baber/WOPTO huggingface dataset:
Patent JP-H0938150-A (JP)
Title: Moving lift for medical care
Inventor: MURAKAMI HITOSHI
IPC: A61G7/00
Filed: 1995-07-26
Abstract: PROBLEM TO BE SOLVED: To enable move even on the narrow road of small scale facility without requiring any skill and labor by providing a back rest and thigh region supporting members while being supported so as to be respectively turned and fixed on a horizontal moving handle formed so as to be freely vertically and horizontally moved. SOLUTION: A U-shaped base 1 is formed with members 1-1 and 1-2 on both left and right sides and an intermediate member 1-3, and a pole 3 is erected on the intermediate member 1-3. A T-shaped lifting member 4 is fitted to the pole 3 so as to be freely vertically moved. At both the ends of a horizontal part 4-1 of the lifting member 4, 1st and 2nd horizontal moving handles 5 and 6 are respectively arranged so as to be freely moved back and forth in the directions of arrows. These 1st and 2nd horizontal moving handles 5 and 6 are moved back and forth by an operating handle 7 disposed at the horizontal part 4-1. A backrest 8 is formed through a 1st supporting handle onto the 1st horizontal moving handle 5 and thigh region supporting members 10 are formed through 2nd supporting handles 11 onto the 2nd horizontal moving handle 6 so as to be respectively turned and fixed.
Patent JP-H0945243-A (JP)
Title: Vacuum airtight vessel and manufacture of it
Inventor: ITO SHIGEO
IPC: H01J31/12
Filed: 1995-07-28
Abstract: PROBLEM TO BE SOLVED: To mass-produce a vaccum airtight vessel with a high yield rate. SOLUTION: Cathode and anode substrates are manufactured, and the multiple printed cathode substrate is cut into plural single cathode substrates 30 at first. Plural cut-off cathode substrates 30 are positioned on the multiple printed anode substrate 10 to be made surface attaching (temporary attaching). A getter box 34 is temporary attached to the substrates 30 to concurrently sealedly mount the multiple printed substrates 10 and 30 and the box 34. Then, the multiple printed substrate 10 is cut into individual vessel. At that time, both substrates are sealedly mounted, thereby eliminatng adverse effect such as cut powder resulting when the substrates are cut, and then exhaust and sealing is made.
Patent JP-H0957455-A (JP)
Title: Backing material for spot welding
Inventor: SUZUKI HARUNOBU
IPC: B23K11/30
Filed: 1995-08-21
Abstract: PROBLEM TO BE SOLVED: To facilitate continuous use for a long term because of the difficulty of wearing, to eliminate electric leakage, to execute the positional adjustment to the change of spotting point of a welding without developing the welding mark on a material to be worked and to improve the working rate of the welding process. SOLUTION: A ceramic-made chip 3 excellent in wear resistance, electric insulation and thermal conductivity is supported on a backing material body 2 under condition of preventing fall-out. This ceramic-made chip 3 has an upward receiving surface 3a for abutting on a door D as a material to be worked and forms a spherical surface to at least one side of the lower surface 3b of the chip 3 and the upper surface 2a of the backing material body 2, and the upward receiving surface 3a is made to be inclinable corresponding to the inclination of the abutting surface J1 of the door D.
Patent JP-H0656484-A (JP)
Title: Holographic laminated glass
Inventor: KAI YASUAKI
IPC: B60J1/00
Filed: 1992-08-07
Abstract: PURPOSE:To improve the transparency and heat ray reflecting performance without deteriorating the diffraction efficiency by using a synthetic resin adhesive containing no plasticizer for bonding a hologram surface of a prescribed glass layer to a glass surface. CONSTITUTION:One more glass plate (having about 2.0mm thickness) is further superposed on a glass plate with a hologram prepared by immersion in a mixed solvent of acetone, n-heptane, etc., so as to bring the hologram surface of the glass plate into contact with a sheet of ethylene-vinyl acetate copolymer. The resultant laminated part is then placed in a rubber bag and kept at about 130 deg.C for about 1hr while being deaerated. The obtained laminate is subsequently cooled and the vacuum is released to take out the resultant laminate. Thereby, the objective holographic laminated glass composed of panes of glass 3 and 3', the hologram 1 and a synthetic resin adhesive 2 containing no plasticizer is obtained.
