baber/WOPTO huggingface dataset:
Patent RU-2005781-C1 (RU)
Inventor: LAUKNER IRINA V
IPC: C12N1/20
Filed: 1991-06-06
Granted: 1994-01-15
Abstract: FIELD: microbiology. SUBSTANCE: strain B. melitensis 1-297 is isolated from patient. Strain does not dissociate, it is agglutinated with polyvalent brucellosis serum (up to titer 1: 3200), monoserum antimelitensis (1: 160), but not with monoserum antiabortus. Antigenic properties: in rabbits immunization strain induces formation of specific antibodies. Serum shows positive reaction in IEA: 1: 1827889 1:1827889 ± 155887 155887. Strain B. melitensis ! -297 is deposited in Collection of living culture at No. 791. EFFECT: isolation of strain indicated above.
Patent RU-2054150-C1 (RU)
Inventor: ANDRIANOV EVGENIJ A
IPC: F28F9/08
Filed: 1991-06-10
Granted: 1996-02-10
Abstract: FIELD: cooling engineering. SUBSTANCE: thin-walled shell 1 with washers 6 expanded inside the shell are used for the assembling. The washers undergo a working axial effort equal to 215- 260 kgf/cm. After that the stack of washers 6 undergoes an additional axial effort equal to 50-100 kgf/cm by way of its fixation using a thread stop. EFFECT: enhanced reliability. 3 dwg
Patent RU-2019275-C1 (RU)
Title: Method for dry purification of hot gas stream against hydrogen chloride and steams of metal chlorides and device for its realization
Inventor: PROKHOROV VALERIJ A
IPC: B01D53/34
Filed: 1991-06-18
Granted: 1994-09-15
Abstract: FIELD: purification of gases. SUBSTANCE: hot gas stream containing impurities of HCL and steams of metal chlorides is injected into reactor, content of said steams being determined preliminary. Ammonia is fed into the same reactor, its excess is 5 mass % as calculated for quantity needed for production of metal nitrides. Solid phase products of reaction being metal nitrides are captured by inertial filter. Then gas stream is filtered through nozzle of CaCO 3  granules to purify against HCL. Temperature of nozzle is 400-500 C. Device for carrying out said method has body with bin; reactor with nozzles for feeding ammonia; electrically heated nipple, one of its edge is connected with mentioned above bin; heated nozzles with CaCO 3  granules. Said reactor is displaced inside bin, inner wall of said bin has heating surface. Degree of purification against HCL and against silicium and titanium chlorides is 93% and 95-96% respectively. EFFECT: improves efficiency of the method. 3 cl, 1 dwg, 1 tbl
Patent RU-2000976-C1 (RU)
Inventor: BANNIKOV VITALIJ M
IPC: B61L1/16
Filed: 1991-06-05
Granted: 1993-10-15
Abstract: Использование: дл  счета подвижных единиц. Сущность изобретени : устройство содержит 2 путевых  датчика. 6 формирователей импульсов. 1  элемент, 2 сумматора. 4 блока определени  оснос-  ти, регистратор проследовани  подвижных единиц.  5 элементов ИЛИ. 1 блок разв зки, 2 коммутатора и  элемент задержки, 1 - 3 - 29 - 6 - 15 - 28 - 18 -  26 - 20, 18 - 23 - 22 - 11 - 13 - 14 - 19 - 24 -  12 - 20, 29 - 7 - 16 - 27 - 17 - 26.18 - 24. 17 -  28.17 - 23.17 - 24.29 - 9 - 19 - 26. 19 - 27, 19 -  23.9 - 21 - 13,14 - 19.14 - 27.14 - 28,17 - 28,6  - 7 - 8 - 9. 8 - 16.10 - 25 - 05, 2 - 4 - 5 - 6. 4 -  20.3 зп ф-лы,бил
Patent RU-2077538-C1 (RU)
Inventor: PAUL DEVID GESELLCHEN
IPC: C07K5/087
Filed: 1991-09-26
Granted: 1997-04-20
Abstract: Thrombin inhibitors represented by the formula as provided wherein A(C=O)- is, interalia, phenylglycyl, cyclohexylglycyl, cyclohexenylglycyl, thienylglycyl or naphthylglycyl, wherein the α-amino group is preferably substituted by alkyl e.g. methyl or an alkoxycarbonyl, cycloalkoxycarbonyl or arylkoxycarbonyl group e.g. t-butyloxycarbonyl. A(C=O)- also represents an α-substituted acetyl group such as α-methoxyphenylacetyl; or a bicyclic group such as a tetrahydroisoquinolin-1-oyl group; or a 1-amino or (substituted amino) cycloalkylcarbonyl group such as 1-aminocyclohexylcarbonyl. Also provided are a method for inhibiting the formation of blood clots in man and animals by administering a thrombin inhibitor of the above formula and pharmaceutical formulations useful in the method.
