baber/WOPTO huggingface dataset:
Patent JP-H0895683-A (JP)
Title: Package with redundant constitution
Inventor: MATSUMURA SEIYA
IPC: G06F1/26
Filed: 1994-09-21
Abstract: PURPOSE: To remarkably reduce the power consumption and heat generation by performing switching of a connection so that driving voltage may be supplied to only the on-board power source of the package in an operation state. CONSTITUTION: In a first switch SW 1, the data processing part 4 of a first package 1 is normally connected with main data and the data processing part 4 of a second package 2 is separated from main data. At the time of switching over, the data processing part 4 of the first package 1 is separated from main data and the data processing part 4 of the second package 2 is connected with main data. In a second switch SW 2, the on-board power source 3 of the first package 1 is normally connected with the driving voltage of -48V, and the on-board power source 3 of the second package 2 is not connected with the driving voltage of -48V. At the time of switching over, the on-board power source 3 of the first package 1 is not connected with the driving voltage of -48V and the on-board power source 3 of the second package 2 is connected with the driving voltage of -48V.
Patent JP-2001077146-A (JP)
Title: Bump bonding method and the device
Inventor: SASAOKA TATSUO
IPC: H01L21/60
Filed: 1999-09-07
Abstract: PROBLEM TO BE SOLVED: To provide a bump bonding device which can be operated in a high rate by intensively and continuously generating spark surely between a metallic wire and a torch. SOLUTION: A bump bonding device is provided with a capillary, which passes a gold wire, a torch 4 which forms a gold ball at the lower edge of the gold wire, by generating spark between the lower edge and a torch holder 1 which holds the torch 4. The bump bonding device is provided with an insulating part 1A, which directly connects a high voltage cable 17a to a spark power source with the torch 4, directly supplies a voltage to the torch 4, and insulates the torch 4 from another metallic part.
Patent JP-H04131818-A (JP)
Title: Device for inserting core into resin-made temple
Inventor: NAGAI MASAO
IPC: G02C5/18
Filed: 1990-09-22
Abstract: PURPOSE:To improve the operability and operation efficiency by moving the mounted core toward the resin-made temple held at a holding part, and elevating a core pressure member in order so that the member does not collide against a hinge piece which moves forward. CONSTITUTION:After the core 6 is mounted on the top surface of a core pedestal according to a positioning part on the top surface of the core pedestal 10, each core pressure member 31 is pressed against the core 6. Then the core 6 is moved forth toward the resin-made temple 7 through the operation of a core pushing-out means. As the core 6 is moved forth, the core pressure member 31 pressed against the core 6 successively moves up in order without colliding against the hinge piece which moves forth. The core 6 is inserted into a necessary state reasonably while the stableness of the insertion into the resin- made temple 7 is secured. Consequently, the operability is superior and the operation is performed efficiently.
Patent JP-H06102480-A (JP)
Title: Scribing device
Inventor: OTA KENICHI
IPC: C03B33/037
Filed: 1992-09-22
Abstract: PURPOSE:To scribe without being affected by the dispersion in the thickness of a substrate by measuring the substrate thickness, automatically setting a cutter height corresponding to the measured value and always setting the cutter height to an optimum value. CONSTITUTION:This device is a scribing device provided with a substrate thickness measuring sensor 4 and a control part 10. and drawing a scribing line for cutting on the substrate 2 on a stage using a cutter, and by the substrate thickness measuring sensor 4, the thickness of the substrate 2 on the stage is measured, and by the control part 10, a distance from the stage 3 to the edge of the cutter is adjusted corresponding to the substrate thickness. Then, before the substrate 2 is scribed by the cutter 1, the substrate thickness measuring sensor 4 is abuttd on the substrate at the central part of the substrate, and the substrate thickness is measured. The height 5 of the cutter 1 is adjusted by the control part 10 corresponding to the measured value, and scribing is started. Thus, the cutter height 5 is set to the optimum value always corresponding to the dispersion in the thickness of the substrate, and the depth of cutting by the scribing becomes constant.
