baber/WOPTO huggingface dataset:
Patent JP-H09290053-A (JP)
Title: Pachinko game machine
Inventor: MIZUKAI NOBUAKI
IPC: A63F7/02
Filed: 1996-04-26
Abstract: PROBLEM TO BE SOLVED: To provide a pachinko game machine enabling the effective utilization of the space of a mechanism set board and a holding frame. SOLUTION: A discharge passage part 41 to receive prize balls delivered from a prize ball storage and discharge part is formed on a mechanism set board S. Furthermore, the downstream end of the discharge passage part 41 has a discharge port 41c open in a back and forth direction for directly discharging the prize balls to the back of a holding frame J. On the other hand, the back of the play auxiliary board 7 of the holding frame J is provided with an outflow passage part including an inflow passage 46a laterally communicated to the back of the outflow port 9 of an upper ball tray E at one side, as well as aligned and communicated to the discharge port 41c, and an outflow passage 46b branched from the lateral side of the back of the outflow port 9 at the other side for delivering downward excess prize balls overflowing from the upper ball tray E.  In other words, a prize ball discharge and treatment passage including the discharge passage part 41 and the outflow passage part is formed to cover the mechanism set board S and the holding frame J.
Patent JP-H10300363-A (JP)
Title: Electrode swinging unit for electric arc furnace
Inventor: NEHASHI KIYOSHI
IPC: F27D11/08
Filed: 1997-04-24
Abstract: PROBLEM TO BE SOLVED: To enable to swing an on-furnace electrode with an on-furnace electrode supporting arm independently without opening a furnace cover. SOLUTION: An electrode swinging unit for an arc furnace swinging the electrode for the arc furnace of a steel mill 26 with an electrode supporting arm 1. The swinging structure of an electrode supporting arm 1 holding an on-furnace electrode 26 is provided at the top of an elevating mast 14. A swinging structure comprises a swinging base 5 arranged to the middle part of the electrode supporting arm 1, an upper bearing for swinging 6, a lower bearing for swinging 7 and a fixed base for swinging bearings 8, and dually insulated with insulators 4 and 9 held between the electrode supporting arm 1 and the swinging base 5 and between the fixed base for swinging bearings 8 and the elevating mast 14.
Patent JP-H02285089-A (JP)
Title: Plating treatment
Inventor: TAKAYAMA HIROAKI
IPC: C25D1/00
Filed: 1989-04-26
Abstract: PURPOSE:To seal the pinholes of a coating film without deteriorating the characteristic of a base metal by applying a plating film of a metal having a lower m.p. than the base metal on the surface of the base metal coating film of the part requiring vacuum resistance and melting only the latter plating film by heating. CONSTITUTION:The surface of a core made of Al resin, etc., is pretreated in an electrodeposition bellows, for example, to deposit an Ni plating, the core is dissolved by boiling aq. NaOH, etc., and the Ni coating film is taken out. An electro-deposition part 2 is provided on the inner diameter side of the electrodeposition bellows 1 consisting of an Ni coating film, the bellows is connected to a lead wire 3 through a conductive hanging jig 4, the bellows 1 is dipped in a tin plating bath 5, and the jig 4 is rotated to move the bellows 1. A tin plating layer is deposited on the outer surface, and the bellows 1 is washed with water, then dipped in a sodium tertiary phosphate soln., and held at a temp. higher than the m.p. of tin and lower than the m.p. of Ni. Consequently, molten tin flows into the pinholes generated in the Ni coating film, the pinholes are sealed, and a part excellent in heat resistance and mechanical characteristic is obtained.
Patent JP-S62263713-A (JP)
Title: Flip-flop circuit
Inventor: MORI TOSHIKI
IPC: H03K3/286
Filed: 1986-05-09
Abstract: PURPOSE:To improve the response speed by using a multi-emitter transistor (TR) for a latch circuit, connecting one emitter to a differential switch and obtaining an output from a collector of the multi-emitter TR. CONSTITUTION:Differential switches Ql3, Q14 of a block A receive input signals 108,109 in response to clock signals 101, 102 and the level of the signals is held by transistors (TR) Q20, Q21 in latch circuit operation at the changeover of the clock signals. Since differential switches Q11, Q'12 of a block B receive the clock signals 101,102 in the inverse phase operation to that of the block A, the differential switches Q'13, Q,14 and the TRs Q20, Q'21 forming the latch circuit are operated in opposite phase to that of the block A. Thus, number of TRs whose collecors are connected to a load resistor is one and the floating capacitance deciding the time constant is decreased to improve the response speed.
