baber/WOPTO huggingface dataset:
Patent JP-S62134002-A (JP)
Inventor: ISHIMARU MASAKUNI
IPC: A01B9/00
Filed: 1985-12-09
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-S61155667-A (JP)
Title: Refrigerant compressor
Inventor: KITA ICHIRO
IPC: F04B39/00
Filed: 1984-12-27
Abstract: PURPOSE:To obtain sufficient cooling effect of a motor coiled-wire by attaching an oil reservoir case, which covers a lower motor coiled-wire and has an oil drain hole at the lower part thereof, to a motor and accumulating refrigerator oil in the case. CONSTITUTION:An oil reservoir case 12 is attached to a compressing element 3 as that the case covers a lower motor coiled-wire 6. During operation, refrigerator oil is sucked up by an oil suction pump 10, drained from the upper part 11 of a crankcase, and flows into the case from a gutter part 14 of the oil reservoir case 12. Since the entire body of the lower motor coiled wire 6 is therefore kept immersed in refrigerator oil of relatively low temperature, the coiled-wire 6 can be cooled sufficiently by the heat-exchanging operation with refrigerator oil having high heat capacity.
Patent JP-2000103256-A (JP)
Title: On-vehicle pressure accumulator
Inventor: NAKAMURA SHUICHI
IPC: B60T1/10
Filed: 1998-09-30
Abstract: PROBLEM TO BE SOLVED: To sufficiently provide energy capacity in a small type, and to reduce a manufacturing cost. SOLUTION: An on-vehicle pressure accumulator has an accumulator main body 1 housing gas and oil on the inside and being formed as a cylindrical body, a piston 4 being displaced in the accumulator main body 1 and defining a gas chamber 1a and an oil chamber 1b, an auxiliary vessel 2 being almost equal to an outer peripheral shape of the accumulator main body 1 and filling gas on the inside and a communicating pipe 3 for connecting the auxiliary vessel 2 to the gas chamber 1a side of the accumulator main body 1. In this case, the accumulator main body 1 and the auxiliary vessel 2 are fixed in parallel to a vehicle frame so that the end surfaces are trued up.
Patent JP-2001098221-A (JP)
Title: Coating composition
Inventor: TONOMURA SADAICHI
IPC: C09D7/12
Filed: 1999-09-30
Abstract: PROBLEM TO BE SOLVED: To provide a coating composition which is excellent in storage stability and forms a coating film excellent in adhesion, hot-water resistance, cracking resistance, weatherability, staining resistance, pigment dispersion and the like. SOLUTION: This composition contains, as a binder, a product obtained by reacting (a) 100 pts.wt. of an organosilane represented by formula (1):(R1)nSi(OR2)4-n [wherein R1 is a 1-8C organic group; R2 is a 1-5C alkyl group; and (n) is 1 or 2] and/or a partial hydrolyzate thereof, (b) 0-20 pts.wt. of an organosilane represented by formula (2):(R1)3Si(OR2) [wherein R1 and R2 each has the same meaning as described above], (c) 1-280 pts.wt. of a silylated organic compound represented by formula (3) [wherein R1 and R2 each has the same meaning as described above; A is (CH2)m; m is an integer of 1-8; and n is 0, 1 or 2, and (d) 0-50 pts.wt. of colloidal silica (in terms of solid weight) dispersed in a hydrophilic organic solvent.
Patent JP-S63132568-A (JP)
Title: Digital image recorder
Inventor: KAMON KOUICHI
IPC: G03B27/62
Filed: 1986-11-22
Abstract: PURPOSE:To make it unnecessary to place a detecting sensor, and to improve the efficiency of a copying operation by providing an illuminating system for radiating a light beam to an original, an image sensor, a circuit for amplifying an analog signal, and an A/D converting circuit, detecting a size of an original by using them in common, and also, reading the original image density information. CONSTITUTION:A line image sensor 9 is driven by a sensor driver 12, and an output signal of the line image sensor 9 is amplified by an amplifier 13, and converted to a digital signal of 6 bits by an A/D converting part 14. Thereafter, shading correction 15 for correcting an uneven illuminance of a light source and a sensitivity variance, etc., of an element of the line image sensor 9 is executed, and an out-of-focus by an optical system is corrected by an MTF correcting part 16. As for the main scanning direction, a variable power method by a processing of an electric signal is used, and as for the sub-scanning direction, the correction is executed by changing a moving speed of running bodies 10, 11, in a state that a read timing of the image sensor 9 remains as it is. A data which is brought to variable power is binarized by a prescribed threshold value by a binary processing part 18, and outputted to a printer part by an outputting circuit 19.