Patent JP-S61132308-A (JP)
Title: Manufacture of reinforced gel sheet
Inventor: NAKAO KOZO
IPC: B29C39/02
Filed: 1984-11-30
Abstract: PURPOSE:To provide a reinforced gel sheet that has a smooth beautiful surface, and is free from bubbles in the gel, by placing approximately horizontally a bottom body for a casting cell, putting thereon a gel support the circumference of which is sandwiched between a pair of gaskets thereby forming a casting cell whose upper part is open, and injecting a polymerizable monomer composition followed by polymerization. CONSTITUTION:A bottom body for a casting cell is placed horizontally, a gel support whose circumference is sandwiched between a pair of gaskets is placed thereon to constitute a casting cell whose upper part is open, and a polymerizable monomer composition is injected thereinto followed by polymerization. For example, a film of a polyester is spread on a glass sheet, and a polyester mesh that is sandwiched between a pair of packings of silicone rubber is placed thereon and is secured by clamping to form a casting cell measuring 70X310 whose upper part is open. Then a monomer composition prepared by dissolving triethylene glycol bismethacrylate, and a photopolymerization initiator in acrylic acid is poured, followed by photopolymerization to give a sheet of a gel.
Patent JP-2000089883-A (JP)
Title: Screen display method, measuring unit or controller using the same
Inventor: NAGUMO YASUSHI
IPC: G06F3/0485
Filed: 1998-09-08
Abstract: PROBLEM TO BE SOLVED: To display a plurality of measurement values and the setting values on the same screen by dividing a display screen into a setting value display area and a measurement value display area in a screen display method for displaying the measurement value and the setting value. SOLUTION: A display screen DS01 is divided into a setting value display area SDA1 and a measurement value display area MDA1. A plurality of setting values SV02 are simultaneously displayed on the setting value display area SDA1. A plurality of measurement values MV02 corresponding to the setting value SV02 are simultaneously displayed in the measurement value display area MDA1 and a plurality of alarm displays AL01 are simultaneously displayed. When a scroll bar SL01 is operated and the setting value display area SDA1 is scrolled to the left the setting value is correspondingly changed. The display contents of the measurement value display area MDA1 is not changed.
Patent JP-H0196091-A (JP)
Title: Liquid phase epitaxy growth device for semiconductor single crystal
Inventor: SAKATA MASAAKI
IPC: C30B19/06
Filed: 1987-10-09
Abstract: PURPOSE:To slow down the growth of crystal on a base plate crystal and to improve the yield with a simple structure by providing hollow parts on a cooling plate brought into contact with the lower side of wafer slider to a melt vessel. CONSTITUTION:The hollow part 5a of the cooling plate 5 is packed with Ga and the hollow part 5b is not packed with Ga. Thus, by keeping the base plate crystal (a) for a specified time to bring into contact with melts 1a, 1b, 1c in melt vessels 2a, 2b, 2c in order, a 1st layer 6, a 2nd layer 7 and a 3rd layer 8 of specified thickness are formed in order on the base plate crystal. As the temp. differences of each melt 1a, 1b, 1c are respectively different, the 1st layer 6 and the 3rd layer 8 are formed in a comparatively thick layer and the 2nd layer is formed in comparatively thin layer on all the base plate crystal, so that a suitable double heterostructural epitaxial wafer is produced and the yield is improved.
Patent JP-H07110732-A (JP)
Title: Coordinate input device
Inventor: SAKAMAKI MITSUO
IPC: G06F3/046
Filed: 1993-10-12
Abstract: PURPOSE:To shorten the time required for first detection of a coordinate indicator or in a cordless coordinate input device. CONSTITUTION:A sense line group 1 laid in the coordinate input device main body is divided into plural blocks, and first and second scanning circuits 2 and 3 are provided which can simultaneously excite respective blocks of one axis S1 of the sense line group 1, and a coordinate indicator 20 is provided with a resonance circuit which resonates to the frequency of an exciting signal 100, and third and fourth scanning circuit 4 and 5 are provided which can simultaneously detect respective blocks of the other axis S2 of the sense line group 1 which receives the guide signal from the coordinate indicator 20, and the block in which the coordinate indicator 20 exists after detection of the guide signal of the coordinate indicator 20 is confirmed to considerably shorten the detection time.