Patent JP-H1056561-A (JP)
Title: Image processor
Inventor: KONO HIROYUKI
IPC: H04N1/387
Filed: 1996-08-09
Abstract: PROBLEM TO BE SOLVED: To satisfactorily convert the resolution of an input image while suppressing degradation in picture quality after resolution conversion by synthesizing correspondent patterns coincident with two predetermined thresholds and resolution converted image data when an area suitable for the patterns set by using the respective thresholds is detected. SOLUTION: The inputted image data of resolution 400dpi, for example, are stored from an input terminal A to a line buffer 11 successively from the leading picture element of a leading line and outputted to a suitable pattern detector 12 and a pattern separator 13. When any one of 18 kinds of patterns is detected, for example, at the pattern detector 12, the value of a concerned picture element in that pattern is inverted by the pattern separator 13 and inputted to a resolution converter 14. Binary image data of which the resolution is converted to 600dpi, for example, from the resolution converter 14 and the binary pattern data of 600dpi selected by a pattern generator 15 are synthesized by a synthesizer 16 and outputted to an output terminal B.
Patent JP-H04143630-A (JP)
Title: Manufacture of transmitter of differential pressure and pressure
Inventor: KUBOTA HIROSHI
IPC: G01L7/08
Filed: 1990-08-13
Abstract: PURPOSE:To dispense with injection of a liquid to be sealed in under a pressure higher than a reference pressure and to enable execution of appropriate and reliable pressure measurement by injecting the liquid between a barrier diaphragm and a back plate surface and by sealing it in a space therebetween. CONSTITUTION:Circular back plates 1a and 1b each having a corrugated section and formed in the opposite side end parts of a body oppositely to barrier diaphragms 2 and 3 each shaped in a corrugated disc substantially are made to bulge out in one side end part of the body so that each of them has the shape of a bow substantially. Besides, the barrier diaphragms 2 and 3 are expanded for the back plate surfaces 1a and 1b bulging out in the shape of the bow, and matched with them so that the respective corrugated parts and in accord with each other substantially. In this state, the peripheral edge parts thereof are fixed and a liquid is sealed in a space between the barrier diaphragms 2 and 3 and the back plate surfaces 1a and 1b. Then, a required measuring pressure is measured by a pressure sensor 11 in a detecting element of a transmitter and thereby accurate pressure measurement is conducted.
Patent JP-2000030252-A (JP)
Title: Apparatus for producing magnetic recording medium and crucible used in the same
Inventor: SUGIYAMA MASAHIKO
IPC: G11B5/85
Filed: 1998-07-10
Abstract: PROBLEM TO BE SOLVED: To prevent progress of cracks in a crucible and to prolong the service life of the crucible by forming continuous grooves of a small width, in the sidewall of the crucible enclosing the opening of the crucible along the peripheral edge of the opening. SOLUTION: Two vertical grooves 21, 22 of a small width are formed parallel to each other along the peripheral edge of the opening 20a at a prescribed interval in the sidewall 20b of a crucible 20 enclosing the opening 20a of the crucible 20. The vertical grooves 21, 22 are formed continuously so as to encircle the opening 20a along the peripheral edge of the opening 20a. When vapor deposition is started using the crucible 20, cracks 26 occur and progress is made with the lapse of time, but the further progress of the cracks 26 toward the outer surface of the side wall 20b of the crucible 20 is prevented, because a magnetic material which penetrates from the cracks 26 into the inner vertical grooves 21 when the cracks 26 reach the groove 21 solidifies and is integrated with the sidewall 20b.
Patent JP-H0855537-A (JP)
Title: Push-button switch
Inventor: YASUDA TAKASHI
IPC: H01H21/00
Filed: 1994-08-12
Abstract: PURPOSE:To enable a plurality of key tops to be fitted into place at a time through the fixing of a connecting flange by connecting the plurality of key tops to the connecting flange via runners that correspond to the respective key tops. CONSTITUTION:Key tops 10 to 12 are connected to a connecting flange 26 via respective runners 13 to 15 to form a key top unit 27. A mounting hole 20 that fits around a fixing boss 19 is bored through the flange 26, and a positioning groove 21 is notched in the flange 26. Button holes 16 to 18 through which the key tops are passed are formed through a panel 1, the button holes 16 to 18 being positioned to coincide with the positions of the respective key tops 10 to 12 held by the runners 13 to 15. The fixing boss 19 is erected on the back of the panel 1. A switch mounting substrate 2 is provided on the back of the panel 1 and parallel to the panel 1, and switches 23 to 25 are mounted on the substrate 2 to coincide with the respective button holes 16 to 18.
