baber/WOPTO huggingface dataset:
Patent JP-H08152080-A (JP)
Title: Pipe shaft and fixing structure thereof
Inventor: TSUTSUI TOSHINAO
IPC: F16L3/24
Filed: 1995-06-30
Abstract: PURPOSE: To provide a pipe shaft in which the positions of piping parts once fitted can be moved by fixing the piping to a plurality of frames detachably and movably, and providing saddles detachably fixing the piping and a header fixed to the frame detachably and movably and connected to the piping. CONSTITUTION: A frame 3 is fixed in a frame body 14 and can be hardly detached from it. Saddles 4 and a header 9 are fixed to the frame 3 detachably and movably, and they can be moved in the lateral directions by sliding and the like in the lengthwise direction of the frame 3 in the range of the frame 3. Further, by detaching the saddles 4 and the header 9 from the frames 3 to which they are already fixed and fixing them to the other frames 3 positioned on the upper part or the lower part of the frame body 14, they can be moved in the vertical direction. Piping 11 is pinched with the saddles 4 and detachably fixed, and can be moved in the lateral directions by sliding and the like in the lengthwise direction of the frame 3 in the range of the frame 3 together with the saddles 4.
Patent JP-H09314386-A (JP)
Title: Dehydrator
Inventor: YASUTOMI KAZUYA
IPC: B30B9/06
Filed: 1996-05-23
Abstract: PROBLEM TO BE SOLVED: To obtain a dehydrator without causing clogging with dirt or mud by making the dimension of a dehydrating case having screen opening parts constituted of slots of triangular wires small in the reciprocating direction of the movement of a press member and large in the direction orthogonal to the direction above. SOLUTION: An upper face screen panel of a dehydrating case 1 is slid to an opening position, mud is thrown from a hopper B and the panel is closed. A press member 2 is moved by a hydraulic cylinder 3, the mud is pressed and the water content is discharged from slots of the press member 2. Because the panel of the case 1 is installed so that solid part is moved along the slot while being compressed, pressure dehydrating are executed without generating clogging. Because the screen part is composed by using a metal wire arranged parallel through the slot and having triangular cross section of increasing opening width toward the outside from the inside, the dehydrator is obtained which is omitted with the pre-treatment of removing the dirt or the coagulation, etc., without generating clogging.
Patent JP-S6323955-A (JP)
Title: Phenolic resin composition
Inventor: HATTORI MINORU
IPC: C08L71/08
Filed: 1986-07-17
Abstract: PURPOSE:To provide the title resin compsn. having excellent durability under high-temperature conditions and suitable for use in the production of automobile parts, etc., by blending a phenol/aralkyl ether resin with a copolymer obtd. by using isopropenyl-phenol as a component in a specified weight ratio. CONSTITUTION:An aralkyl ether of the formula (wherein R is a 1-3C alkyl; and n is 1-2) (e.g., alpha,alpha'-dimethoxy-p-xylene) is reacted with a phenol compd. (e.g., phenol) to produce a phenol/aralkyl ether resin. 100pts.wt. said resin is blended with 5-600pts.wt. copolymer obtd. by using isopropenyl-phenol as a component (e.g., p-isopropenylphenol/styrene/acrylonitrile copolymer) to obtain the disired phenolic resin compsn. If desired, glass fiber, carbon powder, etc.) may be blended therewith.
Patent JP-H0829142-A (JP)
Title: Optical-device assembling method and executing device thereof
Inventor: MOCHIZUKI TAKETO
IPC: G01B11/26
Filed: 1994-07-19
Abstract: PURPOSE:To improve the throughput in assembling optical devices. CONSTITUTION:In the position alignment of a light emitting device 1 and a light receiving device 2, which is optically coupled with the light emitting device 1, the light emitting device l is moved to a detection starting point and each point of X1-Xm, and X1-Xn on the X axis, which is the optical axis. Then, the position of the maximum amount of light on a YZ plane P is detected. The maximum value is made to be the result of the measurement at each X coordinate, and the measurement is repeated. After the completion of the measurement, the results are compared, the maximum position is detected and the optical coupling position is corrected.
