baber/WOPTO huggingface dataset:
Patent JP-H0891162-A (JP)
Title: Helmet having air bag
Inventor: SOGI HIDEHITO
IPC: B60R21/16
Filed: 1994-09-21
Abstract: PURPOSE: To protect not only a head part of the human body but also the face or the upper half of the body over a wide range by forming a structure to control the unfolding direction by arranging plural straps in the top direction and the outer peripheral direction inside of an air bag so as to wrap a head part or the upper half of the body at air bag unfolding time. CONSTITUTION: Plural top direction control straps 15 are installed over an almost central part of topside cloth 12 from an opening peripheral edge part for an inflator of landside cloth 13 of an air bag, and plural peripheral direction control straps 14 are installed over the bottom side cloth 13 and a sewing part 16 of the top side cloth 12 or its vicinity similarly from the opening peripheral edge part for the inflator, respectively, and the unfolding direction of the air bag is controlled. In a helmet having the air bag, since the opening peripheral edge part of the bottom side cloth 13 and the sewing part 16 are not connected by the peripheral direction control straps 14 shorter than these mutual respective parts, sagging is formed in the air bag at actual use time, and it swells in the direction for protecting the face of the human body or the upper half of the body.
Patent JP-H06105579-A (JP)
Title: Controller for induction motor
Inventor: KOKAJI MINORU
IPC: H02P23/16
Filed: 1992-09-24
Abstract: PURPOSE:To perform labor saving of maintenance by converting a speed and a speed set value of an induction motor, and controlling the movable electrode of a water resistor by an AC servomotor. CONSTITUTION:An induction motor (DM) 1 is driven by closing a switch 2. A tachometer generator 5 coupled directly to the DM 1 generates a signal in response to the speed of the DM 1, and a converter 9 which receives the signal converts and outputs a signal usable for controlling. A function converter 10 compares the set value of a speed setter 6 with the input from the converter 9, and outputs a command to a controller 11 according to a preset function in response to the difference of a compared value. An AC servomotor 3b is driven by the command of the controller 11 to control the position of the movable electrode 3a of a water resistor 3, and the speed of the DM 1 is controlled by controlling to regulate a secondary resistance value.
Patent JP-H0971087-A (JP)
Title: Case for refill lead
Inventor: KIMURA SHIGERU
IPC: B43K19/14
Filed: 1995-09-07
Abstract: PROBLEM TO BE SOLVED: To take out a required number of refill lead quickly readily by releasing as required an opening of a refill lead case for housing refill lead in the event of replenishing refill lead to a mechanical pencil. SOLUTION: An opening 3 of a refill lead case 1 for housing spare cores 4 is made freely open and closed by a slider 5 rotatably pivoted thereon, and an engaging projection piece 11 of the second fixing shaft 10 is engaged to be freely held in the recess 12 confined between the engaging projects 9 formed in a projected manner on the inner wall surface 8 in a space 7 defined in a slider 5, in order to allow a part of the opening to be released. In this manner, in the case where a required number of refill lead is replenished into the mechanical pencil, the slider is urged to rotate and permit a part of the opening 3 of a case main body 2 to be released so that refill lead can be rapidly and easily taken out as required because the opening area is limited.
Patent JP-H0565773-A (JP)
Title: Parking equipment
Inventor: ARAKI TAKASHI
IPC: E04H6/20
Filed: 1991-09-05
Abstract: PURPOSE:To efficiently house a lot of vehicles in a limited space without lengthening a cycle time to be required for the vehicles to enter or leave a shed. CONSTITUTION:A vehicle 1 is loaded on the slat conveyor (a transfer device) 4 of an ascending or descending truck 5, and the truck 5 is moved down by a linear motor 9, and is stopped to be adjacent to a horizontally running truck 16 on a proper step. After that, the vehicle 1 is shifted to be loaded on the slat conveyor (a transfer device) 15 of the horizontally running truck 16, from the slat conveyor 4 of the ascending or descending truck 5, and the horizontally running truck 16 is run by a linear motor 20 and is set by the side of a vacant parking shelf 22, to be stopped. After that, from the slat conveyor 15 of the horizontally running truck 16, to the slat conveyor (a transfer device) 23 of the parking shelf 22, the vehicle 1 is shifted to be loaded on and to be contained on.
