baber/WOPTO huggingface dataset:
Patent JP-H11288859-A (JP)
Title: Apparatus for separation and treatment of member
Inventor: SAKAGUCHI KIYOBUMI
IPC: H01L21/02
Filed: 1998-04-01
Abstract: PROBLEM TO BE SOLVED: To exclude the possibility that a substrate falls by a method, wherein the direction of the main surface of a member is changed, the member is separat ed and the direction of the main surface of the member is operated so as to agree with a first direction and a second direction. SOLUTION: When a laminated substrate 21 is separated into two substrates 21a, 21c, a substrate holding part 22 and a substrate holding part 23 are first made horizontal. Then, the laminated substrate 21 is placed on the substrate holding part 22 on one side so as to be sucked by a substrate holding face. Then, both substrate the holding parts 22, 23 are turned around a shaft 26 and a shaft 27 to face opposite, and the laminated substrate 21 is held so as to be sandwiched by both the substrate holding parts 22, 23. At this time, substrate holding faces on both substrate parts 22, 23 become vertical. In this state, a jet constituent medium 29 is jetted from an injection nozzle so as to creep into the region, to be separated of the laminated substrate 21, and the laminated substrate 21 is turned around a shaft 24 and a shaft 25.  Then, the substrate holding parts 22, 23 are turned until their substrate support faces become horizontal.
Patent JP-S5212870-A (JP)
Title: Stroboscope type speed detecting device
Inventor: SHIYOUDA AKIHIKO
IPC: G01P3/40
Filed: 1975-07-21
Abstract: PURPOSE: To detect a rotating speed or the like of a turntable due to storoboscopic effect, by forming a strip of light and dark pattern on the outer peripheral surface of the turntable in a record player. 
     COPYRIGHT: (C)1977,JPO&Japio
Patent JP-S5931152-A (JP)
Inventor: MAIKERU ANSONII KOWAN
IPC: B29C48/335
Filed: 1983-05-20
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-H09279365-A (JP)
Title: Method for producing fine structural parts
Inventor: NAKABAYASHI AKIRA
IPC: B81C1/00
Filed: 1996-04-11
Abstract: PROBLEM TO BE SOLVED: To make it possible to obtain good working accuracy and to improve productivity even with fine structure parts of which the sectional shape has a high aspect ratio. SOLUTION: A base metal layer 11 is formed on a metallic sheet 10 for supporting and a photoresist layer 12 is formed on this base metal layer. A mask 13 of prescribed patterns is applied on this photoresist layer and is exposed. The exposed photoreceptor layer is developed, by which the parts which are the fine structural parts are removed and apertures 12a are formed on the remaining photoresist layer. The surface layer of the base metal layer facing the bottoms of the apertures is uniformly removed by a prescribed thickness to form recessed parts 11a. Metallic layers 14 are formed by plating in the apertures formed with the recessed parts. The remaining photoresist layers are removed and the base metal layer is peeled together with the metallic layers from the metallic sheet for supporting.  Further, the base metal layers are removed, by which the fine structural parts consisting of the metallic layers are obtd.
Patent JP-S5715554-A (JP)
Title: Tele-printer
Inventor: TOMONA TOMONOBU
IPC: H04L13/06
Filed: 1980-07-01
Abstract: PURPOSE:To make the filing of paper printed with transmission and reception messages easy, by providing the nonprinted section of a plurality of lines to every prescribed line number at the print of the transmission or reception message. CONSTITUTION:A control section 1 prints a dial number and a message at a printer 5 and store them in the data area in the RAM3. Further, at the start of printing, the page data and transmission message of the 1st page from the 2nd line are printed. The number of print lines is counted at a count section 3C in the RAM3 every paper feed at the printer 5, and the count value and the set print line number are ompared, and if the count value is less than the set printed line number, the print is made as it is and if larger, paper feed is made while leaving the space for 6 lines blank, and the page data of the 2nd page is printed and the succeeding message is printed.
