baber/WOPTO huggingface dataset:
Patent JP-H09328228-A (JP)
Title: Lead frame supplying device
Inventor: TAMADA TAKAHIKO
IPC: H01L21/68
Filed: 1996-06-12
Abstract: PROBLEM TO BE SOLVED: To make a device compact and simple, and to shorten the supply time of a lead frame. SOLUTION: A lead frame supplying device comprises a stocker 12 for accommodating the lead frames 10 in the stacked condition, a lead frame feeder 15 for conveying the lead frames, a sucking device 13 located in opposition to the lead frame in the stocker for separating and holding the lead frame from the remained lead frames by the relative movement, and a guide device 14 which is installed between the stocker and the sucking device, in connection with the lead frame feeder, is movable between a standby position for permitting the relative movement of the sucking device and the lead frame, and an operating position for receiving the lead frame held by the sucking device, and transfers the lead frame received in the operating position, to the lead frame feeder.
Patent JP-S6233365-A (JP)
Title: Information recording and reproducing device
Inventor: IKETANI KAZUHIKO
IPC: G11B20/00
Filed: 1985-08-03
Abstract: PURPOSE:To attain special operation such as reproduction inhibition and recording inhibition with respect to optional information by executing the operation relating to an instruction only when the operation of a region of a recording medium and the operation relating to the instruction are coincident. CONSTITUTION:When an instruction including an address and any operation of recording or reproduction is given from a control section 1 to operate a disc whose region is set, the instruction is inputted to a judgment section 5 via an interface 6. The judgment section 5 compares and judges the address operation relating to the instruction and information relating to the address operation set and stored by a setting section 7 and when the operation of the address sector relating to the instruction and the operation relating to the instruction are coincident, the judgement section 5 gives a control signal to a recording/reproducing section 4 to execute the operation relating to the instruction. When the operation of the address region is not coincident with the operation relating to the instruction, the inhibition of the instruction is sent to the control section 1 via the interface 6. Thus, the special operation such as recording inhibition and reproduction inhibition is applied to optional information in a recording medium.
Patent JP-S5694565-A (JP)
Title: Memory card device
Inventor: KITAGAWA TERUO
IPC: G06Q40/02
Filed: 1979-12-27
Abstract: PURPOSE:To increase reliability and to make ease of handling, by making the transmission/ reception of data between a nonvolatile semiconductor memory card and a card loader inserting it with a photocoupling element. CONSTITUTION:A memory card 1 consisting of nonvolatile semiconductor elements is inserted from an insertion section 22 of a memory card loading device 2 and after it is set at a given location, it is locked. The optical data output from a light emitting element 211 of the said loader 2 is received by a photodetector 121 of the memory card 1 via a window 111 and sequentially written in nonvolatile memory. When the write-in is finished, the memory card 1 is de-inserted from loader 2 and stored. Further, the data stored in the memory card 1 is output from a light emitting element 122 and received at a photodetector 212 of the loader 2 via a window 112 to read out the memory content of the memory card 1. Battery back-up is not required to this memory card device and reliability is high, since photocoupling element is used for data transmission/reception.
Patent JP-S6332085-A (JP)
Inventor: NIITSUMA HIROAKI
IPC: E21B47/00
Filed: 1986-07-23
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-H0460782-A (JP)
Title: Pattern processor
Inventor: MINAMI HIDEAKI
IPC: G06T7/00
Filed: 1990-06-28
Abstract: PURPOSE:To store data to heighten recognition accuracy in a short time by generating an address similar to one pattern by changing similarity in a CPU in storing one pattern by making into an address. CONSTITUTION:A storage part 7 is comprised to which a write signal W is supplied and on which the data can be written. The CPU 6 sets the maximum confidence simultaneously with the start of storage. Thence, an original pattern 1 is image-picked up with a camera 2 and is processed to image data at a binarization processing part 3 and a graduation processing part 4, and the address is generated at an address generating part 5. A classification data signal WD and a confidence signal K are written on the address generated at the storage part 7. Thereby, classification data can be written on the storage part 7. Thence, confidence is decreased by one, and the same classification data and the confidence decreased by one are written on the address of the original pattern.
