baber/WOPTO huggingface dataset:
Patent JP-H03109676-A (JP)
Title: Constitution designing device for soft packing material
Inventor: IWAKI MASANORI
IPC: G06F9/44
Filed: 1989-09-22
Abstract: PURPOSE:To reduce the time and the labor required for designing the material constitution by deciding this constitution based on the information stored in a storage means based on the inputted condition information and outputting the decided material constitution. CONSTITUTION:An input means 1 consisting of a keyboard, etc., is provided together with a storage means 2 consisting of a magnetic disk device, etc., an arithmetic process means 3 consisting of a computer, etc., a display means 4 consisting of a display device, etc., and a print means 5 consisting of a printer, etc. When the condition information is inputted via the device 1, the means 3 takes a material constitution pattern corresponding to the condition information out of the means 2 and decides the pattern. Then the means 2 takes out the brand of each material of the material constitution pattern and decides the final material constitution to output this constitution. Thus it is possible to reduce the designing time and labor for constitution of the soft packing materials.
Patent JP-H0695168-A (JP)
Title: Light control glass
Inventor: USHIO KAJIRO
IPC: G02F1/15
Filed: 1992-09-17
Abstract: PURPOSE:To decrease the unequal colors of light control glass and to improve appearance and durability by equaling or nearly equaling the sheet resistances of a pair of upper and lower transparent conductive layers of the light control glass. CONSTITUTION:The unequal colors of the light control glass are decreased by equaling or approximating the sheet resistances of upper and lower electrode layers M1, M2 as far as possible. The electrical resistivities r1, r2 and/or film thicknesses d1, d2 may be merely necessitated to be controlled in order to equal the sheet resistances (r1/d1, r2/d2) of the upper and lower electrode layers M1, M2. The smaller absolute values of the sheet resistances of the upper and lower electrode layers M1, M2 are more preferable in terms of coloring density and in terms of the response speed of coloring and decoloring. The resistivity of the lower transparent electrode layer M2 is preferably increased to comply with the resistivity of the upper transparent electrode layer M1 or the film thickness of the upper transparent electrode layer M1 is increased or the film thickness of the lower transparent electrode layer M2 is decreased or the combinations thereof are executed in order to equal the sheet resistances of the upper and lower transparent electrode layers M1, M2.
Patent JP-H1089868-A (JP)
Title: Liquid drop radiator
Inventor: OTANI YUICHI
IPC: F28D21/00
Filed: 1996-09-19
Abstract: PROBLEM TO BE SOLVED: To reduce mass and recover liquid drops effectively by a method wherein the liquid drop catching surface of a liquid drop recovering device is provided with a member, having a large surface tension and arranged on the liquid drop catching surface. SOLUTION: A member 3, having a large surface tension, is arranged on a hopper type liquid drop catching surface 2 for a liquid drop recovering device 13. A mesh (wire netting) group of porous material, employed for the wick of a heat pipe or the like and having excellent wetting property, or a multitude of small balls or the like, consisting of the same material, are employed for the member 3 having a large surface tension. In this case, operating fluid, which has absorbed waste heat in a cosmos station or the like, is injected out of a liquid drop atomizing device as the liquid drops 1 to dissipate heat into cosmos space and cool it through radiation cooling, then, is caught by the member 3, installed on the liquid drop catching surface 2 and having a large surface tension.  The caught operating fluid is moved into a recovering direction (downward direction) by the surface tension thereof and is conducted to flow into the flow direction 4 of the operating fluid by a pump 5, then, is returned into a waste heat recovering heat exchanger again to serve it for the heat exchange between waste heat in the cosmos station or the like. According to this method, the loading amount of the operating fluid and the mass of the device can be reduced.
Patent JP-H0590510-A (JP)
Title: Darlington transistor and manufacture thereof
Inventor: KOIKE TOSHIMARO
IPC: H01L21/8222
Filed: 1991-09-26
Abstract: PURPOSE:To realize a Darlington transistor without generating parasitic transistor effect which Darlington transistor contains a speed-up diode and has a current capacity equivalent to a Darlington transistor without a speed-up diode. CONSTITUTION:In a Darlington transistor wherein a speed-up diode is formed by arranging a diffusion region in a base region 4 of a post-stage transistor 11, the diffusion region of the speed-up diode is constituted of the following; a high concentration region 9 which has a depth nearly equal to a base region and the same conductivity type as the base region, and a high concentration region 8 which has a depth shallower than an emitter region 6 and the same conductivity type as the emitter region.