Patent JP-S6145387-A (JP)
Inventor: NISHI KENICHI
IPC: G07C9/00
Filed: 1984-08-09
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-S5867088-A (JP)
Title: Light probe head
Inventor: KONDOU SHIYUUJI
IPC: G02B6/38
Filed: 1981-10-19
Abstract: PURPOSE:To maintain at constant value the clearance between the light emitting part and the light receiving plane of an element to be tested and improve the reproducibility of the test, by projecting the fringe part of the optical fiber end part from the central part, and providing an abrasion resistant member on the fringe part. CONSTITUTION:An outer coating material 9 is formed around the optical fiber with a clad part 8, and a metallic sheath material 11 is constituted outside. The end part 11' of said metallic sheath material 11 has a conical aperture part, and on the top end a thin disc 13 which has a through hole 12 at the center and is constituted of Al2O3 crystal such as sapphire or of a material excellent in abrasion resistance such as a super steel alloy is fixed in a structure of slight projection from the top end part of the sheath material 11 by fitting or adhesion. The part contacted on the surface of the light emitting element to be tested is constituted of a material high in abrasion resistance, and the abrasion of the contacted part is not generated against repeated probings resulting in the prevention of damages of the light receiving part of an optical fiber. Since the clearance between the light receiving part and the contacted part is constantly maintained, the improvement of the reproducibility of the light receiving characteristic during probing can be realized.
Patent JP-S5790868-A (JP)
Title: Non-aqueous electrolyte battery
Inventor: TAWARA KENSUKE
IPC: H01M4/58
Filed: 1980-11-27
Abstract: PURPOSE:To reduce the cost of a non-aqueous electrolyte battery and to improve the discharge characteristics by using iron pyrite with mean FeS2 content of 85-95% as positive active material. CONSTITUTION:A light metal such as Li, Na, or Mg is used as negative active material, and natural iron pyrite which is mineral-dressed or purified to a mean FeS2 content of 85-95% is used as a positive active material. Iron pyrite, the thermal decomposition initiating temperature of it is 300 deg.C or higher on heating in air and it is stable at room temperature in air, is selected. The iron pyrite ground to particle diameter of 50-250mum is used. By using the positive active material, a non-aqueous electrolyte battery having battery performances which are comparable to that of FeS2 of 95% purity can be obtained at low cost.
Patent JP-S5956514-A (JP)
Title: Method for deoxidizing and desulfurizing molten stainless steel
Inventor: KOBAYASHI YOSHIO
IPC: C21C7/10
Filed: 1982-09-25
Abstract: PURPOSE:To reduce the amounts of O and S in molten stainless steel after decarburization in a short time by adding a flux to the steel in a vessel and by blowing gaseous Ar into the steel from an upper part and the bottom of the vessel to agitate the steel under reduced pressure. CONSTITUTION:Molten stainless steel is decarburized by top oxygen blowing under reduced pressure in a VOD refining furnace or the like, and to the decarburized steel are added Fe-Si and CaO+CaF2 mixed optionally with Al as a flux under reduced pressure. A lance is immersed in the steel from the surface to blow gaseous Ar. At the same time, gaseous Ar is blown into the steel from a porous plug attached to the bottom of the vessel to agitate the steel under reduced pressure. By this treatment low O and low S stainless steel contg. <about 40ppm O and <about 30ppm S can be manufactured stably.
Patent JP-H0514472-A (JP)
Title: Telephone transmitter-receiver with telephone number learning function
Inventor: TSUZUKI KAZUO
IPC: H04M1/56
Filed: 1991-07-08
Abstract: PURPOSE:To make calling with a desired telephone number by the same function as an abbreviation dial function by registering a dial of high frequency of use automatically, displaying the dial and making calling through the use of a touch panel. CONSTITUTION:A telephone number transmission means 22 sends a telephone number to a communication line 21 via a line interface circuit 26 manually (depression of pushbutton). After the transmission of the telephone number, a called signal is received from an opposite exchange within a prescribed time and when the telephone number is already stored in a memory, a telephone number transmission number count corresponding to the telephone number is incremented by 1 and when the telephone number is not yet stored, the telephone number is newly stored. The operation above is repeated for a prescribed period and telephone numbers are sorted in the order of counts at the end of the period and the result is displayed on a touch panel display means. Then the user touches the display position of the telephone number on the touch panel to send the relevant telephone number automatically.
