baber/WOPTO huggingface dataset:
Patent JP-H06304937-A (JP)
Title: Production of skin integrated foamed product
Inventor: SUZUKI HIROSHI
IPC: B68G7/06
Filed: 1993-04-24
Abstract: PURPOSE:To make the close adhesiveness of a skin and a molding surface perfect and to flexibly correspond to the slight deformation of the skin by injecting a liquid foamable raw material into the gap between the skin surrounded by an annular seal strip and the molding surface under vacuum to perform the foaming thereof. CONSTITUTION:In the production of a skin integrated foamed product, an adjuster part 41 is pushed down to be fitted in the recessed part of an elastic long member 3. When the adjuster part 41 and the elastic long member 3 are fitted each other at all parts, an annular seal strip (c) is formed. The gap between the skin 4 surrounded by the annular seal strip (c) and the molding surface 23 of a product molding part 23a becomes a state isolated from the open air. When a vacuum pump 5 is started, the gap between the molding surface 23 and the skin 4 both of which are surrounded by the annular seal strip (c) is evacuated to discharge the air present in the gap to the outside through a through-hole 24 and a suction tube 51. Therefore, the skin 4 positioned at the product molding part 23a is closely bonded to the molding surface 23. In this state, the liquid foamable raw material is injected to the inner surface of the skin.
Patent JP-H0419336-A (JP)
Title: Injection quantity control device for internal combustion engine
Inventor: KAWAGUCHI TAICHIRO
IPC: F02D41/04
Filed: 1990-05-10
Abstract: PURPOSE:To prevent the occurrence of leakage of the ignition system by controlling the fuel-cut execution to be stopped when the engine load exceeds the prederemined value. CONSTITUTION:The title device is provided with a means 2 for detecting a load of an internal combustion engine 1, a means 3 for detecting the speed change performed in an automatic transmission 6, and a means 4 for executing fuel-cut, wherein the output signals from the means 2, 3 and 4 are submitted to the means 4 thereby executing the fuel-cut in detecting the speed change. Consequently, the engine torque is reduced to suppress the shock due to the speed change. In this case, there is provided a means 5 for stopping the fuel-cut execution when the engine load exceeds the prederemined value, thus preventing the leakage of the ignition system in such a high load state that the voltage required for ignition is high.
Patent JP-2000308561-A (JP)
Title: Beverage sucking-in tool
Inventor: TONAI YOSHIHISA
IPC: A47G21/18
Filed: 1999-04-28
Abstract: PROBLEM TO BE SOLVED: To provide a beverage sucking-in tool, which can avoid to be of bad style at the time of drinking a beverage, can be used safely even in the middle of driving a vehicle and is not troublesome even at the time of temporarily suspending drinking. SOLUTION: This beverage sucking-in tool consists of an adapter 3 which can be fixed to the neighborhood of the opening part of a beverage container, a straw 5 put through a fixing hole 4 bored at this adapter 3, and a lid 6 rotatably fixed to the upper end part of this straw 5. Then, suction holes 9, 10 are respectively bored at a part of the upper wall 7 of the straw 5 and at a part of the upper wall 8 of the lid 6 to rotate the lid 6 to make both of the holes 9 and 10 match or not match with each other.
Patent JP-S5912763-A (JP)
Title: Separator for ion-exchange resin in desalinator column
Inventor: ITOU TOMONORI
IPC: B01J49/00
Filed: 1982-07-12
Abstract: PURPOSE:To inhibit the inverse regeneration of ion-exchange resin, by separating anion and cation-exchange resins from each other by a separating mechanism, circulating the separated resins to a desalinator column, recognizing said separation, and then regenerating them. CONSTITUTION:Ion-exchange resins in a desalinator column 1 are sent to a separating mechanism 4 and separated therein into anion and cation-exchange resins. The separated anion-exchange resin is returned through a pipe 6 to the desalinator column 1. After the completeness of the separation is recognized by a switch valve 7 and a sampling mechanism 8 on the way, said anion-exchange resin is sent through a transfer pipe 16 to a regenerator column 18. The regeneration of the cation-exchange resin is performed in the same way. Thus, the separation of the two ion-exchange resins is made perfect on the occasion of said regeneration, so as to inhibit the inverse regeneration of the ion-exchange resins.
