baber/WOPTO huggingface dataset:
Patent JP-H07137361-A (JP)
Title: Image recorder
Inventor: MATSUI NOBUAKI
IPC: G06F9/48
Filed: 1993-11-18
Abstract: PURPOSE:To execute a next image recording processing of urgency before completion of the first image recording processing by a method wherein the image recording processing is interrupted on an interruption request, the interrupted processing information and image information is retracted, and after the retraction image information related to the interruption request is recorded. CONSTITUTION:When an interruption output request switch 123 is depressed by a user, an image recorder 121 interrupts the reception of image data from an information processor 101 and the recording of an image on an image recording medium by an developing device 122. Image information stored in a storage device 125 is retracted to an external storage device 127. Next, new image information is received from an information processor 111 through communication devices 116, 126 and stored in the storage device 125. The stored new image information is recorded on the image recording medium by the developing device 122.
Patent JP-S62150230-A (JP)
Title: Structure of active matrix type liquid crystal display panel
Inventor: INOUE ATSUSHI
IPC: G02F1/1362
Filed: 1985-12-24
Abstract: PURPOSE:To sharply reduce the occurrence of disconnection and short-circuit faults, by constituting a drain bus line in a complete double structure and piling up P-CVD films in three layers at the crossover section of a gate bus line with the drain bus line, and then, protruding the edge of an insulation protecting film from the edge of a gate bus. CONSTITUTION:An insulation protecting film 45 is formed by etching an SiO2 film 51 by using a patterned resist 53 as a mask. At the time of etching, the insulation protecting film 45, whose edge is protruded outward from a gate bus 42b is formed on the gate bus 42b at a crossover section and another insulation protecting film having the same size as a gate 42a has if formed on the gate 42a at a gate channel section. By performing a lift off process after a metallic thin late 56 for source-chain electrode is vapor-deposited, a source-drain electrode 46 whose two parts are connected with each other is formed on a gate bus line. Moreover, P-CVD films are piled up in three layers at the crossover section of the gate bus line with a drain bus line. Therefore, an interlayer insulating film 47 and 2nd drain bus line 48 are formed. Thus a thin-film transistor is constituted.
Patent JP-H11127311-A (JP)
Title: Image reader
Inventor: NISHIMATSU HIDEO
IPC: H04N1/04
Filed: 1997-10-22
Abstract: PROBLEM TO BE SOLVED: To minimize a work memory area and to make the resource of a system efficient by making an image sensor be at a standstill on the same line, enabling the turning on and off of a light source, detecting read start and read end lines, interlocking with a read line detecting means to perform position control of the image sensor and temporarily storing a read pixel. SOLUTION: When a host computer 7 gives a command of read operation start to a driving device control means 2 and an image sensor control means 4, the means 2 shifts an image sensor 3 as many as the number of steps of a line that corresponds to resolution. When a read object image exists on a read line, the value of pixels change because a secondary light source is cut off by the read object image. A read line detecting means 8 notifies that the read object image exists on the line and the means 4 turns on the light source of the sensor 3.
Patent JP-H10129857-A (JP)
Title: Card stacker for card issuer
Inventor: KAGEYAMA TOSHIYUKI
IPC: B65H1/26
Filed: 1996-10-31
Abstract: PROBLEM TO BE SOLVED: To prevent any card delivery trouble from occurring by reducing the extent of friction due to contact between a case side wall and stacked cards stored in a card storage case of a stacker. SOLUTION: This is a card stacker for a card issuer, stacking cards mounted, stored in piles, and delivering each card from the uppermost part piece by piece by operation of a card carrying-out mechanism based on a command, and this card stacker 1 is equipped with a top open type storage case 7, a push-up stage 8a pushing up cards 2 stacked up in a case from a bottom side by dint of spring energization, and a claw type card stopper 9 being set up on a case upper end part and engagedly holding the cards in a storage position, respectively.  In this card stacker, thrusting the stacked cards forcibly into the case from a top opening part and designed so as to charge, stack and store them thereinto, an inlet sectional area of the storage case is determined according to the external size of the stacked cards, whereby it is formed into a tapered trapezoidal case so as to have the section expanded toward the bottom part from the top opening part, and thus any friction due to contact between the stacked cards and a case side wall is held down to smallness, insofar as possible.