Patent JP-S6411797-A (JP)
Title: Perforator
Inventor: HORITANI YOSHIO
IPC: B26F1/34
Filed: 1987-07-06
Abstract: PURPOSE: To always securely press a document with a pressing piece, and to avoid the deformation and damage of a punching edge by providing downwards a pair of cylindrical pinching edges to an elevating body being elevated by the turning of a male screw lever, and by providing a pressing lever that has a pressing piece at its lower end and that is downwards energized so as to be vertically movable, to the right and left sides of the elevating body. CONSTITUTION: A male screw lever 5 is turned by the drive of a motor, and an elevating body 6 is lowered along guide levers 3. With the lowering thereof, right and left pressing levers 31 are successively lowered, and the lower surfaces of pressing pieces 30 at the lower ends thereof are abutted on the upper surface of a document (a) and stopped. Further, the elevating body 6 is continued to lower to disconnect the locking of the flange part 41 and the upper surface of the elevating body 6, and the pressing pieces 30 are pressed against the upper surface of the document (a) by the energizing force of a coil spring 40, so that even in the document (a) in which thicknesses in the right and left are different, the punching part is strongly pressed by the right and left pressing pieces 30.  In this state, the elevating body 6 is further lowered, and a punching edge 22 is vertically lowered through the guides of the pressing pieces 30 to add only a downward force to the punching edge 22, so that the document (a) is gradually pressed and punched from above by the punching edge 22 without bending and damage of the punching edge 22.
Patent JP-S6145617-A (JP)
Title: Piezoelectric vibrator
Inventor: IGARASHI SEIICHI
IPC: H03H9/19
Filed: 1984-08-09
Abstract: PURPOSE:To attain automatic assembling by mounting a side face of a piezoelectric oscillating chip near its end to the inside of a sealing case and applying air-tight sealing so as to elminate the need of fixing the piezoelectric oscillating chip to a sealing body in advance. CONSTITUTION:The side face of the piezoelectric oscillating chip 11 near its end is inserted to the inner face of a sealing case 16 whose both ends are opened while being inscribed. Both ends of the oscillating chip 11 are clipped by conductive sealing bodies 17, 18 to attain air-tigh sealing. Thus, it is not required to fix the oscillating chip 11 to the sealing bodies 17, 18 in advance to attain automatic assembling.
Patent JP-H0510801-A (JP)
Title: Thermal flow sensor
Inventor: MIZUKOSHI MASATO
IPC: G01P5/12
Filed: 1991-07-08
Abstract: PURPOSE:To make assembly easy and correct by regulating naturally the orientation of a sensor chip in a thermal flow sensor and also to protect the sensor from breakdown by preventing an immoderate force from acting on a joined part of the sensor chip and a lead by the action of heat. CONSTITUTION:In a thermal flow sensor, a flat-surface part in one end of each of paired ribbon-shaped leads 102 of which the section is shaped to be flat and at least one surface of which is flat is joined to one of both ends of a flat-plate-shaped sensor chip 101. The flat-surface part in the other end of each of the ribbon-shaped leads is brought into contact with and joined to one of a pair of terminal pins 103 extending on the same plane. By forming the paired ribbon-shaped leads 102 in the shape of a crank, for instance, the buckling strength thereof is so set as to be the strength of joined parts 104 of the sensor chip and the ribbon-shaped leads or less.
Patent JP-S5791773-A (JP)
Title: Method for sending paint to roller type painting apparatus under pressure
Inventor: MATSUDA KEIICHIROU
IPC: B05C11/10
Filed: 1980-11-27
Abstract: PURPOSE: To prevent painting irregularity by a method wherein a diaphram type reciprocal pump driven by compressed-air is used to send a paint to a roller type painting apparatus under pressure and pulse variation of paint pressure is absorbed by a special absorbing means in a roller.  
     CONSTITUTION: A roller type painting apparatus comprises a diaphragm type reciprocal pump 2 driven by compressed-air 4 supplied by an air compressor 3, a paint tank 5, a paint sucking pipe 6, a pipe 7 sending a paint under pressure connecting an emitting port of the pump 2 and the roller type painting apparatus 1, a push button 10 opening a flow passage by pushing a paint flow passage  opening and closing valve 8 provided to an upper end of a handle 9 of the painting apparatus 1 or the like. Pulse variation of the emitted paint by the reciprocal pump 2 is sufficiently absorbed by diffusing and flowing the paint to a space 40 formed between a rotary roller main body 16 and a cylindrical painting tool 17 of the roller type painting apparatus 1 without using a special accessory apparatus and, thereby, painting irregularity due to the pulse variation of paint emitting pressure from the pump 2 is certainly eliminated. 
