baber/WOPTO huggingface dataset:
Patent JP-H09102350-A (JP)
Title: Connector, its manufacture, manufacturing die, and fitting method for retainer
Inventor: KAWASE OSAMU
IPC: H01R13/436
Filed: 1995-12-06
Abstract: PROBLEM TO BE SOLVED: To prevent a retainer to be inserted to the temporary hook position from being inserted to the permanent hook position by mistake. SOLUTION: A retainer insertion hole 10 reaching the warp deformation space of a lance provided in a cavity 5 is formed on the front face of a female housing 1. The retainer insertion hole 10 is opened on one side face of the female housing 1. A retainer 3 is inserted into a retainer insertion hole 10 in the direction of an arrow A from an opening section 11 on the side face and is held at the temporary hook position. After a female terminal metal is inserted, the retainer 3 is thrust to the depth of the retainer insertion hole 10 from the front face side and is moved to the permanent hook position regulating the warp deformation of the lance.  The direction to thrust the retainer 3 to the temporary hook position is perpendicular to the direction to thrust the retainer 3 to the permanent hook position from the temporary hook position, and the retainer 3 to be temporarily held at the temporary hook position is prevented from being thrust to the permanent hook position by mistake.
Patent JP-H10190076-A (JP)
Title: Cryogenic device
Inventor: ISHIKAWA TAKUYA
IPC: H01L39/04
Filed: 1996-12-25
Abstract: PROBLEM TO BE SOLVED: To enhance the cooling effect of a radiation shield and prevent its rigidity from being degraded and minimize eddy current and be serviceable to an electromagnetic device definitely. SOLUTION: Since a radiation shield board 4 of a thermal insulating mechanism comprises a cladding material consisting of a high conductivity section 41 located on the side of a cooling pipeline and a high rigidity section 42 located on a thermal insulating material 6, a cooling action from the cooling pipeline 5 can be transmitted favorably to the radiation shield board 4 with the high conductivity section 41 as a result, which makes it possible to extend the piping pitch of the cooling pipeline 5, reduce the joint sections of the cooling pipeline 5 and minimize the bending portions of the pipeline, reduce a working hour and enhance reliability as well.  Moreover, this construction makes it possible to reduce the eddy current which is increased by using a high heat conducting material, although the cooling effect is increased, by placing a slit 43 into the high heat conducting section of the shield board 4. As a result, it is possible to reduce conductivity heat from a support point by contriving the reduction of the number of support. Furthermore, since there is no need to divide the shield board into smaller parts so as to reduce the eddy current, there is no increase in the heat of radiation from between the divided shield boards.
Patent JP-2000168396-A (JP)
Title: Suitable cruise control system and method
Inventor: ENGELMAN GERALD H
IPC: B60W30/16
Filed: 1999-12-06
Abstract: PROBLEM TO BE SOLVED: To better conform performance of a system under an actual road condition, by closing a feedback loop to an inter-vehicle controller, detecting an inter-vehicle distance and an inter-vehicle speed, and controlling a vehicle by a speed reference signal by an algebraic sum of items in proportion to a car speed, inter-vehicle distance, and the inter-vehicle speed to a preceding vehicle. SOLUTION: A suitable cruise control system (ACC) detects both an inter- vehicle distance R and an inter-vehicle speed by a car speed sensor 26 and a radar sensor 28, to make a deviation zero between an actual car speed and a preset speed. That is, a signal of the inter-vehicle distance and inter-vehicle speed corresponding to a preceding vehicle just before is given to an inter- vehicle controller 30, a speed reference signal is established by an algebraic sum of items in proportion respectively to a speed of a vehicle itself measured by the car speed sensor, distance to the leading vehicle measured by an inter- vehicle distance measuring device, and an inter-vehicle speed to the preceding vehicle measured by the inter-vehicle speed signal. The vehicle can actively trace and follow the target vehicle, to improve performance of car speed control.
Patent JP-H05182641-A (JP)
Title: Electrode for bulb and incandescent lamp
Inventor: SUWA TAKUMI
IPC: H01K1/16
Filed: 1991-12-27
Abstract: PURPOSE:To prevent a filament from its break in a connecting part by preventing generation of contact failure between a lead-in wire and the filament and a coming off trouble thereof, in an electrode for a bulb. CONSTITUTION:A flat part 1a is provided in the point end of a lead-in wire 1, and a bow-shaped recessed part 11 with a circular section 1/3 to 1/2 times the peripheral circle of a filament 2 is parallelly formed in the lengthwise direction in one surface of the flat part 1a, to hold the flat part 1a folded by fitting the filament 2 to the recessed part 11.