Patent JP-2000119301-A (JP)
Title: Production of acetylated cellulose nitrate
Inventor: TANAKA TOKUJI
IPC: C08B5/02
Filed: 1998-10-12
Abstract: PROBLEM TO BE SOLVED: To provide a method for safely and inexpensively producing acetylated cellulose nitrate by not using expensive cellulose nitrate wetted with alcohol but using moist cellulose nitrate more inexpensive than it. SOLUTION: A moist cellulose nitrate is dehydrated in the presence of a nonsolvent for cellulose nitrate except alcohols and treated with an acetylating agent to produce acetylated cellulose nitrate. A first dehydration method comprises using the nonsolvent for cellulose nitrate except alcohols as a dispersion medium and dispersing moist cellulose nitrate into the dispersing medium and dehydrating the moist cellulose nitrate by distillation. A second dehydration method comprises using the nonsolvent for cellulose nitrate except alcohols as a substituting agent, adding the substituting agent to moist cellulose nitrate and dehydrating the moist nitrate by filtration. The moist cellulose nitrate can be safely dehydrated by either method.
Patent JP-H07144749-A (JP)
Title: Carrying equipment by using hanger device
Inventor: MASUGAKI MITSUO
IPC: B65G47/52
Filed: 1993-11-19
Abstract: PURPOSE:To use a pair of lines simultaneously, and reduce an equipment width by arranging a pair of self-traveling body holding rails freely connectable to a second rail, a feeder device to move a hanger device and a self-traveling body fixing device in a rotary device. CONSTITUTION:A hanger device 10 can move on a first passage 2 by support and guide by a first rail 1, and a self-traveling body 40 can travel on a second passage 32 by support and guide by a second rail 30. In a rotary device 60, a self-traveling body holding rail 73 opposed to a tail end part of the first rail 1 holds the empty self-traveling body 40, and at this time, the self-traveling body 40 is fixed to a prescribed position by a fixing device 75. Thereby, one end of one support rail 45 can be connected to the tail end part 1B of the first rail 1, and one end of the other support rail 45 can be connected to a starting end part 1A of the first rail 1. Thereby, the hanger device 10 can be simultaneously carried in and carried out of the self-traveling body 40.
Patent JP-S63143246-A (JP)
Title: Production of high tension high conductivity copper alloy
Inventor: MIYATO MOTOHISA
IPC: C22C9/00
Filed: 1986-12-04
Abstract: PURPOSE:To produce a copper alloy having excellent tensile strength and electrical conductivity with the conserved energy by subjecting an ingot of a copper- base alloy contg. a specific ratio of Fe to hot rolling and cold rolling then to two stages of age annealing under specific conditions. CONSTITUTION:The ingot of the copper-base alloy contg. 1.5-3.0wt% Fe is subjected to hot rolling at 800-1,050 deg.C then to cold rolling at >=90% total reduction rate of area. After the alloy is subjected to 30min of annealing at 550 deg.C (not inclusive of 550 deg.C)-600 deg.C in succession thereof, the alloy is subjected to the 2nd annealing for >=30min at 450-525 deg.C. The high tension high conductivity copper alloy having about >=33kgf/mm<2> tensile strength, about >=25% elongation and about >=65% IACS electrical conductivity is obtd. by this method. This copper alloy is usable as a material for electronic parts, more particularly, semiconductor lead frames and terminals.
Patent JP-H08143815-A (JP)
Title: Resin composition for coating
Inventor: AMEMOTO MASAHIDE
IPC: C08G63/66
Filed: 1994-11-24
Abstract: PURPOSE: To obtain a resin composition for coating useful for coating iron, nonferrous metals, etc., excellent in processability, pollution resistance, resistance against press marks, etc., and containing a high polymeric polyester resin consisting of a specific acid ingredient and a specific polyol ingredient. CONSTITUTION: This resin composition comprises a polyester resin consisting of (A) an acidic ingredient consisting of (i) 86-100 mole % aromatic dicarboxylic acid and (ii) 0-14 mole % another dicarboxylic acid and (B) a polyol ingredient consisting of (iii) 10-100 mole % alkylene oxide addition product of bisphenol S, (iv) <20 mole % 2-8C aliphatic glycol and (v) 85-0 mole % another glycol and having about 6000-about 40000 number average molecular weight as an essential film forming ingredient. It is able to use >=70wt.% high molecular weight polyester resin comprising the ingredients A and B and <=30wt.% cross- linking agent (preferably an alkyl ether modified amino resin, etc.) as the essential film forming ingredients.
