baber/WOPTO huggingface dataset:
Patent JP-S57202265-A (JP)
Title: Preparation of adlay natto (fermented adlay)
Inventor: KAWADA KISABUROU
IPC: A23L11/00
Filed: 1982-05-04
Abstract: PURPOSE: To prepare adlay NATTO (fermented soybean) useful as a health food, by boiling polished adlay and soybean separately, mixing with each other, and fermenting the mixture in a vessel.  
     CONSTITUTION: Adlay 2 is polished to an extent to attain the whiteness of soybean, and boiled. Unhusked soybean grains 1 boiled separately are mixed with the boiled adlay 2 while these are still hot. The mixture is filled in a container, added with a proper amount of Bacillus natto, and fermented in a fermentation chamber. The amount of the adlay is 10W40%, preferably about 20% of the whole composition. Since the surface of adlay is covered with the mucous liquid of the fermented soybean, the separation of soybean from adlay can be prevented. 
     COPYRIGHT: (C)1982,JPO&Japio
Patent JP-H02124540-A (JP)
Title: Quantum interference optical element
Inventor: OGAWA KENSUKE
IPC: G02F1/35
Filed: 1989-03-29
Abstract: PURPOSE:To enable optical modulation at an ultra-high speed by sweeping the intensity of the magnetic field impressed from the outside by utilizing the quantum interference phenomenon of electrons based on an Aharonov-Bohm effect, thereby modulating the electrical conductivity of a semiconductor. CONSTITUTION:Light 104 to be modulated is made incident to a light guide 109 and modulating light 106 is simultaneously made incident to a working part 103. An important requirement in case of utilizing the Aharnov-Bohm effect of electrons in a looped structure 101 is to irradiate the region enclosed by the looped structure 101 in which the light 104 to be modulated propagates with the modulating light 106. Since the modulating light 106 has a magnetic field component, the vector potential thereof acts in the looped structure 101 as well and the light modulation as a change in the intensity of the output 105 of the light to be modulated at the time of irradiation of the modulating light 106 is attained. The optical modulation at the ultra-high speed is executed in this way.
Patent JP-S63241843-A (JP)
Title: Deflecting yoke
Inventor: TAKITA HIDENORI
IPC: H01J29/76
Filed: 1987-03-27
Abstract: PURPOSE:To improve the horizontal deflection sensitivity, reduce the overcurrent of a vertical deflecting coil, and facilitate the assembly of a deflecting yoke by forming multiple slots and teeth at the preset attitude against a vertical axis in a core. CONSTITUTION:In a deflecting yoke 1, the gap length lv on a vertical axis 8 in a core 4 is made shorter than the gap length lH on a horizontal axis 9, multiple slots 4a and teeth 4b are formed on the inner face of the core 4, the inner diameter of the slots 4a apart from the vertical axis 8 is made large, and all the slots 4a are made equal in height. A vertical deflecting coil 3 is wound on individual slots 4a in the saddle shape, and a horizontal deflecting coil 2 is wound on the inner face of the teeth 4b apart from the vertical axis 8 via a separator 5 in the saddle shape. As a result, an effect that strengthens only the magnetic field contributing to the horizontal deflection and weakens the magnetic field crossing the coil 3 is obtained, thus the horizontal deflection sensitivity is improved, and the overcurrent of the vertical deflecting coil 3 is reduced.
Patent JP-S59217755-A (JP)
Inventor: BUARUTAA ZAIFURIITO
IPC: C08L67/02
Filed: 1984-04-16
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-S58192375-A (JP)
Title: Manufacture of thin film transistor
Inventor: MATSUI MAKOTO
IPC: H01L27/12
Filed: 1982-05-07
Abstract: PURPOSE:To obtain a transistor having a high optical transmittivity for a substrate and excellent operational characteristics by a method wherein a polycrystalline semiconductor thin film of 0.1-10mum in thickness is formed on a light- transmitting insulative substrate at the prescribed temperature, and after a heat- treatment has been performed in plasmic atmoshere, containing hydrogen, fluorine and the like, at the prescribed temperature, said thin film is selectively removed by performing an etching. CONSTITUTION:A polycrystalline Si film 2 of 1-10mum in thickness is grown on a quartz substrate 1 while it is being heated at 200-1,000 deg.C, and an SiO2 film 5 of 1mum in thickness is covered on the film 2. Then, a window corresponding to source and drain regions is provided on the film 5, a P<+> ions are implanted, and an N<+> type source and drain region 6 is formed by performing a heat treatment. Subsequently, a field oxide film 7 is coated on the surface, the film 7 located between the regions 6 and on the film 6 is removed, and a heat treatment is performed in the plasma containing at least an element such as hydrogen, fluorine, chlorine, bromine and iodine, within the temperature range of 200-1,000 deg.C. Through these procedures, the grain boundary defects in the Si film 2 can be reduced.
