baber/WOPTO huggingface dataset:
Patent JP-2000060629-A (JP)
Title: Hair remover
Inventor: TAKEUCHI TOSHIHIRO
IPC: A45D26/00
Filed: 1998-08-26
Abstract: PROBLEM TO BE SOLVED: To select a hair remover head of an optimal state according to the quantity and the area of the hair to be removed, to scarcely leave the hair unremoved or cut, to apply no wasteful load, and to provide good handleability by setting the hair remover head independently and detachably and making the hair removal area variable. SOLUTION: A drive block 1b is constituted by detachably attaching a plurality of hair removal blocks 2A, 2B having hair removal heads 2a to a two-cut sub-housing 55. That is, single-head-structure hair removal blocks 2A, 2B are attached to the top of the sub-housing 55 so that the double-head-structure hair remover is constituted. The hair remover head 2a is formed of a plurality of claw block bodies arranged in a claw attachment mount 56, or a base, parallel to a rotary shaft 56j of the hair remover head 2a at some intervals apart from the circumference and a claw attachment mount gear 60 connecting the hair remover head 2a to the claw attachment mount for rotating it. This hair remover head 2a is attached to the respective hair remover blocks 2A, 2B by shafts respectively.
Patent JP-S61116872-A (JP)
Title: Thin film transistor
Inventor: MUKAIDONO MITSUHIRO
IPC: H01L29/49
Filed: 1984-11-13
Abstract: PURPOSE:To suppress a leakage between a gate and a source by interposing a semiconductor film all in an intersection between a gate electrode and a source electrode. CONSTITUTION:A branch 32a is formed at gate wirings 32, and a thin film transistor TFT is formed with the branch 32a as a center. A semiconductor film 35 is interposed all in an intersection of the wirings 32 and source wirings 39. The withstand voltage of the edge of the gate electrode is enhanced by interposing the film 35. Further, it prevents an SiNX film of this portion from eroding by an etchant for etching the semiconductor film. Thus, a leakage between the gate and the source is suppressed to improve the yield of the TFT.
Patent JP-2001064102-A (JP)
Title: Animal repelling material
Inventor: ASAKURA MITSUHIKO
IPC: A01N25/02
Filed: 1999-08-26
Abstract: PROBLEM TO BE SOLVED: To obtain an animal repelling material capable of sustaining a repel ling effect on animals by a simple use method without utilizing a reflected light and an explosion sound by making the repelling material include a volatile animal repellent composed of a sulfur-containing terpene and/or a specific hetero cyclic compound comprising S and O as ring members as an active ingredient, a gelling agent and a solvent. SOLUTION: This animal repelling material comprises (A) a volatile animal repellent composed of a sulfur-containing terpene, preferably thiogeraniol of formula I, 8-mercaptomenthone of formula II, limonene thiol of formula III or mintsulfide of formula IV and/or a 6- to 8-membered heterocyclic compound comprising S and O as ring members such as 2-methyl-4-propyl-1,3-oxathiane of formula V, etc., as an active ingredient, (B) a gelling agent (e.g. carrageenan, etc.), and (C) a solvent (e.g. isoparaffin, etc.). The repelling material may contain a repellent of spice substance (e.g. 3-methyl-6-methoxy-8-hydroxy-3,4- dihydroisocoumarin, etc.), if required.
Patent JP-S6394713-A (JP)
Title: Selector circuit
Inventor: NAGASAWA TATSUYA
IPC: H03K17/16
Filed: 1986-10-08
Abstract: PURPOSE:To prevent an output signal from being fluctuated due to a hazard caused at the switching of a selection signal by applying a logic output of a NOT logic circuit so as to fix an output level of a gate circuit to a prescribed value when all input signals to be selected are at a high level. CONSTITUTION:The NAND circuit 15 using two input signals A, B to be selected as input signals generates a low level output signal when both the two input signals are at high level. The low level output signal is given as one input signal to a NAND circuit 13 and the output signal of he circuit 13 is fixed to a high level independently of the level of other input signal. Thus, it takes place that a selection signal S and the inverse of the signal S of two NAND circuits 11, 12 are both at a low level, and when the input signals A, B to be selected are both at a high level, two high level signals are given to the NAND circuit 13. Since the low level signal, however, is given from the NAND circuit 15, the output of the NAND circuit 13 is held stably at a high level.