Patent JP-H10130661-A (JP)
Title: Method for mildly hydrocracking petroleum fraction by using catalyst containing at least two dealuminized zeolites y
Inventor: MIGNARD SAMUEL
IPC: B01J29/08
Filed: 1997-10-22
Abstract: PROBLEM TO BE SOLVED: To provide a method for hydroconverting a petroleum fraction in high selectivity at a low reaction temperature. SOLUTION: This method comprises bringing a petroleum fraction into contact with a catalyst containing at least one matrix, at least one zeolite Y (Y1) having a crystal parameter of 24.15-24.38Å, at least one zeolite Y (Y2) having a crystal parameter of above 24.38 to 24.51Å and at least one hydrogenation/ dehydrogenation element at a temperature of at least 230 deg.C under a pressure of 2 to below 8Mpa at a hourly space velocity of 0.15-10h<-1> in the presence of 100 N1 hydrogen per liter of the feedstock.
Patent JP-H07119885-A (JP)
Title: Repairing method of container penetrating piping
Inventor: YAMASHITA TETSUO
IPC: F16L55/16
Filed: 1993-10-26
Abstract: PURPOSE:To provide a repairing method of a container penetrating piping which can give a soundness to a defect to not only the inner surface of the piping, but also to the outer surface of the piping, when a defect is generated on the inner surface of the container penetrating piping. CONSTITUTION:In a sleeve repairing method in which a metal sleeve 5 is inserted to a defect part on the inner surface in a container penetrating piping 3, both ends of the metal sleeve 5 and the container penetrating piping 3 are welded and connected, and the defect part is sealed with welds 13 and 7, a clad welding 6 is applied to the inner wall 9 of the piping 3 at the inserting part, prior to the insertion of the metal sleeve 5.
Patent JP-H03129150-A (JP)
Title: Differential gear
Inventor: HIROTA ISAO
IPC: F16H48/42
Filed: 1989-11-09
Abstract: PURPOSE:To enable differential limitation with a frictional force by providing a cam means between members making relative motion in rotational direction during differential rotation for generating an engaging thrust force to tighten a frictional clutch and an operating means for operatively engaging and disengaging the cam means. CONSTITUTION:When a differential case 49 is rotated by a drive force from an engine, the rotation is transmitted to left and right side gears 71, 73 through pressure rings 59, 61, a cam 67, pinion shaft 63 and pinion gear 69 to rotate left and right rear wheels. When any difference between the rotation of the left and right rear wheels is generated, the gears 71, 73 are subjected to the differential rotation by the rotation of the gear 69 about its own axis so that the rotation from the engine is deferentially distributed to the left and right rear wheels. Then, the rings 59, 61 tighter multiple disk clutches 83, 85 by a retreating force of the gears 71, 73 due to a thrust force from the cam 67 and a thrust force of engagement with the gear 69. The differential motion between the left and right rear wheels is limited by the tightening force so that large torque is transmitted also to the rear wheel side having large rotary resistance.
Patent JP-H07119345-A (JP)
Title: Actuator for vehicle door lock device
Inventor: UNNO MASAAKI
IPC: E05B81/30
Filed: 1993-10-26
Abstract: PURPOSE:To enhance an output torque without increasing the number of components. CONSTITUTION:An actuator comprises a motor-driven output rotary member 9 which is rotated, centering on a central shaft 13, and an intermediate lever 15 which fluctuates between a locked position and an unlocked position by its engagement with the output rotary member 9 which is fixed with the output shaft 13 in parallel with the central shaft 10. An engagement projection 11 is installed to the output rotary member 9 while an engagement unit 17 is installed to the intermediate lever 15. The engagement unit 17 is formed with an arc-shaped cored groove 19 which centers on the output shaft 13 and a radial engagement groove 18 which extends in such a fashion that it may leave in the radial direction of the output shaft 13 from the center of the air cored groove 19.