     COPYRIGHT: (C)1982,JPO&Japio
Patent JP-S6323439-A (JP)
Title: Remote data collection system
Inventor: CHIJIIWA KAZUO
Filed: 1986-07-15
Abstract: PURPOSE:To relieve the load of a master station equipment by allowing the master station equipment to detect a carrier not superimposed on a remote data and to send a call signal comprising a slave station identification code at first thereby collecting only a data from said slave station equipment. CONSTITUTION:input sections 13, 14 of slave station equipments 2, 3 fetch data from plants 9, 10 and if the data is subjected to state change, a carrier not superimposed on a data is sent at first from communication sections 5, 6 to the master station equipment 1. The communication section 4 of the master station equipment 1 receives the carrier, a detection circuit 7 detects the carrier to send a call signal comprising the slave station identification code to the slave station equipments 2, 3. The communication sections 5, 6 of the slave station equipments 2, 3 receive the call signal from the master station equipment 1 and give a command to the input sections 13, 14 to send the data of state change to the master station equipment 1 through the communication sections 5, 6 while the data is superimposed on the carrier. The communication section 4 of the master station 1 receives the state change data and stores it in a storage section 15. Thus, the load of the master station equipment is relieved.
Patent JP-S6145354-A (JP)
Title: Microprocessor
Inventor: YAMADA KOICHI
IPC: G06F1/32
Filed: 1984-08-10
Abstract: PURPOSE:To decrease the electric power consumption of an instruction stream without losing all functions of a microprocessor itself, by providing an instruction decoding part to an instruction decoder for control of the stand-by mode of an arithmetic part with participation taken only in the arithmetic part. CONSTITUTION:The instruction decoder 4' delivers stand-by control signal 8 to the arithmetic part 1. Then a control instruction, an arithmetic instruction and a control instruction are executed respectively in an executing period. The stand- by mode is released by the signal 8 in an executing period to an arithmetic instruction. When the execution is through with the arithmetic instruction, the stand-by mode is set for execution of the arithmetic instruction.
Patent JP-H0216237-A (JP)
Title: Gate-shaped bearing wall
Inventor: OSHIMA TERUFUSA
IPC: E04B2/74
Filed: 1988-07-05
Abstract: PURPOSE:To easily form a bearing wall that is available for a variety of spans by installing a beam member between a pair of column base members, and by joining the exposed framework members of the column base members and the exposed framework members of the beam member with gusset plywoods glued to each of the exposed framework members. CONSTITUTION:A pair of column base members 1, respectively consisting of a supplementary member 1A and a cantilever beam member 1B, are erected with the cantilever beam members placed facing each other, and a beam member 2 is installed in between. The column base member 1 is composed of an inner plywood 11, framework members 12 and 13 that are stuck to the opposite surfaces of the inner plywood, and outer plywoods 14 and 15 that are respectively stuck to each of the framework members 12 and 13, with a part of the front end parts of the framework members 12 and 13 exposed. The beam member 2 is composed of an inner plywood 21, framework members 22 and 23 that are stuck to the opposite surfaces of the inner plywood, and outer plywoods 24 and 25 that are respectively stuck to each of the framework members 22 and 23, with the framework members 22 and 23 exposed at both ends. Then, gusset plywoods 3 are glued to the exposed parts of the framework members 12 and 13 of the cantilever beam member 1B and the exposed parts of the framework members 22 and 23 of the beam member 2, and the column base member 1 and the beam member 2 are joined thereby. With such arrangement, bearing walls available for a variety of spans can be easily obtained.