Patent JP-H01259875-A (JP)
Title: Sporting goods for shooting ball
Inventor: NAKANISHI MOTOYASU
IPC: A63B102/02
Filed: 1988-04-12
Abstract: PURPOSE:To damp and absorb vibration by providing a gel layer having silicon gel as a base material on a portion of a frame of hard skeletal body, while bonding a mass body to the gel layer in no contact manner with the frame and ensuring a deformed region of the gel layer in some peripheral portions of the gel layer. CONSTITUTION:A gel layer and a mass body are provided on the base of forked portion 31 of a frame, i.e., the forked portion is provided in the base with a round hole into which a cylindrical case 4 is inserted. The gel layer and the mass body are provided in the cylindrical case 4 so that the cylindrical mass body 5 is disposed in the center and a gap between the mass body and the surrounding cylindrical case 4 is filled with annular-shaped silicon gel to provide a gel layer 6. The gel layer 6 and a lid body 7 make contact with each other on only some portions of the outer periphery of the gel layer 6 and the mass body 5 makes no contact with the lid body 7 to provide a deformation region allowing the deformation of the gel layer on the gel layer 6. While impact waves in shooting a ball are transmitted sequentially, they are also transmitted to the mass body 5 supported through the deformable gel layer 6 with the deformation region being ensured in the forked portion, so that the gel layer 6 gives few repulsive elasticity to quickly damp and absorb the vibration of the mass body 5.
Patent JP-S5716254-A (JP)
Title: Carburetor
Inventor: NAKAMURA HARUO
IPC: F02M35/108
Filed: 1980-06-30
Abstract: PURPOSE: To keep enough the distance between both carburetors, by providing two intake valves for connecting the separate carburetors to one cylinder and placing both the carburetors so that the distance between them decreases toward the body of an engine.  
     CONSTITUTION: Two intake valves 1, 1 and two exhaust valves 2, 2 are provided for one cylinder of an engine A. Intake ports 3, 3 extending to the intake valves 1, 1 are connected to carburetors (b), (b) through intake passages 4b, 4b. The two intake passages 4b, 4b are laid at an angle to each other so that the distance between them increases toward the carburetors (b), (b). 
     COPYRIGHT: (C)1982,JPO&Japio
Patent JP-S59214883-A (JP)
Inventor: KIMURA HIROICHI
IPC: B60Q9/00
Filed: 1983-05-20
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-H08286346-A (JP)
Title: Photosensitive material processing device
Inventor: ISOGAWA WATARU
IPC: G03D3/08
Filed: 1995-04-14
Abstract: PURPOSE: To provide a photosensitive material processing device having a size deciding means capable of correctly deciding the shape and kind of a photosensitive material even if the number of shapes and kinds of the photosensitive material to be processing is increased and the difference between kinds of the width is decreased. CONSTITUTION: A photosensitive material processing device comprises a feeding part 1 which feeds a photosensitive material from a container P inside which the photosensitive material is housed and a processing part 2 in which the photosensitive material sent from the feeding part 1 is processed, then exhausted. In the photosensitive material processing device for processing the photosensitive material having two or more shapes, the shape and kind of the photosensitive material are decided with information for detecting the photosensitive material of at least one sensor 19t arranged in a conveying path of the photosensitive material and information for detecting an indicator of a short leader connected to the tip of the photosensitive material of at least one sensor 19t arranged in the conveying path of the photosensitive material.
Patent JP-S57205403-A (JP)
Title: Formation of polymer film
Inventor: KITOU MAKOTO
IPC: C08F2/52
Filed: 1981-06-12
Abstract: PURPOSE: To form a polymer film almost free of crosslinkages, by providing an evacuated housing with electrodes having an aperture on the surface opposite to a mesh form electrode and introducing a monomer into a gas plasma which has passed through the aperture, the space between the electrodes and the mesh electrode.  
     CONSTITUTION: After evacuating a vacuum housing 1, an inert gas is introduced through the aperture 4 of electrodes 5. Plasma discharge is generated between a mesh-form electrode 2 and the electrodes 5 by a high-voltage source 3. The activated gas in the state of plasma passes through the mesh-form electrode 2, approaches a base sheet 16, passes through the sides of a support for the base sheet and leaves from an exit port 6. From an apparatus 8, a monomer is introduced into the activated gas which has passed through the mesh-form electrode, and the monomer is plasma-polymerized to coat the base sheet with a polymer film. This film is free of crosslinkages and solvent-soluble and useful for coating optical lenses. 