Patent JP-S63240430-A (JP)
Title: Driving force transmitting device
Inventor: ASANO HIROAKI
IPC: B60K17/348
Filed: 1987-03-27
Abstract: PURPOSE:To enable changeover to a four-wheel driving condition at an opportune time by introducing a pressure oil into the oil chamber of a hydraulic clutch to engage said hydraulic clutch when the relative rotating speeds of two driving shaft on a coaxial line are high with the quantity of oil which is pumped out of a differential pump being large. CONSTITUTION:A hydraulic clutch 19 is provided in between a front wheel side driving shaft 15 and a rear wheel side driving shaft 16 while providing a differential pump 26 for pumping out a quantity of oil corresponding to the differential rotating speeds of both shafts 15, 16. A clutch pressure switchover valve 42 is installed in a first oil passage 40 connecting the differential pump 26 to a tank 41, and a second oil passage 48 is connected to the sliding hole 43 into which a spool 45 is fitted of the switchover valve 42, on the differential pump 26 side while connecting a third oil passage 49 to the hole 43 on the tank 41 side. These oil passages 48, 49 are joined together and connected to the oil chamber 36 of the hydraulic clutch 19. And, when the relative rotating speeds of both shafts 15, 16 are high with the quantity of oil which is pumped out of the differential pump 26 being large, the pressure of oil before the throttle 47 in the spool 45 is introduced into the oil chamber 36, to engage the hydraulic clutch 19.
Patent JP-H01246961-A (JP)
Title: Facsimile equipment
Inventor: OTSUKI SHINICHIRO
IPC: H04N1/44
Filed: 1988-03-29
Abstract: PURPOSE:To improve the integrity of information when a receiver becomes defective and at the same time, to make the use of plural confidential boxes easier by providing a confidential information receiving function which receives confidential information by using password numbers and plural auxiliary storage devices which store received picture information. CONSTITUTION:Each auxiliary storage device 11-n corresponds to one confidential box and a sufficient number of devices are provided against an expected number of confidential boxes to be set. As a result, each confidential box can be assigned to each auxiliary storage device. Therefore, each confidential box is set at independent area and any one box does not receive any restriction when another box is utilized. Thus the use of the confidential boxes is made easier. Moreover, even when the receiver becomes defective and the information of the auxiliary storage device being accessed is destroyed, the information in the confidential boxes of the other auxiliary storage devices con be maintained. Therefore, the integrity of the information can be improved.
Patent JP-S60218532-A (JP)
Title: Ignition device for liquid fuel combustion instrument
Inventor: SHIROUCHI TOYOKAZU
IPC: F23Q7/08
Filed: 1984-04-13
Abstract: PURPOSE:To obtain the ignition device capable of preventing failure of ignition without requesting the accuracies of parts and assembling strictly by a method wherein a wick elevating member is arranged near an operating lever and a heater moving member is interposed between the wick elevating member and a heater supporting member. CONSTITUTION:The heater moving member 73 is interposed between the wick elevating member 32, arranged near the operating lever 47 and switched to the position 32B of fire extinguish setting upon elevating a wick by the operating force of the operating lever 47 while switched to the position 32A of fire extinguish releasing upon descending the wick, and the heater supporting member 67, switched from waiting position 67A to igniting position 67B upon igniting the heater. According to this constitution, failure of ignition may be prevented without reducing a distance between the operating lever 47 and the ignition heater as well as the distance between the same lever 47 and the wick and requesting the accuracies of parts and assembling so strictly, since an assembling error between the elevating member 32 and the operating lever 47 will never be enlarged mutually because both of them are arranged in closed positions and effect similar rotation about shafts (pin 51 and wick adjusting shaft 7) in the same axial direction while the heater moving member 73 is abutting against the elevating member 32 directly.
