baber/WOPTO huggingface dataset:
Patent JP-2000202546-A (JP)
Title: Changing device for die
Inventor: KAWAGUCHI KOJI
IPC: B21D37/04
Filed: 1999-01-20
Abstract: PROBLEM TO BE SOLVED: To prevent a small size die from getting on a key by bonding, to prevent a large size die from being inserted obliquely, and to smoothly set the die by changing a release height according to the size of the held die when releasing the die stored in a storage turret on a main body turret while holding it. SOLUTION: When releasing dies P, D stored in storage turrets 18, 19 on main body turrets 6, 7 while holding them, a release height is changed according to the sizes of the held dies P, D. By providing the controller 2 of a changing device for die, which cooperates with the NC 21 of a turret punch press main body, and by constructing the controller 22 with a CPU, an actuator drive part, a die size detection part, and a storage part, a table with relations of sizes and heights corresponded, is stored in the storage part. When holding a punch P by a punch gripper 4, the die size is detected from the speed of revolution of a motor M1 for moving, and a height corresponding to the size is detected.
Patent JP-S61169696-A (JP)
Title: Wind-cutting noise reducing device for multiblade blower
Inventor: UTSUNO HIDEO
IPC: F04D17/08
Filed: 1985-01-24
Abstract: PURPOSE:To reduce the level of the wind cutting sound by generating the sound waves having different phase by installing the tongue part whose top edge is aslantly cut so that the top edge is formed aslantly onto the scroll winding starting part of a multiblade blower, namely onto the throat part of a casing. CONSTITUTION:The projection amount of a tongue part 12 from the installation surface 21 onto a casing is varied by aslantly cutting the top edge part 20. Said torque part 12 is installed by fixing the installation surface 21 onto the throat part A of a casing 11 so that the top edge 20 is formed aslantly for the shaft core of a rotary shaft 13. Thus, the sound waves having different phase can be generated by shifting, little by little, each position where each part on the top edge surface of a vane 14 comes closest to the tongue part 12. These sound waves having different phase interfere each other to prevent the generation of the preeminence spectrum, and the level of the wind cutting sound is reduced.
Patent JP-H07165776-A (JP)
Title: Cobalt schiff base complex, complex solution for separating oxygen and method for separating oxygen
Inventor: OKAMOTO HIROSHI
IPC: B01D53/14
Filed: 1994-02-03
Abstract: PURPOSE:To obtain the subject efficiently producible complex, expressed by a specific formula and capable of well separating oxygen at ambient temperature and a small temperature difference according to a temperature-swing method, remarkably improving the energy reduction of a complex solution and the utilization efficiency of the complex and reducing the production cost. CONSTITUTION:This complex is soluble in a solvent, capable of binding to oxygen by absorption thereof and causing the phase separation so as to deposit as a solid phase and expressed by the formula (R1 to R4 each is H, an alkyl or an alkoxy; R5 to R8 each is methyl), preferably N,N'-bis(salicylidene)1,1,2,2- tetramethylethylendiaminocobalt (II). Furthermore, the complex is preferably used as a solution, prepared by dissolving the complex and an axial ligand coordinated with the fifth coordination position in the axial direction of the complex (e.g. a pyridine-based compound containing basic N atom) in a solvent (e.g. 1,2-dichlorobenzene) and capable of absorbing oxygen, thereby binding the complex to the oxygen and depositing the complex as a solid phase.
Patent JP-S61170849-A (JP)
Title: Data transfer device
Inventor: OYADOMARI HAJIME
IPC: G06F11/20
Filed: 1985-01-24
Abstract: PURPOSE:To increase the number of degrees of freedom of system configuration and improve the reliability by providing plural channel centralized control parts in a data transfer device and providing an error FF circuit and a connection FF circuit which correspond to each of them. CONSTITUTION:The data transfer device is provided with not only a memory access control part 1, a microprogram control part 2, etc. but also plural channel centralized control parts 31-3i including error detecting circuits 91-9i, error FF circuits 51-5i where outputs of these channel centralized control parts are stored, and connection FF circuits 61-6i which perform such control that output pulses from channel centralized control parts 31-3i are not transmitted to control parts 1 and 2 by gate circuits 71-7i. If the error occurs in the channel centralized control part 32 during the data transfer processing and is detected by a detecting circuit 92, the output sets the error FF circuit 5 and resets the connection FF circuit 62, and all output pulses are gated by the gate circuit 72.