Patent JP-S62278071-A (JP)
Title: Method and apparatus for controlling carriage
Inventor: TAKAHASHI KOICHI
IPC: B41J19/18
Filed: 1986-05-28
Abstract: PURPOSE:To enable a satisfactory speed control irrespective of an initial position of a carriage, by a method wherein while a part for position detection is detected, the carriage is moved at an optimum speed, and when the carriage comes off the part for position detection, the carriage is decelerated for a predetermined period of time. CONSTITUTION:When a carriage 12 is stopped at a position A at which it faces a zone slit 44 of a slitted palte 38 constituting a linear encoder and a power source is switched ON at that position, the fact that the carriage 12 faces the zone slit 44 is detected through a signal from a light-receiving part 48, and the carriage 12 is moved for returning to a home position H at a maximum speed vm set as an optimum speed After the carriage 12 is moved past a position B, the carriage 12 is decelerated by braking. Then, the carriage 12 is moved to the home position H at a fixed speed vc in such a range that failure in ejeotion of an ink will not be caused by a shock even when the carriage 12 collides against a damper 24.
Patent JP-H09305513-A (JP)
Title: Information processor and storage medium
Inventor: MATSUMOTO NORIKO
IPC: G06F13/00
Filed: 1996-05-16
Abstract: PROBLEM TO BE SOLVED: To prevent the delay of output speed of communication data by inhibiting the processing of communication data or print data instructed during the output of communication data when the execution of output of data is judged. SOLUTION: The data stored in a RAM 13 are successively extended to binary data by a FAX driver and successively outputted to a MODEM 28 of a multifunctional peripheral device(MFD) 2. When a user instructs transmission or print, it is inquired to a static monitor by the FAX driver whether the communication data are outputted by a communication data output means or not. The static monitor performs the self-diagnosis of whether the communication data are just outputted or not and transmits the result to the FAX driver. Then, when the execution of output of the communication data is judged by the result, a processor 11 inhibits the processing of communication data or print data of which the transmission or print is instructed.
Patent JP-H04351446-A (JP)
Title: Magnetoresistance sensor
Inventor: TAKAHASHI TATSUYUKI
IPC: H02K11/00
Filed: 1991-05-27
Abstract: PURPOSE:To suppress influence of disturbance such as uneven magnetization of FG magnet by constituting a magnetoresistance sensor of two or more bridge circuits of magnetoresistance element connected in series. CONSTITUTION:In a magnetoresistance sensor for sensing N and S poles of an FG magnet 1 mounted on the rotor of a motor and outputting a sine wave through a bridge circuit of magnetic resistance elements R, two magnetoresistance elements are connected in series in the bridge circuit in order to increase the number of pole being sensed by the FG magnet. Since a synthesized sine wave is outputted, ripple or wow flutter in the waveform can be suppressed through integration effect.
Patent JP-S62279866-A (JP)
Title: Organic wiring body
Inventor: KAWADA HARUNORI
IPC: H01L23/52
Filed: 1986-05-28
Abstract: PURPOSE:To easily prepare an org. wiring body at ambient temp., by forming the polymerized film of a monomolecular film or monomolecular built-up film of a tetracyanoquinodimethane complex comprising a specific compound on the substrate of the org. wiring body. CONSTITUTION:A tetracyanoquinodimethane complex to be used is a compound represented by either one of general formulae 1-3 (wherein R<1> is a long chain alkyl or alkenyl group, R<2> is hydrogen, a short chain alkyl group or a short chain alkenyl group but at least one of R<1> and R<2> is an alkenyl group, X is a hydrogen atom, a halogen atom, a cyano group or an alkoxy group, TCNQ is tetracyanoquinodimethane or a derivative thereof and n is 1 or 2). The monomolecular film or monomolecular built-up film of said complex is formed on a substrate according to an LB method to form an org. wiring body.
Patent JP-S5747343-A (JP)
Title: Vinyl chloride graft copolymer composition
Inventor: YAMADA TETSUYA
IPC: C08L51/02
Filed: 1980-09-02
Abstract: PURPOSE: A composition that is produced by grafting vinyl chloride onto a specific propylene-ethylene copolymer as well as another specific ethylene-vinyl acetate copolymer, thus giving high-impact sheets causing no shrimkage resulting in increase in the sheet thickness, reduction in the width and waving on both ends.  
     CONSTITUTION: Onto (A) an atactic propylene-ethylene copolymer of 20W60wt% ethylene content and 1W100g/10min melt-flow index according to JIS K-6758 at 230°C and 2.16kg and (B) an ethylene-vinyl acetate copolymer of 20W50wt% vinyl acetate content and 40W100g/10min melt-flow index according to JIS K-6730 at 190°C and 2.16kg, is grafted (C) vinyl chloride so that the content of component A becomes 1W25%, component B 1W25% and component C 98W50%. The resultant graft polymer is combined with an inorganic filler and a vinyl chloride polymer and made into sheets. 