Patent JP-H1174187-A (JP)
Title: Substrate thermal treatment method and apparatus
Inventor: TSUJI MASAO
IPC: G03F1/00
Filed: 1997-08-27
Abstract: PROBLEM TO BE SOLVED: To shorten a time required for heating a substrate up to a prescribed thermal treatment temperature by a method, wherein a heating plate is switched from a state where it heats up the substrate with a constant output to another state, where it heats up the substrate being thermostatically controlled in a thermal treatment cycle. SOLUTION: At a time when a position sensor 22 is turned on or, when a substrate W is transferred from a lift pin 14 to the upside of a heating plate 10, a heater is switched from a state where its output is controlled by a PID controller to another state where it is fixed at a maximum output. After a set time which has been set in a timer elapses from a switching point of time, the heater is switched to a state where its output is controlled by the PID controller again. Moreover, a microcomputer may be used in place of a circuit structure, so as to enable a heater to carry out a sequence operation.
Patent JP-H0192973-A (JP)
Title: Magnetic disk device
Inventor: ONO YOSHITAKA
IPC: G11B21/10
Filed: 1987-10-02
Abstract: PURPOSE:To contrive the shortening of the settling time by providing a control means increasing the control gain of a position control system in response to the position deviation so as to decrease the increase in the settling time due to the difference from the initial speed in the transient state where the mode is switched from the speed control mode into the position control mode. CONSTITUTION:When a position signal A corresponding to a position deviation Xe is large, a multiplier 11 multiplies a position signal A with an output signal C of a phase compensation device 9 to increase it further, thereby increasing the correction signal. As a result, a signal B applied from an adder 12 to a position control contact (b) is larger than an output signal C and the head is going to go to an object quickly. In this case, the loop gain is increased, as the present position X0 of the head approaches object position Xo=0, the correction signal outputted from the multiplier 11 approaches zero, then the signal B applied to the position control contact (b) approaches the output signal C. Thus, since the head approaches the object position, the loop gain approaches a normal gain, then the positioning of high speed access is attained with high accuracy.
Patent JP-S60143729-A (JP)
Title: Polarized-light analyzing method
Inventor: TAKAHATA SHIGEHIRO
IPC: G01J4/04
Filed: 1983-12-30
Abstract: PURPOSE:To obtain the light extinction positions of a polarizer and an analyzer in a short time, by making the phase difference of light passing the Pockels cell of a compensator to be zero, obtaining the light extinction position of the analyzer, making the phase difference of the passing light to be 90 deg. by the Pockels cell, and obtaining the light extinction position of the polarizer. CONSTITUTION:A light source 2, a monochromatic filter 4, a polarizer 6, a compensator 8, a sample 10, an analyzer 12 and a detector 14 are arranged in the order of a light path. Thus a PCSA type polarized-light analyzer 1 is formed. The phase difference of the light that has passed a Pockels cell 8 applied as the compensator 8 is made to be zero. Under the state the polarizer 6 is at the position at the azimuth angle 45 deg. from the incident or reflecting surface, the analyzer 12 is rotated and the azimuth angle at the light extinction position is obtained. Then, with the analyzer 12 fixed at the light extinction position, a voltage is applied to the Pockels cell 8. The phase difference of the passing light is made to be 90 deg.. Then the polarizer 6 is rotated, and the azimuth angle at the light extinction position is obtained.