Patent JP-S6330564-A (JP)
Title: Optical information recording medium
Inventor: SAKAEDA TATSUYA
IPC: G11B7/247
Filed: 1986-07-23
Abstract: PURPOSE:To provide the title recording medium having excellent light resistance, long-term stability and an excellent effect of preventing reproduction from being deteriorated, by providing a recording layer contg. a polymethine dye and a specified compd. directly or through an undercoat layer on a substrate and optionally providing a protective layer thereon. CONSTITUTION:A polymethine dye (a) (e.g., a cyanin dye) is blended with a compd. (b) of formula I or II [wherein M is Ni, V, Pt or Cu; R is H, halogen, a (di) alkyl(amino), an alkoxy, an aryl or an acyl (oxy); R1 is H1 an alkyl or an aryl; and other arom. rings may be condensed with a benzene ring] in a weight ratio of 30-99:70-1, pref. 60-95:40-5. If desired, a stabilizer, a dispersant, a flame retarder, a lubricant, etc. are added thereto to obtain a compsn. (C). a substrate (A) optionally provided with an undercoat layer (B) of 0.1-30mum in thickness thereon is coated with the component C to form a recording layer of 100Angstrom -10mum in thickness. If desired, a protective layer (D) having a thickness of at least 0.05mum is provided thereon.
Patent JP-H0460821-A (JP)
Title: Storage holding device
Inventor: IGARASHI NAOTO
IPC: G06F1/30
Filed: 1990-06-29
Abstract: PURPOSE:To easily restore a controller to the state before a power supply is turned off by holding data of an I/O register of the controller in a backup memory and transferring this data to the controller at the time of BIOS initialization for power-on. CONSTITUTION:When a CPU writes a value in the I/O register of a controller 14, the same value as the I/O register is written in an address mapped on a memory correspondingly to the address of the I/O register. When a power source is turned off, the value of the I/O register of the controller 14 is lost but the value which the CPU Finally writes in the I/O register of the controller 14 is held in the memory 15 by a backup power source 16. When the power source is turned on again, data mapped in the address corresponding to the I/O register on the memory 15 is read out and is written in the controller 14 through a data selecting circuit 11 before BIOS initializes the controller. Thus, the controller is set to the state before the power supply is turned off.
Patent JP-H0729951-A (JP)
Title: Inspection device
Inventor: OZAWA KOJI
IPC: G01R31/28
Filed: 1993-07-12
Abstract: PURPOSE:To improve stability of a cooling temperature in a device for inspecting an integrated circuit device electrically while cooling it by providing an upper part of a cooling chamber with an opening/closing means which opens during inspection to spray refrigerant to the integrated circuit device and closes during non-inspection. CONSTITUTION:The title inspection device 1 sprays refrigerant to a semiconductor integrated circuit device 2 and electrically inspects it while cooling it. The device is provided with a refrigerant bath 3 for storing refrigerant and a refrigerant jetting means 4 for spraying refrigerant from a refrigerant jetting part 5a to the integrated circuit device 2. It is also provided with a cooling chamber formation wall 6a for forming the cooling chamber 6 provided to a periphery of the refrigerant jetting part 5a and a piping 7 for refrigerant circulation which returns refrigerant jetted from the refrigerant spraying part 5a to the refrigerant bath 3. Furthermore, an upper part of the cooling chamber 6 is provided with an opening/closing means 8 which opens during inspection to spray refrigerant jetted from the refrigerant jetting part 5a to the semiconductor integrated circuit device 2 and closes to circulate refrigerant jetted from the refrigerant jetting part 5a during non-inspection.
Patent JP-S6415069-A (JP)
Title: Disasters preventing equipment
Inventor: MORITA SHUNICHI
IPC: G08B25/00
Filed: 1987-07-09
Abstract: PURPOSE: To reduce the consumption of current by energizing a computing part of a CPU when a signal I is received, by storing the received a signal when the received signal is a start code, and by erasing the storage after a stand-by condition is set up. CONSTITUTION: A terminal unit SEI sets an initial value when a receiver supplies a power source or an initial instruction is received, and a computing part of a CPU 1 is set in a stand-by condition which is continued until a signal receiving interrupt occurs. Further, when the signal receiving part 30 delivers an interrupt signal, the computing part of the CPU 1 is set in an energizing condition so as to store a received signal in a register 32b in a RAM 22, and whether or not the signal is a start code is determined. If the received signal is a start code, the receiving of the start code is stored in a RAM 21, and the computing part of the CPU 1 is set in a standby condition which is continues until the next interrupt signal is received.  Accordingly, during a period from the receiving of the start code to the next interruption, the power consumption is saved in the CPU 1, thereby it is possible to greatly reduce the consumption of current in the overall facility.
