baber/WOPTO huggingface dataset:
Patent JP-H04338727-A (JP)
Title: Liquid crystal display device
Inventor: TOMOIKE KAZUHIRO
IPC: G02F1/1345
Filed: 1991-05-15
Abstract: PURPOSE:To make the device as thin as possible by freely bending a liquid crystal panel without any trouble such as a wire disconnection. CONSTITUTION:Liquid crystal 12 is held between two flexible substrates (of <=0.5mm in thickness) 11a and 11b. Polarizing plates 15 (of <=0.2mm in thickness) are disposed on both sides of the flexible substrates and a reflecting plate 16 (of <=0.2mm in thickness) is disposed on a non-display surface side. Then a liquid crystal driving electrode group 13 formed on each flexible substrate and an output terminal group 23a formed on a liquid crystal driving LSI mounted film (TAG.LSI) (of <=1mm in overall thickness) 20 are connected by connection lines 32 formed on a wiring sheet 30. The liquid crystal panel of this constitution (of <=2.3mm in thickness) can make a liquid crystal display while freely bent.
Patent JP-H0731684-A (JP)
Title: Magnet for hair growing position
Inventor: TAKASE TOMOKO
IPC: A41G3/00
Filed: 1993-04-08
Abstract: PURPOSE:To fix directly a magnet on the ground skin of a hair growing part such as the head skin by using a safety catch fixed on the hair and the magnet fixed on the safety catch. CONSTITUTION:A safety catch 10 is constituted by laminating end parts of both upper and lower frame metals 14 and 16 in such a way that the comb piece 12 projected on a U-shaped lower frame metal 14 crosses an upper frame metal 16 with a U-shape in the similar way and a space 18 is formed between them and the laminated parts are connected together with a rivet 20. In this case, the comb piece 12 is separated from the upper frame metal 16 and both frame metals 14 and 16 are each formed into a radius with a projected curve on the comb piece side. In addition, a fitting hole 24 is formed on the face of the ground skin side of the frame metal 14 and the magnet 22 is tightly fitted. Then, when the safety catch 10 is inserted into the hair and a force for turning reversely the radii is applied to both frame metals 14 and 16, both frame metals 14 and 16 are deformed to the reverse radii and the condition is kept by the internal stress. In this instance, the comb piece 12 is brought into press- contact with the upper frame metal 16 and is fixed by pinching the hair between them and the magnet 22 is brought into contact with the ground skin to complete mounting.
Patent JP-H035953-A (JP)
Title: Shutter mechanism for recording medium inserting part
Inventor: ENDO MAKOTO
IPC: G11B33/02
Filed: 1989-06-01
Abstract: PURPOSE:To prevent both a recording medium and a shutter from being damaged by contact between them by controlling the operation of the shutter by a solenoid, for which turn control can be freely executed, when the shutter is opened and closed. CONSTITUTION:When a solenoid 8 is turned in the direction of an arrow A, an arm 9 and a groove part 10 are also turned and a pin 7 to be loosely inserted into the groove part 10 is simultaneously moved as well. However, because of difference in the center of the turn with the groove part 10, the pin 7 is moved in the groove part 10 with a supporting point 5 as the turning center and a shutter 4 is hung up. Then, a medium entrance / exit 3 is opened and a medium 1 is inserted to the internal part of a device. When the medium 1 is inserted, the current impression of the solenoid 8 is interrupted according to an instruction to complete the insertion and returning operation is started. Then, the solenoid 8 is rotated in a direction reverse to the arrow A and the shutter 4 is pushed down. Afterwards, the medium entrance / exit 3 is sealed. Thus, since any contact is not generated between the recording medium 1 and shutter 4, both the medium and shutter are not damaged.