Patent JP-H0620892-A (JP)
Title: Automatic foil joining device of capacitor
Inventor: ISHIDA TOSHIYA
IPC: H01G13/02
Filed: 1991-09-05
Abstract: PURPOSE:To enable a capacitive element to be produced even while a take-up device is not in operation so as to enhance the device in operating efficiency by a method wherein a process where aluminum electrode foils are joined together and disused part of the foil is cut off is automatically carried out detecting that a residual aluminum foil wound on a reel is decreased. CONSTITUTION:A sensor 2A detects that the residue of an electrode foil 1A runs out. Thereafter, when a sensor 2B detects that second electrode foil 1B is mounted, a solenoid 5 is actuated, clampers 4A and 4B are made to approach and come into contact with each other by a crank 10 to join the electrode foils 1A and 1B together with an adhesive tape 12. After joining, the terminal of the electrode foil 1A is cut off with a fixed edge 9 and a movable edge 8A. By this setup, a capacitor can be continuously rolled and produced without stopping a capacitor element take-up device even if an electrode foil runs out, so that the capacitor element take-up device can be improved in operating efficiency and productivity.
Patent JP-H06101627-A (JP)
Title: Thermoelement
Inventor: MOROZUMI HIROSHI
IPC: H01L35/30
Filed: 1992-09-24
Abstract: PURPOSE:To optionally control the moving quantity of a piston, by heatcontrolling a heating part, heating a thermal expansion body on receiving the moved quantity of the piston, in a unit in which the piston is moved according to volume change due to heating the thermal expansion body. CONSTITUTION:Desired piston moving quantity is set by a piston moving quantity setting circuit 15 to output voltage ER according to the set quantity. When the expended quantity of a piston 12 at a point of this time is made zero, the output voltage ES of a piston moving quantity detection sensor 14 is zero, and a + signal according to the difference (ER-ES) is outputted from a D.C. voltage amplifier 16. Consequently, a transistor TRS3 of a switching circuit 18 is turned ON, electrification is started to a heater 6 from a power amplifier 17, and a piston 12 is extended due to the heating expansion of wax 5. Since the value of the output voltage ES of the sensor 14 increase following the extending, the output of the D.C. voltage amplifier 16 is made zero when ER-ES=0, breaking electrification to the heater 6.
Patent JP-S60138695-A (JP)
Inventor: ARAN JIYON HARII
IPC: G07B17/00
Filed: 1984-12-01
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-H04133090-A (JP)
Title: Medical image display device
Inventor: YAMAMOTO MAKOTO
IPC: A61B6/03
Filed: 1990-09-25
Abstract: PURPOSE:To read the image out of a high-definition medical image memory and display it even on a display unit which does not have high definition by generating addresses distinctively between high definition and non-high definition. CONSTITUTION:A display controller 6 generates the addresses according to the high-definition/non-high definition indication from a CPU 1 to access the memory 3. In high definition mode, the original addresses of the memory 3 are generated in order and the memory 3 is accessed. In non-high definition mode, on the other hand, the addresses of the memory 3 are properly thinned out to generate addresses for non-high definition and the memory 3 is accessed. Consequently, a non-high definition image for general home use can be recorded.
Patent JP-2000086203-A (JP)
Title: Apparatus for generating hydrogen
Inventor: UKAI KUNIHIRO
IPC: H01M8/06
Filed: 1998-09-09
Abstract: PROBLEM TO BE SOLVED: To obtain gaseous hydrogen at high humidity by feeding fuel and water to a reforming part with a reforming catalyst, carrying out reforming under heating, feeding water to carbon monoxide contained in the reformed gas flowing out of the reforming part and carrying out modification. SOLUTION: Water is fed from a water feed part 2 to a 1st evaporation part 3 and evaporated by heat from a heating part 8. A gaseous hydrocarbon as starting material is fed from an organic compound feed part 1 to the 1st evaporation part 3, mixed with steam and fed to a reforming part 4 with a reforming catalyst. Heat necessary for reaction is supplied from the heating part 8 and the steam and gaseous hydrocarbon are brought into reforming reaction in the reforming part 4. The reformed gas is fed to a 2nd evaporation part 5 and water is fed from the water feed part 2 to the part 5, evaporated, mixed with the reformed gas and fed to a modification part 6. Carbon monoxide contained in the reformed gas and the water are brought into modification reaction by the action of a modifying catalyst in the modification part 6.  The modification temperature is sensed with a temperature sensing part 7 and the temperature of the modification part 6 is controlled by adjusting the amount of water fed from the water feed part 2 to the 2nd evaporation part 5.