Patent JP-S6233502-A (JP)
Title: Evaporator to cope with uncondensed gas
Inventor: OBARA KENJI
IPC: B01D1/28
Filed: 1985-08-06
Abstract: PURPOSE:To efficiently recover the heat energy in the title evaporator by providing an absorption tower between the evaporator and a mechanical compressor, connecting an evaporation boiler to the top of the absorption tower and the output port of the absorption tower to the inlet of the mechanical compressor and furnishing a washing liq. circulating passage in the absorption tower. CONSTITUTION:A raw liq. F is sent to an evaporator 1 consisting of a heating boiler 2 and an evaporation boiler 3, evaporated and condensed by the heat exchange in the heating boiler 2. The circulation is repeated and NH3 is generated. The generated steam is sent from the evaporation boiler 3 to an absorption tower 6 through a line V2 and washed with nitric acid, sulfuric acid, etc., to remove NH3. The steam taken out from the output port 66 of the absorption tower is compressed by a mechanical compressor 4 through a line V3 and circulated to the heating boiler 2 through a line V1. Since the steam returned to the heating boiler 2 has been washed, the overall heat transfer coefficient V of the heating boiler 2 is not affected by the uncondensed gas such as NH3 and the heat energy is recovered in high efficiency.
Patent JP-H09329733-A (JP)
Title: Multi-focus magnification switching lens barrel
Inventor: NOZAWA MASAYA
IPC: G02B7/04
Filed: 1996-06-11
Abstract: PROBLEM TO BE SOLVED: To execute variable power operation and focusing operation at respective variable power positions by an identical driving source and to make a camera compact and inexpensive by providing a fixed barrel with a guide means for executing the focusing operation by guiding a second lens unit according to the turning action of a rotating barrel as for the multi-focus magnification switching lens barrel of the camera executing a step-zooming action. SOLUTION: A fixed barrel 2 is provided with a cam groove 14 for focusing adjustment having an inflection point for a second moving barrel 5 for holding a rear-group lens 7 and a guide groove 13 guiding a first moving barrel 4. The rotating barrel 3 is provided with cam grooves for variable power 11 and 12 respectively guiding the first and the second barrels 4 and 5. By the groove 12 of the barrel 3 and the groove 14 of the barrel 2, the second barrel 5 is guided. Then, the variable power operation and the focusing operation are simultaneously executed by the rotating operation of the barrel 3 by one driving force.
Patent JP-H05338600-A (JP)
Title: Falling type gravity-free examination device
Inventor: KAWAMATA FUMIHIKO
IPC: G01M99/00
Filed: 1992-06-05
Abstract: PURPOSE:To vertically let fall a capsule main body in a stable posture along guide rails while maintaining non-contact condition, without providing wheels, skids, or the like. CONSTITUTION:This falling type gravity-free examination device is constituted so that the gap between upper and lower two set main electromagnets 3 fitted to a capsule main body 2 so as to confront the opposite faces 1a of two guide rails 1 of paramagnetic material arranged extending in the up and down direction and opposing in the south and north direction, upper two set and lower two set side electromagnets 4 fitted to the capsule main body 2 so as to sandwich the guide rails 1 from the east and west directions, and the guide rails, can be controlled.
Patent JP-S5874809-A (JP)
Title: Coaxial combined plant
Inventor: ARAKI RIYOUICHIROU
IPC: F01K23/16
Filed: 1981-10-29
Abstract: PURPOSE:To make it possible to easily carry out maintenance and management of a generator by disposing rotary bodies of the main engine of the titled plant into an arrangement in which a gas and steam turbines are provided on one side of the generator and rigid couplings are used in coupling rotary bodies respectively. CONSTITUTION:In the titled palnt, a generator E1, a gas turbine  GT and a steam turbine ST3 which are rotary bodies of the main engine in the order of GT2-ST3-E1 or ST3-ST2-E1. Further, the generator E1 is coupled to a starting device 8 through a slip ring 10. A thrust bearing 4 is installed in the shaft system between the turbines GT2 and ST3, while the respective rotary systems 1-3 are coupled by rigid couplings 9. By this arrangement, at the time of maintenance and inspection of the generator E1, particularly at the time of drawing out the rotor, the operation is carried out without dismantling the turbines GT2 and ST3.