Patent JP-H08296391-A (JP)
Title: Liner plate shaft construction method
Inventor: KIMURA NOBUHIKO
IPC: E21D5/06
Filed: 1995-04-26
Abstract: PURPOSE: To protect a ground from collapsing by projecting a collapse preventive member to the rear surface of a liner plate when connecting a plurality of wave-shaped liner plates in an excavated hole in the form of a pipe and forming the collapse preventive member in the shape of a ring. CONSTITUTION: A liner plate 1 is assembled in the form of a cylinder in an excavated hole excavated slightly larger than the size of a shaft on a ground G. Then, compressed air is fed from a valve 3 to a collapse preventive member 2 made of synthetic resin laid out around the whole area of a rear side of the plate 1, thereby expanding the collapse preventive member 2. Then, the member 2 eliminates a clearance on the rear surface of the plate 1 so that it may be joined with the ground G. The ground G is further excavated by a second stage depth where a second stage plate 1 is mounted on the lower end of the first stage plate 1, thereby repeating a connection work which connects both upper and lower plates 1 with a fastening bolt V. During this connection work, the ground G on the rear surface of the upper stage plate 1 is pressed with the member 2, which prevents the collapse.  This construction makes it possible to excavate the soil with safety and protect a structure around the shaft from being damaged.
Patent JP-S6031255-A (JP)
Title: Method for flux deposition to semiconductor frame
Inventor: TSUJIMOTO MICHITAKA
IPC: H01L21/48
Filed: 1983-07-29
Abstract: PURPOSE:To deposit a suitable amount of flux to the frame by a method wherein a pair of sponges soaked with flux are pressed to both side surfaces of the frame, and then gradually separated from the frame. CONSTITUTION:A pair of sponges 1 and 2 which can be contacted with and separated from each other and moved up and down are dipped in a flux bath 3, strongly pressed to each other and fitted in the both 3, thereafter being alienated at a fixed distance. In this state, the sponges are lifted so as to oppose each other with the flux-coated section of the frame F placed therebetween, and then pressed to both side surfaces thereof so as to pinch it. Next, the sponges are separated slowly from the surface of the frame F. Flux can be applied on the frame surface to a sufficient degree by impregnation of a sufficient amount of flux to the sponges and then by pressing to the frame F. Further, extra amount of flux is sucked up in the sponges by slowly separating them from the frame.
Patent JP-H08311779-A (JP)
Title: Synthetic leather and its production
Inventor: SUGAYA KAZUHIRO
IPC: D06N3/14
Filed: 1995-05-15
Abstract: PURPOSE: To produce an optionally colorable synthetic leather capable of effectively eliminating various malodors by including a specific compound in either of a polyurethane resin film layer and a surface treated layer constituting the synthetic leather. CONSTITUTION: This synthetic leather is obtained by including a compound in which manganese ions (II) are bound to at least one acid selected from ascorbic acid and a hydroxy-polybasic acid or a salt thereof in either of a polyurethane resin film layer and a surface treated layer in the synthetic leather prepared by laminating the polyurethane resin film layer through a polyurethane resin bonding layer onto the surface of a fibrous substrate and providing the surface treated layer so as to at least partially expose the polyurethane resin film layer thereon.
Patent JP-H11337787-A (JP)
Title: Reinforced optical fiber cord
Inventor: ISHII TOKU
IPC: G02B6/44
Filed: 1998-05-21
Abstract: PROBLEM TO BE SOLVED: To provide a fiber reinforced optical fiber cord which does not readily fall-off or is not decolorized, is colored with clearness and is excellent in discriminatability. SOLUTION: The reinforced optical fiber cord 1 is constituted by forming a reinforced coating layer by the use of a vinyl ester-system thermosetting resin as a matrix 17 for binding therearound so that a coreclad type conjugate fiber 15 having a core part of fused liq. crystalline polyester and a colored clad-part of polyepheylene sulfide(PPS) is used as a reinforced fiber 16 on the outer periphery of the optical fiber 12 in which an urethane acrylate coating 11 is applied on the outer periphery of a quartz-system optical fiber 10.
Patent JP-H0437604-A (JP)
Title: Ion exchange method for zeolite
Inventor: ANDO SATOSHI
IPC: A01N59/16
Filed: 1990-05-31
Abstract: PURPOSE:To obtain nonblackened zeolite free from a deposit while maintaining the same quality, by allowing a soln. obtd. by dissolving metallic salt to stand until the pH of the soln. is made constant, immersing zeolite in the soln. and carrying out ion exchange. CONSTITUTION:When zeolite is immersed in an aq. soln. of metallic salt and metal ions are supported on the zeolite by ion exchange, a soln. obtd. by dissolving metallic salt is allowed to stand until the pH of the soln. is made nearly constant and zeolite is immersed in the soln. Synthetic A-, X- or Y-zeolite or synthetic or natural mordenite is especially preferably used as the zeolite. Any ion exchangeable metal ions such as ions of Ag, Cu, Zn, Ni, Mo, Cr, Mn or Ti may be used as the metal ions supported on the zeolite.