Patent JP-2000090413-A (JP)
Title: Thin-film magnetic head and its production
Inventor: YAMASHITA YOSHIMI
IPC: G11B5/31
Filed: 1998-09-09
Abstract: PROBLEM TO BE SOLVED: To lessen the eddy current loss to high-frequency magnetic recording by forming magnetic recording magnetic pole layers to a multilayered structure consisting of >=2 layers of electrolytic plating magnetic film patterns separated from each other by insulating layers. SOLUTION: The thickness of the electrolytic plating magnetic film patterns 4 is extremely small and the cross-sectional shape thereof is transversely elongated and, therefore, the direction of magnetization tends to be a transverse direction, i.e., a track width direction. Either of alumina or silicon oxidized films are used as insulating layers 5. Since the thickness of the insulating layers 5 is confined to <=125 nm, magnetic thin films may be formed thereon by the influence of pinholes, etc., by an electroplating method. Soft magnetic films consisting of NiFe, etc., of <=50 nm are disposed between the insulating layers 5 and the magnetic film patterns 4. Since the soft magnetic films act as plating base layers 2, the selective formation thereof as the magnetic film patterns 4 is possible.  Since the magnetization directions of the magnetic film patterns 4 are alternately inverted, the formation of reflux magnetic domains at the cross sections of the magnetic recording magnetic pole layers 6 is possible.
Patent JP-H09252170-A (JP)
Title: Manufacture of flexible wiring substrate
Inventor: SUGIMOTO TOSHIHIKO
IPC: H05K3/22
Filed: 1996-09-26
Abstract: PROBLEM TO BE SOLVED: To provide a flexible wiring substrate which controls generation of curl. SOLUTION: In a flexible wiring substrate wherein two or more layers of plastic films manufactured by extending in two directions of vertical and lateral directions are stacked, elliptic bodies having respective line expansion coefficients are formed on the coordinates at the portions corresponding with each other to the two plastic film surfaces located at both outer most layers. In this case, a couple of plastic films having the relationship that the maximum value of the difference of the line expansion coefficients of the plastic films obtained by stacking the elliptic bodies so that the center matches the coordinates axes is 1.4×10<-5> (1/ deg.C) or less is used.
Patent JP-S61133553-A (JP)
Title: Sealed gasket for cylindrical cell
Inventor: SHINODA KENICHI
IPC: H01M50/193
Filed: 1984-12-04
Abstract: PURPOSE:To prevent generation of cracks along the groove, effectively, without losing buffer effect by the groove, by making a molecular orientation of polymer, which is formed in the ring-shaped buffer grooved part of the sealed gasket, in radial shape. CONSTITUTION:The sealed gasket 20 for cylindrical alkaline cell is an injection molding product of polypropylene or the like, integratedly formed of the boss part 22, coupling part 26, ring-shaped buffer grooved part 28, and outer cylindrical part 24. The ring-shaped buffer grooved part 28 with a V-shaped sectional area is formed near the surroundings of the coupling part 26. The molecular orientation of polymer in the ring-shaped buffer grooved part 28 is radial like indicated by an arrow a and is perpendicular to the direction of the groove. The fastening force actuating through the surroundings of the sealed gasket 20 is operated to generate cracks along the circular line of the groove in the ring-shaped buffer grooved part 28, however, since the molecular orientation of polymer is perpendicular to the direction of the groove there, the strength, against the force which generates a breaking along the groove, becomes very large, with few cracks being generated.
Patent JP-H0593923-A (JP)
Title: Active matrix type liquid crystal display element
Inventor: ISHIHARA SHOICHI
IPC: G02F1/137
Filed: 1991-10-02
Abstract: PURPOSE:To provide the active matrix type liquid crystal display element having excellent orientability in a high-temp. region. CONSTITUTION:A liquid crystal material having p1>=p2 at T1<=T2 when the sizes of the chiral pitch at T1, T2 temps. are respectively designated as p1, p2 is sealed between two sheets of substrates. The liquid crystal material of 1 to 4C satisfying such conditions has the negative dependency of the chiral pitch thereof on temp. and the torsional force of the liquid crystal material increases with an increase in temp., unlike a comparison example shown by C5, C6 and, therefore, the sufficient orientability is maintained even in the high-temp. region of the active matrix type liquid crystal display element sealed therein with such liquid crystal material.