Patent JP-S6187219-A (JP)
Inventor: CHIAKI FUJISHIRO
IPC: G11B5/708
Filed: 1985-09-25
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-S58116773-A (JP)
Title: Semiconductor device and manufacture thereof
Inventor: SUYAMA KATSUHIKO
IPC: H01L29/812
Filed: 1981-12-30
Abstract: PURPOSE:To prevent a constriction or disconnection from occurring at the wirings of second layer by burying electrodes and wirings of the first layer in a substrate and eliminating the production of stepwise difference in the intersection of electrodes and wirings of the second layer. CONSTITUTION:With a photoresist film 13 and a dioxidized silicon insulating film 12 as masks a substrate 11 is etched, a recess is formed, and Si<+> ions are implanted, thereby forming an n type active layer 14. Then, the film 13 is removed, Schottky gate electrode 15 and wirings 16 are formed, and the film 12 is then patterned, thereby forming an n<+> type source region 17 and an n<+> type drain region 18. Then, an AuGe film is patterned by a lift-off method, a source electrode 19 and a drain electrode 20 are formed, and a dioxidized silicon insulating film 21 is formed by a chemical vapor phase growing method. The film 21 is patterned, thereby forming a through hole, and overlay electrodes 22, 23 are then formed.
Patent JP-S60104398-A (JP)
Inventor: TAKAGI HIROSHI
IPC: B43K1/08
Filed: 1983-11-11
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-S6273550-A (JP)
Title: Far ultraviolet ray lamp
Inventor: KAWASUMI KENICHI
IPC: H01J61/36
Filed: 1985-09-27
Abstract: PURPOSE:To make it possible to form a lamp of low cost by air-tightly sealing with a heat-proof adhesive, a pair of stems provided with electrodes coated with electron emitting substances into both ends of quart glass of high pority, which transmits far ultraviolet rays. CONSTITUTION:Two holes, which let the leading-in wires pass through into a circular quartz plates 10 having thickness of 2mm, are opened at both ends of a luminous tube 1 made of, for example, synthetic quart, which transmits far ultraviolet rays, while passing the lead-in wires 9 connected to the electrodes 2 through said holes and in a state of holding the prescribed height of the electrode, epoxy system resin, which is a heat-proof adhesive, is applied to the junction part 11 for both ends of the luminous tube 1 to the circular quartz plates 10 and to the outlet part 11, through which the lead-in wires are inserted, followed by drying. Thereafter, the inside of the tube 1 is degassed through an exhaust pipe 6 followed by electrifying the electrodes while heating and degassing the whole tube for decomposing the electrodes coated with carbonate such as barium, strontium and calcium by heating it for being made into an electron emitting material as an oxide. After fully degasing the tube inside, a prescribed quantity of inert gas such as mercury and argon is sealed up to the prescribed pressure through the exhaust pipe 6 followed by sealing the exhaust pipe 6.
Patent JP-H0493269-A (JP)
Title: Vector font printing control system
Inventor: MORI YOSHIO
IPC: B41J2/485
Filed: 1990-08-09
Abstract: PURPOSE:To eliminate the need for a new data drawing when printing data is developed in a bit map memory and perform printing meeting the printing capacity of a printer by a method wherein a vector font character pattern required for the appropriate job is previously provided in a cash memory. CONSTITUTION:A preprocessing means 11 receives printing data from a host device 1. The printing data is stored in a storage means 13 by a predetermined amount. When being informed of the completion of forming a vector font character pattern by a character processing means 12, the preprocessing means 11 instructs a printing processing means 14 to start printing. With the instruction of a printing start from the preprocessing means 11, the printing processing means 14 copies all the vector font character patterns stored in the storage means 13 in a cash memory 9, reads the printing data, from the storage means 13, reads the character pattern stored in the cash memory 9, develops it in a bit map memory, raster-scans the bit map memory to generate a video signal, and issues the signal to a printing mechanism part 8 to conduct printing.
Patent JP-H0873553-A (JP)
Title: Polyol composition for rigid polyurethane foam and its use
Inventor: GERUBARUTO HAIRITSUHI
IPC: C08L71/02
Filed: 1994-09-06
Abstract: PURPOSE: To obtain a polyol composition which can give a rigid polyurethane foam excellent in thermal conductivity and foam flowability by using a hydrocarbon blowing agent having no risk of depleting the ozonosphere. CONSTITUTION: This composition contains a polyol mixture containing, as the polyol component, a polyether polyol obtained by the addition reaction of sucrose with propylene oxide, a polyester polyol obtained by the polycondensation reaction of an aromatic carboxylic acid or its anhydride with a polyhydric alcohol and a polyether polyol obtained by the addition reaction of propylene glycol with propylene oxide.
