baber/WOPTO huggingface dataset:
Patent JP-S6337043-A (JP)
Title: Paper sheet takeout device
Inventor: OISHI ATSUSHI
IPC: B65H7/18
Filed: 1986-07-29
Abstract: PURPOSE:To aim at simplification in a device as well as takeout stability in paper sheets, by winding a timing belt round on both shafts of a pulse motor and a feed roller via a timing pulley. CONSTITUTION:A sensor 28 is clamped to the bracket 27 attached to a shaft 23 of a feed roller 22, and it makes sure of a tip position of the bill 70 taken in by a delivery roller 21 from a housing part 10, transmitting this position to a pulse motor 25 with a pulse signal, whereby it steppingly rotates the pulse motor 25 and the feed roller 22 in an A direction as far as enough to have one sheet portion of this bill taken out. Therefore, if a sensitive point of the sensor 28 has been set in an optional position in a more E direction than a contact point D between the feed roller 22 and a defense roller 24, the sensor perceives a point of time when a tip of the bill reaches this sensitive point, so that the pulse motor 25 is driven, thus operation for rotating the feed roller 22 is automatically carried out.
Patent JP-S6154835-A (JP)
Title: Connecting conductor apparatus for rotor
Inventor: YOSHIDA NAOMI
IPC: H02K13/02
Filed: 1984-08-27
Abstract: PURPOSE:To allow to cool a connecting conductor stud and an interconnection bar by providing duplicated structure inside of a connecting conductor coupling between a central hole conductor of a rotor axis and a field coil. CONSTITUTION:A connecting conductor stud 6 connecting an intermediate connection bar 13 of a field coil 7 with a central hole conductor 4 is inserted via an insulator cylinder 14 into a hole of an axis. At the axial center of the stud 6, a cooling hole 6a, wherein an insulator hole 17 is inserted through a gap thereof is provided. At the lower end of the hole 17, a ventilation hole 17a which communicates with the gap is provided. An insulator cap 12 has a ventilation hole 12a. The stud 6 and a nut 15b also have ventilation holes 6a and 6c and furthermore the bar 13 has a ventilation hole 13a.
Patent JP-H0846871-A (JP)
Title: Image pickup device
Inventor: NONAKA SHINICHI
IPC: H04N5/369
Filed: 1994-07-28
Abstract: PURPOSE:To provide an inexpensive video camera capable of directly connecting to an image transmitter of CIF standard without using the conversion means of the number of scanning lines and a frame rate or outputting or displaying a television signal with frame rate different from an ordinary rate in an existing video camera. CONSTITUTION:This device is comprised of an image pickup lens 101 which image-forms light arriving from an object on an image pickup element, an iris 102 which adjusts light quantity arriving at the image pickup element, the image pickup element 103 which generates an image pickup signal by converting the light to an electrical signal, a CDS/AGC circuit 104 which performs the sampling of the image pickup signal and the adjustment of a signal level, a video signal processing circuit 106 which generates a video signal by processing the image pickup signal, an iris driving circuit 108 which drives the iris, an image pickup element driving circuit 109 which generates the driving pulse of the image pickup element, and a camera control circuit 107 which controls the iris driving circuit 108, the image pickup element driving circuit 109, the CDS/AGC circuit and the video signal processing circuit 106.
Patent JP-2001002680-A (JP)
Title: Dicarboxyl acid compound having silphenylene residue, polyamide using the same, liquid crystal orientation processing agent and liquid crystal display device
Inventor: MIYAMA YUKIHIRO
IPC: C08G69/42
Filed: 1999-06-23
Abstract: PROBLEM TO BE SOLVED: To obtain a new compound useful for production of polyamide excellent in solubility in a solvent, capable of low temperature baking, excellent in uniformity of polymer chain orientation by rubbing and providing a liquid crystal orientation processing agent capable of forming a liquid crystal orientation membrane having high uniformity of liquid crystal orientation. SOLUTION: This compound is represented by formula I (R1 to R4 are each a 1-6C alkyl or phenyl; X1 and X2 are each ether bond, ester bond or amide bond; m is 2-20; p is 0 or 1), e.g. a compound of formula II. The compound of formula I is obtained by reacting a compound of formula III [e.g. 1,4-bis(dimethyl)benzene] with a compound of formula IV [X is oxygen, sulfur, (C=O)O or the like; R is a lower alkyl] (e.g. methyl 10-undecanoate) in the presence of a hydrosilylation catalyst such as di(cyanophenyl)platinum dichloride and hydrogenation of the ester site of the obtained ester by an ordinary reaction.