Patent JP-H06104726-A (JP)
Title: Input circuit
Inventor: TONO HIROKO
IPC: G11C11/407
Filed: 1992-09-24
Abstract: PURPOSE:To provide an input circuit that can stably work even with supply of different types of power voltage. CONSTITUTION:The input signals IN are inputted to the gate of a transistor Tr4 of one conductivity type channel and also to the gates of a Tr5 and a Tr6 of the opposite conductivity type channel. Meanwhile the VCC is supplied to the source of the Tr4. The Tr5 and Tr6 are connected in series between the Tr4 and the VSS, and an output signal OUT is outputted from a common connection terminal of both Tr4 and Tr5. One of both ends of a Tr15 of one conductivity type channel where the signal in is inputted to the gate is connected to the common connection terminal of both Tr5 and Tr6, and a Tr14 is connected between the other end of the Tr15 and the VCC. Then a detection signal HV which turns on and off the Tr14 with the high and low levels of the VCC respectively is outputted to the gate of the Tr14 from a power voltage detecting circuit 11.
Patent JP-2001080987-A (JP)
Title: Device for producing compound semiconductor crystal and production process using the same
Inventor: ITANI MASAYA
IPC: C30B11/00
Filed: 1999-09-09
Abstract: PROBLEM TO BE SOLVED: To provide a compound semiconductor crystal production device effective in enhancing the growth rate of a seed crystal and increasing the length of a grown compound semiconductor single crystal, in a compound semiconductor crystal production process by a VB(vertical Bridgman) method. SOLUTION: This production device is provided with a growth vessel 1 which has a seed crystal placing section 1a and a diameter increasing section 1b in the lower part and is supported inside a heater 7 by a support member 9 and in which a semiconductor melt is gradually solidified in the direction from the lower part to the upper part of the melt to grow a compound semiconductor single crystal by a VB method, wherein, as the support member 9, a support member having such a structure that the growth vessel 1 is supported directly by the member in a position above the intermediate part of the diameter increasing section 1b of the growth vessel 1 and also a required internal space 8 sufficient to provide a solid-liquid interface shape concave toward the melt side is formed between the member and the seed crystal placing section 1a of the growth vessel 1, is used.
Patent JP-S63108192-A (JP)
Title: Heat exchanger
Inventor: IWANAGA SHIGERU
IPC: F24H1/14
Filed: 1986-10-27
Abstract: PURPOSE:To provide a heat exchanger in which a uniform coolant heating can be performed even if a thermal transmission is performed and of which size is compact by a method wherein a first passage where a heat source fluid flows is arranged laterally at an inner surface of a spaced-apart wall cylinder and a second passage where heated fluid flows is arranged longitudinally at an outer surface of the space-apart wall cylinder. CONSTITUTION:A first flow passage 13 where combustion gas flows laterally from one end of a spaced-apart wall cylinder 10 to an opened discharging port at the other end thereof is arranged at a lateral direction of an inner surface of the spaced-apart wall cylinder. Liquid coolant entered from a coolant inlet pipe 17 is guided to several longitudinal second flow passages 14 at an inlet header part 15, heated by hot combustion gas flowing at the inner surface of the spaced-apart wall cylinder 10 and evaporated there, resulting in that it becomes a gas-liquid-two-phase condition generating gas bubbles in the liquid. The generated bubbles ascends rapidly from below the second flow passage 14 upwardly, then an agitated and disturbance flow effect is generated to prevent a local overheating condition. The not-yet-gasified liquid coolant is accompanies it and flows up to the upper part of the second flow passage 14, then it absorbs sufficiently heat of combustion gas also at the upper part. Since the first flow passage 13 acting as the combustion gas passage can be set at a horizontal and lateral direction, so that an entire height including the burner part can be reduced and so an entire system can be made compact.