Patent JP-H1097680-A (JP)
Title: Integrated cash control system
Inventor: OKA JUN
IPC: G07F19/00
Filed: 1996-09-19
Abstract: PROBLEM TO BE SOLVED: To safely and promptly process receipt and delivery of cash by providing a storage means to store data regarding current amount of the cash with respective cassettes whose maximum housing capacity of cash are different and transferring cash by using a cash housing cassette in accordance with amount of cash to be transferred. SOLUTION: A small cassette 10 is provided with data memory 13 to store cash data, etc., to be contained in the small cassette 10, an input part 14 to accept input of the cash data and a display part 15 to display the cash data stored in the data memory 13 and the amount of cash to be contained is manually inputted from the input part 14 when the cash is contained in the small cassette 10. Furthermore, a medium cassette with medium capacity and a large cassette with large capacity are also constituted in the same way. And cash is transferred by properly using the small cassette 10 with small capacity, the medium cassette with medium capacity and the large cassette with large capacity in accordance with the amount of cash to be transferred when the cash is transferred for being refilled to respective units, recovery processing work, etc.
Patent JP-H02242628-A (JP)
Title: Method and apparatus for catching nekton
Inventor: BINSENTO AARU BUASHIRU
IPC: A01K61/00
Filed: 1989-09-26
Abstract: PURPOSE: To raise fishes in seawater containing plankton by incubating spawn in a tray having a holding hole, guiding incubated swimming fishes into a 1st partition chamber, further, guising grown swimming fishes into a partition chamber composed of a net and hanging down that partition chamber into the sea. CONSTITUTION: The spawn is arranged in a tray 22 having a holding hole 52 for spawn 51 of swimming fishes and until the incubated swimming fishes pass through the holding hole 52 together with a seawater current, fresh seawater containing plankton is supplied through the tray 22. The incubated swimming fishes are guided into a 1st partition chamber 25 connected to that tray together with seawater. Further, the grown swimming fishes are guided together with seawater by connecting the 1st partition chamber 25 to the partition chamber, with which more larger grown swimming fishes are stored but much larger fishes can not move in, composed of a net 27 of sufficiently fine mesh.  That net partition chamber is sunk in the sea and moved as needed, and the net partition chamber is hung down and supported by a propelling type foating body for moving the net partition chamber to the zone of fresh seawater containing plankton.
Patent JP-S61126474-A (JP)
Title: Current value detecting device
Inventor: SOFUE KENICHI
IPC: G01R19/25
Filed: 1984-11-23
Abstract: PURPOSE:To obtain tolerance to a noise and widen a measurement range by detecting a current value by a detection sensor, converting the value from a current to a voltage and further converting the level of the voltage into a frequency, and calculating the current value from the oscillation frequency. CONSTITUTION:This detecting device is provided with the detection sensor 3 which detects the current value relatively, a differential amplifier 4 as a current-voltage converter which outputs a high voltage value proportional the current value a frequency converter 5 which outputs the signal increasing the frequency corresponding to the voltage value, a CPU6 which counts the oscillation frequency of its output signal and oscillation intervals and calculates the current value on the basis of those counted values, etc. In this case, the CPU6 calculates the current value on the basis of the counted value when a current flowing through a line 2 is low or on the basis of the counted intervals when the current is large. Consequently, a current detector which is tolerant to a noise and has a wide measurement range and high precision is obtained.
Patent JP-S63102769-A (JP)
Inventor: UMEHARA TADATOSHI
IPC: H05B6/62
Filed: 1986-10-21
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-H0978306-A (JP)
Title: Maternity panty hose
Inventor: GOSHI HISAYUKI
IPC: A41B11/14
Filed: 1995-09-01
Abstract: PROBLEM TO BE SOLVED: To obtain a maternity panty hose having decreased oppressive sensation and discomfort of the belly and the hip of a pregnant woman caused by the sewn part of the right and left body cloths and the godet part of the panties. SOLUTION: This panty hose is provided with the right and left body cloths 40, 50 formed in tubular forms and godet cloth 60. The parts corresponding to the belly and the crotch are cut and removed from the panty parts 42, 52 of the right and left body cloths. The godet cloth is cut and formed in the form of a belly part 62 and a crotch part 63, the crotch cloth is sewn to the right and left body cloths at the front part of the panty and both right and left cloths are sewn together at the rear part of the panty.