Patent JP-H092867-A (JP)
Title: Optical element material and its production
Inventor: ASAI EMI
IPC: G02F1/09
Filed: 1995-06-21
Abstract: PURPOSE: To provide an optical element material suitable for a material for optical isolator, etc., having little inserting loss and large quenching ratio by shortening the time for producing the optical element material, capable of producing at a low cost and enabling to be cut and processed in every directions. CONSTITUTION: This optical element material comprises bismuth substituted terbium iron garnet having a composition expressed by Bix Tb3-x Fe5 O12 [(x)<=0.50] and consists of a polycrystalline substance having >=20μm average crystal particle size and >=99.998% relative density. Preferably the garnet consists of the polycrystalline substance having >=30μm average crystal particle size and >=99.999% relative density and the optical element material is for Faraday element in which (x) is 0.35-0.45.
Patent JP-H04227500-A (JP)
Title: Reception coil for programmable cannonball fuse
Inventor: KURAUSU MIYUNTSUERU
IPC: F42C17/04
Filed: 1991-07-17
Abstract: PURPOSE: To improve the inductive transmission of pulses of a transmitter coil to a receiver coil of a projectile fuse. CONSTITUTION: In a receiver coil 25 for programmable projectile fuses 24 and 40 which has a coil 23 located on a coil core 43, the coil core 43 is made of aluminum. An insert 45 is provided between the coil core 43 and the coil 33 and shields the coil 23 against eddy current fields.
Patent JP-H0754591-A (JP)
Title: Cutter drive transmitting mechanism for shield machine
Inventor: NAMIKI KAZUO
IPC: E21D9/087
Filed: 1992-07-03
Abstract: PURPOSE:To perform good drive transmission of a planetary cutter when rotationally driven around its shaft and also revolutionally driven. CONSTITUTION:A cutting wheel driving motor and a planetary cutter driving motor are fixed to a skin plate 1 side. A cutting wheel driving gear 44 to transmit the driving force of the cutting wheel driving motor to a cutting wheel and a planetary cutter driving gear 47 to transmit the driving force of the planetary cutter driving motor to the rotational center shaft of a planetary cutter are provided. The planetary cutter driving gear 47 is supported on the outer periphery of the small dia. portion 44c of the cutting wheel driving gear 44.
Patent JP-H0618929-A (JP)
Title: Production of active matrix substrate
Inventor: NISHIOKA YUKIYA
IPC: H01L29/78
Filed: 1992-07-03
Abstract: PURPOSE:To prevent the delay of signals and to make a display device larger in size and higher in fineness by patterning transparent conductive films to form pixel electrodes, then forming signal lines. CONSTITUTION:The transparent conductive films essentially consisting of indium oxide to constitute the pixel electrodes 15 and additive capacity electrodes 16 are laminated, the films are patterned by photolithography to form the pixel electrodes 15 and the additive capacity electrodes 16. In succession, aluminum contg. <=15% high melting metal is then laminated and is patterned by photolithography, by which signal lines 14, source electrodes 29 and drain electrodes 27 of TFTs 20 are formed. The signal lines 14, etc., are formed after the pixel electrodes 15, etc., are formed by patterning the transparent conductive films in such a manner and, therefore, there is no need for considering the influence of an etching liquid, etc., at the time of patterning the transparent conductive films. The use of an aluminum alloy which is lower in resistance than titanium is thus possible. Consequently, the delay of the signals in the signal lines 14 is prevented.
Patent JP-H1126810-A (JP)
Title: Semiconductor light emitting device
Inventor: NAKATSU HIROSHI
IPC: H01L33/38
Filed: 1997-07-02
Abstract: PROBLEM TO BE SOLVED: To improve the luminous efficacy, namely, internal quantum efficiency of a light emitting layer by setting the constricting area of a current constricting layer so that the density of a current injected into the light emitting layer may correspond to an area on the higher voltage side of the position at which the ideal factor of a semiconductor light emitting device becomes the minimum value. SOLUTION: In a semiconductor light emitting device, the constricting area of a current constricting layer 9 is set so that the density of a current injected into a light emitting layer may correspond to an area on the higher voltage side of the position at which the ideal factor (n) of the element becomes the minimum value (n=1) in the ideal factor (n) (axis of ordinate) versus voltage (axis of abscissa) characteristic of the element. Therefore, the density of the current injected into the light emitting layer is increased and nonluminous recoupling levels which are remarkable in a low injected-current area are filled up with injected carriers, and then, the injected carriers are recoupled at band ends.  When the light emitting device is constituted in such a structure, the internal quantum efficiency of the light emitting layer can be improved even when nonluminous recoupling concentrations in crystals are not lowered.