Patent JP-S5930332-A (JP)
Title: Radio transmission system
Inventor: TSUBOI TOSHIHIDE
IPC: H04W56/00
Filed: 1982-08-11
Abstract: PURPOSE:To attain signal synchronizing control without increasing an approach line and a delay adjusting circuit, by providing additionally a specific pattern of a data signal having the same phase so as to attain phase correction of a transmission signal. CONSTITUTION:A transmission data signal of a central station 1 is inputted with an approach line 21 to a line amplification section 5, where the level is compensated and transmitted to an approach line 22 for terminal base station and to a delay compensating section 6. The phase of a data signal of all base stations is adjusted at the compensating section 6 so that the phase is made coincident, modulated and inputted to a transmitter 7 and transmitted from an antenna 11. In case of the transmission of a tone signal, a start pattern is detected by a pattern detecting section 8, a pulse output is transmitted to a phase synchronism 9 and generated at the same time in all base stations. Thus, the data signal and the tone signal transmitted from each base station have the phase well arranged and a mobile station in a CO-CHANNEL disturbing area receives surely the signals.
Patent JP-H06328190-A (JP)
Title: Powder parting material for casting
Inventor: WATANABE KAZUHIKO
IPC: B22D27/18
Filed: 1993-05-19
Abstract: PURPOSE:To adjust the deposition of a releasing agent according to temp. distribution of metallic molds and to adjust the kind of the releasing agent by mixing plural resin powders varying in m.p. and inorg. powders. CONSTITUTION:The powder releasing agent for casting is formed by mixing at least two kinds of the resin powders varying in m.p. and at least one kind of the inorg. powder. This releasing agent is applied on the metallic molds. The temp. rises in the metallic mold parts existing near sprues and the metallic mold parts corresponding to the thick parts of castings and, therefore, all the low-, middleand high-melting resin powders melt and becomes to a tacky adhesive state after adhesion. Only the low melting resin powder or the low- and middle-melting resins melt and become to the tacky adhesive state in the parts A where the mold metal temp. is relatively low but the tacky adhesive power thereof is low. The many inorg. powder sticks to the high-temp. parts C but the inorg. powders sticking to the low-temp. parts A are hot large in amt. Then, the seizure in the high-temp. parts by casting is prevented and the remaining of the parting material in the low temp. parts does not arise.
Patent JP-S5840449-A (JP)
Title: Heat pipe type solar heat water heater
Inventor: KITAJIMA SOUICHI
IPC: F24S10/70
Filed: 1981-09-04
Abstract: PURPOSE:To securely support a hot water storage tank by providing a box- shaped case which are provided therein with the hot water storage tank provided with a condensing part of a heat pipe and a main body of a heat collector, and fitting a tank locking member of the hot water storage tank to the side wall reinforcing plate of the box-shaped case. CONSTITUTION:At the side wall part of a box-shaped case 6 provided therein with the hot water storage tank provided with a condensing part of the heat pipe 1 and a main body of a heat collector (both are not shown), a side wall reinforcing plate 7 for reinforcing is provided. The vertical part 8a of an L- shaped tank locking member 8 pressing the tank front surface through a heat insulating material 3 is fixedly secured to the reinforcing plate 7 by screws 9. In the above described construction, when the hot water storage tank is filled, the tank slides within the case 6 and is liable to slip down, but is prevented by the tank locking member 8 to prevent the seal fixed part between the pipe 1 and the tank from being exerted with an unreasonable force.
Patent JP-H04365083-A (JP)
Title: Cleaning device for image forming device
Inventor: SATO HISAO
IPC: G03G21/10
Filed: 1991-06-12
Abstract: PURPOSE:To efficiently store the waste toner in a waste toner recovering container and make an image forming device compact by allowing the residual toner to drop by its tare weight through a waste toner discharge port via a flexible spiral screw, and storing it in the waste toner recovering container installed below. CONSTITUTION:A toner conveying means constituted of a rotatable drive shaft 32A connected to a drive source and a flexible screw 33 supported on the drive shaft 32A at one end, connected to a waste toner discharge opening section 34 at the other end, and moving the waste toner to the opening section 34 is rotatably provided on the bottom section of the frame 27 of a cleaning device in order to remove and recover the waste toner remaining on an image carrier after the image formation processing. The toner conveying means is arranged so that the angle theta between the center lines of the drive section of the spiral screw 33 and the waste toner discharge opening section 34 has an inclination angle 100 deg. or below.