Patent JP-S60131492-A (JP)
Inventor: TOMOMATSU KENICHI
IPC: G21C9/00
Filed: 1983-12-21
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-H0668692-A (JP)
Title: Peak voltage holding circuit
Inventor: FUJITA TSUNEO
IPC: G11C27/00
Filed: 1992-08-17
Abstract: PURPOSE:To obtain a leak characteristic of high design accuracy when a monolithic integrated circuit is designed by constituting with a voltage holding capacitor and a circuit which consists of a capacitor and a switch and provides a leak characteristic. CONSTITUTION:Holding voltage of a capacitor 11 is decreased at a constant rate which is decided by capacity C11 of a voltage holding capacitor 11 and capacity C12X of a leak capacitor 12X (121-124) by opening and closing operation of only respective one time with switches 18, 17. Since capacity C12X of the capacitor 12X is the sum total of capacity of capacitors which selecting switches 111-114 out of capacitors 121-124 are turned on, an arbitrary leak characteristic can be realized by setting each capacity value to the same value or different values and controlling opening and closing of the switches 111-114 by a control signal 32. Especially, when capacity ratio of the capacitors 121-124 is made 1:2:4:8, a characteristic of 1-15 times of the above mentioned characteristic is relatively obtained as the leak characteristic.
Patent JP-H06298840-A (JP)
Title: Conductive polymer having liquid crystal substance part and charge transfer complex part as side chains
Inventor: ARAN JIEE HIIGAA
IPC: C09K19/02
Filed: 1991-08-27
Abstract: PURPOSE:To obtain a high-performance conductive polymer excellent in moldability, flexibility and transparency. CONSTITUTION:The polymer consists of a main chain comprising a known polymer and side chains each of which comprises a polymer prepared by the polymerization or polycondensation (graft copolymerization, block copolymerization, etc., are also included) of a monomer having a liquid crystal substance part and a charge transfer complex part as side chains and having an electric conductivity of 10<-8>S.cm<-1> or above. The properties (such as processability and mechanical properties) of this polymer can be controlled by freely selecting its main chain. This is a highly conductive polymer presumably because its conductivity is shared to the charge transfer complex part, and the liquid crystal substance part promotes the high alignment of the charge transfer complex part.
Patent JP-2001061600-A (JP)
Title: Stowable bed
Inventor: INAGAKI KENICHI
IPC: A47C19/22
Filed: 1999-08-26
Abstract: PROBLEM TO BE SOLVED: To provide a stowable bed which facilitates the storage and takeout of articles even while a mattress is laid thereon, and which can be reclined. SOLUTION: This stowable bed has a storage space A (storage space) formed of side panels 12, 13, a headboard 14, a footboard 15 and a bottom board 16. A head side top board 19 which functions also as the lid of the storage space A therebelow and a foot side top board 21 which functions also to form a bed surface are freely rotatably provided near the longitudinal center of the bed, and are opened respectively at a head side end and a foot side end. A stopper mechanism for supporting either the head side top board 19 or the foot side top board 21 in an open state is freely removably provided on the bed.
Patent JP-H01110230-A (JP)
Title: Magnetoelastic torque converter
Inventor: YAARU SOBERU
IPC: G01L3/10
Filed: 1988-09-26
Abstract: PURPOSE: To eliminate the influence of temperature influence reliably by constituting an axle with three parallel annular regions with anisotropy in a specific direction and arranging an excitation coil and a measurement coil outside the annular regions. CONSTITUTION: A measurement sleeve 2 is fixed on an axle 1, the sleeve 2 has three annular regions 3-5, the lengths in axial direction of the regions 3 and 5 are equal, and the slits are cut at approximately 45 degrees for the axis of the sleeve 2. The lengths in the axial direction of an annular region 4 are two times the lengths of the regions 3 and 4 and the region 4 has a slit of 90 degrees for the slit of the regions 3 and 5. The regions 3-5 are surrounded by concentric bobbins 6-8 and coils 9-14. The coils 10, 12, and 13 are connected in series and are used for excitation by an AC current and the coils 9, 11, and 13 are used for detecting torque generated on the axle 1.