Patent JP-H10278625-A (JP)
Title: Vehicle starting load reducing device
Inventor: YAMAMOTO HIDEKI
IPC: F16D61/00
Filed: 1997-09-03
Abstract: PROBLEM TO BE SOLVED: To greatly improve the fuel consumption by building in a coil spring to be compressed/restored by a holding plate of a rack gear to be engaged with a differential gear to be engaged/disengaged, and a support piece of the rack gear in a driven shaft to be engaged with a drive gear of a propeller shaft and a fit joint with serration which is fixed to the driven shaft. SOLUTION: A differential gear 16 is disengaged from a serration of a fit joint 13 in a free condition by a release spring while a vehicle is traveling, and when a brake pedal is stepped in, an electromagnetic coil attracts the differential gear 16 with the generated electromagnetic force and engages it with the serration of the fit joint 13. The differential gear 16 drives a rack gear 22, compresses coil springs 26, 27, attenuates the traveling inertia force of a vehicle body, and stops the rotation of a propeller shaft. When the brake pedal is released, the coil springs 26, 27 in the compressed condition restore to press the rack gear 22 with the spring force and drive the differential gear 16, and the propeller shaft is rotated.  A vehicle can be started and accelerated by the restoration force of the coil spring in place of the engine, and the fuel consumption can be greatly improved, and the air pollution can be prevented.
Patent JP-H05213963-A (JP)
Title: Concentration of beta-lactam solution
Inventor: KOIZUMI HIROAKI
IPC: C07D501/12
Filed: 1992-09-22
Abstract: PURPOSE:To effect high-efficient concentration of beta-lactam solution useful as a medicine with increased leakage and permeation rate by utilizing a specific loose reverse osmosis membrane to remove low-molecular-weight compounds from an aqueous beta-lactam solution. CONSTITUTION:According to the reverse osmosis process utilizing a polyamide, polyacrylonitrile or polyvinylalcohol loose reverse osmosis membrane, low- molecular-weight compounds such as water, salts, organic solvents or the like are removed from the aqueous beta-lactam solution and simultaneously the solution is concentrated.
Patent JP-S63131800-A (JP)
Title: Electric acoustic transducer
Inventor: KOBAYASHI YOSHIO
IPC: H04R7/02
Filed: 1986-11-21
Abstract: PURPOSE:To obtain an acoustic transducer which maintains rigidity, has a low density and a large internal loss and has good propagation speed by being equipped with a diaphragm obtained by making a suspension including an alginate fiber an inorganic fiber. CONSTITUTION:An inorganic fiber represented by a carbon fiber is mixed into a suspension to disperse and disaggegate an alginate fiber, and a diaphragm obtained by making this is equipped. The diaphragm to use a compound material composed of the alginate fiber and the carbon fiber is smaller in density, larger in the propagation speed, namely, sound speed and shows a comparatively larger value concerning the value of the internal loss than the diaphragm obtained with by a conventional woodpulp fiber. A higher harmonic distortion is small, a sound pressure frequency characteristic is also wide and flat, the propagation speed is inferior compared with a metallic material, and the resonance comes to be the one which is excellent and has a good balance.
Patent JP-H03139579-A (JP)
Title: Colored pencil red
Inventor: MIYAHARA YUICHI
IPC: C09D13/00
Filed: 1989-10-25
Abstract: PURPOSE:To obtain a colored pencil lead improved in the relations among the strength, the writing, and the color by incorporating Nepsilon-lauroyl-L-lysine into a non-baked colored pencil lead consisting mainly of an organic binder and a coloring material. CONSTITUTION:A non-baked colored pencil lead obtained using at least an organic binder and a coloring material as the principal ingredients and kneading and molding without high temperature heat treatment, which contains Nepsilon- lauroyl-L-lysine. The Nepsilon-lauroyl-L-lysine is an organometal comprising a cleavable white crystal powder. It is insoluble in various solvents and stable up to about 200 deg.C in the air under atmospheric pressure. It is commercially available. The content of Nepsilon-lauroyl-L-lysine is preferably about 10-20wt.%. The reason why the incorporation of Nepsilon-lauroyl-L-lysine can give an improvement in the relation between the strength and the writing is presumably that an improvement in dispersibility when kneading, impartation of high orientation capability when molding, a change in touch when writing due to cleavability, etc., will result therefrom.