Patent JP-S5472996-A (JP)
Title: Liquid-crystal display unit
Inventor: NAGATA MITSUO
IPC: G04G9/00
Filed: 1977-11-22
Abstract: PURPOSE: To obtain a display unit which will not deteriorate in contrast even if driving lines increase in number, by dynamically driving a liquid crystal, whose dielectric anisotropy becomes positive or negative depending upon the value of a frequency, through the two-frequency method.  
     CONSTITUTION: A liquid-crystal display element on the torsionally-nematic system employs an element whose longitudinal dielectric constant, i.e. dielectric anisotropy (ΔεfL) is positive at a frequency such as (fL) when frequency characteristics of the dielectric constant are below frequency (f c ), and whose lateral dielectric constant, i.e. dielectric anisotropy (ΔεfH) is negative at frequency (fH) above (f c ). Then, this is dynamically driven through the two-frequency method using the low-frequency component lower than (f c ) and high-frequency component higher than (f c ). In this case, appropriately selecting the ratio between (ΔεfH) and (ΔεfL) makes it possible to fix freely the ratio between the effective voltages in the lighting state and in the non-lighting state, and the contrast can be made sufficiently large even if the number of driving lines increases. In addition, a liquid-crystal composition material is preferable whose value of (f c ) is within the extent from thousands to  tens KHz. 
     COPYRIGHT: (C)1979,JPO&Japio
Patent JP-H09326418-A (JP)
Title: Semiconductor device and manufacture thereof
Inventor: YAMASHITA TSUTOMU
IPC: H01L23/40
Filed: 1996-06-03
Abstract: PROBLEM TO BE SOLVED: To obtain a low-cost packaging technique which attains simple confirmation of status of adhesive between an IC chip and a cap and which has constant quality and a high radiation effect. SOLUTION: The device comprises a substrate 24, a semiconductor chip 21, a plurality of supports 29, and a radiation plate 31. The substrate 24 has a plurality of external terminals 25, and a plurality of chip connection members 26, electrically connected to the external terminals 25, on its surface. The semiconductor chip 21, with its surface opposite to the substrate 24, has a plurality of connection electrodes 22 and 23, electrically connected to the chip connection members 26, on the surface. The plurality of supports 29 are provided on the substrate 24. The radiation plate 31 is fixed with fixing members 30a and 30b upward/downward-movably on the supports 29. The radiation plate 31 and the rear surface of the semiconductor chip 21 are fixed with adhesive 32. Sealing resin 28 is filled between the surface of the semiconductor chip 21 and the substrate 24 and set there.
Patent JP-H09289950-A (JP)
Title: Vacuum sealing method and sealing structure for thermos bottle
Inventor: KIN GIYON HO
IPC: A47J41/02
Filed: 1996-04-25
Abstract: PROBLEM TO BE SOLVED: To increase a vacuum degree and to improve a heat insulation characteristic by evacuating the air spacing between inside and outside vessels at a temp. higher than the thermalization temp. of a ceramic flux and simultaneously allowing the flux in a thermalized molten state constituting the gas outflow of the flux to flow down from an arrangement port, thereby sealing a discharge port. SOLUTION: This thermos bottle includes the discharge port 341 at the center of a base 340 of the double vessels. The discharge port 341 acts as a discharge passage for evacuation of the air spacing between the double vessels. The arrangement port 342 is disposed in the position facing upward from the discharge port 341 at the base 340 of the double vessels. The arrangement port 342 is formed as an area part where the ceramic flux 322 for sealing the discharge port is placed. After a vacuum heating furnace is maintained at a secondary heating temp., the gas of the ceramic flux is completely discharged and the ceramic flux of the pure components in a gelatinous state flows down by gravity from the arrangement port 342 to the discharge port 341 side through a connecting passage 343 connecting the arrangement port 342 and the discharge port 341.  The discharge port 341 is thus sealed by the ceramic flux 322.