Patent JP-H0341742-A (JP)
Title: Semiconductor device and manufacture thereof
Inventor: HAYASHI YUKIO
IPC: H01L21/52
Filed: 1989-07-10
Abstract: PURPOSE:To secure adequate ohmic property by depositing an Au-Sb alloy layer to the rear surface of a pellet on which electronic circuits are formed, bonding said pellet to a lead, bonding an alloy layer to a silver paste layer which is formed on the lead, and finishing the bonding in this way. CONSTITUTION:A collector C which is formed at the lower layer of a base B is formed in an N type. The collector C is led out through the rear of the pellet 2. An N<+> layer 4 is formed at the lower layer part of the collector C. A gold-antimony alloy layer (Au-Sb alloy layer) 5 as an alloy layer wherein metal having small electric resistance and a group V element are components is deposited on the outer surface of the N<+> layer 4 by using a vapor deposition method. The alloy is formed by heat treatment at 385 deg.C. The other ends of wires 6 and 6 are bonded to an emitter electrode Ea and a base electrode Ba, respectively. An Ag paste layer 10 is formed at the tip part of a central lead 9 as a conductor. The pellet 2 is bonded to the tip part of the lead 9 by connecting the Au-Sb alloy layer 5 to the Ag paste layer 10.
Patent JP-H0825183-A (JP)
Title: Measuring device built in nc machine tool
Inventor: TANIGUCHI KATSUJI
IPC: B23Q17/00
Filed: 1994-07-07
Abstract: PURPOSE:To perform accurate measurement by forming measuring device storing space in the inside of a spindle head, movably arranging a measuring device relating to the spindle head, and preventing a bad influence by a nozzle. CONSTITUTION:In the case of performing measurement by a measuring device 10, a cover 74a is moved to open a protrusive port 60b. Thereafter, a rod 72a is extended. In this way, from measuring device storing space 60a of a spindle head 44 toward a lower side of a frame 60, through the protrusive port 60b, the measuring device 10 is partially protruded and moved to a protruding position. Thereafter, measurement is performed. This measuring device 10 is a three-dimensional displacement measuring device, to comprise a probe 12, contactor 12b, emitting element 13, bulb 14, two-dimensional measuring element 17, etc. A signal from this measuring device 10 is received by wire transmission, to prevent a bad influence by noise, and measurement is accurately performed.
Patent JP-S6229382-A (JP)
Inventor: DONARUDO HENRII UIRISU
IPC: H04N9/89
Filed: 1986-07-30
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-S57101563-A (JP)
Title: Converting circuit for voltage
Inventor: KAWAKAMI YASUSHI
IPC: H02M3/07
Filed: 1980-12-16
Abstract: PURPOSE:To prevent the simultaneous on of switching elements, and to boost or drop DC currents by controlling the timing of clock signals to the n switching element. CONSTITUTION:When transistors Q1, Q12 are at on and others are at off at the timing T1 of a level VSS1 of the first clock signals CK1, a capacitor C1 is charged to VSS voltage. Both transistors Q1 and Q2 are under off conditions at T3 timing. Since the transistor Q2 is at on when the second clock signals CK2 reach a level GND at T2 timing, the voltage of the capacitor C1 is doubled to VSS, and a capacitor C0 reaches 2VSS. Accordingly, the simultaneous on of the transistors Q1, Q2 can be prevented by setting the T3 timing. A plurality of the transistors are connected arbitrarily between input and output, and they are changed over and connected, thus spontaneously boosting or dropping input voltage.
Patent JP-2001007862-A (JP)
Title: Communication load distributing method
Inventor: HARAGUCHI MASAHIKO
IPC: H04L12/66
Filed: 1999-06-24
Abstract: PROBLEM TO BE SOLVED: To provide a communication load distributing method that can efficiently transfer data in the case that two network units use a plurality of data links. SOLUTION: The communication load distributing method is a method for a network system that interconnects two networks 1, 3 through two network units 2, 4 being respective connection points of the two network 1, 3 and a broad area network 5 that interconnects the two network units. In the case of interconnecting the two network units 2, 4 by a plurality of data links, a transmission packet is sequentially transmitted to a plurality of the data links.
