baber/WOPTO huggingface dataset:
Patent JP-H01233139-A (JP)
Title: Ice melting device for window glass for vehicle
Inventor: IWASA YOSHIO
IPC: B60S1/02
Filed: 1988-03-14
Abstract: PURPOSE:To obtain the proper ice melting voltage by controlling an intake varying means for an engine so that the set no-load revolution speed is realized, as the air temperature becomes higher, in the no-load operation of the engine and during the operation of an ice melting heater operates. CONSTITUTION:When an ice melting instruction switch 25 is turned on, the connection between a dynamo 21 driven by an engine and a voltage generator 22 for adjusting the output voltage of the dynamo 21 to a certain value is disconnected by a connection cut-off means 26. At the same time, the output voltage of the dynamo 21 is selected by a selecting means 27, and supplied into an ice melting heater 24 built in a window glass in substitution for a battery 23. A no-load revolution speed setting means 35 performs setting so that as the air temperature detected by a sensor 34 lowers more, the no-load revolution speed is increased more. In the no-load operation of the engine which is judged by a no-load judging means 32 and if the ice melting heater 24 is in operation, a revolution speed control means 36 controls an intake varying means 33 for the engine so that the set no-load revolution speed is realized.
Patent JP-S51136179-A (JP)
Title: Feed line and forming method
Inventor: MASUOKA NOBUO
IPC: B60M1/30
Filed: 1975-05-20
Abstract: PURPOSE: A feed line for such use as the linear motor car, made totally compact, of high performance of anti tracking, with an excellent insulation feature, in such construction that an insulater is contained in the insulating cover of "U" letter section and the conductor is supported by amounting bracket at the end point of the said insulator. 
     COPYRIGHT: (C)1976,JPO&Japio
Patent JP-H01234146-A (JP)
Title: Cutter grinder with washing device
Inventor: OKA MASAYUKI
IPC: B24B55/02
Filed: 1988-03-14
Abstract: PURPOSE:To keep best cutting quality and to avoid trace quantity of oils and fats, remaining of grinding scrap, and odor by letting a rotary grinding stone instantaneously rush in and run through from the outer periphery of grinding widths arranged like a hydraulic turbine to the inner periphery to be ground and washing grinding scrap with pressure. CONSTITUTION:The surface of a band file is controlled to a position lower than a working surface by an adjust screw 16, a soft rubber balloon 18 in a water tank 17 is expanded by working operation of a hard rubber balloon 18 to control draft of washing water B to a position in such a manner as to penetrate from a sponge 20 to a sponge 201. Whereupon, the washing water B is obtained from the sponge 201 to a sponge 202 by centripetal action of a rotary grinding stone 2, and surplus water is received by a sponge 203 to drop like a drop-by-drop titration in a waste water port. Some waste water drops in a waste water port through a clearance of a grinding stone table 4. The operation of pressing a cutting tool to the operating surface is such that the sponge 202 is rubbed to take up washing water B, which is distributed to the operating surface of the grinding stone 2 and grinding surface of the grinding stone 2 to be washed. The waste water adhering to the cutting tool is wiped out by the sponges 202, 203 and joined to circulating washing water.
Patent JP-S55153050-A (JP)
Title: Data processor
Inventor: FUSAOKA AKIRA
IPC: G06F7/00
Filed: 1979-05-16
Abstract: PURPOSE: To shorten the time of variable-length data processing by providing blocks of register files, stages of arithmetic circuits and propagating circuits to which results of those arithmetic circuits are input again.  