Patent JP-H11158031-A (JP)
Title: Skin lotion
Inventor: KAMIBAYASHI HIROAKI
IPC: A61K8/00
Filed: 1997-12-01
Abstract: PROBLEM TO BE SOLVED: To obtain the subject skin lotion whitening effect and high safety, and also free from any problems concerning stability, odor and the like, by including specific plant(s) or extract (s) thereof as active ingredient. SOLUTION: This skin lotion is obtained by including (A) 0.00001-20 (pref. 0.001-10) wt.% of plant (s) selected from Sucupira (scientific name: Bowdichia nitida Spruce ex Benth), Patadevaca (scientific name: Bauhinia forficata Link), oriza (scientific name: Pogonostemnon vitiverita L.) and Cravode Defunto (scientific name: Tagetes erecta L.) or extract (s) thereof and (B) as necessary, such other ingredients as oil component, water, surfactant, moisture, alcohol, thickening agent, antioxidant, sequestering agent, pH adjustor, antiseptic agent, perfume, and coloring matter; wherein the component A is pref. an extract from the stems, leaves, barks, roots and/or seeds of the above plant (s) (in any form such as essence or separated and purified matter from the liquid extract), and an extraction solvent to be used is pref. ethanol or water, and extraction temperature is pref. 3-70 deg.C.
Patent JP-2000169654-A (JP)
Title: Dispersing agent
Inventor: HISADA NOBUO
IPC: C08L33/00
Filed: 1999-12-06
Abstract: PROBLEM TO BE SOLVED: To obtain a dispersing agent useful especially as the dispersing agent for an inorganic pigment, cement, agrochemical granules, scale dispersant, detergent builder or drilling mud. SOLUTION: This dispersing agent has a GPC peak top molecular weight (M) of 5,000-15,000, and contents of lower molecular substances of M×0.2 or less and higher molecular substances of M×2.0 or more are 0.8% or less and 3.5% or less, respectively in terms of areas on a GPC chart; and the agent comprises a (co)polymer obtained by polymerizing an α,β-unsaturated carboxylic acid (salt) as a constituent unit.
Patent JP-H09156569-A (JP)
Title: Driving power improving structure for bicycle
Inventor: MIYANAGA KUNIHIRO
IPC: B62M1/36
Filed: 1995-12-04
Abstract: PROBLEM TO BE SOLVED: To make stable traveling possible through only the pressing down of a pedal using light power even in the case of an uphill or traveling with a loaded heavy baggage by using a device which utilizes centrifugal force produced in a weight by rotating force to generate propulsion force for advancing a bicycle. SOLUTION: A propulsion device Q is attached on a pedal Pe positioned at the substantially central part of a bicycle, and generated F-force (F1, F2, F3) is fixed obliquely downward on a front side, and the pedal Pe is pressed down as the direction of F-force is regulated by a lever with a balance kept properly to the weight of a load, and the floating up of a handle HA can thereby be prevented, and stable traveling can obtained. The handle HA is floated up by the weight of a baggage W and becomes noneffective, but this phenomenon can be controlled by the downward component force of F-force. In addition, since the bicycle is advanced by forward component force, an uphill can be ascended through light force caused by the rotation of the rotary part of the propulsion device Q.  The F-force can be varied in its direction by rotating an adjusting lever LH, and thereby regulated to the weight of the baggage or the slope of the uphill.
Patent JP-H06193875-A (JP)
Title: Liquid fuel burning device
Inventor: TAJIMA YOSHIHISA
IPC: F23D11/42
Filed: 1992-12-25
Abstract: PURPOSE:To eliminate noise and improve igniting property upon generating spark from a discharging electrode and igniting an evaporating burner. CONSTITUTION:A liquid fuel burning device supplies an evaporator 2B, heated by a heater 3, with liquid fuel to evaporate and premix with combustion air, then, ejects the mixture through a flame port unit 2C and ignites it through an igniting device A to burn it. The igniting device A is constituted of a discharging electrode 18, arranged near the flame port unit 2C, and a high frequency system high voltage generating device 19, permitting the discharging electrode 18 to effect discharging operation, whereby noise can be eliminated upon igniting and igniting property upon igniting can be improved.
Patent JP-H09162153-A (JP)
Title: Method for treating substrate surface with liquid and system for treating substrate with liquid
Inventor: FURUKAWA TOMOHARU
IPC: H01L21/306
Filed: 1995-12-13
Abstract: PROBLEM TO BE SOLVED: To etch the surface of a substrate while removing metallic contaminants therefrom using a small quantity of liquid by treating the surface of a substrate with a liquid stored in a liquid sump, removing the liquid and then treating the surface of the substrate with another liquid while turning the substrate. SOLUTION: An elevating/lowering unit 30 is operated to lower a substrate holder 10 and the rear surface of a substrate 60 is brought into contact with the horizontal plane at the base of a liquid sump forming member 20 thus forming a liquid sump. Treating liquid is then fed from the nozzle part 41 of a liquid supply unit 40 to the liquid sump and the surface of substrate 60 is treated with the liquid stored in the liquid sump. Subsequently, a rotary unit fixed to the lower part of substrate holder 10 is operated to rotate the substrate 60 thus removing the used liquid. Finally, another liquid is fed from the nozzle part 41 of liquid supply unit 40 to the surface of substrate 60 thus treating the surface of the substrate 60. According to the method, the surface of the substrate can be etched while removing metallic contaminants therefrom using a small quantity of liquid.