Patent JP-S61263183-A (JP)
Inventor: TOREBAA BARII HOIRANDO
IPC: B65B51/08
Filed: 1985-11-15
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-H04133794-A (JP)
Title: Thermal transfer image receiving sheet
Inventor: IMOTO KAZUNOBU
IPC: B41M5/50
Filed: 1990-09-27
Abstract: PURPOSE:To enable supply of a thermal transfer image receiving sheet free from curling by providing a base sheet consisting of at least, two thermally contractable materials laminated in such a manner that their contracting direction is offset at a specific angle. CONSTITUTION:A lamination-type base consists of at least, two thermally contractable sheet materials laminated in such a manner that their contracting direction id offset at 45 deg. or lower, preferably at 30 deg. or lower. Thus the generation of curl is adequately prevented. The thermally contractable materials 2, 2' which are laminated on both surfaces of a core material used are such as synthetic paper, synthetic resin sheet, foamed polypropylene, foamed polyethylene and foamed polystyrene. Especially synthetic and foamed polypropylene are recommended, if various strength and cushioning properties are considered. The appropriate thickness of the thermally contractable sheet material is 30mum to 80mum. These thermally contractable sheet materials are ideally composed of the same material with the same thickness laminated on both surfaces of a core material. Alternately, the thermally contractable sheet materials of different types and different thickens, preferably ranging up to 30 deg. can be laminated on both surfaces of the core material.
Patent JP-H02101559-A (JP)
Title: Processor circuit
Inventor: OTSUKA SHOICHI
IPC: G06F13/28
Filed: 1988-10-11
Abstract: PURPOSE:To realize speedup and the improvement of efficiency by performing dynamic memory access control between a processor and an I/O device which are of different bit configuration through a buffer. CONSTITUTION:The command of the dynamic memory access (DMA) control is given to a DMA supporting processor 7 through an interruption line 13, and a DMA controller 8 is started. The controller 8 transfers data from the I/O device 9 to the buffer area 6a of a shared memory 6. Next, the processor 7 transfers 32 bits of the data of the area 6a by every 8 bits. When the data of 32 bits portion is transferred, the processor 7 starts a memory controller 3 through a control line 14, and stores the data of the buffer 4 in a local memory 2. Accordingly, the transfer of the data to the memory 2 by the controller 3 is executed by 32 bits. Thus, the occupied time of a bus 11 at the time of the different bit configuration is shortened, and the processing is speeded up and made efficient.
Patent JP-H0789255-A (JP)
Title: Photosensitive lithographic plate and its manufacture
Inventor: ODA KAZUTAKA
IPC: B41N3/04
Filed: 1993-09-20
Abstract: PURPOSE:To meet the requirement of resistance against contamination in the intermediate tone portion of an image part by controlling the surface of a photosensitive layer formed on the surface of a support with a roughed undulated surface in an undulated form along the undulated surface state of the support. CONSTITUTION:In a photosensitive lithographic plate with a photosensitive layer provided on the surface of a roughed support, the photosensitive layer is formed by applying a photosensitive liquid to the surface of the undulated support with a wavelength of 1 to 30mum and a wave crest of hmum and drying the coat. If the thicknesses of the photosensitive layers in the adjacent projecting part and recessed part on the surface of the support are taken to be l1 and l2 respectively, the relationship between (l2-l1)/h<=0.5 has to be satisfied. (l2-l1)/h takes a value from 0 to 1 and the smaller the value is, the more the surface shape of the photosensitive film reflects the shape of the support. The reflective effect is high on condition that (l2-l1)/h<0.5. Consequently, a shadow portion on a printer can hardly be contaminated so that even an unskilled operator can operate the printer and a printed matter of higher quality is obtained with this photosensitive lithographic plate compared to the case in which a conventional lithographic plate is used.
Patent JP-H1078972-A (JP)
Title: Image editing device
Inventor: HIRASHIMA TAKASHI
IPC: G06F17/24
Filed: 1996-09-05
Abstract: PROBLEM TO BE SOLVED: To retrieve an image by retrieving the image data via its component colors and accordingly using the basic color information forming the image as one of image selection requirements when the image name of the image data is unknown or inaccurate. SOLUTION: An image storage means (b) stores plural color image data inputted by an input means (a) together with the image name data, and an analysis means (c) analyzes the component colors of those image data stored in the means (b). A display means (d) reads the image name data out of the means (b) and displays them in a list in response to the color data produced based on the component color that is analyzed by the means (c) and has a high ratio. A control means (e) selects and outputs plural color images corresponding to the color data displayed by the means (d) in a list. Thus, the image data can be accurately selected and read out even when the image name of the image data is unknown or inaccurate.