Patent JP-H08147889-A (JP)
Title: Method for converting recorded data and data recording device using the method
Inventor: NAKAGAWA TOSHIYUKI
IPC: G11B20/14
Filed: 1994-11-14
Abstract: PURPOSE: To reduce jitter at the time of recording and reproducing in writing data on a magnetooptic disk, for example. CONSTITUTION: A coding modulation processing circuit 11 conducts coding modulation of the data to be recorded, and thus processed data is supplied to a data conversion and processing circuit 12. The circuit 12 divides each channel bit after coding modulation in n (n is an integer of two or more) based on the dividing parameter supplied from a dividing parameter memory setting circuit 14, and, at the same time, applies data conversion to the above n-divided channel bit in compliance with a specified conversion pattern supplied from a conversion pattern storing circuit 15. And the output of the data conversion circuit 12 is supplied to a data recording circuit 16 to write data on the magnetooptic disk D used for a recording medium.
Patent JP-H04152199-A (JP)
Title: Decorative surface member for furniture
Inventor: SHIODA EIJI
IPC: A47B96/20
Filed: 1990-10-16
Abstract: PURPOSE:To obtain a decorative surface member for furniture which is beautiful in appearance by coating a coloring permeable resin layer on the top of a decorative hologram layer. CONSTITUTION:On a base 3, a decorative hologram layer 4 of which the base is aluminum evaporated foil is mounted. On the front surface of the decorative hologram layer 4, a coloring permeable resin layer 5 is coated. At an observation position 8 in which diffraction rays appear to a light source 6, a beautiful hologram image can be seen, and at an observation position 9 in which diffraction rays 7 do not appear, the hologram image cannot be seen, however, the metallic color of aluminum is suppressed by the coloring permeable resin layer 5, and a favorable appearance can be obtained. Also, when the coloring permeable resin layer 5 is made to have a smoke color such as brown or gray, etc., the effect is further increased. That is, since the coloring permeable resin layer 5 is brown or gray, the metallic color of aluminum is remarkably suppressed, and it becomes possible to provide a favorable appearance.
Patent JP-H06132771-A (JP)
Title: Electronic component
Inventor: TAKANO ATSUSHI
IPC: H03H9/02
Filed: 1992-10-16
Abstract: PURPOSE:To attain production without using a flux by superseding a substrate with an electrode such as a filter, etc. CONSTITUTION:A front side is provided with a recessed housing part 13 housing an element 16, a back side is provided with a substrate 12 provided with a groove 14 for mounting a lead terminal whose part comes into a state penetrating the bottom of the housing part 13, the element 16 housed in the housing part 13 of the substrate 12 and the lead terminal 15 mounted to the groove 14 on the back side of the substrate 16, and the electrode 16b of the element 16 is electrically connected to the lead terminal 15 by way of a conductive adhesive 17 at the bottom of the housing part. In above constitution, at the time of mounting the lead terminal 15 to the groove of the substrate 14, a part of the lead terminal 15 appears at the bottom of the housing part 13 so that the electrode 16b of the element 16 and the appearing part of the lead terminal 15 correspond, by mounting the element 16 to the housing part 13. Thus, both of them are simply and electrically connected by the conductive adhesive.
Patent JP-H11117663-A (JP)
Title: Pit mouth water stop device for small-bore propulsion
Inventor: GOTO KAZUHIKO
IPC: E21D9/06
Filed: 1997-10-13
Abstract: PROBLEM TO BE SOLVED: To reduce the period and cost of construction work when a tunnel in the ground is excavated by a non-open cut method whereby the ground is not open-cut. SOLUTION: A hole 5 for inserting a pusher is bored in the side wall of an enclosure member 4 for forming a manhole buried in a vertical shaft 3. A mounting plate 6 on which projecting pieces 7, 8 are placed upright is secured to the peripheral surface of the hole 5. A pair of shield members 13, 14 and a packing 10 placed between the shield members 13, 14 are secured to the projecting pieces 7, 8 by a bolt 11 and a nut 12 in such a way as to cover the hole 5. The shield members 13, 14 are made of a material with such a strength that it is not broken by the underground earthen pressure but can be broken by the pressing force of the pusher. The packing 10 is made from a flexible material, and a through hole 10a with an inside diameter smaller than the outside diameter of the pusher is bored through the packing 10.