Patent JP-2000043160-A (JP)
Title: Method for manufacturing model
Inventor: HARUHARA AKIRA
IPC: B29D99/00
Filed: 1998-07-28
Abstract: PROBLEM TO BE SOLVED: To save on a manufacturing cost through simplifying a structure and facilitate the molding of the surface of a model and further improve the working properties by enabling the model to be manufactured even at the sacrifice of the strength of a backup structure in the method for manufacturing the model. SOLUTION: This method for manufacturing the model is achieved by carrying out a first step to create a backup structure 1, a second step to blow a foamable resin 21 to the surface of the backup structure 1 and a third step to finish the surface of a surface layer by cutting the surface of a foamable resin layer 2 after the setting of the foamable resin 21.
Patent JP-S58115846-A (JP)
Title: Complementary insulated gate semiconductor device
Inventor: SHIMURA HIDEYOSHI
IPC: H01L29/78
Filed: 1981-12-28
Abstract: PURPOSE:To prevent latching up of the device by providing a groove. CONSTITUTION:The numerals in the figure indicate respectively a silicon substrate 71, a silicon nitride film 72, a resist film 73, a V-shaped groove 74 and a silicon oxide 75. The silicon nitide film 72 is formed by evaporation on the whole surface of the silicon substrate 71 having the <100> face at first, and  then the resist film 73 is applied and patterning is performed using a mask for formation of the V-shaped groove. The selective etching is performed to the silicon nitride film 72 using the resist film 73 as the mask, and then the silicon  substrate 71 is etche in the V-shaped to form the groove 74 using an anisotropic  etching liquid having the sufficiently faster etching speed of the <100> face  than that of the <111> face and using the silicon nitide film 72 thereof as the  mask. Then selective oxidation is performed using the silicon nitride film 72 as  the mask to form the oxide film 75, and the V-shaped groove is flattened. The  process to be performed thereafter is the same with the process to be performed  at the normal bulk complementary MOS semiconductor device.
Patent JP-H0765962-A (JP)
Title: Light fixture
Inventor: MATSUI HIROTAKA
IPC: H04B10/00
Filed: 1993-08-27
Abstract: PURPOSE:To provide a light fixture which can receive signals with high sensitivity by furnishing a remote control signal receiving unit underneath a light fixture or a switch control unit. CONSTITUTION:The lighting conditions of fluorescent lamps 22a, 22b and an all-night lamp are set by operating a selection button 34 of a remote control signal transmitting device 30. A remote control signal receiving unit 31 is installed underneath a switch control unit 32. Because the location is under the receiving part of the receiving unit 31 for a distance corresponding to the height of the switch control unit 32, infrared signals transmitted from the transmitting device 30 are prevented from being stymied by any other component part and blocked, and the infrared signals can certainly be received, and the lighting conditions of the lamps 22a, 22b can be controlled certainly. Because the receiving unit 31 is mounted in a single piece with the switch control unit 32, the lead 42 can be shortened, and further, installing the unit 32 on the fixture body 11 allows enhancement of the working easiness in its assembling.
Patent JP-S60116903-A (JP)
Title: Flow rate control valve
Inventor: OOE TAKESHI
IPC: B62D5/07
Filed: 1984-10-11
Abstract: PURPOSE:To provide drooping characteristic of a desirable flow rate, by a method wherein a stationary orifice is attached to the discharge passage of a pump, and a varying orifice in a feed passage is operated depending upon a differential pressure between portions before and behind the stationary orifice, and a stopper is attached to the varying orifice. CONSTITUTION:A stationary orifice 9 is attached to a discharge passage 1 of a pump, and a varying orifice 2 is installed to a feed passage 5. The varying orifice 5 is operated according to a differential pressure between portions before and behind the stationary orifice 9, and a stopper for controlling the minimum value of an opening area is mounted to the varying orifice 5. This provides drooping characteristic of a desired flow rate in which no change in a flow rate occurs even if a load is fluctuated. Further, a differential pressure can be generated before and behind the orifice through the working of the stationary orifice 9 right after discharge from a pump also. This enables imnediate selection of free flow rate characteristic which allows for reduction of a control flow rate from a point of time when the number of revolutions of a pump is low.