     COPYRIGHT: (C)1982,JPO&Japio
Patent JP-H05131162-A (JP)
Title: Spray apparatus
Inventor: MAIKERU SHII ROJIYAAZU
IPC: B05B7/02
Filed: 1992-05-14
Abstract: PURPOSE: To make a spray gun always inexpensively adaptable to necessary conditions for operation of an HVLP device by constituting the gun as a set matching an air/fluid nozzle combination with an easily replaceable pressure reducer by using the pressure reducer in the front portion of a spray gun. CONSTITUTION: The easily replaceable pressure reducer 190 is used together with the combination of specific air/fluid nozzles 184, 178 to hold an outlet air pressure of >=10 psig. In the replacement of the air/fluid nozzle assembly, the pressure reducer 190 meeting the new combination is mounted by using, for example, a screwdriver. 'Fan-' or shaping-compressed air driven from the same compressed air which supplies the nozzle air is supplied through an additional pressure reducer valve 52 provided with a bleed passage to reduce its pressure below the pressure of the nozzle air. The sensitivity of the atomizing air pressure on the outlet side of the pressure reducer 190 is lowered by providing the pressure reducer with the bleed passage passing a fan air control valve combination 52.
Patent JP-S62278925-A (JP)
Inventor: KIMURA YUKINORI
IPC: A01G23/00
Filed: 1986-05-26
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-S5549120-A (JP)
Title: Filter cloth travel type continuous vacuum rotary cylindrical type filter
Inventor: YAGI TSUTOMU
IPC: B01D33/04
Filed: 1978-10-03
Abstract: PURPOSE: To dehydrate cake effectively and reduce the water contents of the cake by sandwiching the cake having been obtained with the continuous vacuum cylindrical type filter of filter cloth travel type between filter cloths, passing the same through press rollers of subsequently smaller diameters and pressing the same under gradually higher pressure.  
     CONSTITUTION: The cake from the slurry sucked by vacuum from the back of a filter cylinder 1 is formed on a filter cloth 3. As the filter cloth moves, the cake reaches a roller A. Here, the filter cloth is superposed with a press belt and the cake is squeezed, by which part of the water content is separated. Next, the cake reaches a press roller B, where part of the water content is further dehydrated. The waters are collected in a water receiving vat 8, from where they are discharged. The dehydration is accomplished by gradually decreasing the diamter of the press rollers thereby gradually increasing the squeezing force being applied to the cake. Next, the dehydrated cake is scraped off by a scraper 5 and is thereby removed from the filter cloth 3. The filter cloth 3 is washed from its front and back by a washing pipe 6 and again returns to the cylinder 1 to srart the filtration process. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-S5411149-A (JP)
Title: Adhesive composition
Inventor: MASUHARA HIDEKAZU
IPC: C08F218/00
Filed: 1977-10-13
Abstract: PURPOSE: 4-Methacryloyloxyethy trimillitate is incorporated with vinyl monomers and a radical initiator of photosensitizer to produce said coating adhesive suitable for dential, metal and primer coating because of its high adhesion and water resistance. 
     COPYRIGHT: (C)1979,JPO&Japio
Patent JP-S5748022-A (JP)
Title: Rotating press-in method for pile and device therefor
Inventor: ASAOKA YUTAKA
IPC: E02D7/22
Filed: 1980-09-03
Abstract: PURPOSE: To enable smooth and sure press-in of a pile by pressing in the pile while rotating the same in the normal and reverse directions or in one direction and thereby reducing the frictional force of the pile with the ground.  
     CONSTITUTION: A cap tube 7 holding the upper end part of the pile P is fitted to the lower end part of a main body 1. In the circumference of the cap tube 7 are opened a plurality of slits 7a, into which taper pieces 8 are inserted. On the outer side surface of the piece 8 is formed a slant 8a, with which the inside taper surface 9a of a taper ring 9 contacts, and when the ring 9 moves downward, the piece 8 moves inward to tighten the pile P firmly and hold the same. Between a base plate 5 and a cylinder plate 10 a hydraulic cylinder 13 is installed intermediately and rotates the pile P repeatedly in the normal and reverse directions by the motion of a piston rod 13a through the intermediary of the main body 1, the cap tube 7, the pieces 8, etc. 