Patent JP-H04129389-A (JP)
Title: Controller for terminal equipment
Inventor: DEIBUIDO ERUBABAUMU
IPC: H04N5/073
Filed: 1990-09-20
Abstract: PURPOSE:To send a synchronizing signal for a long range through an inexpensive transmission line by providing a decoding circuit decoding a switching signal from two received signals or over and a circuit generating a new synchronizing signal based on the decoded signal to the controller for terminal equipment. CONSTITUTION:An external synchronizing signal generator 14 is provided with a frequency divider circuit 24 generating switching signal and 1st and 2nd low frequency signals, a changeover circuit 26, and an output circuit 28 sending the signals to a television camera 16 through a cable 20. The television camera 16 is provided with a demodulation circuit 30, a timing signal generating circuit 32, and an internal synchronizing signal generating circuit 34. Let the frequency of a vertical synchronizing signal of the television camera 16 be f0, a frequency of a switching signal be f1, 1st and 2nd frequencies be f2, f3 respectively and a frequency of a clock signal be f4, and n1, n2, n3, n4 be an optional integer being 1 over, then the frequencies are selected to be f1=f0divided by 2<n1>, f2=f1X2<n2>, f3=f2X2<n3>, and f4=f3X2<n4>. Thus, the 1st and 2nd low frequency signals can be sent through an inexpensive cable such as a twisted pair cable.
Patent JP-H07104480-A (JP)
Title: Treatment device for lithography plate
Inventor: AIZAWA YASUHIRO
IPC: G03F7/30
Filed: 1993-10-05
Abstract: PURPOSE:To provide a lithography plate treatment device having the capability of restraining liquid deterioration and a device function drop, and ensuring stable treatment over a long term. CONSTITUTION:This lithography plate treatment device is used to feed alkaline treatment liquid 16 to a lithography plate 1 for dissolving and removing a non-image section therefrom. Also, the device is characteristically equipped with alkaline treatment liquid feed mechanisms 9a and 9b for feeding the liquid 16 to the image forming surface of the plate 1, a plurality of raking blades 6a, 6b and 6c for removing the dissolved image forming layer component of the non-image section, and treatment liquid feed means 9a and 9b for feeding the liquid 16 to a gap between at least two of the blades 6a, 6b and 6c.
Patent JP-2000041870-A (JP)
Title: Support of frying-pan
Inventor: SATO NISAKU
IPC: A47J47/16
Filed: 1998-07-30
Abstract: PROBLEM TO BE SOLVED: To stably and safely support a frying pan by forming a support of a wire-like material by making a model in a U shape so as to have a front face, a rear face, a right side face and a left side face, and supporting a grip of the frying pan by the support. SOLUTION: A support 1 having the whole formed as a quadrangular shape is formed by making a model in a U shape so as to have a front face, a rear face, a right side face and a left side face by using a wire-like material. Cooking using a frying pan is performed on the U-shaped recessed part 2 of the support 1 by supporting a grip of the frying pan placed on a gas stand. Thus, since the grip of the frying pan is supported by being held by the U-shaped part 2 of the support 1, the frying pan can be stably supported, and since both hands can be used, the cooking can be safely performed.
Patent JP-H07103992-A (JP)
Title: Detector for rotational frequency
Inventor: KUDO YOSHIAKI
IPC: G01P3/487
Filed: 1993-10-05
Abstract: PURPOSE:To provide a detector for a rotational frequency that computes the rotational frequency by a simple circuit. CONSTITUTION:The device comprises a register 21 that stores a piece of bit pattern data read from a transfer element loop, a circulating shift register 22 that stores all of the data of a bit pattern stored in the transfer element loop and shifts the stored data from a reference pattern condition in a predetermined direction by one bit in synchronism with a clock and a counter 26 that successively counts the clock for shifting the data stored in the shift register 21 from the starting point of the shifting. Further, it comprises comparators 27, 28 that compares the bit pattern data stored in the shift register 21 with the bit pattern data stored in the shift register 22 and stops the counting operation when both of the patterns are conformity with each other so that a rotational frequency of a rotation axle is obtained from the counted value of the counter 26.
