baber/WOPTO huggingface dataset:
Patent JP-H1092904-A (JP)
Title: Transporting vessel
Inventor: UCHIDA FUMIHIKO
IPC: G01N1/00
Filed: 1996-09-11
Abstract: PROBLEM TO BE SOLVED: To carry a work in and out from a housing with a reciprocal motion of a slider by converting a rotating motion of a lever into a linear motion of the slider through a first and second guides when rotating the lever from outside the housing. SOLUTION: A rotating motion of a lever 24 is converted into a linear motion of a slider 17 through a first and second guide pins 15, 16 to move the slider to and from a housing 12 when rotating the lever from outside the housing 12. The motion of the slider 17 causes a work 1 held by the slider 17 to be moved in and out from the housing 12, thus taking out the work 1 housed in the housing 12 therefrom by the external operation, without touching the work 1. This makes it possible to close/open an inlet/outlet 13 of the housing 12 by a gate 14 to hermetically close the housing and carry the work being hermetically closed.
Patent JP-H04176842-A (JP)
Title: Non-thermal refining steel for hot forging
Inventor: IWAMA NAOKI
IPC: C22C38/22
Filed: 1990-09-28
Abstract: PURPOSE:To obtain a non-thermal refining steel for hot forging obtaining excellent strength, toughness and fatigue strength in the wide range of forging condition by specifying the composition composed of C, Si, Mn, Cr, Mo, Al, V, N and Fe. CONSTITUTION:This steel is the non-thermal refining steel for hot forging composed of, by weight %, 0.10-0.30 C, 0.05-0.50 Si, 0.80-2.00 Mn, 0.30-1.50 Cr, 0.05-0.50 Mo, 0.002-0.060 Al, 0.05-0.50 V, 0.008-0.020 N and >=0.20 (Mo+V), 1.8(Mn+Cr+0.5Mo), <=20C, BS>=550 deg.C (BS=830-270C-90Mn-70Cr-83Mo) and as necessary, further containing the prescribed contents of S, Pb, Ca, Ti, Nb, etc., and the balance Fe with impurity elements and having various excellent characteristics capable of smooth start up of the new product without changing the characteristic of strength, toughness, etc., according to the size of the parts and the forging condition.
Patent JP-H03123585-A (JP)
Title: Outer cutting edge for electric shaver or the like
Inventor: INOUE KAZUHIKO
IPC: B26B19/00
Filed: 1989-10-06
Abstract: PURPOSE:To cut to the root of a beard as deep as possible, and to improve a low noise characteristic and reliability, and to reduce a load current, by a method wherein the section of the title edge is formed so that an inner cutting edge relief surface is joined between a border of a beard-guiding curved surface and a border of an inner cutting edge-sliding surface, and a part at which the beard-guiding curved surface and the inner cutting edge-relief surface intersect with each other, is made an edge part. CONSTITUTION:An interior 4 of a rib 2 between holes consists of a flat inner cutting edge- sliding surface 4a on which the edge of an inner cutting edge 8 is slid, and an inner cutting edge-relief surface 4b which is formed continuing to a border 6 on the beard-guiding hole side of the inner cutting edge-sliding surface 4a, and thus is formed in the shape of a flat dish. An edge part 7 is also formed at which the inner cutting edge-relief surface 4b and a beard-guiding curved surface 3b intersect. The edge part 7 is designed so that a beard A guided into a beard-guiding hole 1 is caught as at its root side as possible and is also designed so that the beard A is cut between the edge part 7 and the edge of the inner cutting edge 8. In this way, since the edge part 7 is located at the position being a little to the side of an exterior 3 compared with the inner cutting edge-sliding surface 4a, it is possible for a user to approach the edge part 7 as to the root of the beard A as possible and thus it is possible for the user to shave the beard deeply.
Patent JP-H0579373-A (JP)
Title: Control system for engine
Inventor: YOSHIMURA TAKESHI
IPC: F02D41/16
Filed: 1991-09-14
Abstract: PURPOSE:To prevent the occurrence of an engine stall in the engine wherein fuel cut is done during deceleration, by correcting the number of return revolutions for re-opening the fuel supply to a higher revolution side than the value at which the engine ignition characteristic is good, when the engine ignition characteristic is detected to have been degraded. CONSTITUTION:In a control device 16 for controlling the operation of an engine E, a fuel cut region is set beforehand in the operational region of the engine E. If the operational condition of the engine is in this region of fuel cut and the engine is decelerated, cut of the fuel is executed. If, during the fuel cut, the number of engine revolutions becomes the number of return revolutions, supply of the fuel is re-opened. Further, a degradation in the ignition characteristic of the engine E is decided from the output of a specific-gravity sensor 24 for measuring the specific gravity of the electrolyte of a battery 23. If electric discharge occurs in the battery 23 and it is decided as a result that the ignition characteristic is degraded, the number of return revolutions is corrected to a higher revolution side than the value corresponding to a good ignition characteristic time, thereby preventing the occurrence of an engine stall at the time of fuel supply restoration.