Patent JP-S6030687-A (JP)
Title: Dna gene, its preparation and plasmid containing the same
Inventor: MIYAKE TETSUO
IPC: C12N15/10
Filed: 1983-08-01
Abstract: PURPOSE:To prevent the suppression of secretion caused by excessive peptide, and to prevent the lowering of bioactivity caused by exogenous proteins, by designing a DNA gene which can bond a gene coding the exogenous protein just after the gene coding the signal peptide. CONSTITUTION:A DNA gene containing the DNA fragment corresponding to the gene coding signal peptide is prepared beforehand. The base sequence of the DNA fragment is modified without changing the amino acid sequence corresponding to the base sequence, to produce a restriction enzyme recognition site having at least one base pair of DNA corresponding to the gene coding the signal peptide as at least a part of the constituent member. A DNA gene containing the DNA fragment corresponding to the gene coding the signal peptide can be prepared by this process.
Patent JP-S6121393-A (JP)
Inventor: KUMAKI HIDEO
IPC: F16K15/02
Filed: 1984-07-06
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-S5929867-A (JP)
Title: Device for automatically distributing, supplying, and pushing balls
Inventor: YURA MASAMI
IPC: B65G47/08
Filed: 1982-08-12
Abstract: PURPOSE:To improve a work efficiency by automatically distributing, supplying, and pushing balls through screw channels of ball screw at a predetermined ratio of the number of regular balls to that of spacer balls. CONSTITUTION:There is provided a ball pushing device 2 receiving regular balls 8 and spacer balls 9 independently from a ball distributing and supplying device. A pushing rod 25 is inserted into an upper portion of the device 2, and an elongated hole 22 for guiding the pushing rod 25 is formed at a lower portion of the device 2. A spacer ball outlet 24a and a regular ball outlet 23a are formed below the pushing rod 25 in the elongated hole 22. Further, there is provided a stopper 27 on the lower side of the regular ball outlet 23a leading from a regular ball guide hole 23, while the stopper 27 serves to regulate the ratio of the number of the regular balls to that of the spacer balls.
Patent JP-S5264841-A (JP)
Title: Code conversion system
Inventor: HIRONO TADASHI
IPC: H04L25/49
Filed: 1975-11-25
Abstract: PURPOSE: To secure an effective use of the pattern which is advantageous in view of action margin by securing corresoindence between Ust one binary signal block and 2nd plural binary signal blocks. 
     COPYRIGHT: (C)1977,JPO&Japio
Patent JP-S626909-A (JP)
Title: Production of hollow fiber
Inventor: MURAKAMI SHIGERU
IPC: D01F6/64
Filed: 1985-06-26
Abstract: PURPOSE:To obtain hollow fibers suitable for artificial dialysis by simple molding operation using ordinary spinning equipment, by wet spinning a spinning solution which is a solution of a high-molecular weight polycarbonate and/or polyester carbonate in a low concentration and coagulating the resultant yarn. CONSTITUTION:A spinning solution containing 3-15wt% (A) polycarbonate having 200,000-500,000 viscosity-average molecular weight, e.g. bisphenol A base polycarbonate, and/or (B) polyester carbonate having 200,000-500,000 viscosity-average molecular weight is wet spun through a spinning nozzle, etc. The resultant extruded yarn is coagulated with methanol liquid, etc., to afford the aimed hollow fibers. A solvent of the above-mentioned spinning solution is preferably a halogenated hydrocarbon.
Patent JP-S5665400-A (JP)
Title: Memory write tracing device
Inventor: SHIKAIDE SHIROU
IPC: G06F13/00
Filed: 1979-10-31
Abstract: PURPOSE: To make it possible to investigate the address of an instruction word that has destroyed a memory in the generation of a runaway, by reading the memory contents of an instruction address memory part by supervising instruction execution.  
     CONSTITUTION: The address when CPV access the main memory unit is receoved by receiving circuit 31 of memory write tracing device 3 at the same time and when instruction fetch deciding circuit 32 decides the write address, the address is stored in address memory part 37 through instruction address register 33 and instruction address memory circuit 36 according to the writing to the main memory unit. Smilarly, the address in readout access is stored in memory part 37 by way of data address memory circuit 34, data generation deciding circuit 35, circuit 36, etc., and the instruction execution is supervised. This constitution, the address of an instruction causing memory destruction can be inverstigated easily by the address of memory part 37 in program runaway detection caused by the memory destruction due to a program miss. 
     COPYRIGHT: (C)1981,JPO&Japio