baber/WOPTO huggingface dataset:
Patent JP-S61176501-A (JP)
Title: Granular pesticide
Inventor: WADA YUZURU
IPC: A01N25/12
Filed: 1985-02-01
Abstract: PURPOSE:To provide the titled non-polluting safe preparation, by using an inorganic component of municipal sewage sludge available at a low cost, similar inorganic component for granulation, or other industrial waste as an inorganic component, treating the component at a high temperature to obtain a granular base, and impregnating or coating the granular base with a compound active in control of noxious life. CONSTITUTION:The inorganic component of sewage sludge and/or similar inorganic component for granulation is calcined at a high temperature (980-1150 deg.C) preferably with a multi-stage jet furnace, etc., and the resultant granular base is incorporated with a compound active to control the noxious life in an amount of preferably 1.0-10wt% to obtain the objective granular pesticide. The incorporation is carried out by impregnating the controlling agent to the base as it is (in the case of a liquid compound) or as a mixture with an organic solvent and/or a surfactant, or by coating the base with a mixture of the controlling compound and water or an organic solvent and a sizing agent and/or a surfactant. EFFECT:The product has excellent physico-chemical properties, and is applicable safely without causing problems of environmental pollution.
Patent JP-H03221264-A (JP)
Title: Welding device for connection joint of steel frame
Inventor: AOKI SHINPEI
IPC: B23K9/00
Filed: 1990-01-27
Abstract: PURPOSE:To allow the welding of the connection joints of steel frames with high quality and high efficiency by providing two pieces of carriages, two pieces of electroslag welding devices, two pieces of backing strip supporting means and two sets of advancing/retreating mechanisms. CONSTITUTION:At least two sets of the electroslag welding devices 1221, 1222 including electroslag welding electrodes 1321, 1322 and front end positioning mechanisms of these electrodes are respectively mounted on the carriages 3921, 3922. These carriages 3921, 3922 are respectively supported on gate type stands 3 to 5 freely movably in the longitudinal axis direction Y of a steel frame BX, the vertical direction Z and the direction X orthogonal with these directions and are disposed along at least one direction of the directions X and Y. The two points of the steel frame BR 3 with the steel frame BX applied with the respective backing strips for electroslag welding electrodes 1321, 1322 are positioned easily and exactly from right above the corners extending in the vertical direction Z via these carriages. The respective electrodes are hung to the corner spaces enclosed with the backing strips by the front end positioning mechanism thereof, by which the electroslag welding is executed.
Patent JP-S58133295-A (JP)
Inventor: IKEDA YOSHIO
IPC: D06F39/10
Filed: 1982-02-03
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
Patent JP-H05214840-A (JP)
Title: Damper of response control device for building
Inventor: KURODA SUSUMU
IPC: E04H9/02
Filed: 1992-01-31
Abstract: PURPOSE:To use a damper for a prolonged term by preventing the concentration of force working on a damper body. CONSTITUTION:A damper is composed of a damper body 4, which consists of a rigid body section 140 having large rigidity and shaft-shaped plastic deformable sections 41 being projected from the upper and lower ends of the rigid body section 40 and having rigidity smaller than that of the rigid body section 40, in which the diameters of at least upper and lower end sections of the rigid body section 40 are larger than those of the plastic deformable sections 41 and which is made of a metal, a cylindrical building side receiver 1 with a hole, into which the plastic deformable section 41 on the upper end side of the damper body 4 is inserted in a freely vertically movable manner, and a ground-side receiver 2 with a hole, into which the plastic deformable section 41 on the lower end side of the damper body 4 is inserted in the freely vertically movable manner. When the building-side receiver 1 and the ground-side receiver 2 are displaced relatively in the horizontal direction, the plastic deformable sections 41 of the damper body 4 are moved in the direction that the plastic deformable sections 41 are pulled out of the holes of each receiver 1, 2 while using the abutting sections of the opening-side end-section composing walls of the holes in each receiver 1, 2 and the diameter-enlarging sections 43 of the rigid body section 40 as fulcra.