Patent JP-H0956904-A (JP)
Title: Shot ball playing machine
Inventor: UGAWA SHOHACHI
IPC: A63F7/02
Filed: 1995-08-24
Abstract: PROBLEM TO BE SOLVED: To provide a shot ball playing machine in which a lever shaft for journaling a fixed lever for fixing a play board can be provided in an accurate condition, and also in which the fitting of the lever shaft can be simply carried out. SOLUTION: A platelike engaging end piece 214 is fixed to the rear end of a lever shaft 271 so as to be projected outside from the lever shaft 271, and on the other hand, a fixing-lever fitting hole 74 that penetratedly supports the lever shaft 271 including the engaging end piece 74 is formed in a frame base body 3. Further, engaging projections 74a, 74b are provided, by which when the lever shaft 271 is inserted into the fitting hole 74 and turned, the engaging end piece 274 is engagedly held by the rear end surface of the fitting hole 74.  Thus, it is sufficient only to form the fixing-lever fitting hole 74 to the frame base body 3, and on the other hand, the lever shaft 271 that has been previously fitted to a fixing lever 270 is penetrated into the fitting hole 74 and turned in one direction so that the engaging end piece 274 is engagedly held by the engaging projections 74a, 74b. By such a simple work, accurate fitting can be carried out.
Patent JP-S6483306-A (JP)
Title: Manufacture of zinc plated steel sheet excellent in coating brightness
Inventor: ONO MASAO
IPC: C23C2/06
Filed: 1987-09-28
Abstract: PURPOSE:To manufacture a zinc plated steel sheet excellent in the coating brightness by subjecting a steel sheet to skin-pass rolling by the bright roll of <=0.8mum surface roughness Ra and refined-rolling the steel sheet by the dull roll of 1.2mum<= surface roughness Ra<=4.0mum. CONSTITUTION:The surface roughness of a bright roll and dull roll is made within the specified range in order to improve a coating brightness by forming a fine unevenness on the surface of a zinc plated steel sheet. Namely, the unevenness of a zinc plated face is leveled by a 1st pass rolling by the bright roll of <=0.8mum surface roughness and the surface waviness reduced. Then the small unevenness of the roll surface is transferred so that the unevenness becomes reverse on the leveled steel sheet surface by a 2nd pass rolling by the dull roll of 1.2mum<= surface roughness Ra<=4.0mum. Consequently a proper surface roughness and surface waviness are given on the zinc plated steel sheet and the steel sheet of excellent coating brightness and press workability can be manufactured.
Patent JP-H04120028-A (JP)
Title: Isomerization of methylnaphthalenes
Inventor: SUZUKI TAKASHI
IPC: C07B61/00
Filed: 1990-09-11
Abstract: PURPOSE:To industrially advantageously isomerize mono-dimethylnaphthalene mixture not in a thermodynamically equilibrium composition by using a catalyst comprising an uniform mixture of a specific hydrogen-or ammonium-type Y zeolite and alumina with carrying nickel. CONSTITUTION:A methylnaphthalene mixture containing monomethylnaphthalene or dimethylnaphthalene not in thermodynamically equilibrium composition is brought into contact with a catalyst composed of a uniform mixture of hydrogen-or ammonium-type Y zeolite having at least 7, preferably 7-20 molar ratio of silica/alumina and alumina carrying nickel in an amount of usually about 0.1-5wt.%, preferably about 0.5-3wt.% to a final catalyst to suppress side reaction inducing loss of methylnaphthalene, industrially advantageously isomerize methylnaphthalene in stabilized high catalyst activity and selectivity for a long period of time and convert to methylnaphthalene useful as a raw material of a functional material.
Patent JP-H0290501-A (JP)
Title: Manufacture of voltage dependent non-linear resistor
Inventor: KITO RYOZO
IPC: H01C7/10
Filed: 1988-09-28
Abstract: PURPOSE:To obtain a resistor small in parallel capacitance and variability of the varistor voltage among the elements and excellent in volt-ampere characteristics by subjecting a raw material compound for an inorganic semiconductor to primary firing and grinding, and then subjecting it to secondary firing to form spherical fine grains of the inorganic semiconductor, and thereafter forming an inorganic insulating film consisting of metal oxide. CONSTITUTION:Fine grains of an inorganic semiconductor are mixed and the mixture is subjected to primary firing at 1000-1400 deg.C. Then, it is subjected to grinding and subsequently to secondary firing at a temperature in the same range to prepare spherical fine grains of the inorganic semiconductor. The shape of the obtained grain is such that the ratio l1/l2 of the major axis l1 and the minor axis l2 of the grain is generally 1-3. The average grain diameter is generally 1-20mum. Then, a raw material compound for a metal oxide film is added and mixed to the raw material compound for the inorganic semiconductor so that the former raw material compound is contained at 10<-4>-10mol% when converted into the oxide amount, and fired at 1000-1400 deg.C to form an insulating film of the metal oxide. Practical example of the inorganic semiconductor used as the raw material is an inorganic semiconductor whose main component is zinc oxide, or an inorganic semiconductor whose main component is barium titanate, or silicon carbide, or the like.