Patent JP-2000169059-A (JP)
Title: Installation method of elevator
Inventor: SAKURADA TAKESHI
IPC: B66B7/00
Filed: 1998-12-07
Abstract: PROBLEM TO BE SOLVED: To provide an elevator installation method capable of easily installing hoisting equipment in the neighbourhood of an upper end in an elevator shaft and restraining height of a building in which the hoisting equipment is set. SOLUTION: Hoisting equipment 8 is lifted at a specified rising position of an elevator shaft 1 by a lifter 5 through a top part of the elevator shaft 1 of an elevator by a first process. Thereafter, the hoisting equipment 8 at the specified rising position is pushed up at an installing position above the specified rising position by a push-up device 15 through a fixed part 6 of the elevator shaft 1 below the hoisting equipment 8 at the specified rising position by a second process. Consequently, the maximum rising position of the hoisting equipment 8 to be installed is not restricted by a total value of dimensions in the vertical direction of a hoisting accessory 4, the lifter 5, a slinging work wire 11, etc., and it is possible to easily raise the hoisting equipment 8 up to a required installing position to a top part of the elevator shaft 1.
Patent JP-2000169812-A (JP)
Title: Powdery heat-sensitive adhesive
Inventor: UEDA TAKASHI
IPC: C09J103/02
Filed: 1998-12-07
Abstract: PROBLEM TO BE SOLVED: To obtain the subject readily releasable water-soluble adhesive capable of freely selecting the particle diameter and having a high adhesive strength and a high water dissolution rate by adsorbing a starch plasticizer on a pregelatinized starch. SOLUTION: This adhesive is obtained by adsorbing (B) a starch plasticizer on (A) a pregelatinized starch. The aqueous solution of the component A preferably has 20-10,000 cP viscosity at 40% and 30 deg.C. The component B is preferably selected from urea, polyethylene glycol, polypropylene glycol, ethylene glycol, propylene glycol and glycerol. The amount of the component B used is preferably 10-100 pts.wt. based on 100 pts.wt. of the component A. The adhesive can be used for an adhesive for bookbinding, an adhesive for can manufacturing, an adhesive for packaging paper, or the like. A waste paper using the adhesive can be recycled without causing problems even by carrying out a recycling treatment according to a conventional method.
Patent JP-H06196771-A (JP)
Title: Hall element
Inventor: KATO KAZUO
IPC: H01L43/06
Filed: 1992-12-25
Abstract: PURPOSE:To make a very sensitive and microminiaturized and highly integrated element by insulating a first and a second active layer with a semi-insulating gallium arsenide layer. CONSTITUTION:On the surface of a substrate, a first active layer 2 which is an n-type gallium arsenide layer, a semi-insulating gallium arsenide layer 3, and a second active layer 4 which is an n-type gallium arsenide layer are deposited in this order. On both ends of the first active layer 2 and the second active layer 4, a first electrode pair 5, 6a and a second electrode pair 7, 6b are located. At right angles with the first and the second electrode pair, a third electrode pair 8, 9 and a fourth electrode pair 10, 11 are located. Due to this structure, current flows in the second active layer reversely to in the first active layer. When taking out Hall voltage, one end of the third and the fourth electrode pair is set at the same potential and then Hall voltage is taken out at the other end. By this method, the series combination of electromotive forces of the two layers can be obtained.
Patent JP-H09157999-A (JP)
Title: Device for treating weft
Inventor: NISHINAGA HIDEKI
IPC: D03D47/36
Filed: 1995-12-15
Abstract: PROBLEM TO BE SOLVED: To provide a weft-treating device for accurately maintaining the quantity of a weft pulled out from a weft-supplying member and subsequently wound on the drum of a weft length measuring and storing device, pulling out the wound weft from the drum and removing the pulled weft. SOLUTION: This weft-treating device is provided with a pulling means (28), a detection means (30) for detecting the quantity of a weft wound on a drum, an adjustment means (32) for adjusting the quantity of the weft wound on the drum, and a control means (34). The pulling means (28) is used for pulling out the weft from a weft length-measuring and storing device (14) having a drum (22) to be wound with the weft (10) supplied from a weft supplying member (120 to a loom and a yarn guide (20) for guiding and winding the weft on the drum, and subsequently removing the pulled weft. The control means (34) is a control means into which a preliminarlly determined winding quantity value is inputted and which is used for controlling the adjustment means (32) so as to compare a detection result with the set value and control the winding quantity of the weft on the basis of the compared result.