Patent RU-2020472-C1 (RU)
Inventor: GAVRILOV ALEKSANDR M
IPC: G01N29/024
Filed: 1991-09-10
Granted: 1994-09-30
Abstract: FIELD: control and measuring instruments. SUBSTANCE: device comprising HF generator, LF generator, two selective amplifiers, accuracy receiver and radiator has a balance modulator whose inputs are connected to LF and HF generators and which is loaded on radiator, series-connected quadrator, low frequency filter and phase meter cut in between outputs of first and second selective amplifiers. EFFECT: higher accuracy of measurements. 2 dwg
Patent RU-2037991-C1 (RU)
Title: Method and device for harvesting tuber crops
Inventor: KULKIN ALEKSANDR I
IPC: A01D17/00
Filed: 1991-09-09
Granted: 1995-06-27
Abstract: FIELD: agricultural engineering. SUBSTANCE: method for harvesting tuber crops comprises undercutting of beds, destroying them by impact loads throughout their width from underneath at individual sections alternating in transverse direction, distributing the components of destroyed beds in a crosswise direction and shaking down the soil. The device for realization of said method comprises successively arranged at least one share 2, rotor 3 in the form of a transverse shaft whose surface is provided with rows of impact members 4 which are overlapping and offset relative to the adjacent impact members 4 of the adjacent rows, and at least one elevator 8. Impact members 4 of rotor 3 are located behind each undercutting share 2 over at least two helical lines 5 and 6 located on each of the opposite sides from the longitudinal axes of share 2 and directed towards said axes. On each portion of each helical line 5 and in each row of members on the shaft there are at least two impact members 4 while said members proper in the adjacent helical lines 5 and 6 are overlapping and offset from one another along the shaft axis. EFFECT: improved functional and operating characteristics. 2 cl, 1 dwg
Patent RU-2069870-C1 (RU)
Title: Gamma-chamber on the base of thick scintillator for registering gamma radiation with 0,5-5,0 mev energy
Inventor: PERKOV ALEKSANDR I
IPC: G01T1/20
Filed: 1991-10-24
Granted: 1996-11-27
Abstract: FIELD: gamma radiation coordinate-sensitive detectors. SUBSTANCE: coordinate-sensitive detectors are disposed in light guides along axes of symmetry being parallel to ribs of bases of the light guides. The detectors are located at the side where lower bases of thin recesses are disposed. Thin recesses are filled with non-transparent black matter which is in optical contact with walls of the recesses. depths of the recesses are chosen in such a manner to provide higher slope of amplitude-spatial characteristics. EFFECT: improved reliability of operation. 4 dwg
Patent RU-2002667-C1 (RU)
Inventor: VOLKOV SERGEJ E
IPC: B63H25/46
Filed: 1991-12-06
Granted: 1993-11-15
Abstract: Изобретение относитс  к судостроению и может  быть использовано дл  экстренного торможени  крупнотоннажных судоа Сущность изобретени :  устройство дл  экстренного торможени  судна  содержит продольно-поперечные каналы 2, выполненные  в корпусе судна 1 ниже ватерлинии и перекрытые  крышками. Оно снабжено расположенными  в отдельном отсеке газогенератором 5 твердого топлива и сообщенной с ним посредством газохода  6 газовой турбиной 7 с выпускным трактом 8. В  стенке по крайней мере одного продольно-поперечного  канала 2 выполнено сквозное отверстие, в  котором посредством герметичной муфты 9 установлен  вал 10. На обращенном в канал конце вала  10 закреплен гребной винт 12. передние по направлению  вращени  вала кромки лопастей которого  обращены к кормовой части судна 1, а противоположный  конец вала 10 соединен с газовой турбиной  7. Выпускной тракт 8 газовой турбины 7 выполнен  в виде установленного вокруг стенки канала 2  кольцевого коллектора 15. Внутренн   полость  кольцевого коллектора 15 сообщена с продольно-  поперечным каналом 2 посредством отверстий в  стенке канала, перекрытых вышибными заглушками  16. Кольцевой коллектор 15 установлен перед  гребным винтом 12 со стороны носовой части судна  1. 1 зп ф-лы,2ид