Patent JP-H1197527-A (JP)
Title: Semiconductor wiring device
Inventor: HIROKAWA TOMOAKI
IPC: H01L21/768
Filed: 1997-09-19
Abstract: PROBLEM TO BE SOLVED: To prevent the deflection of an upper layer wiring in an electrode wiring in which a cavity is present between the upper layer wiring and a lower layer wiring. SOLUTION: On a semiconductor substrate 1, a second layer wiring 4 and a first layer wiring 2 are formed in upper and lower stages and the cavity S is formed between the second layer wiring 4 which is the upper layer wiring and the first layer wiring 2 which is the lower layer wiring. On the first layer wiring 2, a projection 6 erected on both sides is provided along the second layer wiring 4. The projection 6 receives a pressure applied from the upper part of the semiconductor substrate 1, reduces the burdens of the upper layer wiring and suppresses the deflection of the second layer wiring.
Patent JP-H0794486-A (JP)
Title: Etching apparatus of semiconductor
Inventor: SATO OSAMU
IPC: H01L21/3065
Filed: 1993-09-20
Abstract: PURPOSE:To ensure correct detection of an etching treatment end point corresponding to an etching rate (Angstrom /sec) by an end point detector mounted on an etching apparatus of a semiconductor. CONSTITUTION:A light-sensing part 5 of an end point detector which senses light emitted from the surface of a wafer 1 is fitted to a fixing part 3 of a wafer holding part 11 comprising a wafer 1, a wafer retainer 2, a chuck 6 and the fixing part 3 fitted with a motor 7 for rotating the chuck. Even when the wafer holding part 11 is tilted in the direction of an angle of elevation or depression to a fitting part 4 with an etching rate changed and set, the light-sensing part 5 moves in linkage therewith, in this constitution, so that the relative position thereof to the wafer 1 may not change.
Patent JP-S62114227-A (JP)
Title: Treating method for surface
Inventor: TOKAWA IWAO
IPC: H01L21/3065
Filed: 1985-11-14
Abstract: PURPOSE:To remove the skirt extension of a resist pattern and the remaining resist between resist patterns without reduction of the pattern by subjecting a reactive ion etching using N2 or gas containing mainly N2. CONSTITUTION:After a substrate to be treated is postbaked, the substrate is placed on a lower electrode 13, the substrate is cooled to 3 deg.C, N2 gas is fed at 50sccm into a vessel 11 in this state, and the vessel 11 is held at approx. 7.8Pa. A high frequency power of 13.56MHz is applied between parallel flat plate electrodes 12 and 13 to generate a discharge, and the substrate is dry etched for 60sec. The obtained resist pattern 25 is directionally etched (anisotropically etched) in a direction for reducing the thickness, the residual resist or the skirt trailing of the resist can be completely removed.
Patent JP-H0198871-A (JP)
Title: Freezer
Inventor: KURISU YOSHITAKA
IPC: F25D13/00
Filed: 1987-10-09
Abstract: PURPOSE: To achieve an efficient and continuous freezing treatment of an object to be frozen from the entire surface thereof by arranging a plurality of parallel running carry-in belts adapted to be the higher in the speed of carrying the object onto a cooling rotor the farther outward the object is positioned in the radial direction of the cooling rotor and a carry-out belt for carrying out the object from the cooling rotor crossing in the tangential direction of the cooling rotor. CONSTITUTION: A take in/out device 53 is arranged at an opening 46 for taking in or out article. When placed on carry-in belt conveyors 62a and 62b, objects to be frozen are transferred in the direction of the arrow A to be moved onto a cooling rotary plate 24 by a downward bent part at the tip part thereof. In this case, as the carry-in belt conveyor 62a is so arranged to be higher in the carry-in speed than the conveyor 62b, more of the objects can be carried in outward in the radial direction on the cooling rotary plate 24 as compared with those inward in the radial direction thereon by the carry-in belt conveyor 62b. Therefore, the objects are carried onto the top surface of the cooling rotor at almost an even interval regardless of variations in the length of the circumference.  The objects carried onto the cooling rotary plate 24 are wrapped between flexible sheets 41 to be cooled with the rotation of the cooling rotary plate 24.
Patent JP-H0681288-A (JP)
Title: Device for measuring opening degree of jetting port in headbox of paper machine
Inventor: FUJITA TOKUO
IPC: D21F1/02
Filed: 1992-09-01
Abstract: PURPOSE:To rapidly and accurately measure the opening degree of a jetting port in a headbox of a paper machine without damaging an apron and a slice lips. CONSTITUTION:A platy sensor fixing member 5 composed of a material having a lower surface hardness than that of steel is located with a tip locating stepped part 53 of an apron lip 1 so as to extend from the interior to the outside of the jetting port in a headbox. A receptor 7 is fixed in the interior of a slice chamber 4 and a projector 6 is fixed on the outside thereof with stepped parts 58 and 51 for locating the sensor and a screw 12. A luminous flux is radiated in parallel from the projector 6 toward the receptor 7 and only the light passing through a gap between the apron lip 1 and the slice lip 3 reaches the receptor 7. Thereby, the gap of the jetting port is measured.
