baber/WOPTO huggingface dataset:
Patent JP-S5688765-A (JP)
Title: Preparation of retort cooking food
Inventor: IWATA NAOKI
IPC: A23L29/00
Filed: 1979-12-20
Abstract: PURPOSE: To prepare a retort cooking food seasoned with wine and having excellent flavor comparable to the freshly cooked food using the wine as a seasoning, by the retort treatment of a food prepared by cooking a food raw materials added with wine treated with strongly acidic cation exchange resin.  
     CONSTITUTION: Wine is treated with a strongly acidic cation exchange resin, pref. those having high degree of crosslinking, e.g. "Dowex 50W12", "Amberlite IR124", etc. pref. at SV2W7, and added to the raw materials of food to be retorted. The mixture is cooked and retorted. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-H059681-A (JP)
Title: Manufacture of al alloy extruded material for welding structure improved in welding crack
Inventor: MIYATE YUKIHIRO
IPC: C22F1/047
Filed: 1991-07-05
Abstract: PURPOSE:To improve welding crack in an extruded material by subjecting an Al-Mg allay billet contg. a prescribed amt. of Mg to homogenizing treatment under prescribed conditions, thereafter extruding it to suppress surface recrystallization and thinning the surface recrystallized structural layer of the extruded material. CONSTITUTION:An Al-Mg alloy constituted of, by weight, 3 to 6% Mg and the balance Al is melted and is cast into a billet. This billet is subjected to homogenizing treatment under the conditions of 420 to 470 deg.C for 5 to 15hr. Next, it is extruded, e.g. at 480 deg.C billet heating temp. and 1.5m/min extrusion rate.
Patent JP-H05248655-A (JP)
Title: Air conditioner
Inventor: KURODA KOZO
IPC: F24F1/00
Filed: 1992-06-24
Abstract: PURPOSE:To provide an indoor unit capable of air-conditioning uniformly and effectually a large space room over the entire of surroundings around a floor surface in the room only with one unit. CONSTITUTION:A casing 2 is vertically provided in a room at the center of a floor surface. An air flow communication space 7 is formed in the casing 2. Suction inlets 8, 8... are formed circumferentially of the casing 2 at four locations on the lower end part of the casing 2. A heat exchanger 10 is disposed in the air flow communication space 7. In the casing 2 a turbo fan 11 is disposed at a location oppositely to blow-off outlets 9, 9. Hereby, sucked air from the blow-off outlets 8, 8,... is temperature-controlled through a heat exchanger 10, and is thereafter blown out centrifugally from the blow-off outlets 9, 9... to uniformly air-condition the entire of the room over the surroundings of a floor surface.
Patent JP-S5689151-A (JP)
Title: Loop transmission system
Inventor: WATANABE AKIRA
IPC: H04L12/437
Filed: 1979-12-20
Abstract: PURPOSE:To improve reliability, by making it possible that one computer controls freely all U link generation and release to avoid arbitrary U link generation of stations. CONSTITUTION:Demodulating circuit 2 demodulates the waveform of the bit serial signal input from the first transmission circuit 1-1 and transmits the demodulated signal to controller 4. Modulating circuit 3 transmits the bit serial signal, which is transmitted from controller 4, to transmission line 1-1. When receiving the U link command or the U link release command for its own station through the first transmission line 1-1, controller 4 uses signal line 7 to issue the command which instructs generation or release the U link. U link generating circuit 6 which has received this command generates or releases the U link.
Patent JP-H11344129-A (JP)
Title: Seal device using magnetic fluid
Inventor: IMAMOTO YOSHIMI
IPC: F16J15/43
Filed: 1998-05-29
Abstract: PROBLEM TO BE SOLVED: To provide a seal device using a magnetic fluid, which can enhance the sealing performance, which can be easily fabricated and assembled so as to be manufactured on the mass-production base. SOLUTION: A seal device incorporates a first and a second magnetic pole rings 5, 6 which have annular magnets 5a, 6a axially magnetized, and pole pieces (annular magnetic members) 5b, 5c, 6b, 6c joined to end faces of the annular magnets 5a, 6a, being faced to one another with a radially annular gap G1 therebetween, and which are arranged on the rotary shaft 2 side and the housing 3 side, respectively. A magnetic fluid MF is held in the gap G1.