Patent JP-H07319940-A (JP)
Title: Device for preparing sewing data
Inventor: KONDO TAKASHI
IPC: G06F17/50
Filed: 1994-05-20
Abstract: PURPOSE:To provide a sewing data preparing device capable of moving a picture on a display only by operating a picture frame on the display, speeding up scrolling operation and making the efficiency of data preparing work high. CONSTITUTION:A pattern memory means stores a pattern for sewing cloth to be sewed and the pattern stored in the pattern memory means is visually displayed by a pattern display means. A screen frame setting means sets up a screen frame with a prescribed size in the pattern displayed on the screen of the pattern display means and the set screen frame is moved by a screen frame moving means. The moving direction and moving distance of the moved screen frame are calculated by a moving data calculating means and the pattern displayed on the screen of the pattern display means is moved by a pattern moving means based upon the calculated moving direction and moving distance of the screen frame.
Patent JP-H05308112-A (JP)
Title: Lead shaping method of semiconductor device and its equipment
Inventor: SAKAMOTO HIDEO
IPC: H01L23/50
Filed: 1992-04-27
Abstract: PURPOSE:To improve productivity and operating efficiency, by coping with device kind change by using the same equipment without newly installing a metal mold, at the time of lead shaping of a semiconductor device of a OFF, an SOP, etc. CONSTITUTION:The title equipment consists of the following; a retaining part 2 for retaining a semiconductor device 1, a lead fixing pawl 3a for fixing the root of a lead 12 of the semiconductor device 1, a lead shaping pawl 3b for retaining the lead tip and molding the lead, a Z direction moving table 4a and an X direction moving table 4b which move the lead molding pawl 3b, and a camera 5 and a recognition equipment 6 which recognize the position of the lead 12 of the semiconductor device 1. The retaining part using the lead fixing pawl 3a of the lead 12 is set as the supporting point, the lead shaping pawl 3b is moved circular-arc-wise while being slightly moved in the Z-X direction, thereby bending a lead.
Patent JP-H02286736-A (JP)
Title: Water-base resin composition
Inventor: NAKAMURA KATSUYOSHI
IPC: C09D163/00
Filed: 1989-04-28
Abstract: PURPOSE:To obtain a water-base resin composition which excels in film-forming properties and can give a coating film excellent in flexibility, corrosion resistance and water resistance by reacting a specified acrylic resin with an aromatic epoxy resin and a long-chain aliphatic epoxy resin in the presence of a basic compound. CONSTITUTION:An acrylic resin having a carboxyl in the molecular side chain is reacted with an aromatic epoxy resin (especially desirably a bisphenol A diglycidyl ether epoxy resin of an epoxy equivalent weight of 800-4500), a long- chain aliphatic epoxy resin (especially desirably epoxidized polybutadiene of a number-average MW of 600-3000 and an oxirane oxygen content of 3-10%) in the presence of a basic compound (e.g. trimethylamine). A water-base resin composition which excels in film-forming properties and can give a coating film excellent in all of adhesiveness, processability, corrosion resistance and water resistance can be obtained.
Patent JP-H01277111-A (JP)
Title: Combustion control method of coal burning boiler
Inventor: SAKANISHI SUSUMU
IPC: F23N5/00
Filed: 1988-04-28
Abstract: PURPOSE:To contrive the improvement of controllability of a boiler by estimating the change of coal properties by the change of the state around a mill to correct fuel flow rate. CONSTITUTION:An air temperature signal 14 of a mill inlet by a thermometer 10, an air flow signal 15 of a mill inlet by a flow meter 13 and a fuel quantity signal 4 from a coal feed meter 12 are input to estimate coal properties, a circuit 16 for operating a fuel correcting quantity is provided and a correcting signal 17 of said operation circuit 16 is added to the fuel quantity signal 4 which is input in a subtracter 3 through an adder 18. Since the fuel quantity signal 4 is corrected in accordance with coal properties, the fuel quantity signal 4 in which the coal properties are included is compared with the signal in which a load instruction 1 is converted into a function by the subtracter 3 and the control of a mill 6 is performed through a PI controller so that the difference thereof becomes zero and the variation of boiler exit steam pressure and temperature can be reduced.