Patent JP-2001011553-A (JP)
Title: Method for casting zinc alloy
Inventor: HOSHITANI MITSUHARU
IPC: C22C18/00
Filed: 1999-06-24
Abstract: PROBLEM TO BE SOLVED: To provide a casting method of zinc alloy excellent in creeping rapture resistance among zinc alloys with a hot-chamber type die casting machine. SOLUTION: When the zinc alloy is cast by using the hot-chamber type die casting machine, the alloy composed of <=3 wt.% of the total of one or more kinds among copper, nickel and manganese, <=1 wt.% titanium and/or zirconium, <=0.5 wt.% aluminum and/or magnesium and the balance zinc with inevitable impurities, is cast.
Patent JP-H0845491-A (JP)
Title: Battery housing device
Inventor: ANZAI TADASHI
IPC: H04N5/225
Filed: 1994-07-29
Abstract: PURPOSE:To share a battery housing part, so as to miniaturize a device and to improve its convenience for use by providing a second battery guide movable interlockingly with loading/unloading of a first battery in a battery housing part. CONSTITUTION:In a battery housing part 2 for selectively loading dry batteries 4 to 9 or secondary batteries such as a battery pack 3 and the like, a second battery guide 1 capable of retreating and recovering interlockingly with loading/ unloading of a first battery is provided. This movable battery guide 1 is rotatably attached to the battery housing part 2 and the dry batteries 4 to 9 are held by elastic members. When the battery pack 3 is loaded in this state, the movable dry battery guide 1 is pressed to the battery pack 3, rotated and retreated. The movable dry battery guide 1 can be moved interlockingly with loading of the battery pack 3 so as not to disturb the loading operation of the battery pack 3. When the battery pack 3 is removed, the movable dry battery guide 1 is returned to its original battery holding state by the elastic member.
Patent JP-H0343998-A (JP)
Title: Calorimeter driving device of uncharged particle incident device
Inventor: OGATA YOSHIAKI
IPC: H05H1/22
Filed: 1989-07-12
Abstract: PURPOSE:To adjust operation speed to required speed while smoothly performing its movement by supplying supply pressure of compressed air pressure to be supplied for actuating an air pressure cylinder while changing it on the head cover side of the air pressure cylinder and on the lot cover side so as to control piston actuation speed of the air pressure cylinder. CONSTITUTION:Pressed air wiring 20, 21 are provided on both ends of an air cylinder 9, and pressed air is supplied from a supply source 18 through a direction diverter valve 16 and a clean air unit 17. A speed control valve 15 and a reduced valve 19 are inserted into the respective compressed air wirings 20, 21 for mutually adjusting a flow and supply pressure to control interstroke driving speed of calorimeter 4. Thereby, the insertion driving speed of the calorimeter 4 can be controlled to smooth its movement and to dissolve pulsation of the bellows for vacuum sealing.
Patent JP-H08105462-A (JP)
Title: Clutch assembly
Inventor: ROJIYAA II BIRENSON
IPC: F16D43/10
Filed: 1995-07-14
Abstract: PROBLEM TO BE SOLVED: To provide a clutch assembly performing automatic and repeated clutching operation with a rotating assembly by moving it backward and bringing into a disengaged condition in a high rotating speed but acting it on a transient axial load in a low rotating speed. SOLUTION: When a floating wedge 205 is enlarged, it makes a parallel motion in axial direction by an angled surface 610 and a surface 235 of a retainer 210 corresponding to the angled surface. When the floating wedge is further enlarged, the surface 600 is disengaged from an inner race of a bearing assembly 220. When a rotating speed is further increased, the floating wedge 205 expands continuously in radial direction and makes a parallel motion in axial direction until its diameter 615 is brought into contact with a diameter 240 of an overhung portion of the retainer 210 and subsequent enlargement is stopped. When the rotating speed is reduced, the floating wedge returns to its initial position by sliding it in inner axial direction and inner radial direction along the surfaces 605 and 610.
