baber/WOPTO huggingface dataset:
Patent JP-H026332-A (JP)
Title: Production of indium oxide-tim oxide powder
Inventor: TAKAGI HIROYOSHI
IPC: C01G19/00
Filed: 1988-09-22
Abstract: PURPOSE:To obtain indium oxide-tin oxide(ITO) powder having high sintering density and mechanical strength and enabling formation of ITO sintered compact by dispersing a mixed hydroxide of In and Sn into an organic solvent and subjecting the solvent to azeotropic dehydration and drying and calcining the residual material. CONSTITUTION:A precipitant such as ammonia is added to the mixed water solution of water soluble indium salt such as indium nitrate with water soluble tin salt such as tin sulfate to subject the mixed hydroxide to coprecipitation (molar ratio of Sn:In is preferably 5-15mol%). The mixed hydroxide is dispersed into an organic solvent such as n-butanol and the solvent is distilled to dehydrate the hydroxide and afford an amorphous oxide hydrate. Then the oxide hydrate is dried at 50-150 deg.C under pressure and calcined at 350-800 deg.C, preferably 400-600 deg.C to provide indium oxide-tin oxide(ITO) powder.
Patent JP-H04118146-A (JP)
Title: Binder composition for molding sand
Inventor: KIUCHI KAZUHIKO
IPC: B22C1/22
Filed: 1990-09-05
Abstract: PURPOSE:To drastically improve mold strength by using a binder composition for molding sand having the compsn. containing one or more kinds of the specific phosphoric ester in water-soluble phenol resin. CONSTITUTION:By using the binder composition for organic ester curing type molding sand having the compsn. containing water-soluble phenol resin and one or more kinds of the phosphoric triester kind as the essential component, the mold is molded. Further, as the phosphoric triester kind, phosphoric trimethylester, phosphoric triethylester, phosphoric tributyl ester, etc., is used.
Patent JP-H0657303-A (JP)
Title: Sintering method for noble metal powder mixture containing silver and copper
Inventor: HOSHINO KOJI
IPC: B22F3/10
Filed: 1992-08-12
Abstract: PURPOSE:To provide the process for production of ornaments, industrial art works, etc., consisting of a noble metal alloy contg. Ag and Cu, such as 18 gold. CONSTITUTION:A powder mixture which is a powder mixture composed of noble metal powder and/or noble metal alloy powder and metallic powder and/or metallic alloy powder and is a powder mixture contg. pure Ag powder and/or Ag alloy powder and pure Cu powder and/or Cu alloy powder is molded together with an org. binder to produce a molding. This molding is subjected to primary sintering by heating under the conditions of the temp. above 400 deg.C and below the m. p. of the noble metal alloy contg. Ag molded by alloying of the compounded noble metal and Ag and <=10 deg.C/min heating up rate in an oxidation atmosphere and is then subjected to secondary sintering at the temp. above 800 deg.C and below the m. p. of the noble metal alloy contg. the Ag and Cu formed by alloying of the compounded powder mixture.
Patent JP-H08102884-A (JP)
Title: Multielement image pickup device
Inventor: NARIMATSU YOSHITO
IPC: H04N5/378
Filed: 1994-09-30
Abstract: PURPOSE: To prevent deterioration of image forming characteristic (resolution) at the boundary part of an reflection area and a transmission area by gradually varying the reflectance of the boundary part of the reflection area and the transmission area in terms of a position and make reflectance incline lest spot light only reflects at one part and only transmits at another part. CONSTITUTION: At the boundary part of a spectroscope unit, the thickness of a reflection film 13 composing the reflection area is gradually made thinner toward the transmission area and the reflectance at the reflection film 13 is reduced as the reflection position comes near the transmission area. Thereby, the output of a detector on a reflection side and a transmission side which overlap at the boundary part is reduced or increased gradually. In this case, concerning spot light passing through the part of a spectroscope unit, a part of spot is no longer cut completely by the spectroscope unit to prevent the deterioration of the image forming characteristic (resolution) owing to diffraction, which is generated in a conventional system. In addition, the multielement of the image pickup device is embodied by this.