Patent JP-S62171990-A (JP)
Title: Production of thin film of crystals
Inventor: TANAKA MASAHIRO
IPC: C30B28/14
Filed: 1986-01-24
Abstract: PURPOSE:A thin film is formed on the base plate by chemical vapor deposition, and simultaneously the thin film is irradiated with laser beams to crystallize whereby a thin polycrystalline or single-crystal film on the amorphous base at moderate temperature. CONSTITUTION:In the vacuum tank 1 connected to the high-vacuum evacuation system 8, a base plate of soda glass 11 is set on the bed 10 and heated up to about 200 deg.C with the heater embedded in the bed. A reaction gas SiH4 is fed from the inlet 7 and the pressure is adjusted to 10<-4>Torr or lower. In the meantime, microwaves generated from the microwave generator 4 is guided through waveguide 5 into the discharge tube 2 which is provided with electric magnet 3 and into which Ar gas is introduced through gas-guide tube 6 where the microwave plasma resonanced with an electron cyclotron is generated, introduced into the vacuum tank 1, further drifted on the base plate 11 by means of electrodes 9 to effect chemical vapor deposition. Simultaneously, laser beams with an energy density of more than 0.1J/cm<2> per 1 pulse is allowed to pass through the optical system and window 12 and irradiate the base plate 11. Thus, thin film of polycrystalline silicon grows on the base 11.
Patent JP-H11195471-A (JP)
Title: Electric contact structure
Inventor: GOTO MASAAKI
IPC: H01R39/00
Filed: 1998-01-06
Abstract: PROBLEM TO BE SOLVED: To provide an electric contact structure capable of current-carrying in a stable state without twisting a cord for a rotating electric action means. SOLUTION: Heat adhesion film 4 to be bonded by closely sticking adhesion faces and heating is joining passed between one pair of pressure bonding rollers 2, 3 rotating in mutually reverse directions as abutting mutual outer peripheral faces, and an electric heating means 5 heating the pressure bonding rollers 2, 3 themselves is disposed at least on either of the pressure bonding rollers 2, 3. Rotation electrode bodies 6 rotating integrally with pressure rollers 2, 3 and having ring-like electrodes 8, 9 connected to an electric heating means 5 are disposed on the extension line of the pressure bonding rollers 2, 3. Contact pieces 10, 11 connected to a power supply for the electric heating means are put in contact with the ring-like electrode of the rotation electrode body 6 in a standstill state so as to feed power.
Patent JP-S56108967-A (JP)
Title: Reactive power detector
Inventor: NISHIMURA SHINICHIROU
IPC: G01R21/00
Filed: 1980-02-02
Abstract: PURPOSE:To detect a reactive power quickly by adding a ripple component of an effective power value produced by the multiplying the voltage with current after advancing the phase by 1/4 period of the ripple period to the reactive power value produced by the multiplying of the voltage wave form by 90 deg. and the current. CONSTITUTION:A line voltage is inputted as (es) to a phase shifter (ps) by a voltage transformer, whereby it is delayed by 90 deg. to (e's). Fluctuating current is transformed to (iL) by a current transformer, and is inputted to multipliers X1 and X2. The voltage (es) is inputted to the multiplier X2 as well. In the multiplier X1, the voltage (e's) and the current (iL) are multiplied, and the q(t) which is the result thereof is inputted to an adder A. The voltage (es) an the current (iL) are multiplied by the multiplier X2 and the p(t) which is the result thereof is inputted to a differentiator D. Only the ripple component of the p(t) is detected at 1/4 period advanced phase by differentiating the same, and this turns out that it is detected at 1/2 period advanced phase of the original ripple part of the q(t). These are added by the adder A, whereby the output Q(t) thereof is detected with the DC component.