Patent JP-S6367984-A (JP)
Title: Television receiver
Inventor: KITAURA HIROSHI
IPC: H04N5/04
Filed: 1986-09-10
Abstract: PURPOSE:To enjoy the reproduction of a video signal simultaneously with recording a high vision satellite broadcasting by recording the output signal of a preprocessing circuit in a state of a digital signal when a received television signal is recorded and using a synchronizing signal supplied from the synchronizing device from a recorder. CONSTITUTION:Since a digitized MUSE signal is supplied to a recording VTR35, the synchronizing signal such as a clock signal for itself is generated by the synchronizing device provided therein based on the supplied digital MUSE signal. The MUSE signal to be the digital signal supplied from a VTR-2 at a reproduction side does not require to detect a sampling phase again but the clock signal supplied from the VTR-2 may be directly used or the clock signal synchronizing in phase with the clock signal may be generated.
Patent JP-2001044062-A (JP)
Title: Manufacture of ceramic electronic component
Inventor: NAGAI ATSUO
IPC: H01G4/12
Filed: 1999-07-28
Abstract: PROBLEM TO BE SOLVED: To suppress laminates for ceramic electronic components from being stuck to each other, by polishing in a wet method the surfaces of the laminated bodies obtained through laminating alternately ceramic sheets and conductor layers, and by drying and baking the laminates, and further, by forming external electrodes on the exposed surfaces of the conductor layers of each sintered body. SOLUTION: Ceramic sheets are created (10), and a plurality of metallic pastes to be conductor layers are formed on the ceramic sheets by a printing method (11). Then, the ceramic sheets, having respective conductor layers are laminated so that the conductor layers face with the ceramic sheet between is made into a temporary laminate (12). Thereafter, a laminate (13) is obtained by pressing and heating the temporary one. Thereafter, by cutting the laminated body in the form of chips (14), these obtained green chips and zirconia balls are thrown into a polyvinyl container together with a water to polish and dry the green chips (15). Thereafter, by baking the green chips, external electrodes made of Cu, etc., are printed on both the exposed end surfaces of the conductor layers of each sintered body (18).
Patent JP-H1192477-A (JP)
Title: Polymerizable diketopyrrolopyrroles
Inventor: SAMUERU ERUDEIN
IPC: C08F20/36
Filed: 1998-07-29
Abstract: PROBLEM TO BE SOLVED: To obtain new compounds useful for raw materials of polymers having an excellent stability against to oxygen and UV irradiation. SOLUTION: The compounds are diketopyrrolopyrroles of formula I  R1 is formula -Y-X-Z-Q [Y is -CR3 R4 -(R3 , R4 are each H, etc.); X is (substituted) carbon cyclic allylene, etc.; Z is an 1 to 30C alkylene, etc.; Q is -OH, etc.]; R2 is an 1 to 6C alkyl; A, B are each formula II (R8 , R9 are each H, etc.)}. For example, the compound of formula III. The compounds of formula I are obtained in a production method such as reacting the compounds of formula IV (R14 is H, R2 ) obtained by reacting pyrrolinone and a nitrile, in an aprotic polar solvent (preferably dimetyl-formamide), in the presence of a base (preferably potassium carbonate) with a halogen compound of formula Hal-Y-X-Z-Q (Hal is a halogen) preferably at 70 to 140 deg.C. The preferred molar ratio of the compounds of the formula and the R14 is H.
Patent JP-H0262960-A (JP)
Title: Impacting device
Inventor: TSURUTA MASAHIRO
IPC: G01N29/12
Filed: 1988-08-30
Abstract: PURPOSE:To impress the nearly same impacting energy as that when a plumb falls on a concrete surface having an optional oblique angle by making the inertial principal axis of a rotating body consisting of an outside yoke, an arm, an impacting hammer and a balanced plumb nearly coincide with an inside rotor shaft. CONSTITUTION:The rotor shaft 1 is set so that it can be fixed to the polarized type bistable rotary solenoid of an impacting unit A and supported by it. Then, the impacting hammer 10 and the balanced plumb 11 of isomorphic and homogeneous mass are respectively welded to the outside wall of permanent magnets 9 and 9 on the outside yoke 8 of the polarized type bistable rotary solenoid through the respective arms 12 and 13 of isomorphic and homogeneous mass by symmetrizing it to the rotor shaft 1. The inertial principal axis of the rotating body consisting of the various members such as poles 7 and 7 being on the outside of the rotor 2 fixed to the rotor shaft 1, the magnets 9 and 9 coupled to the poles 7, the yoke 8, the arms 12 and 13, the hammer 10 and the plumb 11 nearly coincides with the rotor shaft 1. Then, when a fixed D.C pulse is impressed on the rotary solenoid, the fixed impacting energy is impressed on the concrete surface having the optional oblique angle by the hammer 10.