Patent JP-H0792436-A (JP)
Title: Method for sticking anisotropically conductive film and its device
Inventor: TAMURA TOSHIYUKI
IPC: G02F1/13
Filed: 1993-09-27
Abstract: PURPOSE:To provide a method and device for interposing and sticking anisotropically conductive films between wiring patterns and TAB leads of wiring boards. CONSTITUTION:The anisotropically conductive film and a protective film are peeled and this protective film is taken up. The anisotropically conductive film is drawn out to a prescribed length in a horizontal direction. The drawn out anisotropically conductive film is sucked and fixed by a stationary block 13 and a moving block 15 adjacent to this stationary block 13, both of which blocks respectively have air suction ports. The anisotropically conductive film sucked in such a manner is cut by a cutter 16 existing between the stationary block 13 and the moving block 15 and the anisotropically conductive film sucked to the moving block 15 is aligned to the wiring board 25 and stuck to the prescribed position. As a result, the workability is extremely better than with the conventional method and device and the exact aligning and sticking of the anisotropically conductive film are possible.
Patent JP-S63116476-A (JP)
Title: Thermoelectric generating device
Inventor: IMAI TSUTOMU
IPC: H01L35/00
Filed: 1986-11-05
Abstract: PURPOSE:To realize a thermoelectric generating device small in size and therefore occupying but a small space for its installation by a method wherein a plurality of thermoelectric generating elements are stacked up one upon another through the intermediary of heat-radiating dielectric substrates, provided with wiring patterns on both sides, and said wiring patterns establish a series connection for the thermoelectric generating elements. CONSTITUTION:A plurality of iron silicide thermoelectric generating elements 1, formed into a U-letter of an anode-side terminal 1a and cathode-side terminal 1b with their tips covered by conductive film, are stacked up with heat-radiating dielectric substrates 2 between. Electrode wiring patterns 5 and 6 are formed on the front and rear surfaces of each of the heat-radiating dielectric substrates 2. By means of the electrode wiring patterns 5 and 6, neighboring terminals 1a and 1b of the thermoelectric generating elements 1 are connected, respectively, for the establishment of a series connection for the thermoelectric generating elements 1. A thermoelectric generating device of this design may be stronger in junction and smaller in size requiring a smaller space for installation, with the thermoelectric generating elements 1 being joined on both surfaces.
Patent JP-S63116314-A (JP)
Inventor: HIRAOKA SABURO
IPC: C23C14/20
Filed: 1986-11-05
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-H03125166-A (JP)
Title: Developing device
Inventor: TARUMI NORIYOSHI
IPC: G03G15/01
Filed: 1989-10-11
Abstract: PURPOSE:To bring a required developing unit to a developing position at a high speed and to smoothly transmit driving force to the developing unit arriving at the developing position, without producing noise by providing a supporting body with a driving shaft for each of the developing units and with a drive-transmitting coupling which can be engaged with and separated from the drive-coupling of each of the developing units. CONSTITUTION:In the position where the supporting body 6b faces each of the developing units, the driving shaft 80 is pivotally supported on a line extended from the developing roller shaft 71 of corresponding developing unit, so that it can freely rotate and also move in the prescribed range in the axial direction shown by an arrow N; the drive-transmitting coupling 81, which can be engaged with and separated from a developing unit driving coupling 75, is fixed at the front end of the driving shaft 80. Therefore, the required developing unit is speedily brought to the developing position without being interruped by anything, by rotating the supporting body, and the driving shaft which corresponds with the developing unit can be pushed out by a driving member. Since the coupling engage with each other, and the driving shaft is rotated and driven, the developing unit can be surely and smoothly switched and operated without any impact.