Patent JP-S60130001-A (JP)
Inventor: KAWACHI TAKESHI
IPC: F21S2/00
Filed: 1983-12-15
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
Patent JP-H0398557-A (JP)
Title: Production of 'chikuwa'
Inventor: MATSUO YOSHIRO
IPC: A23L17/00
Filed: 1989-09-12
Abstract: PURPOSE:To sufficiently practice skewer wrapping operation of fish paste for 'CHIKUWA' (bamboo-shaped, broiled fish-paste cake) with excellent operating efficiency without causing cracking by mixing a heat reversible gel of curdlan with the aforementioned fish paste. CONSTITUTION:A heat reversible gel of curdlan capable of melting at 55-80 deg.C, forming a gel at <=40 deg.C and reversibly carrying out the above-mentioned change is prepared. The aforementioned heat reversible gel is then mixed in fish paste for 'CHIKUWA' so as to provide about 0.1-2wt.% amount thereof in the finished product of the 'CHIKUWA'. In this case, skewer wrapping operation of the fish paste can be readily carried out even without adding starch thereto. The heat reversible gel of the curdlan is mixed to provide a finished fish paste, which is then subjected to skewer wrapping, gelatinization, roasting, removal of a skewer and cooling by a well-known method to afford the 'CHIKUWA' product.
Patent JP-H0792481-A (JP)
Title: Connection structure of display panel and inspecting method using the same
Inventor: MIYOSHI KATSUYA
IPC: G02F1/1345
Filed: 1993-09-22
Abstract: PURPOSE:To obtain tolerance to a noise and improve the display picture quality by using a flexible substrate where a conductive film for conductive connection is formed, and forming a conductive film for shielding at both its end parts or on at least either surface. CONSTITUTION:This structure is equipped with the display panel 1 such as a liquid crystal panel, the flexible substrate 2 for conductive connection, a circuit board 3 provided with a driving circuit, a conductive film 4 for conductive connection, and conductive films 5 for shielding. The display panel 1 and the circuit board 3 for driving the display panel 1 are electrically connected by using the flexible substrate 2 where the conductive film 4 for conductive connection is formed. In this example, the conductive films 5 for conductive connections are provided on both the outsides of the conductive film 4 for conductive connection as shown by dotted lines. The conductive films 5 for shielding are connected normally to the ground of the circuit board side or ground line as to high frequencies.
Patent JP-S6297340-A (JP)
Title: Electrical connecting method for ic chip
Inventor: OSHIMA NOBUYUKI
IPC: H01L21/603
Filed: 1985-10-23
Abstract: PURPOSE:To improve reliability of dense micro-connection of multi-terminals, by arranging a photomask on a carrier film, positioning a conductive bonding agent surface, which is exposed by the removal of photoresist and water soluble polymer, and a transparent terminal electrode on a glass substrate, performing thermal compression, separating the carrier film, further positioning an IC chip and a pad, and performing thermal compression. CONSTITUTION:On one surface of a carrier film 2, a thermal reactivating conductive bonding agent 2, water soluble polymer 3 and photoresist 4 are formed. A photomask 5 is closely contacted and exposed. Then parts 5a and 5b are formed so that the pattern agrees with the pattern of a transparent terminal electrode 6, which is formed on a glass substrate 7. Then development and washing with water are performed. Then, the conductive bonding agent 2b is exposed. After the transparent terminal electrode 6 and the conductive bonding agent 2 are aligned, thermal compression is performed with thermal rolls 8. When the carrier film 1 is separated, the conductive bonding agent 2b is transferred only on the transparent terminal electrode 6. Then a bare IC chip 9 and an electrode pad 10 and the transparent terminal electrode 6 are aligned with each other. Thereafter, compression and heating are carried out.
Patent JP-2000067513-A (JP)
Title: Digital signal processor as well as recorder and reproducer
Inventor: SAITO SEIICHI
IPC: G11B20/00
Filed: 1998-08-24
Abstract: PROBLEM TO BE SOLVED: To provide a clock for decoding processing which permits the input and output of an analog signal by switching an internal clock and the clock extracted from an external stream. SOLUTION: When analog input is selected, all circuits are processed by the internal clock formed in a clock forming circuit 108. When digital input is selected, a recording signal processor 112 and a decoder 105 control a clock changeover clock 109 by the clock control signal from a microcomputer 114 and use the clock reproduced by a clock reproducing circuit 107. The clock is reproduced by the clock reproducing circuit 107 in an IF circuit 104 and, therefore, this time information is extracted and is outputted to the clock reproducing circuit 107. Even the stream from an analog output terminal 102 may be decoded by the decoder 105 by such processing and the monitor of the recorded stream may be analogically outputted and may be viewed.