Patent JP-H02237611-A (JP)
Title: Pressurized oscillation gas separator
Inventor: ARAN AASAA UERUZU
IPC: F02G3/00
Filed: 1989-11-09
Abstract: PURPOSE: To preferentially adsorb one kind gas from a gas mixture with low energy by operating with a small difference of pressures between a little pressurized state and an evacuation state. CONSTITUTION: This separator is operated under <=0.1 bar in the difference of pressures between the pressurized and the evacuation state. For example, the pressure swing gas separation device is constituted of a zeolite bed 8, oscillation plate 9, annular inlet 10, skirt 11, duct 12, tubular frame 13, valve seat 14, discharge opening 15, valve member 16, and a spindle 17. Partial evacuation is formed beneath the oscillation plate 9, and air is sucked from the inlet 10 on the valve 14. While the oscillation plate 9 moves upwards, the end of the spindle 17 is engaged to the valve member 16 to open the discharge valve. Then air is sucked across the bed 8 and the zeolite preferentially adsorbs nitrogen from the air and the gas going out from the bottom of the bed 8 becomes rich in oxygen and less in nitrogen.  Next, the oscillation plate 9 returns in the direction of an equilibrium position and the pressure on the bed 8 decreases and the less oxygen and rich nitrogen gas is fed from the surface of the bed 8 to the discharge port 15.
Patent JP-S61165606-A (JP)
Title: Temperature compensating circuit for strain gage
Inventor: KANAZAWA JITSUO
IPC: G01B7/16
Filed: 1985-12-23
Abstract: PURPOSE:To flatten an output voltage characteristic against the temperature changes by applying a composite resistance consisting of more than two kinds of resistor made of a pure and single metal. CONSTITUTION:A compensating resistance is obtained by combining more than two kinds of resistor made of a pure and single metal, instead of single alloy resistance. A high purity single metal is obtainable with certainty and its resistance temperature characteristic is highly precise and give fixed values. Therefore, by designing a resistance temperature characteristic of resistor combining more than two kinds of single metal to be the same as an output voltage characteristic of the bridge circuit which is the object of compensation, a temperature compensating circuit enabling highly precise measurement can be secured and the yield of manufacturing is also improved. An actual bridge circuit 2 has an output voltage temperature characteristic shown as (a) in the drawings. By using a Ni resistor RN and a Cu resistor Rc as temperature compensating registers and inserting these to the voltage feeding side of the bridge resistor 2 separately, the composite resistance temperature characteristic becomes RNC and the output voltage temperature characteristic of the circuit 2 becomes flat after being offset.
Patent JP-H06140257-A (JP)
Title: Coil device
Inventor: KASUGA YOSHIO
IPC: H01F3/02
Filed: 1992-10-28
Abstract: PURPOSE:To provide a small coil with fewer turns by preventing it from bulging at opposite sides of a laminated iron core. CONSTITUTION:A lamination-wise central part of a laminated iron core 11 is formed of core plates 12 of the same shape, and on the other hand, both the lamination-wise edge of the iron core 11 are formed of core plates 12 which are gradually lessened in size with proximity to both the end faces, whereby a chamfered part 11a is formed at each sectional corner of the laminated iron core 11 where coils 4 are wound.
Patent JP-H05124522-A (JP)
Title: Torque detecting device for motor-driven type power steering
Inventor: SASAKI TOSHIO
IPC: B62D5/04
Filed: 1991-10-11
Abstract: PURPOSE:To permit the exceedingly simple assembly by reducing the number of parts and obtaining the constitution of a movable iron core and an input shaft in relatively simple manner with high precision. CONSTITUTION:A torque detecting device consists of an output shaft 2, input shaft 1 having an inclined groove 1b formed at one edge in the axial direction, movable iron core 4 having a projection part 4b which is projectingly installed on the inner peripheral surface, and a coil part 5 having a circular inner wall on which the movable iron core 4 slide. The input shaft 1 and the output shaft 2 are connected through a torsion bar 3, and the movable iron core 4 is engaged in rotatable manner together with the output shaft 2 and in slidable manner in the axial direction, and the movable iron core 4 is installed by insertion- engaging the projection part 4b in the inclined groove 1b of the input shaft 1 so as to be coaxial to the input shaft 1.