Patent RU-2066239-C1 (RU)
Title: Apparatus for production, separation and drying of chemical-pharmaceutical industries products
Inventor: KHALIN NIKOLAJ FEDOROVICH
IPC: B01F7/18
Filed: 1991-12-09
Granted: 1996-09-10
Abstract: FIELD: method allows to accelerate vegetable raw materials ( grist ) drying after its separation by different organic solvents. SUBSTANCE: apparatus has body made in the form of cylinder with hollow walls for heat-carrier and discharge device in the bottom, lid with branch pipes, in one of which on driving shaft there are stirring blades. Shaft and blades are made hollow and are communicating with each other with formation of hermetically sealed capacity. Shaft has rigidly fixed with it and located in cavity coaxially to it pipe with branching introduced in cavities of blades. Blades have through holes, each of which has intake, that is located along edge of hole, used for raw material stream direction. EFFECT: increased productivity. 3 dwg
Patent RU-2000771-C1 (RU)
Inventor: GRITSENKO ANATOLIJ G
IPC: A61H23/00
Filed: 1991-12-13
Granted: 1993-10-15
Abstract: Изобретение относитс  к медицине и может быть применено при лечении миокардита Цель повышение  эффективности лечени  Способ осуществл ют  следующим образом. Провод т мануальное  воздействие на позвоночник на уровне С -0 , L - S с усилием 10-25 кг/см в течение  15-20 сеансоа Эффективность лечени  повышаетс  на 60%
Patent RU-2060808-C1 (RU)
Inventor: SHENER VLADIMIR L
IPC: B01F11/00
Filed: 1991-09-13
Granted: 1996-05-27
Abstract: FIELD: mechanical engineering. SUBSTANCE: equalizer is disposed in mixer above central part of apparatus housing and is made in the form of chutes placed on above another. The chutes have shape of half-cylinders of variable length. Outgoing ends of chute have slanting cut. EFFECT: enhanced quality of finished mixture of loose materials, expanded technological opportunities of apparatus. 3 dwg
Patent RU-2012309-C1 (RU)
Title: Climatic chamber
Inventor: STARTSEV VLADIMIR A
IPC: A61G10/02
Filed: 1991-12-29
Granted: 1994-05-15
Abstract: FIELD: medical engineering. SUBSTANCE: climatic chamber incorporates filter-saturator which is provided with nozzle 5 that guards space for patients from filter-saturator and whose free end is positioned at level of patients' respiratory organs. Air discharge opening 2 is located in line with nozzle 5 and its cross-sectional area is greater than that of nozzle outlet. EFFECT: broader range of applications, lighter construction, lower capital and operational costs, simpler erection and dismantling operations, and effective saturation of air inhaled by patients with curative matter. 7 cl, 1 dwg
Patent RU-2007013-C1 (RU)
Inventor: FOMIN VLADIMIR M
IPC: H02M1/08
Filed: 1991-11-04
Granted: 1994-01-30