     CONSTITUTION: Register files 1W5 are divided by a proper number of bits into words, which are given addresses in sequence. Variable-length data to be processed are stored in several words following an adequate address of respective files 1W5. Address changing circuits 6W9 add or subtract "1" to or from addresses of respective files 1W5 synchronizing with an external synchronizing signal. To one input of arithmetic circuit 10, outputs of files 1 and 2 are connected and to the other, outputs of files 4 and 5 are also connected, thereby outputting two outputs of the arithmetic of certain arithmetic to arithmetic circuit 12. The arithmetic result of arithmetic circuit 12 is all output to files 1W5. During this period, propagating circuits 11 and 13 hold the results of arithmetic circuits 10 and 12 and in the next arithmetic time, those results are sent out. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-H04294547-A (JP)
Title: Inalas/ingaas heterojunction structure semiconductor device and field effect transistor using it
Inventor: TAGUCHI TAKASHI
IPC: H01L29/778
Filed: 1991-03-25
Abstract: PURPOSE:To achieve a high mobility by increasing In composition ratio of InGaAs channel layer and then enable reduction in electron density accompanying it to be suppressed. CONSTITUTION:In a heterojunction structure of InGaAs 4 and InAlAs 5.6, each in composition ratio is 0.8 and 0.65 and is larger at InGaAs layer 4 where a two dimensional electron gas 4a is formed, thus achieving a high mobility of the InGaAs layer 4 and suppressing reduction in an amount of band discontinuity and reduction in density of electrons. With layers 5, 6, and 7 which are formed on the InGaAs layer 4 with the In composition ratio of 0.65, the total film thickness is set to a critical film thickness for preventing generation of transformation accompanying a lattice mismatching with the InGaAs layer 4 and the lattice mismatching between the InGaAs layer 4 and the semi-insulation GaAs substrate 1 is absorbed and relaxed by an InGaAs graded buffer layer 2.
Patent JP-H05742-A (JP)
Title: Detecting device for transport panel member
Inventor: AZUMA IKUO
IPC: B65G17/02
Filed: 1991-03-25
Abstract: PURPOSE:To correctly detect the quantity of the transported panels by installing a means which successively annuls the panel detection signals which a panel existence detector installed in the vicinity of a panel quantity detector outputs, as the length in the transport direction of a panel member increases. CONSTITUTION:A panel quantity detector 44 is equipped with transmitters 44a and 44a which are arranged under a panel member transported by a transport conveyor 30 and generate magnetic flux, and receiving devices 44b and 44b which are arranged over the transport conveyor 30 and receive the magnetic flux supplied from the transmitter 44a. Each of approach switches 46A, 46B, 48A, 48B, 50A and 50B constitutes a penel existence detecting device which outputs a panel detection signal when a panel member exists in the vicinity. A control panel 52 which operates as a signal annulling means receives each signal supplied from the receiving device 44b of the panel quantity detector 44 and approach switches 46A, 46B, 48A, 48B, 50A, and 50B and controls a motor for driving a driving pulley, and travels the transport conveyor 30 in a prescribed direction.
Patent JP-S51135508-A (JP)
Title: Magnetic recording reproduction device
Inventor: SAKAI KOUICHI
IPC: G11B15/093
Filed: 1975-05-19
Abstract: PURPOSE: To provide automatic stop, reverse turn and rewinding (take up) using the pulse generated in the motor at the supply reel side when the supply reel is suspended at the tape end in a casette tape recorder, etc. 
     COPYRIGHT: (C)1976,JPO&Japio
Patent JP-S58178387-A (JP)
Inventor: ITOU MASAYUKI
IPC: G09B9/00
Filed: 1982-04-13
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-S62214369-A (JP)
Title: Zero-phase voltage detector
Inventor: KATO KAZUAKI
IPC: G01R15/06
Filed: 1986-03-17
Abstract: PURPOSE:To obtain a detector which is easily fitted and low in manufacture cost by piercing three window holes at the top surface of a shield container and arranging plate type detection electrodes which are supported at every phase on rod type support members made of insulating materials in the container. CONSTITUTION:The three insulating support members 6 are fixed in the shield container C at positions corresponding to the window holes 5u-5w provided to the lid of the container. The flat plate type detection electrodes 7u-7w corresponding to respective power distribution lines Lu-Lw are fixed to the upper end parts of the members 6. Those electrodes 7u-7w are connected to lead wires R by connectors, etc., through branch lead wires Ru-Rw and led out to a signal processing circuit in a detector box K. In this constitution, a displacement current conducted from an electrostatic charging part through a space is utilized to simplify the structure of the detection part and also manufacture the detection electrodes for the three phases integrally, and further facilitates the opposite fitting operation of the detection part to the electrostatic charging part.
Patent JP-S54151317-A (JP)
Title: Failure monitor system in multiplex radio unit
Inventor: MOMO NIJIROU
IPC: H04B17/00
Filed: 1978-05-20
Abstract: PURPOSE: To detect the failure by converting the monitored information of the multiplex radio unit into frequency, delivering it to the monitor station by using auxiliary line, and monitoring the operating condition.  