Patent JP-H0583433-A (JP)
Title: Facsimile equipment
Inventor: KAWAI HIDEAKI
IPC: H04N1/00
Filed: 1991-09-20
Abstract: PURPOSE:To transmit a document in a place being close to an operator by executing an exchange of read data to a facsimile equipment main body part through a radio means by a reading part. CONSTITUTION:In the case a facsimile number is inputted by ten keys 22, whether a transmitting key is turned on or not is decided, and in the case the transmitting key 23 is turned on, whether a document D exists or not is decided. In the case it is confirmed that the document D exists, the document D is subjected to one line read and encoding and stored in a RAM 27, one line of the document is fed by driving a feed motor 26, and in the case one page is all read, in the case the next document D does not exist, a start code, facsimile number data and a switching code are sent out to a facsimile equipment main body 1 after waiting for time-up. Whether the signal from the main body 1 is received or not is decided, and in the case an incoming code is received, picture data is transmitted to the main body 1, and in the case the main body 1 does not receive an error code, whether transmission of the picture data is finished or not is decided. In the case it is finished, an end code is sent out to the main body 1, and in the case an OK code from the main body 1 is received, a display of a fact of 'transmission OK' is executed on a display part 24.
Patent JP-S61122176-A (JP)
Inventor: YONEI KO
IPC: C04B41/65
Filed: 1984-11-14
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-H0693171-A (JP)
Title: Epoxy resin composition of excellent thermal shock resistance
Inventor: KAWAGUCHI TATSUMI
IPC: C08G59/40
Filed: 1992-09-09
Abstract: PURPOSE:To obtain an epoxy resin composition which can give a coating film improved in thermal shock and humidity resistances without detriment to the electrical and other properties. CONSTITUTION:The composition is prepared by adding desirably 1-20 pts.wt. thermoplastic styrene elastomer to an epoxy resin composition comprising an epoxy resin, a curing agent, a filler, etc.
Patent JP-S6394322-A (JP)
Title: Power source switching device
Inventor: KITAZAWA TOSHIO
IPC: G06F1/00
Filed: 1986-10-08
Abstract: PURPOSE:To prevent the guaranteed voltage violation of an IC or the like due to an instantaneous voltage drop, the malfunction of the IC and the failure of data by dividing to a circuit system for consuming a large power and a circuit system except it and connecting to individual power sources when a source voltage goes to below a prescribed voltage. CONSTITUTION:A hand held computer 1 constantly detects the source voltage of a main power source and an auxiliary power source 3 by a voltage detector 21 and voltage detector 22 and compares with a prescribed set voltage. The voltage detectors 21, 22, when the main power source 2 or the auxiliary power source 3 goes to below a set value, outputs a switching signal Sa or an exchange signal Sb to a control part 4. When the control part 4 receives the exchange signal Sb, it outputs a message for urging the exchange of the auxiliary power source 3. When the exchange signal Sb is not inputted, nor the switching signal Sa is inputted, the auxiliary power source is connected to the main power source 2. When the switching signal Sa is inputted, a switch 23 is changed over so as to connect the large power consuming circuit system 14 to the main power source 2 and the circuit system 20 except it to the auxiliary power source 3.
Patent JP-S62101412-A (JP)
Title: Molding device for molding shift lever boot for vehicle
Inventor: UEZONO KOUICHIROU
IPC: B29L23/18
Filed: 1985-10-30
Abstract: PURPOSE:To permit to peel a molded product from a core mold easily and prevent the damage of the molded product by a constitution wherein a plurality of movable block bodies are moved inwardly when sliding pieces in the bodies of the blocks are retreated. CONSTITUTION:After a split mold 1 is opened, the sliding piece 17 of a core mold 12 descends by the operation of an air cylinder 13 and, simultaneously, movable blocks 21, 22 move inwardly by a pin 20 energized by a spring 19. Subsequently, another sliding piece 16 descends by the operation of another air cylinder 14 and, simultaneously, another movable block body 26 moves inwardly by another pin 25 energized by another spring 24. In this case, the movable block bodies 21, 22 are accommodated into the recess 23 of the movable block 26. One surface of the belows of a molded product is separated from one surface of the movable block body 26, therefore, the product may be taken out while turning it over.