Patent JP-H02192304-A (JP)
Title: Microwave oscillation circuit
Inventor: OHIRA TAKASHI
IPC: H03B5/18
Filed: 1989-01-20
Abstract: PURPOSE:To obtain a microwave oscillation circuit in which a few number of components are used and easy positioning is attained and a cost is reduced by connecting an active circuit to a termination circuit via a transmission line, and molding all of them integrally. CONSTITUTION:The circuit is comprised in such a way that the integral molding of the active circuit 11 and the transmission line(lead 37) to connect a dummy termination circuit 21, the active circuit 11, and a dummy termination circuit 21 is performed as one module, and the module is combined with a dielectric resonator 41. When a prescribed DC voltage is supplied to a bias supplying lead 35 as a bias voltage, the absolute value of a reflection coefficient when a FET 12 side is observed from a terminal T for coupling resonator goes to a value >=1. Therefore, the circuit 11 performs an oscillatory operation with resonance frequency of the resonator 41 due to the electromagnetic coupling of the lead 37 with the resonator 41 by supplying the DC voltage to the lead 35. In such constitution, it is possible to reduce the number of components by performing the integral molding of the circuit 11 with the line for coupling the circuit 21 and the resonator 41, and no adjustment for the positioning at the time of assembling is required, which reduces assembling manhours and the cost of the circuit.
Patent JP-H08203811-A (JP)
Title: In-line aligner
Inventor: YABUTA MITSUO
IPC: G03F7/16
Filed: 1995-01-30
Abstract: PURPOSE: To provide an in-line aligner requiring less cost wherein entering an exposure recipe for its aligner unit will simultaneously set up an application development recipe for its applicator developer unit, wherein recipes specifying application development conditions for each device or layer can be integrally set up at the aligner unit, and wherein the management of recipes is facilitated. CONSTITUTION: An in-line aligner 30 has an applicator developer unit 34 in line with an aligner unit 32. The aligner is so designed that application development conditions for controlling the application and development operations by the applicator developer unit 34 can be entered from the key board 42 connected to the main controller 36 of the aligner unit 32. It is also designed that the main controller 36 of the aligner unit 32 will control the unit controller 48 of the applicator developer unit 34 which performs application and development operations. Recipes specifying application conditions and those specifying exposure conditions are stored in a storage 40 device by device (or layer by layer) to be subjected to photolithography in such a way that the former is dependent on the latter.
Patent JP-H10205467-A (JP)
Title: Scroll compressor
Inventor: KIKUCHI TOSHIYUKI
IPC: F04C18/02
Filed: 1997-01-27
Abstract: PROBLEM TO BE SOLVED: To improve sealability of a device in which a fixed scroll member and a casing have sealing surfaces to be engaged with each other by forming screw holes on recessed seal surfaces a plate body composing a discharge chamber for fixing the fixed scroll member to the casing through screw-s. SOLUTION: A scroll compressor has a fixed scroll member 9 and a movable scroll member 10 in a space between a casing 1 and a shaft supporting part. In such a scroll compressor, the fixed scroll member 9 is threadedly fastened by inserting screws 11 into four screw holes 9a formed on a plate body 13, and surface-sealed. Projected seal surfaces A and recessed seal surfaces B are formed on the sealing surface of the plate body 13 so as to form a continuous curved surface in the circumferential direction. The screw holes 9a are formed only on the recessed seal surfaces B. The recessed seal surfaces B are pulled to the side of a stepped portion 1a by screwing. Both the seal surfaces A and B show almost flat state, so that even and certain surface sealing condition is obtained.
Patent JP-S55103985-A (JP)
Title: Recording device
Inventor: SAKAINO YASUSHI
IPC: B41J11/58
Filed: 1979-02-06
Abstract: PURPOSE: To obtain small-sized recording device in which paper feeding is performed in a small space by housing recording paper of folding type in the back of holding body in the vertical direction and performing recording on the paper being pulled out by extension member.  