Patent JP-H01245832-A (JP)
Title: Method and equipment for deodorizing offensive odor gas
Inventor: SHIRAI HIROYOSHI
IPC: B01D53/81
Filed: 1988-03-28
Abstract: PURPOSE:To efficiently and continuously perform deodorization by passing offensive odor gas through a permeable deodorization material carried with a substituted derivative of metallic phthalocyanine to decompose it and thereafter passing it through an adsorbing material and heating the adsorbing material and deodorizing the dissociated offensive odor substance with the permeable deodorization material. CONSTITUTION:A deodorization equipment is constituted by pinching a heater 4 with an adsorbent 3 such as activated carbon fiber and wrapping the surface with a permeable deodorizing material 2 such as nonwoven fabric carried with a substituted derivative of metallic phthalocyanine. This deodorization equipment is arranged in offensive odor gas. The air incorporating the offensive odor substance is permeated to the inside of the permeable deodorization material 2 and the large parts of the offensive odor substance are deodorized by the catalytic action of the substituted derivative of metallic phthalocyanine. The residual part of the offensive odor substance is passed through the layer of the permeable deodorization material 2 and adsorbed to an adsorbing material 3. After elapse of prescribed time, the adsorbing material 3 is heated by electrifying the heater 4 and the adsorbed offensive odor substance is dissociated to regenerate the adsorbent. The dissociated offensive odor substance is permeated form the inside of the permeable deodorization material 2 and deodorized.
Patent JP-H08273801-A (JP)
Title: Spark plug
Inventor: SAIKI YOSHIAKI
IPC: H01T13/20
Filed: 1995-03-31
Abstract: PURPOSE: To improve the strength of an insulating body of a spark plug shielded with glass against external force. CONSTITUTION: A taper face 28 of a trunk part 26 of an insulating body 2 is so formed as to be at 10-45 deg. to a face vertical to an axis of an terminal electrode 6, knurling meshes 64 are formed in the outer circumference 63 of a tip 62 of a terminal electrode 6, and the tip 62 is positioned to be with in a range from -10mm to +5.0mm of the edge 29 of the trunk part 26. The angle of the knurling meshes 64 is set to be 15-25 deg.. Even if the tip 62 of the terminal electrode 6 is positioned near the boundary position of the taper face 27 and a small diameter part 25, tensile stress generated in the inside of an insulating body 6 after sealing with glass is diffused and the strength of the insulating body 2 against the external force can be improved.
Patent JP-H04310125-A (JP)
Title: Program history control system
Inventor: KUSHIDA AKITOSHI
IPC: G06F11/34
Filed: 1991-04-09
Abstract: PURPOSE:To surely and easily control a program by integrating the simple program version number of a 1st program and the program version number connected with all 2nd programs which are used as the parts of the 1st program. CONSTITUTION:The simple program version number of a secondary program B serving as a 1st program is equal to 0, and the program version numbers connected with the secondary programs C and D serving as the 2nd programs are equal to 0 and 1 respectively. Therefore the connected program version number of the program B is set at 1. In regard of the connected program version number of a primary program S, the simple program version number of the program S serving as a 1st program is equal to 0 and the connected program version numbers of both secondary programs A and B serving as the 2nd programs are equal to 1. Therefore the program version number connected with the program S is set at 2.
Patent JP-S61234065-A (JP)
Title: Manufacture of semiconductor device
Inventor: NAGAYASU YOSHIHIKO
IPC: H01L21/8226
Filed: 1985-04-10
Abstract: PURPOSE:To reduce high temperature heat treating number and to prevent a semiconductor substrate from warping or contaminating by simultaneously performing the steps of separately diffusing and driving an N-type well diffusion. CONSTITUTION:After a resist 15 is coated on an oxide film 4 formed on the surface of an epitaxial layer 3, a window is opened by photolithography. The resist 15 is allowed to remain, P-type ions are implanted as designated by arrows 16 to selectively form a P-type layer 17 on the layer 3. Then, the resist 15 is removed, a resist 18 is newly attached, a window is opened by photolithographic step, the resist 18 is allowed to remain, N-type impurity ions are implanted as designated by arrows 19, and an N-type layer 20 is selectively formed on the layer 3.
Patent JP-H07279582-A (JP)
Title: Control for shield jack of shield excavating machine
Inventor: SAMEJIMA MAKOTO
IPC: E21D9/06
Filed: 1994-04-14
Abstract: PURPOSE:To carry out the thrust control with high precision, even in the curved excavation of a shield excavating machine. CONSTITUTION:At the rear part of the excavating machine body 1 of a shield excavating machine, a plurality of shield jacks 9 are installed along the circumferential direction. Excavation is carried out by the extension of the shield jack 9 by the supply of the pressurized oil. Further, in synchronization with the advance of the excavating machine body 1 due to the supply of the low pressurized oil, the shield jack 9 extends, generating a small thrust, and the high pressurized oil is supplied into the shield jack 9 in turn, and the selected shield jack 9 generates a large thrust and extends. The setting range of the shield jack for supplying the high pressurized oil and the setting range of the shield jack for supplying the low pressurized oil are determined on the basis of the thrust per length of the circumference in the arrangement of the shield jack so that the target force point position is satisfied.