Patent JP-S58133524-A (JP)
Title: Combustion safety control device
Inventor: ICHIDA SHIYUNJI
IPC: F23N5/20
Filed: 1982-02-03
Abstract: PURPOSE:To confirm easily and previously timing in which an abnromal matter occurs by indicating the kind of timing in an indication lamp during the progress of each timing and flickering the indication lamp when an abrnomal matter occurs. CONSTITUTION:In a case where a pilot burner is not ignited, in a state where a sequence preset in a combustion safety control circuit 4 proceeds up to an ignition trial timing a relay 2K is operated by a sginal PVT, and an indication lamp LD2 is lighted, the combustion safety control circuit 4 judges it to be a failure in ignition due to a fact that a flame detection signal was not supplied until the termination of the ignition, and outputs an alarm signal ALT simultaneously with the interruption of signals PPT and PVT which have been outputted up to that time. Upon this occasion, since the latch circuit 5b has been already latched, its output is converted into a pulse shape in an AND circuit AN2 and the indication lamp LD2 is flickered.
Patent JP-S56113936-A (JP)
Title: Double hood
Inventor: OOSHITA KAZUYOSHI
IPC: F24F7/06
Filed: 1980-02-14
Abstract: PURPOSE: To save energy, by making the hood covering the ventilation fan a two- fold structure, forming an air passage for air intake between the hoods and accelerating ventilation.  
     CONSTITUTION: A ventilation fan 1 is mounted on the outer wall 5. On the upper part of the fan an air intake 2, a hood 7 and a hood 3 each covering the fan 1 and an air passage 6 between the hoods 7, 3 are mounted. The air intake 2 has its opening on the passage 6. In this formation when the fan 1 is driven, air is moved in the arrowed directions. That is, by the exhausting forces of the fan 1 the air outside is sucked in through the air intake 2, flowed through the passage 6 to the fan 1 from the lower end of the passage 6. Along this flow of air, smokes and/or heat generated from gas heater table 4 are flowed and the air required for gas combustion is supplied. By employing this method, the air that is cooled or heated in the other rooms are not utilized, resulting in energy savings. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-S61176404-A (JP)
Title: Continuous rolling installation of strip
Inventor: HONJO HISASHI
IPC: B21C47/18
Filed: 1985-01-31
Abstract: PURPOSE:To roll a strip continuously without disconnecting it, by actuating a uncoiling-speed accelerating device to accumulate the strip at the inlet side of a mill, and joining its rear end to the front end of the next coil together. CONSTITUTION:A strip of coil C1 is uncoiled and rolled, and the uncoiling speed is accelerated by an uncoiling-speed increasing device 4 when the remaining amount of strip of the coil C1 becomes small, to store the strip at an accumulator 5. The next coil C2 is set successively on the empty reel of a Carousel reel to take out its front end. And said front end is brought closer to the rear end of the stored strip to join the ends of both strips together by a joining device 6. The Carousel reel is rotated after joining to continue the rolling of strip by a mill M. In this way, the strip can be continuously rolled because of the no disconnection at the end of strip.
Patent JP-S53102800-A (JP)
Title: Ticket and production appratus for the same
Inventor: CHIKIYUU OSAMU
IPC: G07B1/00
Filed: 1977-02-21
Abstract: PURPOSE: To print multiple kinds of information on determined ticket surfaces by printing the information by a thermosensitive printing system and a mechanical printing system. 
     COPYRIGHT: (C)1978,JPO&Japio
Patent JP-S54110723-A (JP)
Title: Infrared pickup device
Inventor: SAEKI RIICHI
IPC: H01J31/26
Filed: 1978-02-17
Abstract: PURPOSE: To obtain the good video signals by offsetting the Narcissus effect by forming the image of the heat source capable the free setting of the temperature on the infrared detector only when the Narcissus effect is caused by the cooled infrared detector.  
     CONSTITUTION: Telephoto system 2 which receives infrared ray 1a reflected from the pickup object is provided, along with scanner 6 containing the panel-type flat reflector which gives the time-series scanning within the viewfield of system 2 and propagates infrared rays 1a given from the viewfield to the same direction at all times at every istant to convert rays 1a into the parallel light flux. Scanner 6 of such constitution is located in the image filed of system 2. In addition to scanner 6, the pickup device contains detector optical system 7 which condenses the parallel light flux on spot-like infrared detector 8. Vertical scanner 6a of scanner 6 is constructed into a plane mirror which transmits the infrared rays partially. Then heat source 13 which controls the temperature via heat source controller 12 is installed near the focus of image forming optical system 11. Thus, infrared rays 14 given from heat source 13 are transmitted through scanner 6a nearly in parallel via system 11 to be sent along optical axis 3 of system 2. As a result, the Narcissus effect can be offset. 