     CONSTITUTION: The terminal station (station A) is a monitor station, and the relay station (station B) is a monitored station. The main signal is received via an antenna at the base band, and when the instruction designating the station B is made from the station call out pilot signal generator 5 for monitor, it is fed to the relay station 20 through the auxiliary line at the low band side from the base band. It is fed to the switch control circuit 17 via the receiver 12, causing the switch control signal, which sequentially changes over the monitored information of the switch circuit, converts the voltage value into frequency with the voltage frequency conversion circuit 19, and delivers it to the monitor station 10 through auxiliary line. This is received at the receiver R 2 , memorized via the frequency voltage conversion circuit 4 and switch circuit 7, and displayed at the display circuit 9. 
     COPYRIGHT: (C)1979,JPO&Japio
Patent JP-H06274441-A (JP)
Title: Serial interface for cpu
Inventor: NISHII TOSHIHITO
IPC: G06F13/38
Filed: 1993-03-19
Abstract: PURPOSE:To send a serial signal to a control object from a CPU at a high speed, with less processing burden by a hardware of a small scale. CONSTITUTION:An I/O PORT is connected to a parallel address bus B1 and a parallel data bus B2 of a CPU. An ADRDEC decodes an address, and enables selectively write enable signals (WD1, WD2, WA1, WA2) to each register. In SDTREGs 1, 2, parallel data signals (D15-D0) are written. In SADREGs 1, 2, parallel address signals (A15-A0) are written. A P/Ss (D), (A) convert the data and the address of the SDTREGs 1, 2 and the SADREGs 1, 2 into serial signals, and send them to a control object. A START receives a final pulse signal WA2 of the ADRDEC and allows the P/Ss (D), (A) to be subjected to output operation.
Patent JP-S606528-A (JP)
Inventor: SEBASUCHIYAN GASUTARUDEI
IPC: B65G65/44
Filed: 1984-03-28
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-H04275864-A (JP)
Title: Lens grinding device
Inventor: HARA KAZU
IPC: B24B9/14
Filed: 1991-03-25
Abstract: PURPOSE:To subject a lens to digital control working based on the digital data of a lens frame without a template by providing a control means for controlling the moving quantity of a carriage moving means and the rotation quantity of a lens rotating shaft based on the digital shape data inputted by a lens frame shape data input means. CONSTITUTION:A carriage clasping a lens to be worked, a rotating grindwheel, a template holding means, carriage moving means and a lens frame shape data input means, are provided. A control means which controls the rotation quantity of a template holding means 158 and the moving quantity of the carriage moving means based on the output of this lens frame shape data input means is provided, and the lens to be worked is worked as well on the lens frame 501 of a spectacle frame in which the lens to be worked is framed or on a desired template.
Patent JP-S59188713-A (JP)
Title: Device for preventing over-rotation
Inventor: WAKABAYASHI AKIO
IPC: G05D13/04
Filed: 1984-03-30
Abstract: PURPOSE:To minimize the wear of the contacting sections of a weight and actuator so that the durability of an over-rotation preventing device can be improved, by operating the over-rotation preventing device only when the rotating speed of a rotating body exceeds a prescribed value. CONSTITUTION:When a rotating body 1 rotates, centrifugal force acts on a weight 2 and force toward the center of a spherical body 9 acts on the contact point of the notched groove 8 of the weight 2 and the spherical body 9. A component of the force acts to compress a spring 11, but pushing force is given to the spring 11 by means of an adjusting screw 10 so that the spring 11 does not contract at normal rotating speeds, and therefore, the weight 2 is held by the spherical body 9. When the rotating speed of the rotating body 1 exceeds a prescribed speed, the force acting on the spring 11 by the centrifugal force of the weight 2 becomes stonger than the pushing force of the spring 11 and the spring 11 is contracted. When the spring 11 is contracted, the spherical body 9 comes out of the notched groove 8 and the weight 2 instantaneously springs out and pushes an actuator 6, resulting in the emergency stop of the rotating body 1.