Patent JP-S61140056-A (JP)
Title: Enclosed lead storage battery
Inventor: KIKUCHI YOICHI
IPC: H01M10/02
Filed: 1984-12-13
Abstract: PURPOSE:To prevent overflow by providing an anti-spray trough made of acid- resistant paper between positive and negative pole shelves below a valve tube. CONSTITUTION:A fold 12 is provided continuously onto a glass fiber paper hoop 11 of constant width then cut 13 to the width of shelf then pushed between the shelves of positive and negative poles 8, 9 to produce an U-shaped anti-spray through 14. Because of its U-shape, the anti-spray trough 14 will try to recover to the original shape thus secured firmly between the shelves. Consequently, adhesion of gas produced during formation of battery jar to the inside of valve tube 4 is prevented thus to prevent overflow of electrolyte over a safety valve 3.
Patent JP-S62125046-A (JP)
Inventor: YOSHIDA IWAO
IPC: D03D41/00
Filed: 1985-11-22
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
Patent JP-H08123525-A (JP)
Title: Machining method for noncomplete round work
Inventor: YONEDA TAKANORI
IPC: G05B19/4093
Filed: 1994-10-27
Abstract: PURPOSE: To provide the machining method for noncomplete round work with which high-accuracy machining is enabled by preventing mechanical vibrations from being generated by properly smoothing profile data. CONSTITUTION: 360 pieces of profile data provided in the beginning contain discontinuous parts 21, 22... shown by the Acc and Jrk of (A) and by smoothing these data through a low-order filter, the discontinuous parts are removed as shown in (B). Next, 3600 pieces of profile data shown in (C) provided by Lagrange interpolation further contain discontinuous parts 23, 24... and by smoothing these data through a high-order filter, the data of (D) are provided. The discontinuous parts 23, 24... contained in 3600 pieces of profile data shown in the (C) are not recognized in the data of (D) smoothed by this high-order filter as shown in the Acc and Jrk of (D).
Patent JP-H03125719-A (JP)
Title: Trench bottom treatment device for underground continuous wall building method
Inventor: TERAMOTO TOSHINORI
IPC: E02D17/13
Filed: 1989-10-09
Abstract: PURPOSE:To promote work efficiency by extending frame fixed jacks to fix a horizontal frame to both side walls after an inclination of the horizontal frame is detected by an inclination detector, and excavating by means of excavators mounted on a horizontal movement truck. CONSTITUTION:The horizontal frame 2 mounting an inclination detector 3 and a plurality of frame fixed jacks 4 is provided to a trench bottom treatment device 1 for an underground continuous wall building method. The horizontal movement truck 5 is borne on the horizontal frame 2 lengthwise of an underground trench so that it is capable of horizontal movement, and an excavating frame 7 is placed under the movement truck 5. The trench bottom treatment device 1 is hung down to the trench bottom side, and after an inclination of the horizontal frame 2 is detected by the inclination detector 3, it is fixed horizontally. Then, the truck 5 is moved horizontally, and excavators 10 and 11 mounted on the truck 5 excavate trench bottom.
Patent JP-H06117220-A (JP)
Title: Exhaust emission control device for internal combustion engine
Inventor: ARAKI YASUSHI
IPC: F01N3/18
Filed: 1992-10-01
Abstract: PURPOSE:To reduce the amount of reducing agent consumption in release and reduction of NOX from and in NOX absorbent located in an engine exhaust emission system. CONSTITUTION:An oxygen consumption means 11 to consume oxygen in exhaust emission is located in an exhaust emission path 3 in the upstream of NOX absorbent 15 to lower the oxygen concentration of exhaust emission in release and reduction of NOX. The oxygen concentration of exhaust emission flowing into NOX absorbent is lowered beforehand to lower the required amount of reducing agent for holding NOX absorbent in reduction atmosphere.
Patent JP-H08117299-A (JP)
Title: Blood circulation accelerator
Inventor: MANO SHINICHIRO
IPC: A61H7/00
Filed: 1994-10-27
Abstract: PURPOSE: To efficiently use a blood circulation accelerator having an air bag. CONSTITUTION: Regarding the blood circulation accelerator where an air bag 2 is inflated and deflated via the supply and discharge of the compressed air from a compressor (compressed air supply means) 24 to repeatedly compress and release a blood vessel for a blood circulation acceleration, a control device (control means) 21 starts the supply of the compressed air from the compressor 24 to the air bag 2, and a supply time elapsed from the start of the air to the attainment of preset pressure is counted with a counting means 31 concurrently with the start of the air supply. Also, an exhaust time corresponding to the counted supply time is read out from a memory 23, and the air bag 2 is exhausted of the compressed air over the exhaust time.  At the same time, the air supply is started after the elapse of the exhaust time, thereby increasing the inflation frequency of the air bag 2 per unit time, and ensuring an efficient blood circulation.