Patent JP-H1177320-A (JP)
Title: Welding method and structure of door frame and also those of channel member and plural panel member
Inventor: MATSUSHITA SATORU
IPC: B23K11/11
Filed: 1997-09-12
Abstract: PROBLEM TO BE SOLVED: To improve durability of a welding tip without lowering welding strength by providing a process of welding an outer panel to an inner panel separately from a process of welding either one of these panels to a rail material. SOLUTION: The welding edge 31 of an outer panel 30 and that 41 of an inner panel 40 are superimposed on each other at a prescribed position where a large projecting part 42 is positioned in a notched part 32, with welding performed at a small projecting part 43. With a welding tip held by positioning it inside and outside the superimposed welding edges 31, 41, welding is carried out by imparting an appropriate current and a pressurizing force between the tips for energization for a prescribed time. Then, the side wall of the rail material 21 is superimposed on the welding edge 31. As a result, the side wall comes into contact with the large projecting part 42 of the welding edge 41 appeared from the notched part 32 as well as with the welding edge 31.  With the welding tip in the rail material 21 in this state, the side wall and the large projecting part 42 are held between this welding tip and the one outside the rail material 21, thereby carrying out welding similarly.
Patent JP-H03112946-A (JP)
Title: Amination of dihydric phenol
Inventor: WATABE YASUYOSHI
IPC: C07C211/51
Filed: 1989-09-27
Abstract: PURPOSE:To obtain the subject compound on an industrial scale in high yield by using a phenolic compound and a metal phosphate in the amination of the hydroxyl group of a dihydric phenol to produce the corresponding aminophenols and phenylenediamines. CONSTITUTION:Aminophenols and phenylenediamines useful as raw materials for the raw material or modifier of dyes, pharmaceuticals, agricultural chemicals, rubber chemicals, synthetic resins and synthetic fibers are produced by aminating the hydroxyl group of a dihydric phenol with an amine, preferably ammonia, primary amine or secondary amine. In the above process, a phenolic compound and one or more kinds of metal phosphates selected from titanium, zirconium and hafnium phosphates are added to the reaction system to suppress the by-production of tarry substance, to proceed the reaction without losing the dihydric phenol and to obtain the objective compound in high yield.
Patent JP-H04127799-A (JP)
Title: Line exchange system
Inventor: YUASA HIDEJI
IPC: H04Q3/52
Filed: 1990-09-19
Abstract: PURPOSE:To reduce the scale of a time division switch by converting a CMI signal or an AMI signal to a ternary signal and exchanging a time slot by the time division switch. CONSTITUTION:A CMI/unipolar conversion circuit 1 converts the CMI signal or the AMI signal from a transmission line to a unipolar signal and outputs the signal, and a frame synchronizing circuit 2 synchronizes a frame to the unipolar signal and multiplex the signal to the frame in the device. Concerning a multiplexed data, a time division switch 4 exchanges the time slot and the line for the unit of 64kb/s. In this case, the CMI signal or the AMI signal is converted to the ternary signal, and the time slot is exchanged by the time division switch 4. Thus, even when the number of input highways is increased, the number of bits required for conversion is decreased so as to reduce the scale of the time division switch 4.
Patent JP-H04127860-A (JP)
Title: Magnetizer for electric rotating machine
Inventor: HINO AKIYUKI
IPC: H01F13/00
Filed: 1990-09-18
Abstract: PURPOSE:To impart a predetermined magnetizing wave-form on an object to be magnetized by producing a parallel field having high flux density by means of a superconducting magnet and then introducing the parallel field to a rare earth metal object to be magnetized by means of a magnetizing yoke. CONSTITUTION:When an object is magnetized, a pair of arched objects 16 to be magnetized are disposed vertically in the object holding section 26 of a magnetizing yoke 22 and then the magnetizing yoke 22 is disposed on the inside of a superconducting magnet 20 with a magnetizing core 24 being disposed between the pair of objects 16. When the superconducting magnet 20 is excited to produce high density magnetizing flux 32, the magnetizing flux 32 passes through the inside of the superconducting magnet 20 in parallel therewith while being guided by the magnetizing yoke 22. At that time, the superconducting magnet 20 prevents leakage of the magnetizing flux 32 through Meissner effect. Since the magnetizing flux is introduced, as it is, to the object to be magnetized the object is fully magnetized with high flux density.