Patent JP-S57192643-A (JP)
Title: Hydraulic bumper
Inventor: MURATA SHIGERU
IPC: B60G17/00
Filed: 1981-05-21
Abstract: PURPOSE:To make it possible to correct the height of a car body by connecting to the upper metal through a hollow hole inside a hollow rod a pressure chamber that is, formed in a space toward a spring receiver on the upper side of a spring, and able to change the volume up and down and a plunger pump formed on the cylinder bottom. CONSTITUTION:An outer peripheral and downward step part is formed on upper metal 6 while a spring receiver 11 with a upward step part on the upper surface is fitted in said part to form a pressure chamber 12 between the both step parts, and this chamber is connected to the upper end of the hollow hole 13 of a piston rod 7 via a connecting passage 12a extending to the inside of the metal 6. Moreover, an adjusting rod 16 having a hydraulic chamber 14 in the axial direction of the inside and a hydraulic hole 15 permitting said hydraulic chamber 14 to be opened in the side direction is fixed on the bottom of a cylinder 3, while the rod 16 is fitted in the hollow hole 13 of the piston rod 7 allowing a plunger pump to be formed by the both rods 16, 7.
Patent JP-S561512-A (JP)
Title: Equipment for manufacturing high voltage transformer
Inventor: HOSOE YOSHIHISA
IPC: H01F41/00
Filed: 1979-06-18
Abstract: PURPOSE:To make manufacturing equipment suitable for production of a small number of units as well, by enabling the injection and setting of synthetic resin in a high voltage transformer in a batch manner similar to a continuous manner. CONSTITUTION:A fly-back transformer conveyed in from an assembly line 35 is transferred onto a turntable 22 in a vacuum injection vessel 7a, 7b by a throw-in conveyor 10. Mixed synthetic resin is injected from nozzles 8a, 8b. The injected resin is removed of bubbles by vacuum while the main and the setting agents of the preceding resin are injected. The transformer 1, into which the synthetic resin is already injected and which is already removed of bubbles, is thrown into a setting furnace 11a-11j by the conveyor 10. After a prescribed number of transformers are thrown into the furnace, the synthetic resin is set in a batch-type temperature distribution manner. After that, the transformers 1 are picked out from an outlet port onto a product conveyor 12 and conveyed back to the assembly line 35.
Patent JP-S60221531-A (JP)
Title: Method for controlling strip temperature of cooling furnace for continuous annealing installation
Inventor: TAUCHI KUNIAKI
IPC: C21D9/573
Filed: 1984-04-17
Abstract: PURPOSE:To prevent troubles such as defective shape, sheet breakage, etc. by setting and changing stepwise gas jet pressures in such a way that the temp. decreasing rate of the strip for each one cooling roll attains a prescribed value when strip conditions change. CONSTITUTION:The strip 1 is introduced into a cooling furnace 5 and is cooled by a gas jet cooler 8 and a roll cooler 9. When the strip conditions change, the required cooling rate of the gas jet is calculated from the detected values of the strip temp. by a temp. detector 19 and the surface temp. of the rolls 10 and the strip conditions in such a way that the temp. decreasing rate of the strip for each one cooling roll attains the prescribed value or below. The gaseous pressure is set by the calculated value. The set value is maintained till the next timing. The calculation is repeated at every specified period and the set value is changed stepwise until finally the set temp. at which the prescribed strip temp. in the outlet of the cooling furnace is attained.
Patent JP-S63243618-A (JP)
Title: Liquid fuel vaporizing device
Inventor: KOMORI MINORU
IPC: F23D11/02
Filed: 1987-03-31
Abstract: PURPOSE:To shorten preheating time, by a method wherein a vaporizing chamber is formed with a double cylinder of an inner and an outer cylinder, the inner cylinder is formed with the outer peripheral part of a heater for application from the outer cylinder, and a nozzle is situated to the protrusion part and in a direction of extending perpendicularly to the axis of the inner cylinder. CONSTITUTION:By energization of a heater 25 for application of heat, the heater 25 is actuated. When the temperature of a tip part 22a increases and the temperature of a temperature detecting device 30 increases to a given value, fuel is fed to a vaporizing chamber 23 through a feed pipe 24. Thus, the fuel is brought into contact with the surface of an inner cylinder 22 for vaporization, and the vaporized fuel flows through a fuel steam outflow port 29 to a nozzle pointing in a direction of extending at right angles with the axis of the inner cylinder and is injected in a burner. This constitution eliminates the need of a conventional metallic block, having a high heat capacity and situated in a steam passage, and enables shortening of preheating time.