Patent JP-H06102208-A (JP)
Title: Sample heating device for x-ray diffraction measurement
Inventor: OMURA TAKAHIRO
IPC: G01N23/20
Filed: 1992-09-08
Abstract: PURPOSE:To obtain a sample heating device which realizes at X-ray diffraction measurement highly accurately even with a small quantity of samples without obstructing the course of X-rays incident upon the sample and is able to heat the sample in the uniform temperature distribution. CONSTITUTION:The sample heating device is provided with a plate body 1 of a flat plate formed of a heat-proof, thermally-conductive insulating material, a through-hole 2 for setting of a sample opened at a predetermined position of the body 1, and a heater pattern 3 provided in the body 1 to center the through-hole 2.
Patent JP-S63118890-A (JP)
Title: System for processing polygonal image with painting surface
Inventor: MARUYAMA RYOKO
IPC: G06T11/20
Filed: 1986-11-06
Abstract: PURPOSE:To reduce the quantity of information by expecting that an adjacent polygons with fine boundaries are overlapped and drawn later and approximating the polygon with a polygon to which the boundary of early drawn polygon is directly converted with a line connecting projecting vertexes so as to simplify the polygon. CONSTITUTION:A projecting vertex detection part 4 detects projecting vertexes by comparing coordinate values at three consecutive points on a vertex list 3, and adds 1st prescribed marks to the points that are decided to be vertexes. An area intersection detection part 5 detects whether or not the line segment sequentially connecting the points with marks crosses a defined polygonal area by referring to data outputted to output image data 7. If so, the part 5 adds a prescribed 2nd mark to the point omitted in that part. A processing decision part 6 compares the numbers of 1st and 2nd marks with previous ones. If they show changes, the part 6 stores the current number and processing from the projecting vertex detection part 4 is repeated. The part 4 deletes the marks at required points among the vertexes selected and added by the 1st marks so that the border line comprising by connecting the points with the marks can include only the projecting vertexes.
Patent JP-H07307159-A (JP)
Title: Solid electrolyte fuel cell and manufacture thereof
Inventor: ODA KIICHI
IPC: H01M8/12
Filed: 1993-10-22
Abstract: PURPOSE:To provide a two layer aggregate with no warp and no break by arranging an electrode plate made of a porous body formed by sintering ceramic coarse powder through binder fine powder and a solid electrolyte body made of a dense body formed by sintering zirconia solid electrolyte coarse powder through zirconia solid electrolyte fine powder. CONSTITUTION:A 100-200um thick dense solid electrolyte body 2 made of zirconia is formed on the plane surface of a 3mm thick anode plate 1. A groove 5 is formed on the gas supply side of the anode plate 1. Each component of a two layer aggregate of the solid electrolyte body/the anode plate is produced in the following way. The anode plate 1 is a porous body and produced by sintering the coarse powder of a porous ceramic comprising zirconia, alkali earth element- or rare earth element-doped lanthanum manganite, lanthanum nickelite, lanthanum cobaltite, lanthanum chromite, or a mixture of them through fine powder of a sintering agent (such as silica and alumina). The solid electrolyte body 2 is a dense body and produced by sintering the coarse powder of a zirconia solid electrolyte through the fine powder of the zirconia solid electrolyte.
Patent JP-H11103684-A (JP)
Title: Seedling box recovering device
Inventor: NISHIJIMA TAKASHI
IPC: A01G9/00
Filed: 1997-09-29
Abstract: PROBLEM TO BE SOLVED: To provide a seedling box recovering device capable of preventing the mistake of taking up and surely taking the seedling box up for recovering. SOLUTION: This seedling box recovering device is equipped with a box taking up device 28 for taking up the seedling box by hooking with a seedling box N arranged in a seedling growing place and a conveying device 27 positioned at the bottom side of the seedling box brought up by the box taking up device 28 for receiving the seedling box from the box taking up device 28 and conveying. The box taking up device 28 has a hooking tool 54 formed at a hooking part thereof for hooking with a peripheral edge extended to the outside from the side wall of the seedling box from the lower direction and the hooking tool 54 is supported in the upper direction of the conveying device 27 so as to become as freely movable in front and rear directions.