Abstract: FIELD: radio engineering. SUBSTANCE: device has phase voltage control channels 1. . 3, line voltage control channels 4. . 6, unit of logic generators. Each control channel 1. . . 6 has zero voltage indication unit 8 (9. . . 13) which output is connected to S-input of main RS-flip-flop 20 (21. . . 25) through shaper 14 (15. . . 19) and to S-input of additional RS-flip-flop 38 (39. . . 43) through inverter 26 (27. . . 31) and additional shaper 32 (33. . . 37). Main RS-flip-flops 20. . . 25 are connected in ring so that inverse output of flip-flop from next channel is connected to R-input of previous channel. Additional RS-flip-flops 38. . . 39 are connected in ring circuit too. In addition additional R-inputs of main and additional flip-flops in each channel 1. . . 6 are connected to inverse inputs of each other. Direct and inverse outputs of main RS-flip-flops 20. . . 25 and additional RS-flip-flops 38. . . 43 are connected to inputs of AND gates having three inputs. EFFECT: increased functional capabilities. 4 dwg
Patent RU-2040940-C1 (RU)
Title: Gas-lifting apparatus
Inventor: SAVELEV NIKOLAJ IVANOVICH
IPC: B01J10/00
Filed: 1992-01-27
Granted: 1995-08-09
Abstract: FIELD: realization of gas-liquid chemical and heat-mass-exchanging processes with big heat effect. SUBSTANCE: apparat has bundle of bubbling and circulating pipes, fixed in pipe holding gratings and located in cylindrical vertical body; upper chamber with vertical plates and lower chamber with gas-distributing device. Gas-distributing device is made as horizontal partition with holes along axes of bubbling pipes. Space between partition and lower pipe holding grating is divided by vertical bridges for several parts. In the case bridges are shifted in respect to plates in upper chamber so, that multi-pass canal is created for liquid movement from inlet coupling to outlet coupling. EFFECT: gas-lifting apparatus allows to decrease dispersion time of liquid reactant presence in it due to reactant multi-pass movement through operational zone. 1 dwg
Patent RU-2037745-C1 (RU)
Title: Method of indirect evaporative cooling of air in rooms and device for its realization
Inventor: MOROZOV VIKTOR A
IPC: F24F1/0059
Filed: 1992-03-18
Granted: 1995-06-19
Abstract: FIELD: air cooling systems. SUBSTANCE: main flow of air is passed through dry passage which is in heat exchange relation with wet passage; then auxiliary flow is separated from main flow which is passed as counter-flow relative to main flow along wetted surface of wet passage after which it is discharged into atmosphere; main flow is formed through mixing the atmospheric air with room air before admitting it to dry passage and auxiliary flow is divided into two flows which are passed through both outer surfaces of dry passage. Device for realization of this method has housing with sump, heat exchange surfaces made of plates in form of sections which form dry passages together with walls made of moisture-proof material for dry air and wet passages made of capillary porous material for wet air; besides that, device is provided with delivery fan and inlet and outlet branch pipes; two wet passages correspond respectively to each dry passage of one section; wet passages are arranged symmetrically relative to dry passage; each wet passage is formed by outer wall of dry passage and surface of capillary porous material; inlet branch pipe is connected with atmosphere and with room. EFFECT: enhanced reliability. 3 cl, 3 dwg
Patent RU-2055567-C1 (RU)
Title: Устройство для баромассажа
Inventor: ASTAKHOV VLADIMIR M
IPC: A61H9/00
Filed: 1991-10-14
Granted: 1996-03-10
Abstract: Использование: в области медицинского приборостроения для лечения радикулитов, остеохондрозов и острой сердечной недостаточности. Сущность изобретения: устройство содержит соединительные магистрали, вакуумный насос, ресивер, вакуумные банки и коммутатор, фильтр, установленный на выходе, входной коллектор и коллектор сброса вакуума, соединенные через первый ряд электропневмоклапанов и дросселей, установленных между электропневмоклапанами и вакуумными банками. 2 з.п. ф-лы, 4 ил.