Patent JP-H0978647-A (JP)
Title: Cap for drain pipe
Inventor: TODA TOMOHIRO
IPC: E03C1/12
Filed: 1995-09-14
Abstract: PROBLEM TO BE SOLVED: To prevent the hose form coming off the projecting section of a drain pipe. SOLUTION: A drain-pipe communication port, into which a drain hose 5 connected to a drain inlet formed to the base of a sink 4d is inserted, is formed to the bottom plate 4b of a cabinet 4a for a sink base 4, and a cap body 8 is engaged with the drain-pipe communication port while an adjusting plate 9 in which an inserting hole 9a into which the drain hose 5 is inserted is formed, is engaged with an engaging opening section provided in the cap body 8. The drain-pipe communicating port and the cap body 8 are formed in a square shape. The engaging opening section and the adjusting plate 9 are formed in to elliptic shapes. The inserting hole 9a is formed by cutting a groove at an eccentric place with a knife.
Patent JP-H08100790-A (JP)
Title: Cooling air circulating fan device for freezer/ refrigerator
Inventor: SEKINE YOJI
IPC: F04D29/30
Filed: 1994-09-30
Abstract: PURPOSE: To facilitate assembly, thin a shape, reduce nose, and reduce vibration. CONSTITUTION: A centrifugal fan 10 formed by integrating with a plurality of blades 11 on the outer circumferential side of a core plate 12 is housed in a casing 18, and fan motor 19 is housed in a rear supporting tool 21 fixed to the casing 18. In the core plate 12, a boss part 12a is formed continuously to a recessed part whose center part is recessed forward in a bell shape. A recessed part which is the same as the recessed part of the core plate 12 is provided on the center part of the back surface plate 18bb of the casing 18, and the bracket of a fan motor 19 is entered and fixed on the recessed part. The rotary shaft 19a of the fan motor 19 is inserted to the boss part 12a of the core plate 12 while penetrating the recessed part. A bell-mouth 18ab is formed on the side part of an opening provided on the front surface plate 18aa of the casing 18. And a part of the bell-mouth 18ab enters a back recessed part 15 provided on the tip end of the blade 11.
Patent JP-S61115098-A (JP)
Title: Polypeptide
Inventor: FUJII NOBUTAKA
IPC: C07K14/575
Filed: 1984-11-09
Abstract: PURPOSE:To obtain a polypeptide useful as a remedy for growth hormone deficiency, antitumor agent, growth promoter for commercial animals, etc., by condensing specific six kinds of peptide fragments in a specific order. CONSTITUTION:Firstly, a protecting group-containing peptide fragment (fragment for short) shown by the formula I is condensed with a protecting group- containing fragment shown by the formula II, the prepared condensate is successively condensed with protecting group-containing fragments shown by the formulas III, IV, V, and VI. The protecting groups of the prepared condensates, for example, are removed by a well-known method such as trifluoroacetic acid method, etc., to give a polypeptide shown by the formula VII. The condensation method is preferably an azide method. (With the proviso that all the amino acids except glycine in the above-mentioned formulas are L-form).
Patent JP-S61116950-A (JP)
Title: Method and device for winding multilayer air-core coil by using self-fusion-welded wire
Inventor: TAKAHASHI TERUO
IPC: H01F41/06
Filed: 1984-11-09
Abstract: PURPOSE:To obtain a coil, the both ends of which are led to the outermost layer of the coil, by forming the coil of specified number of turns with the wire source side conductor with the winding start at the intermediate point of the conductor, and by winding up the opposite side conductor in adjacent contact with the end face. CONSTITUTION:A conductor 6 is led out of a wire source 39, and the intermediate section approaching the wire source 39 by a specified length 6a is engaged with a coil forming bed 5. And between a cylinder head cover 14 and a keep side flange 34, the conductor 6 is led out of the wire source 39 and wound up to form a coil a section 5a so that the number of turns for odd layers may be more than that for even layers by one turn. After that, the cylinder head cover 14 is shifted outward by one turn of winding to form a space section 40, which is wound up with the conductor 6a section to form a coil b section 5b so that it may come in adjacent contact with the coil a section 5a.