Patent JP-S5732667-A (JP)
Title: Pickup element for solid
Inventor: OGURA MOTOTSUGU
IPC: H04N5/335
Filed: 1980-08-04
Abstract: PURPOSE:To increase the efficiency of the transfer of charge by making the same the potential of a reading gate at the time when applying driving pulses for reading and the potential of a transition region. CONSTITUTION:The pickup element has a light receiving region 1 charging signal charge by receiving light signals and the reading gate 2 reading the signal charge of the light receiving region 1 to a transfer region 3 by being subject to the application of the driving pulses for reading. The transfer region 3 is subjected to the application of driving pulses for transfer, and consists of a storage region 3a transferring the signal charge to an external circuit can the transition region 3b. The potential of the reading gate 2 at the time when applying the driving pulses for reading and the potential of the transition region 3b are made the same.
Patent JP-S5630519-A (JP)
Title: Line burner
Inventor: IWATOU YOUSABUROU
IPC: F23D14/58
Filed: 1979-08-23
Abstract: PURPOSE: To prevent occurrence of thermal distortion in the body of the line burner suited for use as a preheating means for welding, by forming the secondary mixing chambers and heat-shielding plates by applying a band-shaped pad divided into proper lengths on the outside of a tubular body of the burner.  
     CONSTITUTION: In the line burner used for heating longitudinal welding portion 14 of an article like the drum of a pressure vessel 1 to be welded, the secondary mixing chambers 15 are formed by applying the secondary mixing chamber defining pad 10 of steel plate in the form of a saddle-shaped band on the upper surface of a burner body 2 made of steel pipe. The pad 10 is divided axially of the body 2 into predetermined lengths L and coupled together. Here, heat-shielding plates 11 are formed by making slits in pad 10 symmetrically on both sides of the burner axis and bending the portions between these slits outwards. Further, the secondary mixture gas inlet ports 13 are formed on the outside of the body 2. Main nozzles 3 are formed in the burner body 2 at predetermined pitches, and the secondary nozzles 12 and auxiliary nozzles 4 are formed in the pad 10 in the manner that they are registered with respective main nozzles 3. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-S60475-A (JP)
Title: Charge separating device of copying machine
Inventor: FURUICHI YASUSHI
IPC: G03G15/14
Filed: 1983-06-17
Abstract: PURPOSE:To obtain a charge separating performance of a high quality and a high stability by irradiating an infrared ray to a position where a transfer paper is peeled off from the surface of a photosensitive body. CONSTITUTION:A chute 2 is provided along the surface of a photosensitive body 1 of the upstream side in the rotating direction as indicated with an arrow of the photosensitive body 1, opened toward the downward direction, and feeds a transfer paper to the surface of the photosensitive body 1. Following the opening part of the chute 2, a trasnfer charger 3 and a separating charger 4 are placed in parallel in the downward direction along the surface of the drum 1, and a belt 5 for carrying out the transfer paper separated from the photosensitive body 1 is installed at the downstream side of the charger 4. Also, an After Transfer Lamp ATL irradiating device 6 is provided on the downstream of the belt 5, surrounds it by a light shielding plate, and irradiates concentrically a beam-like light toward a position where the transfer paper is peeled off from the photosensitive body 1. As a result, a charge separating performance of a high quality and a high stability, whose separating property is not deteriorated due to a kind of the transfer paper, and even if a condition for exerting an influence on the potential of the photosensitive body is varied, a transfer paper separating performance of a high reliability can be obtained by attenuating uniformly the potential.
Patent JP-H0333155-A (JP)
Title: Improved polyphenylene ether polyamide compound
Inventor: JIEI KUMAA JIYAIANCHIYANDAI
IPC: C08L77/06
Filed: 1990-04-25
Abstract: PURPOSE: To obtain a molded product having no surface defect and not deteriorated in impact strength by adding a polyphenylene ether, a polyamide, a compatibilizer compd. and a specific additive mixture.  