Patent RU-2053375-C1 (RU)
Inventor: GORLOV ALEKSANDR A
IPC: F01K13/00
Filed: 1992-01-31
Granted: 1996-01-27
Abstract: FIELD: heat-power engineering. SUBSTANCE: housing 1 is provided with inner horizontal support 2 and cover 3. Fitted between housing 1 and cover 3 is blind detachable partition 4 which separates chamber at normal atmospheric pressure (above partition) from chamber at pressure equal to pressure in condenser. Turbine 5 having steam inlet and exhaust branch pipes and generator 6 are connected by means of their rotors 7 and 8 with the aid of gear wheels. Pump 9 having impeller and inlet and outlet branch pipes is located under horizontal support. Pump impeller is mounted on rotor 10 which is connected with rotors of turbine and generator 6 by means of bevel gear wheel; axes of rotors of turbine 5, generator 6 and pump 9 are mutually perpendicular. Mounted coaxially with generator is false shaft 11 connected with rotors of turbine 5 and pump 9 by means of bevel gear wheel. Steam generator 12 is located outside the housing gear wheel. Steam generator 12 is located outside the housing in zone of heat source and is connected with outlet branch pipe of pump 9 and inlet branch pipe of turbine 5 by means of pipe lines 13 and 14. Heat exchanger of condenser 15 is located outside the housing in zone of heat receiver and is connected with turbine exhaust branch pipe and condensate receiver 16 by means of flexible pipe lines 17 and 18. Condensate receiver 16 located in lower portion of housing is made in form of cylinder whose cross section falls far short of cross section of housing. EFFECT: enhanced reliability. 2 cl, 1 dwg
Patent RU-2081543-C1 (RU)
Title: Seeding unit
Inventor: YARMAGOMEDOV ABUMUSLIM N
IPC: A01C7/04
Filed: 1992-04-21
Granted: 1997-06-20
Abstract: FIELD: agricultural engineering, in particular, precision drilling units. SUBSTANCE: seeding unit has disk 1 with cells 2 and 3 positioned at an angle to rim. Cells 2 and 3 are adapted for receiving seeds and fertilizers, respectively, and disposed on rim of disk 1. Seeding unit is further provided with seed and fertilizer baffle 4 with holes 6 for passage of seeds and fertilizer to cells 2 and 3 and with holes 7 and 8 for supplying air to cells 2 and 3; hopper 9 with seed and fertilizer sections I and II; tedders 10 and 11 mounted on common shaft 12 and disposed in sections I and II of hopper 9, with shaft 12 being driven by seeding shaft 13 through hitch belt drive 14; supporting plate 15 with seed and mineral fertilizer discharge openings 16, 17; springs 18,19 for regulating friction force value between disk 1, baffle 4 and supporting plate 15; branched manifold 20 for supplying air (exhaust gas) to holes 7 and 8 of seed and mineral fertilizer baffle 4 to provide for blowing seeds and mineral fertilizer from cells 2 and 3 of disk 1. Air is supplied into manifold 20 from exhaust pipe of tractor. Urged by air (exhaust gases), seeds and mineral fertilizer are removed from cells 2 and 3, fed through holes 16 and 17 into seed guide and fertilizer guide 22 and further into respective holes of share 23 and into hole 24 (mineral fertilizer) and hole 25 (seeds). EFFECT: increased efficiency, simplified construction and enhanced reliability in operation. 3 cl, 4 dwg
Patent RU-2038148-C1 (RU)
Title: Grinding body
Inventor: CHIZHIK EVGENIJ FEDOROVICH
IPC: B02C17/20
Filed: 1992-05-12
Granted: 1995-06-27
Abstract: FIELD: mining industry. SUBSTANCE: body has a ball-shaped flexible housing whose flat surfaces are provided with spherical bulges. The height of bulges does not exceed that of ball segments. The inner space of the grinding body is one- fourth - one-third of its diameter and filled with flexible porous material. The spherical bulges are an extension of additional wear-resistant balls. The additional balls are flexibly connected to each other and to the mass of housing. A polymeric rope is used as flexible connection. EFFECT: higher efficiency and reliability. 1 cl, 1 dwg
Patent RU-2022201-C1 (RU)
Inventor: EVTEEV VALERIJ N
IPC: F17C1/00
Filed: 1992-05-18
Granted: 1994-10-30
Abstract: Сущность изобретения: баллон для сжатых и сжиженных газов включает наружную и внутреннюю цельноштампованные оболочки с дном, размещенные одна в другой так, что донная часть одной образует горловину баллона, а донная часть другой - дно баллона. Сопрягающиеся поверхности оболочек образуют натяг, уменьшающийся от максимальной величины в части, прилегающей к горловине, до минимальной у дна баллона. Толщина стенок оболочек уменьшается от дна к краю. При этом край наружной оболочки огибает придонную часть внутренней оболочки. Дно баллона может иметь опорную поверхность в виде кольцевого выступа по периферии дна и быть переменной толщины, минимальной в центре. Горловина баллона может быть размещена в его внутренней полости и выполнена в виде полого усеченного конуса, обращенного меньшим основанием внутрь баллона. Способ изготовления такого баллона включает получение холодной штамповкой наружной и внутренней оболочек в виде стаканов с дном, формообразование горловины баллона в донной части одной из оболочек, нарезание резьбы в горловине. Донной части другой оболочки придают переменную толщину и формообразуют опорную поверхность в виде кольцевого выступа по периферии. Способ включает также сборку, перед которой при необходимости наносят или покрытие, или герметик, или клеящий состав, или их комбинации. При сборке оболочки вставляют одна в другую открытыми концами, образуя натяг между их стенками. Край наружной оболочки суживают огибая придонную часть внутренней оболочки. 2 с. и 2 з.п. ф-лы, 1 ил.