     COPYRIGHT: (C)1979,JPO&Japio
Patent JP-S58137441-A (JP)
Title: Preparation of microcapsule slurry
Inventor: YOSHIKAWA KATSUMASA
IPC: B01J13/10
Filed: 1982-02-08
Abstract: PURPOSE:To shorten an alkali neutralizing process for obtaining a high concn. slurry, by adding two kinds of specific compound together in the presence of a curing agent prior to a stage adjusting a system to an alkaline side. CONSTITUTION:A compoundIto be added is shown by formulaI(Wherein M is a hydrogen atom, an alkali metal atom or an ammonium group and n is a positive integer). As this compound, sodium melamine resin sulfonate is represented. In addition, a compound II is shown by the formula II (wherein R is 1-18C alkyl group and M is a hydrogen atom, an alkali metal atom or an ammonium group) and, for example, sodium dodecyl diphenyl ether disulfonate is designated. These compoundsI, II can be used together in a ratio of 1-100% to the wt. of a gel-forming isoelectric colloid.
Patent JP-S62174168-A (JP)
Title: Thermal head
Inventor: SHIRAKAWA KYOJI
IPC: B41J2/335
Filed: 1986-01-29
Abstract: PURPOSE:To improve corrosion resistance and eliminate the possibility that a protection layer might strip off by embedding paint in pinholes of an insulative substrate exposed on a protection layer after penetrating through a thermal resistor layer and a power feeder layer. CONSTITUTION:A protection layer 7 is formed by sputtering after undergoing the same process as the conventional thermal head does. Then an insulative substrate 1 is spin-coated with a negative photoresist like synthetic resin paint used in photoengraving process to form a resist layer 10 over. A consequently the resist layer 10 partially penetrates into pinholes 9, 9... to fill the pinhole 9. After discharging a solvent contained in the resist layer 10, the whole coated substrate is baked at a about 80 deg.C and about 180 deg.C for about 15min respectively. After this, it is soaked in a resist remover and thereby the resist layer 10 on the surface of the protection layer 7 is completely removed. Thus part of the resist layer 10 consisting of synthetic resin paint is left in the upper end of the pin hole 9 and it is closed.
Patent JP-S63184714-A (JP)
Title: Lens holder
Inventor: ISAKI MASATAKA
IPC: G02B7/02
Filed: 1987-01-28
Abstract: PURPOSE:To improve adjusting accuracy and workability and to reduce the number of adjusting processes by providing a lens holder with a regulating means for regulating a locking chip so as to move it only in the optical axis direction and a fixing means for driving a rack gear for the locking chip, adjusting the movement of a lens barrel in the optical axis direction and then fixing the lens barrel on an outer frame so as not to move it. CONSTITUTION:When an adjusting jig 24 is rotated at the time of adjusting back focus, the locking chip 19 is driven and the lens barrel 15 is moved in the optical axis 16 direction to accordance with the movement of the locking chip 19. Since the rotational angle of the jig 24 and the moving distance of the lens barrel 15 correspond to engaging relation between a pinion gear 26 and the rack gear 22, the lens barrel 15 is fixed on the outer frame 11 so as not to be moved by completely clamping a fixing screw 21 after completing said adjustment and then fixing the locking chip 19 and then the jig 24 is removed to complete the back focus adjustment of a lens system. Since the rotational angle of the adjusting jig is directly proportional to the moving distance of the lens barrel, fine adjustment can be easily executed and the adjusting accuracy can be improved.
Patent JP-H08205602-A (JP)
Title: Rear cover of simultaneous tilling and transplantation machine
Inventor: MIWA MAMORU
IPC: A01B49/04
Filed: 1995-02-06
Abstract: PURPOSE: To provide a rear cover of a simultaneous tilling and transplantation machine, having an elastic plate suspended inside of the rear cover and a space formed between the plate and the rear cover, effective for suppressing the flow of mud and muddy water generated in the tilling in a flood paddy field and enabling correct planting of seedlings. CONSTITUTION: This rear cover 12 of a simultaneous tilling and transplantation machine is provided with a transplanting machine D attached to the rear part of a rotary tiller C, a tilling cover 11 covering the upper part of a tilling tine shaft 14 having tilting tines 10, a rear cover 12 placed at the back of the tilling cover 11, a plate 16 made of an elastic material and suspended inside of the rear cover 12 and a space E formed between the plate 16 and the lower part of the rear cover 12.