Patent JP-H08976-A (JP)
Title: Method for feeding silica sand and binder into kneader and apparatus therefor
Inventor: MURATA YUTAKA
IPC: B22C5/04
Filed: 1994-06-24
Abstract: PURPOSE:To feed a binder during a kneader is worked by a method and an apparatus wherein silica sand is nearly continuously dropped down from a position being just above the first cap-like guide member and the dropping silica sand is received by the second guide member with a funnel shape to form a hollow room with a downward narrowed shape on its lower part on the midway of the flow of the silica sand and the binder is dropped into this hollow room. CONSTITUTION:Silica sand S is nearly continuously fed by means of a hopper 7. In addition, the silica sand S fed from the hopper 7 is received by means of a conical hat-like member 10 to widen it out downward into a fan-shape. In addition, a funnel- like guide member 11 receives the flow of the silica sand S falling down from the conical hat-like member 10 and narrows it thereafter with a downward narrowed shape. A binder Q is dropped or ejected into a hollow room 13 formed by this guide member 11 and the member 10 through a binder feeding pipe 12. As a result, it is possible to feed them into a kneading tank 1 while the binder is penetrated into the silica sand to use effectively the binder and, in addition, the silica sand, etc., can be fed while a kneader is worked.
Patent JP-H0911775-A (JP)
Title: Engine type dolly
Inventor: NONOGAMI TORAHIKO
IPC: A63B55/60
Filed: 1995-06-30
Abstract: PURPOSE: To prevent an erroneous operation of obstacle detecting means owing to the voltage reduction of a battery at the starting time, by controlling to stop a driving shaft when a signal is input from the obstacle detecting means, and cutting off the signal from the obstacle detecting means when an engine is started. CONSTITUTION: In the stopping condition of an engine 20, the input of signals from obstacle detecting means 39 and 40 are made impossible to be received to a main controller 48. And the engine 20 is started by a sel-motor 30, and the time of a timer is set at 0. And the time is added one by one, and when the time to allow that the preset battery voltage is made to the original condition is reached, the signal from the obstacle detecting means, that is, a bamper 39, an obstacle sensor 40, and following receiver, is received by the main controller 48. The reason to wait the input from the obstacle detecting means 39 and 40 for a specific time is to prevent an error operation of the obstacle detecting means owing to the reduction of the battery voltage and the like by the sel- motor operation at the engine starting time.
Patent JP-S5868871-A (JP)
Title: Nonaqueous electrolyte cell
Inventor: TAMURA HIDEO
IPC: H01M4/58
Filed: 1981-10-16
Abstract: PURPOSE:To improve the characteristic of the captioned cell in comparison with the cell in which natural iron disulfide is used, by using, as anode activating substance, synthesized iron disulfide which is obtained through heating reaction of iron oxide, iron halogenide, iron hydroxide, or iron salt of oxoacid, or the mixture thereof in the atmosphere of hydrogen sulfide in nonexistence of oxygen. CONSTITUTION:In the nonaqueous electrolyte cell in which iron disulfide is used as anode activating substance, the synthesized iron sulfide which is obtained through heating reaction of iron oxide, iron halogenide, iron hydroxide, or iron salf of oxoacid, or the mixture thereof in the environment of hydrogen sulfide in the nonexistence of oxygen is used as iron disulfide. Iron salt of oxoacid etc. such as iron oxide, iron hydroxide, iron carbonate, can be used besides ferrous chloride as the starting material for preparing synthesized iron disulfide serving as anode activating substance. The heating reaction for the above starting material is carried-out in the environment of hydrogen sulfide in the nonexistence of oxygen, and the proper temperature reange for heating is approximately 200-600 deg.C.
Patent JP-H04368469-A (JP)
Title: Switching power source
Inventor: KOBAYASHI TADASHI
IPC: H02M3/338
Filed: 1991-06-12
Abstract: PURPOSE:To realize a switching power source having a high efficiency in a simple circuit. CONSTITUTION:In a switching power source for producing an output, an output of a control winding 3 of a transformer 1 is stored in a base drive capacitor 7 when a main transistor 5 is OFF. When the transistor 5 is ON, the charge stored in the capacitor 7 is applied to a base of the transistor 5 through a resistor 9 thereby to control to maintain switching and to maintain a voltage across the capacitor 7 constant.