Patent JP-H01120833-A (JP)
Title: Automatic loader of lead frame
Inventor: SATO KAZUO
IPC: H01L21/50
Filed: 1987-11-04
Abstract: PURPOSE:To obtain an auto-loader which is able to array a number of lead frames automatically with a high accuracy, by installing a chuck mechanism where the lead frames are chucked from either of directions lengthwise and crosswise at least as well as a phase-shifting robot mechanism which moves the chuck mechanism to three axial directions X, Y, and Z. CONSTITUTION:If chuck work of lead frames comes to a finish, the Z axial unit 41 of a phase-shifting robot operates and the unit rises while holding a lead frame. If the rise of a chuck mechanism is completed, operations of the Z axial unit 41 stops operating. Then an X-Y carrier robot 40 operates and the above unit 41 moves to the left direction of a loading frame 60. In this way, the Z axial unit 41 operates again and comes to a state where each load frame comes nearly into contact with the upper face of the loading frame. The reverse action of the above operation permits chuck claws and frame guides to be opened and then the lead frames are released and are charged at a fixed position on the loading frame.
Patent JP-H02390-A (JP)
Title: Semiconductor substrate with superconductor layer
Inventor: FUJIMORI NAOHARU
IPC: H01L23/52
Filed: 1988-11-04
Abstract: PURPOSE:To bring a wiring for an IC to a superconductive state, and to reduce the loss of currents while enabling operation at high speed by forming a semiconductor layer shaped onto an Si single crystal substrate and composed of materials except Si and a composite oxide group superconductive material layer formed onto the semiconductor layer. CONSTITUTION:A semiconductor substrate is formed of a semiconductor layer shaped onto an Si single crystal substrate and consisting of materials except Si and a composite oxide group superconductive material layer formed onto the semiconductor layer. The semiconductor substrate hot only uses a composite oxide superconductor as a mere wiring material but also is employed as an integrated circuit substrate for shaping a novel superconducting element such as a semiconductor device, in which a Josephson junction is formed to a composite oxide superconductor section, a superconducting transistor, in which the semiconductor substrate and the superconductor are combined, and a hot-electron transistor. Accordingly, wirings for an IC are brought to a superconductive state, and the loss of currents can be reduced while high-frequency transmission or high speed operation can be realized.
Patent JP-S62137370-A (JP)
Inventor: TAKOYA TETSUZO
IPC: F21V21/36
Filed: 1985-12-10
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-2001101265-A (JP)
Title: Stock price data receiving terminal
Inventor: OTOMO YOSHITERU
IPC: G06Q50/00
Filed: 1999-09-30
Abstract: PROBLEM TO BE SOLVED: To provide an inexpensive stock price data receiving terminal with high reliability, by which a problem point that a conventional SRAM is expensive and has a short life owing to a magnetic disk without reliability is solved and a processing speed is not reduced through the use of a flash memory in a historical data storing area. SOLUTION: In the stock price data receiving terminal, the flash memory 1 is used as a non-volatile memory for storing historical data, a historical data storing area 10 for storing historical data corresponding to a date and a date order management table 11 for storing date order management information are arranged. When data in the flash memory 1 is updated in accordance with a received historical electronic message, updating is executed by a receiving data processing means 30 by using a date order management table updating area 20, an updating buffer 21 and a flash memory writing buffer 22 in DRAM 2. A historical data writing means 31 writes it in the flash memory 1.
Patent JP-H03140282-A (JP)
Title: Image forming method
Inventor: ONISHI HIROYUKI
IPC: B41M1/00
Filed: 1989-10-26
Abstract: PURPOSE:To repeatedly use a plate by utilizing the reversible expansion and contraction of a stimulation responsive substance and preparing an intaglio corresponding to an image signal to transfer image to a transfer medium using only pressure. CONSTITUTION:An image forming body 1 to which an stimulation responsive substance is fixed is formed into a belt or drum shape and, by applying light, heat or electric energy having image data to the image forming body 1, the stimulation responsive substance contracts corresponding to the energy and receives a necessary amount of ink 2 from an ink container 3 by a pickup roll 5 fitted with a film thickness controlling blade 4. Thereafter, the image forming body comes into contact with a transfer medium 6 to transfer an image thereto by a transfer roll 7. Subsequently, a plate is initialized by light, heat or electric energy to enter the next image forming process. By this constitution, a process is made simple and response speed is increased and a plate can be repeatedly used and a highly detailed image can be formed.