Patent JP-H02104428-A (JP)
Title: Method for setting origin of device for holding and transferring plate material
Inventor: MISE TOMOKI
IPC: B21D43/10
Filed: 1988-10-11
Abstract: PURPOSE:To securely set the origin of each work holder by closing clutch means only corresponding to specified work holders to set the origins, opening other clutch means and setting the origins of these work holders only without moving other work holders. CONSTITUTION:A holding member is provided with plural freely movable work holders 13, a servo motor 23 and a work holder driving means to move these plural work holders 13. Connecting members 31 are provided as clutch mechanisms for corresponding to each of these work holders and cutting transmission of the drive force between each work holder and these drive means. Since a clutch means only corresponding to the specified work holders to set the origins are closed and other clutch means are opened, the origin of each work holder can be set securely. Then, all clutch means of each work holder are opened to set the origin of the servo motor.
Patent JP-H08121742-A (JP)
Title: Combustion gas cooling facility
Inventor: MIYATA HARUO
IPC: F23J15/06
Filed: 1994-10-20
Abstract: PURPOSE: To set the temperature of combustion gas, cooled in a first gas cooling chamber, at comparatively a high temperature and permit the complete combustion of the combustion gas by a method wherein the combustion gas, generated in an incinerating furnace, is cooled primarily in a first gas cooling chamber and, thereafter, the combustion gas is introduced into a second gas cooling chamber to effect secondary cooling. CONSTITUTION: A combustion device 35 is arranged in the lower part of an incinerating furnace 31, in which a hopper 33 for supplying garbage, sludge and the like is arranged at one side thereof, while an under-furnace conveyor 37, transferring the ash of combustion, is arranged below the combustion device 35.  Combustion gas G, generated in the incinerating furnace 31 and having the temperature of 900-950 deg.C, for example, is cooled in a first gas cooling chamber 49 by injection water from a water injecting device 51 to the temperature of 750-800 deg.C, for example, Subsequently, the combustion gas G is guided into a second gas cooling chamber 53 through a duct 55, then, is cooled by injection water from the water injecting device 59 to the temperature of 3 50-450 deg.C, for example, and, thereafter, is released into atmosphere from a chimney 81 through an air preheater 65 and a dust collector 75.
Patent JP-H04133147-A (JP)
Title: Address conversion buffer clear system
Inventor: SATO YOICHI
IPC: G06F12/10
Filed: 1990-09-26
Abstract: PURPOSE:To execute the partial coincidence clear by a single access by constituting the part compared by a partial coincidence clear instruction of a logical address by a latch, etc., in partial clear of an address conversion buffer, and setting simultaneously all the latches to a valid flag register. CONSTITUTION:At the time of executing partial clear of an address conversion buffer, a partial coincidence clear instructing signal 104 is set to '1'. A partial signal 102 of a logical address, and an output of a latch 4 are compared by a comparator 5, and a comparing signal to all entries is sent to a partial clear control circuit 6. From outputs of the control circuit 6 and the comparator 5, an instruction is given to a valid flag resistor 7 so as to reset the flag corresponding to the entry which coincides with the signal 102. The register 7 writes '0' in all valid flags corresponding to the entry instructed from the control circuit.
Patent JP-H0683576-A (JP)
Title: Formless input output processing system
Inventor: FUJII HITOSHI
IPC: G06F5/00
Filed: 1992-08-31
Abstract: PURPOSE:To execute a formless input output statement to/from a same file between computers whose FORTRAN1 numerical storage unit is different without correction of a user program by devising the content of the file to be in matching with the FORTRAN1 numerical storage unit of the user program. CONSTITUTION:When a formless input output statement of a user program 13 is executed to a file 17, an analysis means 141 of an input output processing routine 14 discriminates whether or not the file 17 is a file inputted/outputted to/from other computer 15 whose FORTRAN1 numerical storage unit is different based on a 1st option 121 of an option 12 at the execution. When the file 17 is the file inputted/outputted to/from the computer 15, an analysis means 142 discriminates how a data type relating to this input output is to be converted based on a 2nd option 122. An input output processing means 143 implements input/output relating to a formless input output statement while implementing conversion to a designated type according to the discrimination result of the analysis means 142.