     COPYRIGHT: (C)1982,JPO&Japio
Patent JP-S5913808-A (JP)
Inventor: HORI FUJIO
IPC: F22D1/32
Filed: 1982-07-15
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-S61277499-A (JP)
Inventor: OKAYAMA TOMOKO
IPC: B44C1/18
Filed: 1985-06-04
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-H01119504-A (JP)
Title: Production of powdery silicon nitride
Inventor: RASUTSURO MAROZUI
IPC: C01B21/087
Filed: 1988-05-20
Abstract: PURPOSE: To obtain a powdery silicon nitride having a high purity by bringing the silicon tetrachloride dissolved in an inert solvent into reaction with gaseous ammonia, continuously taking out the reaction mixture and returning a separated liquid.  
     CONSTITUTION: The process for preparing the powdery silicon nitride by bringing silicon tetrachloride dissolved in an inert solvent into reaction with gaseous ammonia in a first stage and heat treating the silicon amide formed at this time at from 800 to 1600°C in a second stage, thereby converting the silicon amide into silicon nitride is executed in the following manner, that is, the reaction mixture is continuously taken out during the reaction from the first stage and the liquid and the formed solid consisting mainly of the siliconimide and ammonium chloride are separated from each other. The separated liquid is returned to the first stage. The reaction is executed at -30 to 60°C, more advantageously at from 10 to 20°C. Since the reaction is exothermic, the reaction is generally required to be cooled. 
     COPYRIGHT: (C)1989,JPO
Patent JP-S5549748-A (JP)
Title: Microprogram control unit
Inventor: SATOU HIROSHI
IPC: G06F9/26
Filed: 1978-10-03
Abstract: PURPOSE: To make it possible to perform an efficient execution which can use micro instruction horizontal and vertical types and is dependent upon address generation methods suitable for respective types.  
     CONSTITUTION: First micro instruction storage means 101 stores horizontal instructions, and second micro instruction storage means 201 stores horizontal or vertical instructions. Instructions read from micro instruction storage means 101 are stored in pipeline register 103, and the next address based on registers 104 and 107 is outputted to address line 110. When instructions read from micro instruction storage means 201 are horizontal-type, they are stored in pipeline register 107 to generate the next address on a basis of the register output. In case of vertical micro instructions, they are modified by branch condition modification part 209 to generate the next address for which the microprogram counter is used as a main unit. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-H06331007-A (JP)
Title: Belt driving pulley
Inventor: KUBO MAMORU
IPC: A01C11/02
Filed: 1993-05-25
Abstract: PURPOSE:To simplify the molding metal mold of a belt driving pulley so as to reduce the cost of manufacture. CONSTITUTION:A belt driving pulley is formed in such constitution that a large width feed belt 13 formed multiple rotary driving projections 18 in a prescribed pitch is wound on an inner circumferential surface in cross direction intermediate part, a gear part 19 for rotary-driving the belt 13 is formed in the cross direction intermediate part while engaging with each projection 18, and belt guide parts 20, 21 having diameter larger than that of a gear bottom part in the gear part 19 are formed on the both side parts of the gear part 19. The belt guide part 21 and the gear part 19 is divided from the boundary part thereof, the other belt guide part 20 and the gear part 19 are formed integratedly so as to constitute a dividing body B. The dividing body B and the other belt guide part 21 are rotated integratedly, and they are fit and interlocked with each other.
Patent JP-S6015097-A (JP)
Title: Belt press type dehydrator
Inventor: UCHIDA HIDEAKI
IPC: B30B9/24
Filed: 1983-07-07
Abstract: PURPOSE:To correct effectively snaking of a high-pressure belt which presses upper and lower belts to a high-pressure roll by providing a regulating roll for correcting snaking to the high-pressure belt, and correcting the roll by a vertically arrayed double-acting hydraulic cylinder. CONSTITUTION:A regulating roll RR for correcting snaking is provided to a high-pressure belt BH which presses upper and lower belts for dehydration of sludge to a high-pressure roll. One end of a vertically arrayed double-acting hydraulic cylinder 1 fixed coaxially with two double-acting hydraulic cylinders which have two ports, are closed at one end and are projected with a piston rod 2 or 2' at the other end. The other end of said cylinder is fixed to a perpendicular column 3. When the belt BH snakes to the right side, said movement is detected by a limit switch and the cylinder 1 is extend to correct the snaking. When the belt snakes to the left side, the cylinder 1 is stretched or contracted to correct the snaking. The service lifetime of the belt BH is thus increased.