     CONSTITUTION: A polyphenylene ether in an amount of 20-80 wt.% [e.g.; poly(2,6- dimethyl-1,4-phenylene ether)] (A), 80-20 wt.% polyamide (B) selected from polymide 6 (,6) polyamide 12 and polyamide 6/10, 0.05-4 wt.% of a compatibilizing compd. (C) to components A-B selected from a liquid diene polymer, an epoxy compd., a polycarbioxylic acid (derivative), oxidized polyolefin wax and an acyl functional group-containing compd. and 0.05-2 wt.% additive mixture (D) containing a metal stearate (a) and an amide (b) selected from a primary amide, secondary amide and alkylenebisamide are compounded. 
     COPYRIGHT: (C)1991,JPO
Patent JP-H09293144-A (JP)
Title: Multimedia title editing device and style preparing device using therefor
Inventor: MINEMURA ATSUSHI
IPC: G06F19/00
Filed: 1996-04-26
Abstract: PROBLEM TO BE SOLVED: To simply and repeatedly prepare a multimedia title with power of expression without necessitating high utilizing technique by selecting a style from a previously registered style parts group at the time of preparing a style. SOLUTION: A style preparing means 101 prepares a style defining all the layout setting and display attribute setting. A style storing means 102 stores the prepared style. A material storing means 103 stores various kinds of multimedia materials including the style and constituting the title. A material managing means 104 also manages the style as a part of material. A style interpreting means 105 interprets the style managed as a part of material. A user input means 107 prepares the title. A scenario storing means 109 stores the scenario of the prepared title. Then at the time of preparing a style, a style is selected from the previously registered style part group.
Patent JP-S60917-A (JP)
Title: Injection molding machine
Inventor: MOTOKATSU NORIHISA
IPC: B29C45/18
Filed: 1983-06-17
Abstract: PURPOSE:To improve the rise time and thermal efficiency by shortening the melting time of raw material by a method wherein raw plastic material, which is shaped in individual cylindrically tubular pieces in advance, is inserted in a metal cylinder and molten by heating through the irradiation of infrared rays on said cylinder from its outside. CONSTITUTION:Cylindrically tubular raw material tablets 18 are sequentially supplied from a parts feeder 27 and housed in a magazine 21 and reached a discharge part 21b by the rotation of the magazine 21 and finally inserted in a metal cylinder 8 by means of a plunger 17 and a pin 23. The infrared light emitted from infrared lamps 10 and its reflected light reflected by a reflector 11, both of which a glass tube 9 transmits, quickly heat the air in a space formed between the glass tube 9 and the cylinder 8 and simultaneously heat the cylinder 8, resulting in quickly melting the raw material in order to inject the molten raw material through a nozzle 14 into a molding die. EFFECT:The kneading of raw material and the dispersion of pigment become easy and further the re-starting after the interruption of molding is facilitated.
Patent JP-H06317647-A (JP)
Title: Satellite signal receiver
Inventor: YUI KATSUO
IPC: G01S19/40
Filed: 1993-05-10
Abstract: PURPOSE:To prevent an error in positioning caused by an error in the position of an antenna even in the case of using plural antennas by converting the whole or a part of a measured distance to a distance between a satellite to which a signal is transmitted and a designated reference point so as to be used in positioning operation. CONSTITUTION:Distance measuring devices 1, 2 measure distance Ra, Rb from a satellite to antennas A, B. A distance correction amount computing device 5 obtains distances Ra', Rb' from each satellite to the antennas A, B. Further, the distance correction amount Rc is computed on each satellite using the distances Ra', Rb', and supplied to a distance correcting device 3. The device 3 outputs a converted and corrected distance to a positioning computing device 4. The device 4 operates positioning by using the distance data Da from the device 3. Accordingly, though signals from the satellites are received by plural antennas A, B, an error in positioning caused by the distance between the antennas A and B may not be generated.
Patent JP-S63273386-A (JP)
Title: Composite integrated element
Inventor: MITO IKUO
IPC: H01L27/15
Filed: 1987-04-30
Abstract: PURPOSE:To obtain composite integrated elements which can be independently driven by forming a high resistance layer between a photodiode forming layer and a laser forming layer on the same semiconductor substrate, and insulating the electrodes of both the elements from each other. CONSTITUTION:A DFB type laser 100 in which an n-type InGaAsP guide layer 2, an InGaAsP active layer 3 and a p-type InP clad layer 5 are superposed on a diffraction grating 50 on an n-type InP substrate 1, and a photodiode 200 in which an n-type InP electrode layer 6, a no-added InGaAs layer 7 and a p-type InGaAs layer 8 are further superposed are formed, and both elements are isolated by a V-groove 300. A light oscillated in the laser 100 and propagated rightward is reflected on the groove, reflected on an electrode 70 in the bottom of the substrate, introduced to be incident to a photodiode to generate an optical current, and fed through electrodes 80, 90 on the layers 8, 6 to a load resistor 400. Electrodes 60, 70 are formed on the front and rear faces of the laser 100 separately from the electrodes 80, 90. Both the elements can be independently driven due to the isolated electrodes and the layer 5.