     COPYRIGHT: (C)1982,JPO&Japio
Patent JP-S5518342-A (JP)
Title: Finishing method utilizing electric discharge
Inventor: INOUE KIYOSHI
IPC: B23H1/02
Filed: 1978-07-21
Abstract: PURPOSE:To enable stabilized finishing at high speed, in a mechanism wherein pulse width of  short finishing unit and electric discharge energy of one or a plurality of pulse(s) existing within  a pulse row having intervals are magnified and finishing interval is controlled, and the number  of repeated interruption of control is decreased. CONSTITUTION:At the oscillator 5, unit pulse row having short finishing unit pulses, whose  width is TAUon.s and interval TAUoff.s is generated as set by finishing condition; while at the oscillator 6, pulses whose time width is TAUon and interruption interval TAUoff are generated. Switching elements 41 and 42 are synchronously controlled, wherein, (a) element 41 is controlled by an  output in which the above two outputs are combined at ABD gate 7, (b) element 42 is controlled by an output which is inputted into AND gate 10 together with the output of the AND gate  7 and the output of the oscillator 5 thru the preset counter 8 and wave forming circuit9. By this  constitution, the electric discharge current flowing in the finishing intervals from the power  source 3 is magnified, and the finishing interval is controlled by supplying and e.g. wave height boosting pulses corresponding to the preset value at the counter 8 and the width of the formed  waves at the wave forming circuit 9. Accordingly, decreasing of the number of interruption  control and the stabilized finishing at high speed are performed.
Patent JP-H05254108-A (JP)
Title: Method for control of corrugated fiberboard sheet processor and its apparatus
IPC: B41F33/06
Filed: 1992-03-12
Abstract: PURPOSE:To achieve excellent processing of a corrugated fiberboard sheet by a method wherein a new set correcting value is added to each unit differential operation positioning mechanism when detection of a sheet is completed for an initial printer unit and every time a distance between a unit on an upper stream side and a cylinder reaches a number of pulses for the unit thereafter. CONSTITUTION:A slide intervenes between surfaces of a sheet drawing out roll 24 and a sheet 10. Then, for a first printer unit 14, a sensor PHA obtains a first timing tB at a point of time T2 when the sheet 10 has finished to pass. Therefore, a new set correcting value RB' is added to a differential operation positioning mechanism DB of the unit 14 at the timing tB at the point of time when the sensor PHA has finished to detect the sheet. Then, for a second printer unit 16, a second timing tC is obtained at a point of time when the sheet 10 has advanced by a distance LC from a printing contact point of the unit 14. Therefore, if a new correcting value RC' is added to a mechanism DC of a unit 16 at the timing tC, a correction taking account of a shift XP has been imparted to a printing cylinder 26 at the timing tC.
Patent JP-S60234663-A (JP)
Inventor: TAKAHARA MASAMI
IPC: A61H39/04
Filed: 1984-05-04
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-H01261105-A (JP)
Title: Warehousing facility
Inventor: TAJIMA KENICHI
IPC: B65G1/00
Filed: 1988-04-12
Abstract: PURPOSE:To set a safe shelf to keep workers from entering the fixed route of a putting in-out device in error by installing a mobile shelf in front and rear of a truck. CONSTITUTION:When a truck 6 is moved forward from a cargo receiving position (a) to a cargo delivering position (b), the first mobile shelf 28 is closely moved to the side of a truck 6 to be folded up, and therewith the second mobile shelf 29 follows the truck 6 and goes forward along a fixed route 8. Then, when the truck 6 is moved backward from the cargo delivering position (b) to the cargo receiving position (a), the first mobile shelf 28 is openly moved to close the space between a shelf 1 and the truck 6, and therewith the second mobile shelf 29 is pressed and moved backward. In this way, the space between a cargo working shop 5 and the fixed route 8 along which the putting in-out device 7 runs is always partitioned by the first mobile shelf 28 and the second mobile shelf 29, so that any accident, like that workers erroneously rush out to a passage 2 on the side of the fixed route 8 to touch the putting in-out device 7, can be prevented certainly.
Patent JP-H10270392-A (JP)
Title: Method for washing wafer surface, and overall polishing/ washing device for wafer
Inventor: YAMASHITA JUNICHI
IPC: H01L21/304
Filed: 1997-03-26
Abstract: PROBLEM TO BE SOLVED: To prevent a wafer surface from being alterated at polishing for efficient movement to polishing/washing, by transferring a wafer in such water stream as against transfer direction between a process wherein polishing is performed with a abrasive water containing abrasives supplied to a wafer surface and a process wherein polishing is performed with only washing water supplied to the wafer after polishing. SOLUTION: A finish/polish part 11 is provided with a slurry nozzle which supplies slurry to a finish/polish platen 12 at polishing and a rinsing water nozzle which supplies ultrapure water as rinsing water, and is provided with a abrasive water containing abrasives. A polish/wash part 21 is provided with a ultrapure water nozzle which supplies ultrapure water onto a polish/wash platen 22 at polishing/washing and a function water nozzle which supplies function water, and supplies function water and ultrapure water as such washing water comprising no abrasives. Relating to a transfer water channel 2, a water is supplied from outside to a polish/wash device 1, and is discharged outside again through the polish/wash part 21, a partition wall 30, and the finish/polish part 11, within a device 1, while its stream is against transfer direction.