Patent JP-H08208300-A (JP)
Title: Self-hardening stabilizing liquid
Inventor: ASO YASUO
IPC: C04B14/10
Filed: 1995-02-06
Abstract: PURPOSE: To prepare a self-hardening stabilizing liquid having prescribed physical properties and quality suitable as a self-hardening stabilizing liquid and producible at a low cost while effectively utilizing coal ash. CONSTITUTION: This self-hardening stabilizing liquid having a P-funnel flow- down time of 9-25sec and a bleeding ratio of <=5% as an uncured state and a 28 day strength of 3-20kgf/cm<2> as a cured state is produced by compounding a kneaded slurry with 500-1,000kg of coal ash, 0-30kg of bentonite, 100-250kg of cement and the remaining part of water almost occupying the remaining volume. The coal ash to be compounded to the slurry is preferably treated with an alkali before mixing.
Patent JP-S60162053-A (JP)
Title: Fuel injection device for diesel engine
Inventor: MATSUOKA TAKESHI
IPC: F02D41/38
Filed: 1984-02-01
Abstract: PURPOSE:To accelerate the atomization of fuel at a white smoke emitting range in an engine and thereby aim at the promotion of reduction in the white smoke, by variably controlling impressed pressure to a plunger member checking the lift of a needle valve so as to cause it to go up insomuch that engine's suction pressure temperature drops to some extent. CONSTITUTION:At a white smoke emitting range, a pressure control valve 21 is controlled its operation with a duty signal being made up of what the fundamental duty ratio is compensated with the specified compensation factor. And, in proportion as those of suction air temperature T, cooling temperature (t) and atmospheric temperature P go down, that is, insomuch that suction air compression temperature at a combustion chamber being varied due to these various elements becomes dropped, its operation is compensated so as to cause fuel pressure acting on a plunger member 18 of a fuel injection nozzle 7 to go up. With this constitution, when an engine is in an operating state that is liable to emit white smoke, lift control over a needle valve 16 of the nozzle 17 takes place in the state that the needle valve 16 is lifted in a throttle range so that fuel atomization is accelerated, and reduction in the white smoke is promotable in an effective manner.
Patent JP-H04255936-A (JP)
Title: Production of high density magneto-optical recording medium
Inventor: ARAYA KATSUHISA
IPC: G11B11/105
Filed: 1991-02-08
Abstract: PURPOSE:To obtain a producing method of a magneto-optical recording medium for high density recording. CONSTITUTION:In a producing method of a high density magneto-optical recording medium 10 having at least a reproducing layer 11 and a recording layer 13 and reading out a recorded signal while changing magnetization condition of the reproducing layer 11, the reproducing layer 11 is formed on a substrate 21, another recorded body 30 highly densely recorded in advance is closely adhered on the reproducing layer 11 to transfer a magnetic recording on the high density recording body 30 to the reproducing layer 11 and to form a high density recording magnetic pattern, and, afterward, with forming a film of recording layer 13, magnetic pattern generates on the recording layer 13 at the same time.
Patent JP-H09189313-A (JP)
Title: Connector of plate body
Inventor: UENO EIJI
IPC: F16B21/08
Filed: 1996-01-08
Abstract: PROBLEM TO BE SOLVED: To provide a connector of a plate body capable of certainly displaying favourable fixing force, excellent in workability at the time of fixing and removing, without inconvenience to deteriorate performance even when fixing and removing are repeated and free to easily mold by a two-face divided metal mold. SOLUTION: A connector is constituted by projectively providing a support body 7 on a lower surface of a base plate flange 1 and by providing elastically deformable engagement bodies 8, 8 sectionally circular arc intermediate parts in the axial direction, head end parts of which are integrally and projectively provided respectively from the lower surface of the base plate flange 1, of which are bulged outward.  Width of a base end part of the support body 7 is made the same as an inside diameter of an installation hole, its one side edge part 7a is cut diagonal from an intermediate part to a head end part, the other side edge part 7b is cut diagonally from a neighbourhood of its base end to a head end part, and the above-mentioned engagement bodies 8, 8 respectively provided on both surface sides of this support body 7 are provided so as to cover an intermediate part of the support body 7 in the width direction from a neighbourhood of the one side edge part 7a of the support body 7 respectively.
Patent JP-S55111788-A (JP)
Title: Production of protein-fixed plastic
Inventor: NAKAZAWA NOBUHIKO
IPC: C07K16/00
Filed: 1979-02-19
Abstract: PURPOSE: To produce title plastic uniformly and stably by a simple operation in a similar manner to adsorption, by a method wherein protein such as enzyme is contacted with plastic such as polyethylene in the presence of lauryl sylfate.  