Patent JP-H08130578-A (JP)
Title: Monitor system for parallel time division time slot exchange circuit
Inventor: NAGAMOTO MAMORU
IPC: H04Q3/52
Filed: 1994-11-01
Abstract: PURPOSE: To provide the monitor function of data memory write control by means of a write control memory, which cannot be monitored in conventional path monitoring/memory internal part monitoring, in a parallel time division time slot exchange circuit. CONSTITUTION: In the parallel time division time slot exchange circuit with write control, a data memory write control signal which a write control memory part 3 outputs is monitored and the total number of times for writing data into respective data memories 11-nn at every time slot exchange frame period is counted and held in addition to conventional path monitoring and respective memory internal part monitoring. A data memory read control signal among signals which a read control memory part 2 outputs is monitored and the total number of times for reading data from the data memories 11-nn is counted and held at every time slot exchange frame period. The total number of the write times of the data memories 11-nn is compared with the total number of read times at every time slot exchange frame period, and an alarm is outputted when they are not matched.
Patent JP-S63143400-A (JP)
Title: Display method for operating point of fluid
Inventor: NAKAUCHI HIROCHIKA
IPC: G05B23/02
Filed: 1986-12-08
Abstract: PURPOSE:To facilitate any change of a set operable range of the fluid machine in the caption by displaying its operating conditions by means of a relative display between its operable range and an existing operating point. CONSTITUTION:On a CRT-screen 25 are displayed the piping diagram 31, the surging line 12, etc. of a blower as still pictures, and further displayed measured data, opening and/or closing conditions of valves, the existing operating point 18, an alarm 32, etc. as moving pictures. Thus, by making picture processing with the use of the CRT-screen 25 together with a broken-line coordinates storage table 20 and an operating point coordinate file 21, a set operable range can be easily changed.
Patent JP-H08140106-A (JP)
Title: Projector device
Inventor: MATSUI TAKESHI
IPC: H04N9/31
Filed: 1994-10-31
Abstract: PURPOSE: To improve use efficiency of light by forming illumination light which circularly color-changes with two different colors and emitting it in different directions. CONSTITUTION: The emitted light of a light source 2 is made incident on a filter part which is vertically provided at the peripheral part of a two color transmission color wheel 21 through a condenses lens 3 at the angle of 45 degrees. At this point, only light flux L2 having the same color as the peripheral filter reaches a reflection mirror M1, other color light flux reaches a filter disk part which is concentric with the wheel 21 and light flux 3L having the same color reaches a reflection mirror M5. Since the colors of the peripheral filter and the filter disk are made different, the light fluxes of two colors can simultaneously be guided to the other directions and light can be used twice.  Thus, the heights of respective optical paths are varied by making the light fluxes incident on mirror reflection-type light bulbs 7a and 7b from obliquely upper and lower directions through the reflection mirrors M2 and M5. Then, the intensity distribution of light in a projected picture can be made uniform by projecting the picture on a screen center from a position being a rotary object.
Patent JP-H09113255-A (JP)
Title: Signal processing circuit in measuring instrument
Inventor: ANPO KOKI
IPC: G01B21/00
Filed: 1995-10-13
Abstract: PROBLEM TO BE SOLVED: To inexpensively generate the output (UVW signal) of a magnetic pole sensor for motor. SOLUTION: Deflection measuring INC carved lines (provided at pitches of P) and UVW signal generating carved lines (provided at pitches of P+N) are marked on a scale. A modulation circuit 21 modulates carriers based on sinθ and cosθ from the INC carved lines and outputs sin(ωt+θ). Modulation circuits 24 and 27 modulate carriers based on sinα and cosα from the UVW signal generating carved lines and respectively output sin(ωt+α) and cos(ωt+α). Demodulation circuits 25 and 28 respectively demodulate the outputs of the circuits 24 and 27 by using the sin(ωt+θ) outputted from the circuit 21 and output cos(θ-α) and sin(θ-α) by removing higher harmonics by using LPFs 26 and 29. The outputs are the same as the A- and B-phase outputs from the carved lines provided at pitches of P×N.
Patent JP-2001106430-A (JP)
Title: Fluff control device
Inventor: NAKAJI FUMIAKI
IPC: D01H13/30
Filed: 1999-10-13
Abstract: PROBLEM TO BE SOLVED: To provide a fluff control device capable of stabilizing yarn running between discs from the beginning of running of the yarn. SOLUTION: The yarn Y running between each of the discs 6 is supported by each of yarn supporting levers 14-16 of a yarn supporting guide 3. The yarn Y is thereby stably placed in a center part A between each of the discs 6 from the beginning of running of the yarn Y.