Patent JP-2000256885-A (JP)
Title: Metallic strip degreasing device
Inventor: NAKAMURA NORIHIKO
IPC: C23G1/19
Filed: 1999-03-08
Abstract: PROBLEM TO BE SOLVED: To efficiently degrease a metallic strip without damaging the surface roughness to be given in a rolling process. SOLUTION: A degreasing device 2 sprays a degreasing solution while holding a metallic strip 1 by a brush roll 8 and a backup roll 9, and removes a residual oil, and also removes iron and foreign matters by tips of a brush. The metallic strip 1 on which the degreasing solution is sprayed in a degreasing tank 4, is sprayed with water or hot water while held by a wringer roll 10 in a rough rinsing tank 5 and a finish rinsing tank 6 to continuously achieve the degreasing and cleaning. When the metallic strip l is stopped, a gap between the brush roll 8 and the backup roll 9 is increased to reduce the pressing force of the wringer roll 10.
Patent JP-H08258351-A (JP)
Title: Ribbon cassette for impact printer
Inventor: MORI HIROAKI
IPC: B41J11/62
Filed: 1995-03-20
Abstract: PURPOSE: To provide the ribbon cassette for an impact printer in which a multicolor ink ribbon is placed at the position of a color ribbon having an object color without delaying or deviating the movement of the multicolor ribbon when the cassette is shifted, the inks of the color ribbons are not clouded by the end of a printing head and the printing quality level of a color print can be improved. CONSTITUTION: The impact printer comprises a printing head 5 opposed to a platen 2 and a ribbon cassette 7 containing a multicolor ink ribbon 6, and a ribbon mask 15 covering the front surface of the ribbon 6 opposed to the platen 2 and the rear surface of the ribbon 6 opposed to the end of the heat 5 at the interval 11 of the cassette 7.
Patent JP-S60206068-A (JP)
Title: Manufacture of semiconductor device
Inventor: KATOU TAKASHI
IPC: H01L29/45
Filed: 1984-03-30
Abstract: PURPOSE:To enable the yield of good ohmic contact with both of an n type and a p type Si substrate by a method wherein a metal film with a larger working function than that of Si and a metal film with a smaller work function are formed on an Si substrate and then heat-treated. CONSTITUTION:A film 23 of Zr whose work function is smaller than that of Si and a film 24 of Mo whose work function is larger are formed on the surface of an Si semiconductor substrate 21 with a formed electrode contact window. Next, this is heat-treated at a temperature of e.g. 750 deg.C. As a result, the part of the films 23 and 24 on the substrate 21 turns into a Zr silicide + Mo silicide film 24A, and that of those films into a Zr+Mo film 24B; then, the thickness of the film 24 becomes about twice as large as at the beginning of the films 23 and 24. A wiring pattern of Al film 25 is formed thereon. The electrode wiring thus obtained is capable of taking ohmic contact with both of the n type and p type Si substrates securely and stably and does not deteriorate in characteristics even by heat treatment.
Patent JP-H04220426-A (JP)
Title: Aromatic polyether containing ester group
Inventor: ROBERUTO KUNPUFU
IPC: C08G73/14
Filed: 1991-03-04
Abstract: PURPOSE: To obtain a polyether having high dimensional stability by reacting an aromatic dihalide, air aromatic bisphenol and an aromatic ester bisphenol in the presence of a specific catalyst and a specific solvent.  
     CONSTITUTION: An aromatic dihalide represented by formula I, an aromatic bisphenol represented by formula II, an aromatic ester bisphenol represented by formula III are reacted in the presence of a bipolar aprotic solvent represented by formula IV or V while the bisphenol is used in a corresponding ratio to mutual components to obtain an ester-containing aromatic polyether represented by the objective formula II. In the formula, R 1 -R 4  are each a halogen, H or a 1-4C alkyl, A is SO 2 , B is a chemical bond, (n) is 0 or 1-4, (m) is 0 or 1-3, (x) and (y) are 99.5: 0.5 to 50:50 (pts.wt.) per the total amt. of the polymer, R 9 -R 11  are each a 1-10C alkyl, Q is sulfoxide and (p) is 3-5. 
     COPYRIGHT: (C)1992,JPO
Patent JP-H0611369-A (JP)
Title: Laminar-flow element device
Inventor: BIBUREN IYOUZUMA
IPC: G01F1/00
Filed: 1993-02-26
Abstract: PURPOSE: To obtain a laminar flow element device capable of converting fluid flow into laminar flow by passing the fluid flowing in via a combined body of a turbulent flow filter and a deposition chamber downstream. CONSTITUTION: Fluid flows in a measuring device, passes through a path of a built-in filter 14 of plate part functioning as turbulent flow filter and flows in a deposition chamber 15. As the filter 14 functions as a laminar flow element, the fluid reaches as laminar flow from the deposition chamber to a laminar flow element 16. The fluid flows out from here through an outlet opening 17 and out of the measuring device. A sensor is arranged where the fluid flow is laminar flow. By passing the deposition chamber having the turbulence filter 14, the flow is reduced and reverse flow is prevented. The holes 19 of connection parts 18 of the plate part are used to pile the plate parts and hold them. The turbulent filter 14 can be made of grooves/paths of the plate parts, porous material such as plastic materials, ceramic material or textiles a material.