Patent JP-S5733705-A (JP)
Title: Method and apparatus for starting of fluidized bed boiler
Inventor: TAKAMI NOBUAKI
IPC: F23G5/30
Filed: 1980-08-08
Abstract: PURPOSE:To enable to economize the starting fuel and to quickly start by a method wherein a  plurality of fluidized bed cells are arranged adjacent to one another and one cell is started and a  fluidized medium heated in the started cell is overflowedly supplied to the adjacent fluidized bed  cell to start the adjacent cell, the fluidized medium in which is successively heated and overflowedly supplied to the next adjacent cell to start the next adjacent cell, consequently resulting in starting the whole cells. CONSTITUTION:At the start of the fluidized bed boiler, a starting cell 2A is supplied with the  fluidized medium of the volume having the fluidized bed thickness as, for example, half as that at  normal operation and a generating tube cell 2B and a superheater tube cell 2C are remained  empty with the fluidized medium. At first a gas burner nozzle 18 is started to burn and, when the  fluidized medium is heated up to about 500 deg.C or the ignition temperature of coal, the main fuel is  supplied in the cell 2A through a piping 12a from a nozzle 25a. Next, the fluidized medium is supplied by means of a medium hopper to overflow the medium within the cell 2A through an opening 6 into the cell 2B in order to start the cell 2B in the same manner as the starting of the  cell 2A. After the start of the cell 2B, the fluidized medium is similarly supplied by means of the medium hopper to overflow the medium within the cell 2B through the opening 6 into the cell 2C  to start the cell 2C.
Patent JP-S61117-A (JP)
Inventor: BENJIYAMIN BISU
IPC: H03K17/04
Filed: 1985-05-22
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-S60252932-A (JP)
Title: Detector for misinsertion of unit
Inventor: HAYASHI MITSUAKI
IPC: G06F1/18
Filed: 1984-05-30
Abstract: PURPOSE:To prevent the breakdown of circuit parts due to misinsertion of a unit by forming a closed circuit only when plural units are set correctly at prescribed areas on a backboard and supplying the power supply voltage to each unit from an insertion signal detecting circuit. CONSTITUTION:A backboard wiring 11 connected to a unit insertion signal detecting part 21 is set obliquely among units 31-36. While connection terminals 311-361 of those units are provided at different positions in the lengthwise direction so as to respond to the wiring 11. Then a closed circuit is formed at a unit insertion signal detecting part 21 connected to the wiring 11 only in case said units are set correctly at the prescribed areas respectively. A relay contact 22 is closed in response to the formation of said closed circuit. Then the power supply voltage of a prescribed level is supplied to each power supply terminal of units 31-36 via a DC/DC converter 23.
Patent JP-S58225426-A (JP)
Title: Multiplexing processor
Inventor: ISOBE HIDEO
IPC: H03M11/20
Filed: 1982-06-24
Abstract: PURPOSE:To reduce the scale of an input circuit part and at the same time to improve the capacity of a multiplexing processor with no increment of the number of input points, by sacnning the input state for each row and column after distributing the input groups into a matrix with connection. CONSTITUTION:The square wave given from an oscillator 13 increases successively the value of a column counter 16 and accordingly opens successively a data selector one by one area to perform a scan of an input matrix circuit 3 in the column direction. While the increment pulse 15 delivered from the counter 16 is supplied to a row counter 20 and turned into a signal which controls the scan of the circuit 3 of the row direction through a decoder 21. At the same time, the state of the circuit 3 is fed to an encoder 18 through the selctor 17. The outputs of the encoder 18 and a row counter 20 are fed to a processing circuit 9 and monitored. Thus it is possible to decided the state of an external contact connected to the circuit 3.