Patent JP-H1010115-A (JP)
Title: Analysis of head space gas in positive pressure can
Inventor: SUZUKI HISASHI
IPC: G01N33/14
Filed: 1996-06-19
Abstract: PROBLEM TO BE SOLVED: To detect the amount of oxygen and the volume of carbon dioxide gas in a positive pressure can accurately and automatically. SOLUTION: In this method, the gas analysis of a positive pressure can, wherein the gas is sampled from the head space of the positive pressure can 1 in which the inner pressure is higher than atmospheric pressure and carbon dioxide gas is dissolved in the inner liquid and the gas is analyzed, is performed. In this case, the capacity of the head space gas of the positive pressure can 1 is measured, and the oxygen gas concentration of oxygen gas or carbon dioxide gas in the head space gas is measured at the same time. The amount of the respective gas in the head space gas is obtained based on the concentration. Furthermore, when the concentration of the carbon dioxide gas is measured, the amount of the carbon dioxide gas in the above described solution is obtained from the partial pressure and the solubility of the carbon dioxide gas.
Patent JP-S5882692-A (JP)
Inventor: MIZUNO KAZUO
IPC: B25J15/00
Filed: 1981-11-06
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-H0229549-A (JP)
Title: Refrigeration cycle
Inventor: NAKABO TADASHI
IPC: F25B1/00
Filed: 1988-07-18
Abstract: PURPOSE:To liquefy the liquid refrigerant completely and to gasify the gas refrigerant completely for improving the efficiency of cycle by providing a refrigerant compressor and a pressure reducing device, extracting the condensed-liquefied liquid refrigerant from the midst of heat exchanging in a refrigerant condenser by a first gas-liquid separator, and extracting the evaporated gas refrigerant from the midst of heat exchanging in a refrigerant evaporator by a second gas-liquid separator. CONSTITUTION:Liquid refrigerant extracted from a refrigerant condenser 3 is heat-exchanged with gas refrigerant extracted from a refrigerant evaporator 6 through a refrigerant heat exchanger 9. Thereby, super-heated gas contained in the liquid refrigerant is liquefied, and non-evaporating liquid refrigerant contained in the gas refrigerant is gasified. As a result, the liquid refrigerant containing super-heated gas that is extracted from the refrigerant condenser 3 by a first gas-liquid separator 7 is completely liquefied and introduced to a receiver 4. The gas refrigerant containing non-evaporating liquid refrigerant that is extracted from the refrigerant evaporator 6 by a second gas-liquid separator 8 is completely gasified, and introduced to a refrigerant compressor 2. Therefore, it is prevented that the super-heat gas flows into the receiver 4 causing the liquid refrigerant to re-evaporate, and also that the liquid refrigerant is sucked into the refrigerant compressor 2 causing the refrigerant compressor 2 to be damaged.
Patent JP-H0925901-A (JP)
Title: D type split ring and presser vessel using same
Inventor: SUGIMURA NOBUYUKI
IPC: F15B1/02
Filed: 1995-07-14
Abstract: PROBLEM TO BE SOLVED: To prevent the fatigue failure due to a split ring, and to prevent the rattling of a cover body. SOLUTION: The D type split ring and the pressure vessel using the ring is provided with the vessel body 10 of a pressure vessel ACC and a cover body 15 fitted to the vessel body 10, and a pressurizing part 21 is fitted in the ring groove 18 of the vessel body 10, and also a split ring 20 through which the pressure-receiving part 22 is abutted on the receiving part 16 of the cover body 15 is provided. The pressurizing surface 21a of the pressurizing part 21 through which a load is applied to the ring groove 18 is formed in a circular arc shape in cross section, and the pressure-receiving surface 22a of the pressure-receiving part 22 for receiving the load from the cover body 15 is formed in a plane shape.
Patent JP-H0847107-A (JP)
Title: Generating controlling method for series hybrid vehicle
Inventor: KUBOTA HIROBUMI
IPC: B60L50/13
Filed: 1994-07-29
Abstract: PURPOSE:To improve the power efficiency by so deciding a target generating energy in response to a requested driving power from a motor as to reduce the discharge power of a battery when a vehicle is in a slow accelerating state. CONSTITUTION:When the slow accelerating state of a vehicle is detected by an ECU 28, a target generating energy is so decided according to the driving power required from a motor 10 as to reduce the discharge power of a battery 16. The slow accelerating state of the vehicle can be detected by the change of an accelerator S or the charge state, and the driving power required from the motor 10 can be known on the basis of a vehicle speed SPD (number of revolutions of the motor N) or an accelerator opening S (torque command). Thus, when the vehicle is in the slow accelerating state, the calculation of the mean input power to the motor 10 is not conducted, and hence the response delay of the generating energy control is reduced, and a difference between the input voltage and the generating energy to the motor 10 is reduced. In this manner, the power efficiency as the entire vehicle can be improved.