Patent JP-S6090169-A (JP)
Inventor: DAGURASU EMU JIYONSON
IPC: B65D25/10
Filed: 1984-08-08
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-S6144620-A (JP)
Title: Method for extrusion molding of thermosetting resin
Inventor: FUKUDA YOSHIAKI
IPC: B29C48/09
Filed: 1984-08-10
Abstract: PURPOSE:To enable continuous and stable molding, by peforming curing in such a state that a resin is held in a die until it can form its own shape by using a die wherein the resin flow passage in the die is changed smoothly to guide the cross-sectional area of the outlet of said passage to a desired shape. CONSTITUTION:The resin flow passage 6 of the die 5 provided to the leading end of an extruder is formed so that the cross-sectional area thereof is made equal to the shape formed of a cylinder 2 and a screw 4 at the inlet thereof and made equal to the shape of a desired molded product 7 at the outlet thereof and the cross-sectional area between both of the inlet and outlet is changed smoothly. By using the die 5 having thus formed flow passage 6, a resin is allowed to stay in the die 5 until its own shape can be formed and cured.
Patent JP-H1115294-A (JP)
Title: Intermediate transfer body, and device and method for recording image
Inventor: YAMAI KAZUYA
IPC: G03G15/16
Filed: 1997-06-23
Abstract: PROBLEM TO BE SOLVED: To prevent a defective transfer state from being caused by the partial deformation of the vicinity of the surface of an intermediate transfer body and to obtain the intermediate transfer body without an image defect by specifying a ratio between the very fine surface hardness of a surface layer and that of toner grains transferred on the intermediate transfer body and JIS-A hardness. SOLUTION: The intermediate transfer body is provided with the surface layer 203 having the very fine surface hardness whose JIS-A hardness is at least >=70 deg. and which is smaller than that of the toner grains when it is measured by a very fine surface hardness meter. In such a case, a drum obtained by finishing a cylindrical aluminum pipe stock by mechanical work or a seamless pipe obtained by cylindrically manufacturing a stainless-steel plate and soldering the connecting surface thereof are given as a supporting body 201.  By making the hardness of the layer 203 a smaller value than the very fine surface hardness of the toner grains and preferably setting the hardness of the intermediate transfer body to be >=100 deg. by the JIS-A hardness in order to prevent the deformation stress of the layer 203 from being relieved, the surface of the intermediate transfer body can cope with the partial deformation.
Patent JP-H0856384-A (JP)
Title: Device used in apparatus for providing digital radio link inbetween fixed station and mobile radio unit
Inventor: ANSONII PIITAA HARUBAATO
IPC: H04W88/02
Filed: 1995-06-30
Abstract: PURPOSE: To provide an efficient radio link between a fixed station and a mobile radio station by making all the other fingers operable at all the time by searching the spread of delay through any one of plural Rake fingers having bottom energy. CONSTITUTION: At a differential phase shift keying receiver, respective Rake fingers 6, 8 and 10 respectively input the received output of complex shift register 2 through a switch 12 to a correlator 14. After outputs I and Q are supplied through delay circuits 16 and 24 to multiplication circuits 20 and 26 and demodulated, at predictive filters 22 and 28, an entire predictive value is found for the delay selected by the switch 12, and multiplication circuits 18 and 30 perform phase control and amplitude weighting. Based on the output information of multiplication circuit 38 for respective fingers, a controller 40 assigns the finger having low energy for search, synthesizes the outputs of the other fingers through an adder 42 and outputs demodulated data 48. Thus, the synthetic output of respective Rake fingers can be efficiently provided.
Patent JP-S5792025-A (JP)
Title: Fluorine-containing cation exchange membrane and its preparation
Inventor: HAMADA MASATO
IPC: C08J5/22
Filed: 1980-11-28
Abstract: PURPOSE: To prepare the titled membrane capable of keeping excellent electrolytic capability stably for a long period, easily and economically, by coating a membrane of a sulfonic acid group-containing fluorine-type copolymer having specific structure with a carboxyl-containing polymer.  