Patent JP-H0283540-A (JP)
Title: Monitor image photographing device
Inventor: HOSOYA TAKAMASA
IPC: G03B27/32
Filed: 1988-09-20
Abstract: PURPOSE:To reduce the size and cost of a lens system by providing a main body part with at least part of a lens system which forms the image of a television monitor on the film surface of a camera part. CONSTITUTION:The television monitor 5 is incorporated in the main body part 2 and a camera attachment/detachment part 6 where each camera 3 is attached and detached is provided to the side opposite the screen of the television monitor 5. The lens system 7 is provided between the screen of the television monitor 5 and the camera attachment/detachment part 6. Further, a shutter 8 is provided where the luminous flux of the intermediate or rear luminous part of the lens system 7 is nearly minimum. Namely, the lens system which is provided partially to the main body part forms the image of the television monitor on the film surface of the camera part. Consequently, the lens system is reduced in size and cost and the camera part is also reduced in size and cost.
Patent JP-H04116439-A (JP)
Title: Measuring method of slow leak of enclosure
Inventor: TAKANO SADAO
IPC: G01M3/20
Filed: 1990-09-07
Abstract: PURPOSE:To enable measurement even of a small quantity of slow leak in an enclosure by a method wherein the enclosure is dipped in helium within a vacuum pressurizing container, moved into a vacuum container, and broken in vacuum thereby to measure the leaked helium. CONSTITUTION:An enclosure 1 is placed in a vacuum pressurizing container. After the container 2 is turned into the vacuum state, a helium gas is introduced into the container 2 from a cylinder 8, so that a helium ambience of 1-2 atms is formed. The enclosure 1 is dipped in this ambience for 10-50 days. If a minute leak is present in the enclosure 1, the helium gas gradually enters the enclosure 1, increasing the amount thereof. After dipping, the enclosure 1 is moved to a vacuum container 9, and evacuated to vacuum. The enclosure 1 is broken by a breaking means 17 in bellows 16. The collected helium gas is detected by a detector 15. Accordingly, the leak can be measured even of the enclosure 1 with a small amount of slow leak.
Patent JP-H1165834-A (JP)
Title: Microcomputer for control
Inventor: MATSUMOTO YOSHIAKI
IPC: G06F9/06
Filed: 1997-08-19
Abstract: PROBLEM TO BE SOLVED: To rewrite a program in an external memory through simple constitution while it is built in object equipment. SOLUTION: The control microcomputer 10 is equipped with an internal memory 19 which stores software for program writing which rewrites the contents of the external memory 13. The control microcomputer 10 controls the operation of the object equipment according to operation software stored in the external memory 13. When a rewrite command has been received through a communication interface 20, an instruction executing circuit 15 switches the memory to the internal memory by an execution switching means and executes the program writing software in the internal memory to rewrite the contents of the external memory 13 with program data fetched from the communication interface 20.
Patent JP-H08100860-A (JP)
Title: Gland packing
Inventor: MATSUOKA KUNIHIKO
IPC: F16J15/22
Filed: 1994-09-30
Abstract: PURPOSE: To prevent protrusion of a gland packing angular part from a clearance or the like while ensuring a seal property by applying to a surface of an expansion graphite braided unit a liquid lubricant with viscosity in a specific range. CONSTITUTION: A liquid lubricant 7 is applied to a surface of an expansion graphite braided unit 1 formed by 8-strand braiding an expansion graphite braided strands 3. As the liquid lubricant 7 applied to the surface of this expansion graphite braided unit 1, a liquid lubricant of viscosity in a 1000 to 100000cs range is used, and preferable to apply by ratio of 0.1 to 10wt.% relating to weight of a gland packing 10. Thus by improving sealability and slidability further by decreasing protruding an angular part of the gland packing from a clearance or the like between a stuffing box and a stem, and further by mainly composing of expansion graphite, also heat resistance can be improved.
