; 204) в качестве исходного раствора содержит по меньшей мере растворитель для образца, который нужно гидрировать, где реактор (110; 210; 310-1,..., 310-m) гидрирования соединен с линией потока при помощи разъемных соединений и изготовлен в виде сменного картриджа, содержащего внутри насадку, повышающую гидравлическое сопротивление и облегчающую смешение жидких и газообразных компонентов, и где узел (112; 212) регулирования давления снабжен электрически контролируемой регуляцией с пределами регулирования в соотношении по меньшей мере 1:6, и поддерживает на линии потока заданное давление, величину которого регулируют одновременно с течением исходного раствора через реактор (110; 210; 310-1,..., 310-m) до уровня ниже, чем значения надкритических давлений исходного раствора.2. Лабораторное устройство (200; 300) для гидрирования по п.1, отличающееся тем, что оно включает по меньшей мере
Patent RU-2007113543-A (RU)
Title: Устройство для воздействия на биообъект
IPC: A61N5/06
Filed: 2007-04-11
Abstract: 1. Устройство для воздействия на биообъект, содержащее блок питания и излучатель, отличающееся тем, что оно содержит набор сменных электроразрядных излучателей на основе искрового и скользящего разряда с открытым разрядным промежутком в воздухе при атмосферном давлении, а блок питания включает генератор высоковольтных электрических импульсов микросекундного диапазона длительности с однократным и частотным режимом.2. Устройство по п.1, отличающееся тем, что излучатель на основе искрового разряда выполнен в виде коаксиально расположенных электродов с возможностью перемещения их вдоль оси и расположенных в диэлектрическом корпусе.3. Устройство по п.1, отличающееся тем, что излучатель на основе точечного искрового разряда выполнен в виде двух противостоящих заостренных электродов, расположенных в прозрачном для оптического излучения диэлектрическом корпусе с возможностью подсоединения к нему световода для передачи излучения к месту воздействия.4. Устройство по п.1, отличающееся тем, что излучатель на основе скользящего разряда выполнен в виде электродов, расположенных с противоположных сторон на диэлектрическом основании, выполненном из материала с относительной диэлектрической проницаемостью в пять и более раз превышающей диэлектрическую проницаемость воздуха.