     CONSTITUTION: The objective ion exchange membrane consists of the first layer composed of a fluorine-type polymer membrane containing the recurring units of formulaI(L is F, CF 3 , etc.) and formula II (K is 0 or 1; M is H, metal or NH 3   + ) wherein the ratio ofI/II is 1.5W14, the second layer composed of a polymer containing the recurring units of formula III (L' is L) and formula V (M' is M) wherein III/V is 1.5W14, and an intermediate layer interposed between the first and the second layers and containing randomly distributed sulfonic acid group-containing units having the structure of formula II and carboxylic acid group-containing units having the structure of formula V. The objective membrane can be prepared by applying a solution of a polymer containing the recurring units of formula III and formula IV (Y is 0 or 1; T is 1W4; M" is M or 1W5C alkyl) wherein the ratio of III/IV is 1.5W14 to one surface of the first polymer membrane, and hot-pressing the laminate. 
     COPYRIGHT: (C)1982,JPO&Japio
Patent JP-S6058658-A (JP)
Title: Cmos integrated circuit device and inspecting method thereof
Inventor: YANAGISAWA KAZUMASA
IPC: H01L21/822
Filed: 1983-09-12
Abstract: PURPOSE:To facilitate the measurement of leakage currents and to discriminate chips having the possibility of latch-up by arbitrary application of a bias voltage to a substrate from outside in the state without a reverse bias voltage by providing the action forbidding terminal of a substrate reverse bias voltage circuit. CONSTITUTION:While a ring oscillator consisting of CMOS inverters IV1-IV4 and an NOR gate is in operation, a diode-form nch element Q1 turns on at the output voltage of an output inverter IV of H, and a capacitor C1 is charged. The element Q1 turns off at 0, the element Q2 under the same condition turning on, and a negative voltage being transmitted to the capacitor C2, resulting in the bias of the substrate to -Vbb by repetition. Next, oscillation is stopped by application of a power source voltage V (1) to the terminal P, the input level of the CMOSIC to be tested being fixed, and the substrate being fixed at a required potential from outside; thereby the current of the terminal P is measured. The condition of no leakage enables detection less than 10muA at the most, and in case of a sample liable to generate latch-up more than 10muA.
Patent JP-S6411663-A (JP)
Title: Supersonic atomization apparatus
Inventor: KANESAKA HIROSHI
IPC: F23D11/34
Filed: 1987-07-03
Abstract: PURPOSE:To ensure the supply of liquid substances in an amount commensurate with the operating condition of the titled apparatus by blasting liquid substances toward the atomization zone of a supersonic vibrator horn with the flowing gas introduced through a flowing gas introduction means. CONSTITUTION:One axial end of a supersonic vibrator horn 1 is connected to supersonic vibration generating means 3 and 5 and the other axial end thereof and the nearby outer periphery thereof provide an atomization zone 15 to receive liquid substances supplied for atomization thereof by supersonic vibration. A liquid substance supply means 13 delivers the liquid substance to the atomization zone 15 of the horn 1. This liquid substance supply means 13 is provided with a flowing gas introduction means 11 which is capable of introducing the flowing gas at a changeable flow speed and the liquid substance is blasted toward the atomization zone 15 of the horn 1 with the flowing gases introduced through this means 11. As a result, with this simple construction, the liquid substance can be surely supplied in an amount commensurate with the operating condition of the captioned apparatus to the atomization zone of the horn 1 without causing liquid drooping.
Patent JP-S5689773-A (JP)
Title: Developing and cleaning device
Inventor: MIYAGI KOUJI
IPC: G03G21/06
Filed: 1979-12-24
Abstract: PURPOSE:To improve cleaning performance without obstruction to developing capability, by providing an insulating coating layer on the surface of a conductive nonmagnetic shield body and by providing a conductive nonmagnetic substance layer on this insulating coating layer to constitute a sleeve. CONSTITUTION:Insulating coating layer 8 is provided on the surface of conductive nonmagnetic shield body 4 provided on the outside circumference of the magnet, and conductive nonmagnetic substance layer 10 is coated on this layer 8, thereby obtaining a magnetic suction means. This magnetic suction means is arranged at a prescribed interval from the drum surface; and at the development time, the earth or the bias is applied to outside magnetic substance coating layer 10, and electric charge is injected to the conductive magnetic toner to perform development; and at the cleaning time, outside nonmagnetic substance coating layer 10 is insulated from the earth, and the magnetic toner is sucked and removed from the recording material surface due to magnetic force and electrostatic force by the bias voltage applied to the nonmagnetic shield body. As a result, the device used for cleaning also is performed where the cleaning performance is improved without obstruction to developing capability.