Patent JP-H09264500-A (JP)
Title: Operation control method for gas pipeline boosting facility
Inventor: FURUKAWA HIRONORI
IPC: F04D27/02
Filed: 1996-03-29
Abstract: PROBLEM TO BE SOLVED: To prevent surge prevention control from being hindered by calculating a recycling start time, a necessary compressor speed and a recycling flowrate, using a flowrate change signal at a gas pipeline demand end, and then operating and controlling a boosting facility on the basis of the calculated values. SOLUTION: When a control device receives a gas flowrate change signal from a gas demand end, a recycle start time computation process 101 calculates a time t1 required for a compressor station to become capable of coping with a flowrate change. Furthermore, a compressor speed computation process 102 calculates a compressor speed N1 after the reduction of a gas flowrate and a compressor speed computation process 103 after the lapse of the time t1 finds a compressor speed N2 attainable with a compressor over a time from the beginning of speed reduction to the lapse of the time t1. Then, the larger value of N1 and N2 is selected for use as a set value N for a compressor control device and, then, a difference between a flowrate at an operation point corresponding to N and a flowrate after the reduction is used as a recycling flowrate Q1.
Patent JP-S58191579-A (JP)
Title: Cathode ray tube
Inventor: YASUDA SUSUMU
IPC: H04N5/645
Filed: 1982-05-06
Abstract: PURPOSE:To attain ease of fitting when the area of fitting place is limited, by fixing a fitting seat to an explosion-proof tension band of CRT, fitting the fixture to the CRT, and eliminating the need for the mounting hole of the fitting seat. CONSTITUTION:The fitting seat 5 is fixed to the explosion-proof tension band 2 of the CRT1, and the fixed metal fixture 6 is set to the fitting seat 5. In setting the fixture 6, a tap hole worked on an escusion fixing frame 7 is used and the fixture 6 is fixed by tightening a fitting screw 8 through the hole. Various shapes of the metal fixture 6 are used depending on the area of the fitting place, allowing to eliminate the need for the fitting hole of the seat 5. A margin is provided for the welding accuracy of the seat 5 and the fitting accuracy between the CRT and the band 2, making fixing when the mounting place of the CRT1 is limited easy.
Patent JP-H04235723-A (JP)
Title: Manufacture of filtration membrane for liquid
Inventor: URAIRI MASAKATSU
IPC: B01D71/02
Filed: 1991-01-10
Abstract: PURPOSE:To provide a filtration membrane for liquid able to efficiently remove both fine particles and metallic ions by forming a layer of single crystal silicon or its hidride having adsorption action for metallic ions over the surface of a porous polymer membrane without damage to the filtration action of the porous polymer membrane. CONSTITUTION:Silane gas is thermally decomposed by means of plasma under the glow discharge to form a layer of single crystal silicon and/or its hidride over the surface of a porous polymer membrane.
Patent JP-S60221548-A (JP)
Title: Fiber reinforced composite metallic body and its production
Inventor: NISHIMURA TAKASHI
IPC: C22C47/14
Filed: 1984-04-16
Abstract: PURPOSE:To develop a fiber reinforced composite metallic body having high strength by interposing silicon carbide fibers and superplastic alloy powder between high melting metallic plates and press-welding preliminarily the plates then rolling the plate. CONSTITUTION:The surface of a plate material consisting of Ti, Al, Mg or Al- Mg-Si alloy, Al-Zn alloy, etc. as metals and alloys having high m.p. of >=500 deg.C is roughened and is then degreased and cleaned. SiC fibers having 5-100mum diameter are disposed thereon at 2-50pts.vol. by 100pts.vol. the above-mentioned metallic plate. Powder of an alloy such as Z-Al alloy, Al-Cu alloy or the like having superplasticity at 200-450 deg.C is sprayed thereon at 1-10pts.vol. The plate consisting of the above-mentioned high melting metal or alloy is placed further thereon and is preliminarily press-welded at 80-300 deg.C by a heating press and is further rolled at 85 deg.C. The fiber reinforced composite metallic body having high strength without having the brittle reaction layer at the boundary of the fiber material and the metallic matrix is obtd.