Patent JP-H0336787-A (JP)
Title: Mounting method of electronic component
Inventor: NAKAGAWA KOICHI
IPC: H05K3/30
Filed: 1989-07-04
Abstract: PURPOSE:To mount without soldering failure without necessity of removal of a lead floating component by forcibly pressing an electronic component by a pressing member before a reflowing step to correct the floating leads. CONSTITUTION:When leads 12 provided around an electronic component body 11 are soldered to pattern lands 14 of a board 13 with printed solders 15, a pressing member 16 made of a wire is inserted into the holes 17 of a board to forcibly press the component by the recess of the wire to correct the floating leads.
Patent JP-S5875266-A (JP)
Title: Vehicle maintenance control system
Inventor: MIWA YOSHIHIRO
IPC: G06Q50/30
Filed: 1981-10-28
Abstract: PURPOSE:To easily grasp the maintenance history of each entered vehicle at an optioanl garage, to eliminate the need to issue and hold forms, etc., where the maintenance history is recorded, and to perform maintenance operation efficiently, by obtaining garage entrance information on each corresponding vehicle up to a last prescribed number of times from its own magnetic card. CONSTITUTION:A magnetic card 200 issued for every vehicle has the 1st and the 2nd recording parts; characteristic information on the kind, registration number, etc., of the vehicle is stored at the 1st recording part, and garage entrance history information on the entrance date, maintenance classification, etc., of the vehicle is recorded in the 2nd recording part, and updated. Those pieces of information on this card 200 are read by the magnetic card write/read device 105 of a service front system 100 installed in each service garage, and the read information is displayed on a KANJI (Chinese character) display device 106 under the control of a CPU101. Further, information to be written on the card 200 is inputted on a touch-in keyboard device 107. Thus, maintenance information on every vehicle is grasped easily through the card 20 at each service garage, improving the efficiency of maintenance operation.
Patent JP-S6417267-A (JP)
Title: Error reproducing circuit for magnetic disk device
Inventor: TAKIGAMI HIROBUMI
IPC: G11B20/18
Filed: 1987-07-10
Abstract: PURPOSE:To reproduce an error by storing an instruction code signal and error information from a host device until an error is generated, so that the instruction code signal and the error information can be read out in order of a time series by a signal from the host device. CONSTITUTION:When an error is generated, a control circuit 6 outputs a command storage control signal (g), a command storing circuit 3 stores a command train signal (f) and a counting signal (i), and stored a command until an error is generated, in order of a time series, and in error storing circuit 5, error information is stored. When an error reproducing signal (b) is inputted, the control circuit 6 outputs a selecting signal (l) and the command storage control signal (g), and the command storing circuit 3 outputs the contents of an area shown by the command storage control signal (g), as a command signal to be controlled (h). Also, a gate circuit 4 outputs the command signal to be controlled (h), as a command executing signal (k). In such a way, an operation shown by a command in which an error has been generated can be reproduced on a magnetic disk.
Patent JP-S5796319-A (JP)
Title: Photometric electric power supply device of automatic dimming stroboscope
Inventor: KONDOU ISAO
IPC: G03B15/05
Filed: 1980-12-05
Abstract: PURPOSE:To obtain a small and simple photometric electric electric power source which is satisfactory in its rise-up characteristic, without exerting influence on the luminous efficiency, by providing an impedance element in a discharging circuit being in parallel with a main capacitor for light emission, and generating the photometric voltage. CONSTITUTION:A discharging circuit 45 formed by a diode 47, an impedance element 46, etc. is connected in parallel with a main capacitor 43 for making a flash dicharge tube 53 emit light in accordance with closing of a trigger switch 44. Also voltage generated by the element in case of discharge of the capacitor 43 is supplied as operating voltage to a photometric circuit 54, and becomes a small and simple photometric electric power source which is satisfactory in its characteristic, without exerting influence on the luminous efficiency.