Patent JP-H09323329-A (JP)
Title: Cleaning agent for plastic lens molding die
Inventor: ENDO TATSUO
IPC: C11D7/30
Filed: 1996-06-06
Abstract: PROBLEM TO BE SOLVED: To properly clean a molding die for plastic lend using only a cleaning agent even when a material for lens is attached to the die by mixing methylene chloride being major component, formic acid, phenol, and surface-active agent. SOLUTION: A glass mold, which is used to mold plastic and to which plastic is attached, is put into a cleaning cage, which cage is out into an ultrasonic cleaning machine. The cleaning agent in the machine is mainly composed of methylene chloride. And forming acid, phenol, and surface-active agent are added to the methylene chloride. And forming acid of about 2wt.% phenol of about 2wt.%, dodecylbenzene sodium sulfonate of about 1wt.% and water of about 2wt.% respectively at inner percentage are added to the methylene chloride. Thus even if material for lens, which cannot be removed by means of cleaning agent, can be completely removed. Preliminary cleaning or wiping work after cleaning can be eliminated and hence a cleaning process can be simplified.
Patent JP-H1116888-A (JP)
Title: Etching device and operation method therefor
Inventor: MITANI KATSUHIKO
IPC: H01L21/3065
Filed: 1997-06-24
Abstract: PROBLEM TO BE SOLVED: To uniformly etch a large-diameter wafer above 12 inches by using a RIE(reactive ion etching) device of parallel plate electrode type, in particular, to apply the RIE to a self-alignment forming process of a contact hole that uses a silicon nitride film of a base layer as an etching stopper. SOLUTION: A stage electrode 102 is opposed to a gas supply electrode 103 in an etching chamber 100. The gas supply surface of the gas supply electrode 103 is divided into a first gas supply region, a second gas supply region, and a third gas supply region, and the first gas supply region is independently controlled by a gas flow control system 107 corresponding to the region, similarly, the second gas supply region is independently controlled by a second gas flow control system 108, and the third gas supply region is independently controlled by a third gas flow control system 109. Etching gas is supplied from the first gas supply region, the second gas supply region, and the third gas supply region by optimizing the flow ratio of gases which are different from each other in flow and ionization voltage.
Patent JP-H1110982-A (JP)
Title: Card issuing apparatus
Inventor: HASHIMOTO KENJI
IPC: G06T1/00
Filed: 1997-06-24
Abstract: PROBLEM TO BE SOLVED: To provide a card issuing apparatus for issuing a card by printing by extracting a photograph part and a character part from an image for inputting an identification card with a photograph, recognizing characters of the character part, and disposing the photograph and a character code on another card registered in advance. SOLUTION: An image of an identification card is read by using an image input means 102. The image is corrected by an image correcting means 103, a region is demarcated by a region demarcating means 104, and characters are recognized by a character recognizing means 105, thereby extracting a character code and photograph image data. The extracted character code and image data are registered with an information managing data base ill, and the image disposed and combined based on a layout is printed by a printing means 109 to issue the card (printed matter 110).
Patent JP-S6226554-A (JP)
Title: Display device
Inventor: MARUYAMA HIROYOSHI
IPC: G06F12/08
Filed: 1985-07-29
Abstract: PURPOSE:To use effctively the image area of an image memory by driving out the image information of a memory area whose use frequency is small, to an external storage, and using its memory area as the storage area of other image information. CONSTITUTION:The virtual storage area of a storage control device 3 is divided into an image area and a program area. When the virtual address 31 of a virtual storage area indicates the image area, a comparator 36 compares a register 35 for designating the start segment of the image area with the segment number of the virtual address 31, and operates a selector 34 so that the contents of an image use segment table origin register 33 are selecetd. In this way, the access of a CPU to an image memory is executed by referring to a part for managing the image area of a segment table 47 and a page table 38, and calculating an address in an actual storage by an adder 39.