Patent JP-S5613709-A (JP)
Title: Drive circuit for polarized electromagnet
Inventor: KAMIOKA SHIGENOBU
IPC: H01H47/32
Filed: 1979-07-16
Abstract: PURPOSE:To enhance the reliability of a drive circuit, reduce its size and stably operate a polarized electromagnet to a rectified output as well, by eliminating contacts from the drive circuit. CONSTITUTION:When power is applied, a full-wave-rectified output is produced at SR and an instantaneous current flows through a capacitor C1 and a solenoid SL is moved and a capacitor C1 is charged. The rectified output is equalized to zero at every half wave. A capacitor C2, which provides a sufficiently large time constant in cooperation with a resistor R2, is connected in parallel with a diode D. As a result, the discharge current from the capacitor C1 flows toward the other capacitor C2 and the wrong operation of a transistor Tr and the wrong reset of the solenoid are surely prevented. When the power is not applied or power failure occurs, the transistor Tr is turned on to put the solenoid out of self-sustaining because a time constant C1R2 is set much larger than that of C2R2. Since the resistance R2 is sufficiently high, power consumption is low. As a result, the solenoid can be quickly opened at the time of power failure and a solenoid drive circuit is safe and does not cause malfunction and has a high reliability.
Patent JP-H10263781-A (JP)
Title: Die casting device for mg alloy
Inventor: SUZUKI KATSUMI
IPC: B22D17/14
Filed: 1997-03-24
Abstract: PROBLEM TO BE SOLVED: To easily die-cast a thin-walled product by providing an evacuating means in a cavity, and providing a heating means on a die thereby improving the running of molten alloy even when the cavity is of thin-walled shape. SOLUTION: This die casting device 10 for Mg alloy in which the molten Mg alloy is press-poured in a cavity 13 comprising a die, a vacuum die-cast device (evacuating means) 20 is connected to the cavity 13 through a suction passage 21. Because the cavity 13 can be evacuated by operating the vacuum die-cast device 20, the molten Mg runs excellently even when the cavity is of thin-walled shape. The heated oil is circulated around a fixed die 11 and a movable die 12 by a die heating device 30, and a sleeve 14 and a gate 141 in addition to the fixed die 11 and the movable die 12 can be heated, and the molten Mg runs excellently even when the cavity 13 is large and of thin-walled shape.
Patent JP-H11285773-A (JP)
Title: Manufacture of clutch parts
Inventor: SAEGUSA KENJI
IPC: B21K1/76
Filed: 1998-04-02
Abstract: PROBLEM TO BE SOLVED: To reduce the manufacturing cost of a clutch parts by applying partially a cold extrusion working after forging a blank into an intermediate product shape and forming a finish product to omit a machining work. SOLUTION: When manufacturing a lever support parts 16 as a constituting element in the clutch device of an automobile, the blank is formed to the intermediate product shape composed of a mutually parallel forked support part 16b and a fixed part 16a with the hot-forging. Successively, a heat-treatment and shot-peening are executed to the intermediate product to raise the surface hardness to HRC 20-HRC 30. Further, the fixed part 16a of the intermediate product 16 is engaged with a columnar hole 52a on a lower die 52, in one pair of pressing dies 51, 52, and the support part 16b is cold-extruded into a finish product shape with the upper die 51 to execute the sizing. Thereafter, the sizing is executed to the fixed part 16a with the same way, to form the desired finish product. Then, the pressing machine for using as the extrusion can be used with the general purpose pressing machine.
Patent JP-H08279907-A (JP)
Title: Multidot dither matrix formation method
Inventor: HAFU PII NIYUEN
IPC: H04N1/405
Filed: 1996-03-19
Abstract: PROBLEM TO BE SOLVED: To reduce defects in printing images by comparing gray scale images with a dither matrix and generating halftone images. SOLUTION: From non-text gray scale images, halftone non-text images are generated and printed. In the multi-dot halftoning method 50, the gray scale images are compared 52 with a deformation dither matrix. At the time, they are compared for each pixel. From the result of the comparison, the halftone non-text images are generated 54 and printed 56 by a printer.