     CONSTITUTION: Protein such as enzyme, antibody, or hormone is contacted with plastic such as polyethylene, polystyrene, or polypropylene in the presence of lauryl sulfate such as sodium lauryl sulfate for several to ten-odd hours to produce protein- fixed plastic. Preferably, the three substances are contacted with one another simultaneously in the above contact-fixing operation by dissolving protein and sodium lauryl sulfate in an appropriate buffer solution and contacting the resulting solution with plastic. A preferred concentration of sodium lauryl sulfate is 0.003W0.01%. A preferred contact temperature is room temperature. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-H02198418-A (JP)
Title: Liquid crystal injecting device
Inventor: HIGUCHI KATSUTOSHI
IPC: F17D3/12
Filed: 1989-01-27
Abstract: PURPOSE:To prevent impurities from being injected together with a liquid crystal into a cell even if impurities are mixed into the liquid crystal by connecting a liquid crystal circulating duct line for allowing the liquid crystal to circulate to a container in which the liquid crystal is contained, and providing a filter for eliminating the impurities contained in the liquid crystal on this duct line. CONSTITUTION:A liquid crystal 11 is injected into a cell 9 by reducing the pressure in a vacuum tank 1 and immersing the cell 9 into the liquid crystal contained in a container 12, and raising the pressure in the vacuum tank 1. In this case, to the container 12 is which the liquid crystal 11 is contained, a liquid crystal circulating duct line 15 provided with a filter 21 for eliminating impurities contained in the liquid crystal 11 which is allowed to circulate forcibly on the middle part is connected. In such a way, even if impurities are mixed into the liquid crystal 11 of the container 12, its impurities are eliminated by the filter 21, and it does not occur that the impurities are injected into the cell 9 together with the liquid crystal 11.
Patent JP-S57132668-A (JP)
Title: Organic electrolyte battery
Inventor: SAWADA KOUJI
IPC: H01M50/121
Filed: 1981-02-09
Abstract: PURPOSE:To prevent short circuit and corrosion of a battery jar by using the battery jar made of a metal and applied with an inner layer of synthetic resin on the inside for an organic electrolyte battery. CONSTITUTION:An electrode group 3 composed of negative electrodes made of a light metal negative electrode active material, positive electrodes, and separators is housed in a battery jar container 1, which is sealed by a battery jar cover 2 having terminals 4 sealed hermetically 5, and an electrolyte made of a nonproton series solvent is injected to make up and organic electrolyte battery. The battery jar container 1 is made of a metal, e.g., stainless steel, aluminum, or an alloy mainly consisting of aluminum, and is applied with an inner layer 6 of synthetic resin on the inside. The synthetic resin made of high density polyethlene and polytetrafluoroethylen is stuitable for the inner layer 6.
Patent JP-S60164190-A (JP)
Inventor: NISHIWAKI JINICHI
IPC: F27B3/22
Filed: 1984-02-06
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
Patent JP-H04257264-A (JP)
Title: Solid-state image sensing device
Inventor: TOYODA YASUYUKI
IPC: H01L21/339
Filed: 1991-02-12
Abstract: PURPOSE:To bring a charge transfer efficiency near to 100% with the increased quantity of charge to be transferred maintained as it is on a solid-state image sensing device. CONSTITUTION:In a solid-state image sensing device which is constituted of a charge transfer part 11, transfer electrodes 13, 14, 15 and other parts, the transfer electrodes which are adjacent to each other own a part of the charge transfer part 11 in common.
Patent JP-H08188229-A (JP)
Title: Coil spring feeding equipment
Inventor: NAKAJIMA NOBUYASU
IPC: B65G47/14
Filed: 1995-01-11
Abstract: PURPOSE: To provide a coil spring feeding equipment capable of efficiently disentangling the entangled coil spring, and stably feeding the non-entangled coil spring to the next process without generating clogging at a disentangling equipment. CONSTITUTION: A non-entangled coil spring (m) is passed and fed to the next process in selecting gates 31a, 31b at a U-shaped track 35 following a flat track 25 in a bowl 21 of a torsional vibration parts feeder 10, and the entangled coil spring (m) to be discharged is guided to a disentangling equipment 40 fixed to the bowl 21 to achieve the disentangling, and the disentangling equipment 40 can be miniaturized.