Patent JP-H0577670-A (JP)
Title: Wheelchair riding-in type automobile and its wheelchair structure
Inventor: HAMAMOTO MASAYA
IPC: B60P1/43
Filed: 1991-09-18
Abstract: PURPOSE:To facilitate the riding in and out of a wheelchair with the withdrawal length of a ladder shortened in a wheelchair riding-in type automobile. CONSTITUTION:In a wheelchair riding-in type automobile, a door opening part 16 is formed in its side face. There are provided a car body 10 in which a floor part 18 adjoining the door opening part 16 is flatly formed, a ladder 22 housed at the vicinity of the door opening part 16 and drawn out in riding in a wheelchair 20, and a fixing and supporting means 36 for fixing the wheelchair 20 ridden in the car body 10 through the ladder 22 with this riding-in position state.
Patent JP-S6483379-A (JP)
Title: Method for preventing spatter sticking
Inventor: KAWAMOTO AKIRA
IPC: B23K9/29
Filed: 1987-09-22
Abstract: PURPOSE:To improve weld quality by coating a nitride or a carbide of a simple substance or an alloy of B, Al, Si, Ti, Va, Cr, Zr, Hf, Ta and W in a dry state on the surfaces of welding gas nozzle and an electrode chip. CONSTITUTION:The nitride, the carbide, etc., of the simple substance or the alloy of the B, Al, Si, Ti, Va, Cr, Zr, Hf, Ta and W are coated on the surfaces of the torch nozzle and the electrode chip for welding such as CO2 gas shielded arc welding. At this time, the coating is formed by a dry coating method of one of spattering, ion plating and plasma CVD. By this method, since the surfaces of the nozzle and the electrode chip are coated by materials with the high melting point and high hardness, the nozzle or the electrode chip is prevented from melting and wearing away. Since gas flow turbulence due to sticking of spatter metal grains is prevented, the weld quality is ultimately improved.
Patent JP-S61116721-A (JP)
Inventor: ISHIKAWA KEIJI
IPC: H01H13/70
Filed: 1984-11-12
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-S6480469-A (JP)
Title: Substrate carrying in/out device of substrate baking device
Inventor: MIURA AKIRA
IPC: B05C13/02
Filed: 1987-09-21
Abstract: PURPOSE:To carry substrates automatically into and out of a heater moving type substrate baking mechanism by cooperating a lift fork and imposing rollers which can be respectively moved in vertical and horizontal directions. CONSTITUTION:The pawls of the lift fork 65 exist between the imposing roller pairs 59 in the position higher than the juxtaposition height thereof. Conveying rollers 47 and the imposing rollers 59a, 59b are rotated in the same direction while the opposing spacings of the roller pairs 59 are held as small as the spacing between the conveying roller 47, by which the substrate is conveyed forward in a direction X. The substrate stopped on the imposing rollers 59a, 59b is imposed on the pawls and is detached from the rollers as the lift fork 65 rises. The substrate is lowered again by passing the increased spacing between the roller pairs 59 and is imposed on the baking mechanism provided below this carrying in/out mechanism. The substrate after baking is automatically carried out by the operation reverse from the carrying in.
Patent JP-2001059791-A (JP)
Title: Structure for mounting pressure sensor for detecting hydraulic pressure
Inventor: MORI MASATOMO
IPC: G01L13/06
Filed: 1999-08-25
Abstract: PROBLEM TO BE SOLVED: To provide a structure for mounting a pressure sensor for detecting hydraulic pressure which does not require drilling work for mounting a pressure sensor. SOLUTION: In this structure for mounting a pressure sensor for detecting hydraulic pressure, a free piston 4 to receive hydraulic pressure generated by braking operation is provided. A secondary-side circuit 20 comprised of both a capacitance-type pressure sensor 21 with capacitance which changes proportionally to changes in pressure and a secondary coil 22 is arranged in a hydraulic pressure chamber 8 partitioned by the free piston 4. On the other hand, a primary-side circuit 25 with a primary coil 23 opposed to the secondary coil 22 is arranged outside the hydraulic pressure chamber 8.  The changes in the hydraulic pressure in the hydraulic pressure chamber 8 are detected by the capacitance-type pressure sensor 21, and the current changes in the primary coil 23 or voltage changes proportional to the current changes to capacitance changes in the pressure sensor 21 are detected to detect the hydraulic pressure in the hydraulic pressure chamber 8.