Patent JP-H04155674-A (JP)
Title: Magnetic recorder/reproducer
Inventor: SUGAWARA TAKAO
IPC: G11B20/18
Filed: 1990-10-19
Abstract: PURPOSE:To increase an error correcting capacity without increasing the length of a code word and to facilitate a high density recording by providing a table for stepwisely dividing a code word array to groups and storing it. CONSTITUTION:An encoder 1 has a convolution coder 6, a table 7 and a selector 8. Partial bit of one block of input information is convolution-encoded by the coder 6, the table 7 is accessed, a code word of the group read from the table 7 is selected by the remaining bit of the one block of the input information by the selector 8, and output. A code word array arranged so that a Hamming distance and an Euclidean distance are large between code words is stepwisely divided into groups and stored in the table 7. Accordingly, the code word in which the Hamming and the Euclidean distances between the code words in the group read from the table 7 are large and the error correcting capacity is large, is selected, and recorded.
Patent JP-H09123398-A (JP)
Title: Screen printing method and screen printing machine
Inventor: KAWAI SHOJI
IPC: B41F15/40
Filed: 1995-10-26
Abstract: PROBLEM TO BE SOLVED: To shorten time elapsing from filling to printing as much as possible to perform favorable printing and use ink K without waste. SOLUTION: A precoater 12 and a squeegee 22, which acts independently of each other, are provided in a printing start position F on a screen form plate 5 to be in juxtaposition with a predetermined spacing L therebetween. Immediately after the precoater 12 is moved to a printing terminating position E while pressed against the screen form plate 5 to fill ink K into printing area through holes, the squeegee 22 is caused to move following the precoater 12 while pressed against the screen form plate 5 whereby the ink K is extruded from the printing area through holes to permit printing to be performed on a printing sheet W. Accordingly, the ink K filled into the printing area through holes in an ink applying process is not left for a long time as it is, and so time elapsing from filling to printing is shortened.  The ink K, which remains in the printing terminating position E on the screen form plate 5 after the printing, is put between the precoater 12 and the squeegee 22 to be returned to the printing start position F on the screen form plate 5.
Patent JP-2001096739-A (JP)
Title: Ink-jet recording head and ink-jet recording apparatus
Inventor: MIYATA YOSHINAO
IPC: B41J2/055
Filed: 1999-09-30
Abstract: PROBLEM TO BE SOLVED: To provide an ink-jet recording head and an ink-jet recording apparatus which prevent the occurrence of cracks of a piezoelectric layer. SOLUTION: The ink-jet recording head has piezoelectric elements 300 each comprised of a lower electrode 60, a piezoelectric layers 70 and an upper electrode 80 set via a diaphragm constituting part of a pressure generation chamber 12 connected to a nozzle opening, and piezoelectric active parts 320 which are substantially driving parts for the piezoelectric layers 70 constituting the piezoelectric elements 300. The piezoelectric active part is set in a region opposite to the pressure generation chamber 12. In this case, a recess part 61 where at least the lower electrode 60 is removed is formed over a breadthwise direction of the pressure generation chamber 12 to the side of the diaphragm of the piezoelectric layer 70 of the piezoelectric active part 320, thereby easing a stress applied in a longitudinal direction of the piezoelectric layer 70.
Patent JP-2000090946-A (JP)
Title: High temperature area proton conductive thin film using organic and inorganic composite material, and manufacture thereof
Inventor: HONMA ITARU
IPC: H01M8/10
Filed: 1998-09-14
Abstract: PROBLEM TO BE SOLVED: To provide a thin film capable of being operated in a high temperature area by solidifying the electrolyte formed of the molecules having the structure that both of the inorganic material such as silsesquioxane or silica and the organic material such as polyethylene oxide are chemically bonded to each other through the urethane bonding, the coagulating agent and the conductivity giving agent. SOLUTION: This proton conductive thin film desirably uses 3- isocyanatepropyl-triethoxy-silane and polyethylene oxide, and as the inorganic material, silsesquioxane or silica of mono-aryl tri-alkoxy silane is used, and mono-phenyl tri-ethoxy silane as the mono-aryl tri-alkoxy silane is used, and as the mono-phenyl tri-ethoxy silane, mono-aryl tri-alkoxy silane is used. This composite solid electrolyte film can be used as the proton conductive electrolyte film capable of being operated in a temperature area at 100-160 degree. In this area, since electrodes are not influenced by CO, the reformed gas can be used for the fuel, and the high molecular fuel cell using the liquid fuel can be manufactured.