     CONSTITUTION: Magazine-like recording paper of folding type 11 is placed in recording-paper housing box 55 in the vertical direction to the fold of paper. Then, recording paper 11, with its one end taken up, is passed through on guide roller 10 and further between guide plate 14 and recording paper checking device 15. At this time, the device checks the paper and drives rubber roller 17. Therefore, recording paper 11 requires only to be brought out to the place between guiding member 16 and rubber roller 17 and, being wound by roller 17, is fed forward automatically. After that, recording paper 11 is held under pressure by paper-holding device 12. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-S62281807-A (JP)
Inventor: UERUNERU KUTSUNAUFU
IPC: A01N43/90
Filed: 1987-01-23
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-H10208706-A (JP)
Title: Heat shrinkable tube, and lithium secondary cell covered with the tube
Inventor: TAKAGI JUN
IPC: H01M10/05
Filed: 1997-01-27
Abstract: PROBLEM TO BE SOLVED: To provide a heat shrinkable tube not to cause any insertion troubles of a covered product in a high-speed automatic covering by elongating the tube consisting of an ionomer resin containing the prescribed quantity of inorganic particles. SOLUTION: The ionomer resin in which the molecules of the copolymer of ethylene and (meth)acrylic acid is crosslinked with zinc or sodium ion is mixed with the inorganic particles of 10-50wt.% such as kaolin, clay, talc, and mica to obtain a mixture. A non-extended tube which is obtained by extruding the mixture from an annular die of an extruder in a tubular manner is elongated by 1-1.7 times in the longitudinal direction and by 1.7-4 times in the radial direction, and as necessary, irradiated with ionizing radiation of 30-300kGray in dose, and a heat shrinkable tube which is 30-150μm in thickness, <=40% in the shrinkage rate in the longitudinal direction and >=40% in radial direction for 30 seconds in hot water of 100 deg.C is obtained.  The outer circumferential surface of a negative electrode can is covered with the heat shrinkable tube, and the tube is shrunk to obtain a lithium ion secondary cell.
Patent JP-H02193233-A (JP)
Title: Data transfer system
Inventor: IMOTO AKIO
IPC: G06F12/00
Filed: 1989-01-20
Abstract: PURPOSE:To prevent loss of record type data or deformation of data by transferring record type data and saving record type data even under a data managing means which is not accompanied with the conception of record type. CONSTITUTION:At the time of data transfer from a data managing means 11 accompanied with the conception of record type to a data managing means 12 which is not accompanied with the conception of record type, a saving/ restoring means 17 receives record type data 15 sent based on the protocol of data transfer and saves it in an indicator 14. At the time of data transfer from the data managing means 12 to the data managing means 11, the saving/ restoring means 17 scans the indicator 14 to search data related to the record type, and this data 16 is transferred to a protocol 13 when existing. Then, the protocol 13 is restored by data 15. Thus, loss of record type data or deformation of data is prevented.
Patent JP-H01187982-A (JP)
Title: Solar cell
Inventor: ISHIHARA TAKASHI
IPC: H01L31/04
Filed: 1988-01-22
Abstract: PURPOSE:To form a semiconductor layer having excellent reproducibility by introducing a low-temperature process into a manufacturing process, and to obtain a solar cell having high efficiency by forming a first crystallite Si layer of opposite conductivity type having a large band gap on the light-receiving surface side of a polycrystalline Si substrate and forming a second crystallite Si layer of the same conductivity type having the large band gap on the rear side. CONSTITUTION:A first crystallite Si layer 1 having a band gap larger than polycrystalline Si substrate 11 formed onto a polycrystalline Si substrate 11 on the light-receiving surface side and a conductivity type reverse to the polycrystalline Si substrate 11 and a second crystallite Si layer 3 having a band gap larger than the polycrystalline Si substrate 11 formed onto the rear of the polycrystalline Si substrate 11 and the same conductivity type as the polycrystalline Si substrate 11 are shaped. Consequently, both the surface side and the rear side have the band gaps larger than the polycrystalline Si substrate 11, and the crystallite Si layers 1, 3 having a high barrier effect are used, thus acquiring a cell having high open circuit voltage as the operation of a solar cell and large short circuit currents. The crystallite Si layers 1, 3 are shaped at a low temperature of approximately 100 deg.C through a plasma CVD method, thus manufacturing the cell having high efficiency with excellent reproducibility.