Patent JP-H06321287-A (JP)
Title: Tank for transport
Inventor: ABIKO REIICHIRO
IPC: B65D88/12
Filed: 1993-04-19
Abstract: PURPOSE:To provide an LNG tank in which loading efficiency is high and which can be manufactured easily and at a low cost. CONSTITUTION:The title tank is a tank which is built in a ship body 11 and made of membrane members 5 in which corrugation 4 is formed both in the vertical and horizontal directions at prescribed intervals. This tank 1 is formed of a rear tank part 2 whose shape seen in a top plan view is rectangular and a front tank part 3 which is arranged in continuation from the rear tank part 2. In this instance, the width of the front tank part 3 is designed to be narrower than that of the rear tank part 2.
Patent JP-S58206864-A (JP)
Title: Gasification device of gasoline in gasoline engine
Inventor: YASUDA SHIGEYUKI
IPC: F02M31/12
Filed: 1982-05-26
Abstract: PURPOSE:To contrive fuel saving by leading gasoline to a combustion chamber from a manifold under a completely gasified state, by a method wherein a gasification part is provided in a gasoline duct and an electronic control part keeping a temperature of the gasification part in the most suitable state is provided. CONSTITUTION:The position of a gasification part 1 is in a gasoline duct in the midst of a distance between a carburetor 2 and a manifold 3. The gasification part 1 consists of an electric heater 4 and a temperature sensor 5 for adjusting a quantity of electricity of the electric heater so as to keep a temperature of the gasification part at a fixed level. The titled device is provided with an electronic control box 6 which varies a current of the electric heater 4 automatically by an input from the temperature sensor. A quantity of electric current electrifying the heater 4 by sensing the input of the temperature sensor 5 is grapsed by action of an electronic control circuit as a variation multipulse frequency and mean electric power is adjusted by the variation.
Patent JP-S63259269-A (JP)
Title: Lockup device for torque converter
Inventor: OKUBO MASAHIRO
IPC: F16H45/02
Filed: 1987-04-13
Abstract: PURPOSE:To remove shock in the case of locking up on and off by setting a pressure receiving area of a piston in an oil pressure chamber situated in the most inner periphery side in such wise that the piston doesn't press a friction plate in a front cover portion at that area, in the condition of filled up with pressure oil only in this oil pressure chamber. CONSTITUTION:In the case of locking up, pressure oil is feeded into an oil chamber 55 for becoming to the state in(B) from the state in(A). In this case, pressure oil is restricted by a microclearance 56 and supply becomes shortened then negative pressure part 53a, in which pressure oil isn't filled up, is generated in an oil chamber 53 and according to this, piston 15 is pressed to a front cover 13 side. Next, oil in the oil chamber 53 becomes increased with time and oil pressure in the oil chamber 53 is increased by centrifugal force and negative pressure in negative pressure portion 53a becomes small for becoming to the state in(C) and piston 15 abuts to a driving plate. And further owing to pressure increase in the oil chamber 53 due to centrifugal force, pressing load of the piston 15 increases gradually and as coupling in locking up begines and transmission of torque finishes in such wise, there is no shock in coupling.
Patent JP-H11288710-A (JP)
Title: Foam-less nickel positive electrode and its manufacture
Inventor: ISHIHARA KAZUHIKO
IPC: H01M4/52
Filed: 1998-04-02
Abstract: PROBLEM TO BE SOLVED: To reduce the manufacturing cost of a positive electrode and, in its turn, a battery by supporting a mixture of cobalt-coated nickel hydroxide powder and metal nickel powder by a two-dimensional structure current collector. SOLUTION: Cobalt-coated nickel hydroxide powder comprises a cobalt oxide layer formed on nickel hydroxide powder. The cobalt coating quantity in the cobalt-coated nickel hydroxide is set to l-15 wt.%. Metal nickel powder preferably consists of flake-like nickel powder, and its particle size is regulated so as to have an average long diameter of 20-100 μm and an average short diameter of 1-20 μm. According to this, the flake-like nickel powder is fitted between the particles of nickel hydroxide powder to form a conductive network. To 100 pts.wt. of the cobalt-coated nickel hydroxide powder, metal nickel powder is set to 2-200 pts.wt. The two-dimensional structure current collector consists of a nickel-coated porous plate, nickel mesh or the like, and its rate of hole area is set to 20-60%.