Patent JP-H0576842-A (JP)
Title: Grain lifting spiral structure of vertical grain sorter
Inventor: KAWASHIMA KENZO
IPC: A01F12/44
Filed: 1991-09-20
Abstract: PURPOSE:To obtain the title grain lifting spiral structure performing accurate sorting by repeating operation sufficiently stirring grains in a sorting net body by a spiral blade to allow the same to fall from notch parts or wide notch parts. CONSTITUTION:The grain lifting spiral body 2 provided in a cylindrical sorting net body 3 is constituted by winding a spiral blade 1 consisting of an inclined surface part 1a inclined downwardly in the axial direction of the spiral body and the horizontal surface part 1b continued to the lower edge of said part 1a and forming projections 4 to the upper surface of the inclined surface part 1a at a definite interval. Three notch parts 5 each having a predetermined length are formed to the horizontal surface part 1b so as to be notched over the total lateral width thereof between one pitches of the spiral blade 1 and grains are supplied to the gap between the sorting net body 3 and the grain lifting spiral body 2 and the whole grains lifted by the grain lifting spiral body 2 are discharged into a storage tank. Operation such that grains are sufficiently stirred while lifted by the spiral blade 1 to be allowed to fall is repeated to accurately remove immature grains or broken grains to lift whole grains. By this constitution, sufficient sorting effect is obtained by a simple structure.
Patent JP-H0580038-A (JP)
Title: Apparatus and method for column elution/fractionation
Inventor: SATO ISAO
IPC: G01N30/06
Filed: 1991-09-20
Abstract: PURPOSE:To fractionate a large amount of sample by efficiently in a series of operations by dissolving a solid sample in a dissolving tank maintained at a constant temperature to sending a solution obtained as intact to a fractional column. CONSTITUTION:A sample to be fractionated is prepared in a sample dissolving tank 4 and a solvent in a solvent storage tank 1 is sent to the dissolving tank 4 via a solvent path transfer valve 3 and a solvent path 9 with a feed pump 2. Here, the sample is dissolved in the solvent and the solution obtained is sent to a fractional column 5 to hold the sample in a packing agent of the column 5. The solvent is sent to the column 5 via a solvent path 10 to elute a necessary sample component from the column 5. The solution containing the component eluted is sent to a detector 7 and after detected, the component is collected to a dispensing device 8. The dissolving tank 4 and the column 5 are set in a thermostat 6. In the detection of a background signal of the detector, a solvent path 11 is used. This also enables microcomputer control of interaction of a feed liquid pump 2, a transfer valve 3, the detector 7, the dispensing device 8 and the like.
Patent JP-H0578130-A (JP)
Title: Production of vanadium oxide having fibrous structure
Inventor: DEKI SHIGETO
IPC: C01G31/02
Filed: 1991-09-20
Abstract: PURPOSE:To form a fibrous structure by contacting a fluorinecontaining saturated solution of vanadium oxide with a substrate free from alkali metal to effect the deposition of a vanadium oxide coating on the substrate surface and heat- treating the coating layer. CONSTITUTION:A vanadium oxide such as V2O5 is dissolved to saturation in an aqueous solution of HF having a concentration of 0.1-4.0mol/L and the residual solid vanadium oxide is separated by filtration to obtain a saturated aqueous solution. A compound having high reactivity with HF such as a metal having higher ionization tendency than H (e.g. Al), a metal halide (e.g. KI) and H3BO3 is added and dissolved as an additive in an amount of 0.01-10mol (based on 1mol of vanadium) to the obtained saturated solution. A substrate free from alkali metal (e.g. borosilicate glass) is immersed in the aqueous solution and maintained at 5-40'C to form a vanadium oxide coating film having a prescribed thickness. The coated substrate is taken out of the solution, washed with water, dried at ordinary temperature and heated at >=200 deg.C to obtain the objective substrate coated with a vanadium oxide layer having fibrous structure.