Patent JP-S61281446-A (JP)
Title: Automatically-focused electron microscope
Inventor: NOMURA SADAO
IPC: H01J37/26
Filed: 1985-06-07
Abstract: PURPOSE:To automatically perform focusing in a short time, by providing a line sensor for measuring the distribution of intensity of an image in an optional direction, and by causing operation to move the image toward the sensor even if the electrical current of a lens changes. CONSTITUTION:An electron beam 2 is deflected by deflectors 3, 4 so that the beam is obliquely irradiated upon a sample 5. An image is made on a fluorescent plate 7 by an enlarging lens 6. A line sensor 8 is provided to measure the distribution of intensity of the image in an optional direction of the imaging surface of the plate 7. A penetration-type electron microscope is thus constructed. The output of the sensor 8 is entered into a calculator 14 through a signal storage unit 11 comprising line memories 12, 13 and a changeover switch 19, so that a prescribed calculation is performed. The result of the calculation and the change in the electrical current of the lens 6 are applied to a controller 9 to regulate a deflection power supply 10. The quantity of the displacement of the image, which arises when the polar angle theta0 of the electron beam irradiated upon the sample 5 is changed, is determined to operate the deflectors 3, 4 to perform focusing in a short time.
Patent JP-S5647564-A (JP)
Title: Operation of magnetron-type sputtering device
Inventor: FUJIOKA TOSHIAKI
IPC: C23C14/34
Filed: 1979-09-26
Abstract: PURPOSE:To prevent the pollution of a sputtered film by using the same material for the target portion and target push portion of a target and applying a preliminary sputtering before the sputtering operation. CONSTITUTION:The cathode 1 facing an anode is made into a magnetron type in which the cathode body 2 is provided with the magnet 3 and the overlying target 4, and the target consists of the target portion 5 in an erosion region and the target push portion 6 in the region other than the erosion region, both of which are made of the same material. Prior to the operation of sputtering, the magnet 3 is turned into nonoperative state and preliminary sputtering is applied. Thus, the whose surface of the target 3 is cleaned by sputter etching. Also, even by the subsequent sputtering, clean sputtered film can be obtained because the target portion and its push portion are made of the same material.
Patent JP-S611598-A (JP)
Title: Propeller attachment structure for ship contrapropeller device
Inventor: TAKASU JIYUNZOU
IPC: B63H5/10
Filed: 1984-06-13
Abstract: PURPOSE:To transmit the thrust force of a rear propeller to an outer propeller shaft by way of a front propeller in a ship contrapropeller device, by attaching the front propeller to the rear end of the outer propeller shaft and the rear propeller to the rear end of an inner propeller shaft. CONSTITUTION:The boss section 1a of a front propeller 1 is attached, with attaching bolts 11, to a flange 3a formed in the rear end section of an outer propeller shaft 11. A rear propeller 2 is attached to an inner propeller shaft 4 such that the boss section 2a of the rear propeller 2 is pierced therethrough with the tapered section 12b of an attaching shaft 12, and an attaching nut 13 is tightened onto the threaded part of the front end section of this attaching shaft 12. A thrust force produced by the rear propeller 2 is transmitted to the front propeller 1 through thrust bearings 16, 17 held between the attaching shaft 12 of the rear propeller 2 and the hole in the boss section of the front propeller 1, and received by the outer propeller shaft system to which the front propeller 1 is attached.
Patent JP-H01291402-A (JP)
Title: Positive temperature coefficient resistance element
Inventor: NISHIMURA HIDEKO
IPC: H01C7/02
Filed: 1988-05-19
Abstract: PURPOSE:To obtain a positive temperature coefficient resistor element which allows large current to flow, is operable at high temperature, and is quick in thermal response, by making the element to raise the temperature by self- heating due to the current flow to metal, and to increase the self-resistance value with this temperature rise. CONSTITUTION:A silicon thin film 12 is formed on the surface of a cylindrical ceramic body 11. Then, Ni, Pt or Pd paste 13 is formed into a thin film over the body 11, and they are baked for an hour at 800 to 1200 deg.C in an electric furnace. After cooled, metal caps 14 are fitted to both ends. Then, a lead wire 15 is spot-deposited to each metal cap 4, and besides the whose is coated with a silicon film 12 for the insulation. The following are resistance value changes of positive temperature coefficient resistor elements 1 manufactured in this way. The resistors coated with the Pt paste are baked at 1200 deg.C, and those coated with the Pd paste are baked at 800 deg.C, and their specific resistance values at 25 deg.C are 4OMEGA and 20OMEGA, and their resistance temperature coefficients in the temperature range between the normal temperature and 400 deg.C are about 3X10<-2>( deg.C<-1>) and 3.3X10<-2>( deg.C<-1>) respectively.