Patent JP-S6237044-A (JP)
Title: Small-sized fan motor
Inventor: FUJISAKI KIYONORI
IPC: H02K5/173
Filed: 1985-08-05
Abstract: PURPOSE:To thin a motor largely by fitting a rotor supporting a fan blade to an outer race for a ball bearing in which an inner race is fitted to the circumferential section of a discoid support member supporting an armature under the state of cantilever. CONSTITUTION:One end of a shaft 11 is supported to a hole 3a shaped at the center of a discoid support member 3 under the state of cantilever, and the center of a core 9 for an armature 2 consisting of the core 9 and a coil 10 is pressed into the other end of the shaft 11. An inner face 8b for a single ball bearing 8 is fitted to the circumferential section of the support member 3. The lower half of the inner circumferential surface 5a of a rotor 5 is fitted to an outer race 8a for the ball bearing 8 while an annular permanent magnet 4 is fixed to an upper half thereof. A fan blade 6a is mounted to the outer circumferential surface 5b of the rotor 5. Accordingly, a motor can be thinned largely.
Patent JP-H1021967-A (JP)
Title: Nickel-hydrogen secondary battery pack
Inventor: SATO KAZUMI
IPC: H01M10/44
Filed: 1996-07-02
Abstract: PROBLEM TO BE SOLVED: To provide a nickel-hydrogen secondary battery pack which can be easily charged by a charger, which is conventionally used for charging a nickel- cadmium secondary battery pack and equipped with a charging voltage detecting means, by inserting a resistor for charging and a thermoswitch in parallel be tween a charging terminal and a terminal of a group of battery cells. SOLUTION: This nickel-hydrogen secondary battery pack comprises a plurality of nickel-hydrogen secondary battery cells 1 housed and installed in an outer casing body, an electric circuit (connecting conductor pieces 2a, 2b) to electrically connect the battery cells, a pair of charging terminals 3 of which one ends are respectively connected with the electric circuit and led out of the outer casing to supply charging electric power and carry out charging, a resistor (a diode) 4 inserted in the electric circuit in the charging terminal side in series, and a thermoswitch 5 connected in parallel to the resistor 4. The resistance value of the charging circuit is made variable by opening or closing the thermoswitch 5.
Patent JP-S6237295-A (JP)
Title: Ship with stern flow field control device
Inventor: TOKUNAGA KEIZO
IPC: B63B1/32
Filed: 1985-08-05
Abstract: PURPOSE:To improve propulsive efficiency, by a method wherein a stern flow control device, preventing production of a bilge vortex and controlling a flow incoming to a stern propeller, is mounted to a stern bilge part. CONSTITUTION:In a ship wherein a screw propeller 7 is rotated clockwise as seen from the rear of a ship hull, a rotary cylinder 10 is mounted to a bilge part 5 forming a boundary between a ship bottom 2 and a ship's side 3 on the starboard side of a stern part 1. The cylinder 10 is connected to a driving unit 13, and this causes the cylinder 10 to rotate at the proper number of revolutions. An accelometer 17b is situated right above the screw propeller 7, and accelometers 17a and 17c are placed on both sides of the accelometer 17b. The number of revolutions of the cylinder 10 is controlled based on a fluctuation in a water pressure detected by the accelometers 17a, 17b, and 17c.
Patent JP-2001006978-A (JP)
Title: Chip capacitor
Inventor: SHIROE MICHIHIRO
IPC: H05K3/34
Filed: 1999-06-18
Abstract: PROBLEM TO BE SOLVED: To provide a chip capacitor which can intensively use its mounting area and, in addition, can obtain a desired capacitance even when the size of the capacitor is reduced. SOLUTION: The capacitor element 20 of a chip capacitor has a cathode layer 22 around the element 20 and has a flat lower surface 20b. A tantalum wire 24 is protruded outward from the end section 20d of the element 20. A plate-like cathode terminal 28 has facing main surfaces 28a and 28b and the surface 28a is positioned in parallel with the flat surface 20b of the cathode layer 22 under the surface 20b and electrically connected to the surface 20b. A plate-like anode terminal 30 has facing main surfaces 30a and 30b and the surface 30a is positioned in the same plane as that of the main surface 28a of the cathode terminal 28 under the flat surface 20b of the cathode layer 20 and electrically connected to the tantalum wire 24.  The capacitor element 20, anode terminal 30, and cathode terminal 28 are coated with a packaging resin 36 in such a way that only the main surfaces 30b and 28b of the terminals 30 and 28 are exposed.