Patent JP-H11119725-A (JP)
Title: Method and device for displaying video image frame sequence
Inventor: ZHU DANIEL QIANG
IPC: G09G3/296
Filed: 1998-06-15
Abstract: PROBLEM TO BE SOLVED: To substantially remove an outline artifact as much as possible by forming a minimum moving pixel distortion code set and using combination between a sub-field period generated by making the distortion code set correspond to prescribed one and respective illumination levels to respective pixels. SOLUTION: A luminance mapping processor 102 contains a table used for making pixel luminance correspond to an MPD code word. By using a minimum MPD distance code word, the number of continuous pulses are redistributed related to the given discharge period of the sub-field. A main processor 126 decides a cell address of a PDP answering to a received pixel address, and stores addresses and code words of respective pixels in a frame memory 106 as the display data. A display data controller 120 transfers the display data DAT to an address/data electrode driver 132 through signal transfer clock and latch signal generated by a clock and synchronism generator 108.
Patent JP-H0826666-A (JP)
Title: Running address detection device for running body
Inventor: OKAI TAKASHI
IPC: G05D1/02
Filed: 1994-07-20
Abstract: PURPOSE:To let a running body accurately run along a running marker, and concurrently let it be accurately stopped at each specified stop position. CONSTITUTION:A position marker 2 composed of a running marker 1 set over a running road, and of a plurality of address makers, is photographed every moment by a camera 5 set on a crane 3 so as to allow each image to be processed, output signals related to the running marker 1 out of its output signals are correlatively processed, and the quantity of dislocation in the lateral running direction from the running marker 1 of the crane 3 is thereby computed. Output signals related to the position marker 2 is then correlatively processed so as to allow the address of a position (absolute position) in the crane running direction to be computed, based on these computed values, let the crane 3 be run while its dislocation is being corrected, be stopped at the specified absolute position, let the crane 3 accurately run along the running maker 1, and also let it accurately stop at a specified stop position.
Patent JP-S5868631-A (JP)
Title: Infrared ray detecting device
Inventor: ADACHI HIDEO
IPC: G01J5/10
Filed: 1981-10-20
Abstract: PURPOSE:To measure the heating temperature of an infrared ray irradiating body simply and accurately, by providing an ultrasonic wave detector on the same axis as an infrared ray detecting means, and measuring the distance between the infrared ray irradiating body and the detector. CONSTITUTION:The detector 13 is arranged on the focal point of a concave mirror 11. The detector 13 is constituted by an ultrasonic wave receiving system formed by a piezoelectric bimorph element 15, which is provided on a convex part 141 on the bottom surface of a case 14, and a sound horn 16 which is provided thereon; and a pyroelectric element 20 which is provided on the sound horn 16 and provided with an infrared ray absorbing film. The receiving surface of said pyroelectric element 20 is located on the same axis of the piezoelectric bimorph 15, and can detects the infrared ray signal on the same axis of the ultrasonic wave. The infrared rays from the infrared ray irradiating body 34 are reflected by the concave mirror 11 and detected by the pyroelectric element 20. The ultrasonic wave sent out of the sound horn is reflected by the infrared ray irradiating body 34 and detected by the piezoelectric bimorph 15 through the concave mirror 11. The distance between the detector 13 and the infrared ray irradiating body is computed, and its temperature is accurately obtained.
Patent JP-S5877099-A (JP)
Inventor: DEEBITSUDO JIYON BURAUN
IPC: H03K5/15
Filed: 1982-09-28
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-S5957448-A (JP)
Title: Manufacturing apparatus for semiconductor device
Inventor: MIURA TAKAO
IPC: H01L21/68
Filed: 1982-09-27
Abstract: PURPOSE:To move an article such as a wafer to an arbitrary position, and to improve yield on the manufacture of the semiconductor device by selecting the air jets of an air-nozzle plate by moving a guide. CONSTITUTION:Air is injected toward the air-nozzle plate 11 from the lower section of the guide 12. Air is ejected strongly through the air jets 11a, and weak air is ejected from the air jets 11a behind the guide 12. Air pressure and the diameters of the air jets 11a sufficient for floating and keeping the wafer 10 are selected regarding the weak air currents. Strong two air currents prevent the leftward or rightward movement of the wafer 10, and keep the wafer under a stationary state. When a shaft 15 is turned to move the guide 12 to a right position, the left strong air current collides with the lower section of the left section of the wafer 10, and only the weak air current collides with the lower section of the right section of the wafer 10. Accordingly, the wafer 10 is inclined so that the left section is lifted, and moved so as to slip down in the right direction under the state in which it is floated under its own weight.