Patent RU-2018862-C1 (RU)
Title: Method of checking approach to moorage of vessels with preset length
Inventor: BORISOV TENGIZ N
IPC: G01S13/42
Filed: 1992-03-17
Granted: 1994-08-30
Abstract: FIELD: radio location. SUBSTANCE: probing radiolocation signals are radiated in the direction of the vessel from N point, moved apart. Reflected probing radiolocation signals are received in N points, moved apart. These reflected signals are used for measurement of distances to the vessel and relative speed of the vessel. These N points are disposed onto the same direct line along the moorage and moved apart one relatively another for equal distance d= (0.2-0.5)l. Probing radiolocation signals are radiated from N points, moved apart, in form of basic beams, which have angular opening 6-12 deg. in any point, moved apart, which have parallel axes. For single extreme point additional beam is used with angular opening 6-12 deg., axis of the beam is disposed at angle of 25-50 deg. to parallel axes of N basic beams. N+1 probing radiolocation signals are used for measuring distribution of distances to the vessel relatively the straight line. EFFECT: improved precision. 2 dwg
Patent RU-2061480-C1 (RU)
Title: Противоопухолевое средство (варианты)
Inventor: KISLYAKOVA NONNA D
IPC: A61P35/00
Filed: 1992-06-26
Granted: 1996-06-10
Abstract: Изобретение относится к медицине, в частности к экспериментальной и клинической онкологии, и может быть использовано в лечении гормоночувствительных раковых опухолей у женщин, а также в запущенных случаях при потере опухолями гормоночувствительности. Предлагаемое лекарственное средство состоит из механической смеси 2 - 4 г ДL-валина и малой нетерапевтической дозы 0,020 - 0,025 г метилтестостерона при воздействии на гормоночувствительные раковые опухоли у женщин и из механической смеси 2 - 4 г ДL-валина, 0,005 - 0,010 г метандростенолона и 0,3 - 0,5 г фтивазида при воздействии на раковые опухоли, не имеющие гормоночувствительности. Технический результат использования предлагаемого средства заключается в том, что даже в запущенных случаях уменьшаются размеры опухолей, иногда до полного рассасывания, снимается полностью болевой синдром, у инкурабельных больных значительно продлевается жизнь с удовлетворительным субъективным состоянием, а иногда с рассасыванием опухолей. Применение этого средства не сопровождается никакими токсическими явлениями: оно даже повышает противоопухолевую резистентность организма в виде нормализации гемопоэза, прибавки в весе, значительного повышения работоспособности. Отсутствие побочных осложнений позволяет применять его в амбулаторных условиях. 9 ил., 4 табл.
Patent RU-2008116-C1 (RU)
Title: Method of pipe bending
Inventor: AZHGIREVICH EDUARD P
IPC: B21D9/14
Filed: 1992-06-03
Granted: 1994-02-28
Abstract: FIELD: machining. SUBSTANCE: machinable pipe is longitudinally fed at a speed of V p  relative to a burnishing tool with a bending moment applied to the opposite end in pure bending scheme. The speed of length feed of the pipe is determined from a relation V p =R×W n  where R is the specified radius of pipe bending; W n  is the angular speed of its rotation. EFFECT: facilitated manufacture. 2 dwg