Patent JP-H0975722-A (JP)
Title: Fluid adsorbing method, device and carbonaceous adsorbent
Inventor: SASAOKA JIRO
IPC: B01J20/20
Filed: 1995-09-06
Abstract: PROBLEM TO BE SOLVED: To efficiently regenerate a spent carbonaceous adsorbent by low-temp. oxidation and to reuse it by subjecting a part of the adsorbent to a heat treatment including oxidative cracking or fluidized thermal cracking at a specified temp. in a gaseous atmosphere contg. air for a short time, returning the treated adsorbent to an adsorption part and treating the adsorbent with acid. SOLUTION: Water to be treated is introduced from a valve 28 and passed successively through adsorption towers 1, 2 and 3 to remove the org. matter or harmful matter by a carbonaceous adsorbent. The spent adsorbent from the tower 1 is passed through a valve 29, discharged on a vibrating-screen dehydrator 11, dehydrated, passed through a storage tank 13 and a feeder 19, introduced into a regeneration furnace 4, fluidized and oxidized with air. The spent adsorbent is heated in the furnace 4 at 150-600 deg.C by the fluidization air preheated by an electric wire 44 for 2-15min, carbonized, oxidized, desorbed and regenerated, and a part of it is returned to the adsorption tower 1.  The regenerated adsorbent is discharged into a water-cooled treating tank 18 through a valve 48, added with an acid such as hydrochloric acid and treated in a weakly acidic medium, and the activity is effectively maintained. Acid need not be added in each regeneration in most cases.
Patent JP-2000096290-A (JP)
Title: Power feeder for long-sized belt-like body
Inventor: HIRABAYASHI MASAFUMI
IPC: C25D7/06
Filed: 1998-09-18
Abstract: PROBLEM TO BE SOLVED: To reduce the deflection quantity of a TAB tape in a power feed roller part, to prevent the damage of the TAB tape and to improve power feeding efficiency. SOLUTION: This power feeder includes the power feed roller 20, which is arranged in mid-way of a transporting route of the TAB tape 12 and is formed with large-diameter parts 30 for supplying current for plating to the TAB tape 12 by coming into surface-to-surface contact with the side edges along the longitudinal direction of the TAB tape 12 at both side ends of the outer peripheral surface, and an injection means 42, which injects liquid 43 to the power feed roller 20 toward a spacing 32 formed between the outer peripheral surface of the small-diameter part held by the large-diameter parts 30 at both side ends of the power feed roller 20 and the TAB tape 12.
Patent JP-H08176080-A (JP)
Title: New melatonin agonist
Inventor: KIYASURIIN ESU TAKAKI
IPC: C07C233/60
Filed: 1995-10-13
Abstract: PROBLEM TO BE SOLVED: To obtain the subject new compound having drug properties and biologically effective properties and having melatonergic properties effective for the treatment of depression, sleep disorder, reproduction, cancer, immunological diseases or the like.  
     SOLUTION: This compound is represented by the formula (R) is a 1-3C alkyl or allyl or the like; R 2  is H, a halogen or a 1-4C alkoxy; R 3  is H or a 1-4C alkyl; R 4  is a 1-4C alkyl, a 1-4C alkyl substituted amino or the like; A is a straight-chain 1-4C alkanediyl or alkenediyl, if X is a bond, A is not CH 2 CH 2 ; X is a covalent bond or oxygen), e.g. N-[3-(3-methoxyphenyl) propyl]cyclopropanecarboxamide. The compound of the formula is obtained e.g. by acylation of an appropriate amine. 
     COPYRIGHT: (C)1996,JPO
Patent JP-H04142372-A (JP)
Title: Coating solution for forming metal oxide film
Inventor: NAKANO TADASHI
IPC: C09D1/00
Filed: 1990-10-04
Abstract: PURPOSE:To stably form a single or composite high-quality film of oxide(s) of at least one metal selected from the group consisting of Ti, Zr, Nb, and Ta by using a soln. of an alkoxide of the metal in an unsatd. alcohol as a coating soln. CONSTITUTION:At least one metal alkoxide of the general formula: M(OR)n (wherein M is at least one metal selected from the group consisting of Ti, Zr, Nb, and Ta; R is a satd. or unsatd. hydrocarbon group; and n is an integer determined by the valence number of the metal) is dissolved in an unsatd. alcohol to give the title soln. The unsatd. alcohol is required to have at least one double bond and/or at least one triple bond in the molecule in addition to at least one alcoholic hydroxyl group.