Patent JP-S60157364-A (JP)
Title: Originating call destination control system of exchange
Inventor: TAKAHASHI HIROMI
IPC: H04M3/42
Filed: 1984-01-27
Abstract: PURPOSE:To discriminate an originating subscriber and to prescribe correctly an originating call destination to said subscriber, by reading an ID card issued to the originating subscriber by a card reader attached to each extension telephone connected to a private branch exchange. CONSTITUTION:A card reader 2 and a PB signal generator 3 are connected to each extension telephone 1 connected to a private branch exchange 5 via a changeover switch 4. When the telephone 1 is hooked off and dialing is given to an outside line, the switch 4 is automatically switched to the side of the reader 2. An originating subscriber reads his/her own ID card through the reader 2 and converts the contents of the card into PB signals through the generator 3. These PB signals are received by a PB signal receiver 7 of the exchange 5. Then a central processor 6 discriminates the originating subscriber and prescribes the use of an outside line according to the originating destination set for each prescribed originating subscriber. This suppresses the misuse of telephones to attain the titled system suited to a working center.
Patent JP-H07222013-A (JP)
Title: Color image forming device
Inventor: HARA TOMOSHI
IPC: H04N1/60
Filed: 1994-02-04
Abstract: PURPOSE:To adjust the picture quality in a short period of time by comparing the result of reading a correction reference patch and applying color processing with a preset reference value and correcting a color processing parameter depending on the result of comparison so as to facilitate the adjustment of a gray balance. CONSTITUTION:Image signals R, G, B read by color CCD image sensors 1-3 are converted to lightness to signals LR*, LG*, LB* and converted signals L*, a*, b* at a 1st color conversion section 7 and to signals C, M, Y by a 2nd color conversion section 8. The correction reference patch is read and stored in a patch data memory 16 and the patch data are compared with a reference value preset in a RAM 15 by a CPU 14 to correct a color processing parameter in the gray balance adjustment. The correction reference patch is a gray reference patch changing the density, for instance, into five stages. The color processing parameter for an image reader is corrected by the 1st color conversion section 7 and the color processing parameter for an image output side is corrected by the 2nd color conversion section 8.
Patent JP-H10210337-A (JP)
Title: Camera
Inventor: MIYAKE IZUMI
IPC: H04N5/225
Filed: 1997-01-27
Abstract: PROBLEM TO BE SOLVED: To provide a camera which can record accurate position information on a recording medium, together with the photographed images, even when the photographing is performed at a place such as in the shadow of a building, etc., where the position measurement is impossible via a GPS(global positioning system). SOLUTION: This camera fetches position measurement data from a GPS unit 160 for obtaining the position information to show a photographing place and records the obtained position measurement data on a PC card 150, together with the photographed images. If the photographing is performed at a place such as in the shadow of a building, etc., the position measurement is impossible via the unit 160, the position measurement data fetched from the unit 160 may sometimes be erroneous. For such cases, the camera fetches the preliminary position measurement data from the unit 160 and holds them, when a power supply is applied.  If the position measurement data, which are fetched from the unit 160 when the photographing is performed i.e., a release switch 112 is depossed a way are erroneous, the preliminary position measurement data are recorded on a PC card 150 as the position measurement data, together with the photographed images.
Patent JP-S56110913-A (JP)
Title: Axis matching method of two optical fiber
Inventor: MATSUMOTO MICHITO
IPC: G02B6/38
Filed: 1980-02-06
Abstract: PURPOSE:To ensure a mathcing of fiber axes with the minimum shift of the outer circumference surfaces, by obtaining the two equally divided lines to the outer circumference of the optical fiber having an eccentric core at the center when connecting the eccentric optical fibers. CONSTITUTION:One eccentric fiber 41 to be connected is first put on the supporting member 11 to obtain the two equally divided lines to the outer circumference surface of the fiber 41 having the core 31. These divided lines are then matched to the axis Y1 to be fixed by a clamp. In the same way, for the other eccentric fiber 42, the two equally divied lines are obtained to the outer circumference surface of the fiber 42 having the core 32. Then these divided lines are matched to the axis Y2 of the suppoting member 12 to be fixed at the member 12 by a clamp. The both end faces are placed opposite to each other with the maximum eccentric point turned up. Then a matching is given between the axes Y1 and Y2 to transmit the light, and thus one side of the fiber support member is shifted toward the axis Y. In such way, a matching position is obtained for the both fiber axes at the moment when the maximum light volume is detected.