Patent JP-H06246561-A (JP)
Title: Bed supporting method
Inventor: SHINNO YASUO
IPC: B23Q1/64
Filed: 1993-02-26
Abstract: PURPOSE:To secure high accuracy at the time of lapping the upper face of a bed taking account of supporting load at the time of a structure being installed on a bed. CONSTITUTION:(A) Plural places of a bed 3 are supported on vibration isolating tables 8, provided with load sensors 12a, so as to level the upper face of the bed 3 and to detect the supported load of each supporting point. (B) The bed 3 is transferred and supported on leveling devices 2 provided with load sensors 12b and disposed on the same supporting points as the vibration isolating tables 8, and lapping is applied to the upper face of the bed 3 after adjusting the height of each leveling device 2 so that the supporting load of each supporting point is in the same condition as the detected supporting load. (C) A required structure is attached to the bed 3 after lapping, and the supporting load of each point is measured. (D) The bed 3 is transferred again onto the vibration isolating tables 8, and the supporting load of each hollow body 8b is adjusted in the same condition as the measured supporting load.
Patent JP-S56159416-A (JP)
Title: Improvement of fundamental subsoil of reclaimed revetment and others
Inventor: KATOU KATSUNORI
IPC: E02D3/12
Filed: 1980-05-09
Abstract: PURPOSE: To reduce the quantity of a poor subsoil to be hardened maintaining the improved strength of a poor subsoil by forming a plane for one batch of continuous execution in the solidification of a poor subsoil in such a manner as to increase gradually widthwise in the direction of reclamation normal line toward the soil filled side from the sewater side.  
     CONSTITUTION: A treating machine 3 is penetrated into a poor subsoil 2 comprising a clay layer and the like and lowered until the lower end thereof reaches a support layer 1. Then, the treating machine 3 is lifted while an agilating shaft 5 rotates injecting a hardening agent through an inlet 4 to knead a subsoil 2 until the bottom thereof passes the subsoil 2 whereby it is solidified in the range (a). Then, the treating machine 3 is moved to solidify the range (b) threof in the same way and the subsoil is further solidified continuously until the plane take a gradually reducing shape for one batch of continuous exectution solidified as illustreated. As a result, the shape of the plane of the improved subsoil 6 solidified corresponding to one batch of the continuous execution presents such a staircase that the width thereof reduces gradually in the direction of the reclamation normal line toward the soil filled side B from the seawater side C. Thus, the subsoil can be so improved to withstand any pressure from the soil filled side B. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-H10249103-A (JP)
Title: Method for recycling optical disk
Inventor: TOMITA HIDEMI
IPC: B29B17/00
Filed: 1997-03-14
Abstract: PROBLEM TO BE SOLVED: To easily separate and recover substrate resins and reflection film metals from optical disks in the form of laminating dyestuff layers, metallic reflection films and protective films on substrates. SOLUTION: The optical disks are brought into contact with an org. solvent which dissolves the dyestuff layers and does not dissolve the substrate resins to dissolve the dyestuff layers, by which the optical disks are separated to the substrates and the protective films with the reflection films. In an embodiment, the CDs-R of the structure obtd. by laminating the dyestuff layers 12, the reflection films 13 of gold and the protective films 14 of a UV curing resin on the polycarbonate substrates 11 are cut to a size of about 2cm square and the cut pieces are immersed in ethanol which is stirred for 30 minutes. Consequently, the dyestuffs are dissolved in the solvent and the cut pieces are separated to the substrate resins and the protective films adhered with the gold films (reflection films). The substrate resins are taken out of the solvent, by which the resins are recovered.  The solvent is filtered to separate the protective films adhered with the gold films. The protective films are dried in the amt. The protective films adhered with the gold films after the drying are heat treated for 2 hours at 1,200 deg.C in an electric furnace, by which the gold for the reflection films is recovered.