Patent JP-H0523953-A (JP)
Title: Tool holder
Inventor: OKETANI TETSUYA
IPC: B23Q17/09
Filed: 1991-09-06
Abstract: PURPOSE:To predict a tool breakage by detecting the degree of overload thrust and torque to be produced in a tool at the time of machining. CONSTITUTION:A tool support 6 is supported on a holder body 2 shiftably in both circumferential and axial directions, while each of corresponding detectors 21 and 24 is formed in the holder body 2 and the tool support 6, and a guide groove 12 tilted to a turning axis of a tool holder 7 is installed there in opposition to the outer circumference of a support shaft 3 projected from the center of either member of the holder body 2 or the tool support 6 to the inner circumference of a support hole 11a of the other member being inset in this support shaft 3. Each ball 13 is interposed between these guide grooves 12, constituting a converter device 14 converting an axial movement of the tool support 6 into a circumferential turning motion, and an overload thrust being imposed on at least the tool support 6 is made so as to be taken out as a specified amount of rotational slippage between the tool support 6 and the holder body 2.
Patent JP-S63114535-A (JP)
Inventor: TAKIMOTO SHINYA
IPC: H02J7/14
Filed: 1986-10-29
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-S6428249-A (JP)
Title: Production of glass powder
Inventor: MAKIO KEIZOU
IPC: C03B19/12
Filed: 1987-10-09
Abstract: PURPOSE:To obtain uniform glass powder having a small amount of impurities, by heat-treating a gelatinous material formed from a nonaqueous solution containing an organosilicon compound, an aluminum compound, a magnesium compound and a boron compound. CONSTITUTION:An organosilicon compound is blended with an aluminum compound, a magnesium compound and a boron compound in a given ratio, mixed with a nonaqueous solvent while stirring and dissolved to give a solution. Then the compounds made into the solution are hydrolyzed to form a gelatinous material (hydrolyzate). The gelatinous material thus obtained is dried and heat- treated at about 800-1,300 deg.C to form the aimed glass powder. The glass powder has preferably the same composition as that of a sintered material usually obtained by using the glass powder. For example, the composition of cordierite crystallized glass powder effective as multi-layered circuit board has preferably a composition of 48-63wt.% SiO2, 10-25wt.% Al2O3, 1-10wt.% B2O3 and 10-25wt.% MgO.
Patent JP-S62115458-A (JP)
Title: Electrophotographic sensitive body
Inventor: IKESUE TATSUYA
IPC: G03G5/082
Filed: 1985-11-15
Abstract: PURPOSE:To obtain an electrophotographic sensitive body having superior electrostatic chargeability, low residual potential, high sensitivity in a wide wavelength region and superior environmental resistance by forming a laminate consisting of amorphous silicon and microcrystalline silicon as a photoconductive layer. CONSTITUTION:A blocking layer 102 of P- or N-type muC-Si contg. H and at least one among C, O and N and a photoconductive layer 103 are laminated on an electrically conductive Al support 101. The photoconductive layer 103 is formed by laminating a muC-Si layer 104, the 1st a-Si layer 105 and the 2nd a-Si layer 106. The layer 106 contains at least one among C, O and N and at least one among C, O and N in the layer 106 forms an ununiform concn. distribution in the thickness direction so that the concn. is made higher on the support side. When light close to visible light is irradiated, the 1st a-Si layer 105 absorbs most of the light and the muC-Si layer 104 absorbs the remaining light unabsorbed in the layer 105.
Patent JP-H02102575-A (JP)
Title: Semiconductor device
Inventor: MATSUNAGA TAKAKO
IPC: H01L29/423
Filed: 1988-10-11
Abstract: PURPOSE:To enable the control of the threshold voltage of a MOS independently of the impurity concentration of a substrate by a method wherein a DSA region is formed on the surface of an epitaxial layer under a thick gate oxide film of a silicon gate MOS transistor of high breakdown strength. CONSTITUTION:A DSA(Diffusion self alignment) region 7 is formed on the surface of an epitaxial layer 11 under a thick gate oxide film 13 of a silicon gate MOS transistor of high breakdown strength. If a positive voltage is gradually applied onto a gate 2 while a positive and a negative voltage are applied onto a source 3 and a drain 1 respectively, an inverted layer is formed on the surface of the layer 11, and a current is made to flow from the source 3 to the drain 1. A gate voltage forming the inverted layer or the threshold voltage VT of a MOS of high breakdown strength is set depending on the surface impurity concentration of the layer 11, and an inverting voltage is made easy to set by increasing the surface impurity concentration of the layer 11 through the layer 7.