Patent JP-2001165251-A (JP)
Title: Hydraulic auto-tensioner and tension adjustment device for chain
Inventor: YAMAMOTO KEN
IPC: F16H7/18
Filed: 1999-12-07
Abstract: PROBLEM TO BE SOLVED: To provide a sealing auto-tensioner of two-phase sealing type structure of vapor-liquid that can prevent over-tension of a chain. SOLUTION: A sealing member 14 is attached at the open end of a cylinder 12 formed on a damper body 11. A rod 15 that penetrates the sealing member 14 possible to slide freely and is given projecting performance by a return spring 25 is provided. A hydraulic damper 17 that buffers a push-in force given to the rod 15 is provided in the cylinder 12. A passage 28 connects a pressure chamber 19 in the hydraulic damper 17 and a sub-reservoir chamber 26 established around a reservoir chamber 20 and a relief valve 29 is provided in the passage 28. When the pressure of working oil in the pressure chamber 19 exceeds the set pressure, the relief valve 29 opens to release working oil in the pressure chamber 19 to the sub-reservoir chamber 26. Hence, the over-tension of a chain to be pressed by the rod 15 can be prevented.
Patent JP-H10180312-A (JP)
Title: Method for rolling tube stock for seamless tube
Inventor: SHIMAMOTO TAKESHI
IPC: B21B19/04
Filed: 1996-12-26
Abstract: PROBLEM TO BE SOLVED: To prevent generation of defects such as crack in the end part of a tube stock and the like due to δ ferrite at the time of piercing rolling of cast billet for seamless tube with a piercer by rolling billet under satisfying specified condition so as not to allow δ ferrite to appear in the metallic structure of tube stock. SOLUTION: Billet of high chrome alloy containing >=9wt.% Cr is rolled under a constitution satisfying the inequalities 0.1<=EA<=1.6, EA<=0.075T-89.9, EA<=-0.03T+39.1, and 1200<=T<=1300. In these inequalities, EA: average strain velocity of billet=(dE/dt) (sec<-1> ), E: strain of billet=1n (So/S) (-), So: sectional area of billet at the inlet of piercer(cm<2> ), S: sectional area of billet at the outlet of piercer(cm<2> ), t: time (sec), and T: temperature of billet at the heating furnace ( deg.C). The strain velocity EA is set at a suitable value by adjusting sectional size of tube stock billet, inclination angle of roll of piecer, opening of roll and number of revolution of roll.
Patent JP-2000173242-A (JP)
Title: Recoding medium and tape drive
Inventor: TAKAYAMA YOSHIHISA
IPC: G11B7/00
Filed: 1998-12-08
Abstract: PROBLEM TO BE SOLVED: To accurately store number of times of initializing by setting a storage area to store initializing number of times information denoting number of times of initializing that is conducted on a magnetic tape as information not initialized attended with initialization of the magnetic tape. SOLUTION: Information of a check sum with respect to data of volume information is stored as a volume information check sum. An eject status describes logical position information of the magnetic tape in the case of unloading a tape cassette and the information is diameter information of both reel hubs when the tape cassette is unloaded. An initializing count is referred to as the initializing number of times of information denoting the account of number of initializing when the magnetic tape has so far been initialized. A nonvolatile memory is configured to store the initializing number of times of information to accurately maintain the initializing number of times of information on the magnetic tape.
Patent JP-H07192992-A (JP)
Title: Apparatus and method for conveyance of substrate
Inventor: MIZOSAKI KENGO
IPC: H01L21/68
Filed: 1993-12-27
Abstract: PURPOSE:To prevent a substrate from being contaminated, to prevent it from being broken down electrostatically and to enhance its yield by a method wherein an electricity removal means used to remove an electric charge on the substrate is installed in a mounting part for delivery. CONSTITUTION:A pair of tweezers 14 for a substrate conveyance apparatus 10 delivers a substrate G, it mounts the substrate G onto a prescribed position on a substrate support pin 83 for a substrate delivery stage 82, and a substrate pressure member is retreated to the outside by an air cylinder. Due to contact with the substrate support pin 83, an electric charge on the substrate G is derived through a grounding conductor 52 which has been connected to the substrate support pin 83. A resistor 52 having a resistance of about 10MOMEGA is installed halfway on the grounding conductor 52, it is discharged quickly when the substrate support pin 83 comes into contact with the substrate G, and it is possible to prevent an excessive current. After that, the substrate G is conveyed into an aligner. Thereby, it is possible to prevent the substrate from being contaminated, to prevent it from being broken down electrostatically and to enhance its yield.
Patent JP-H11165835-A (JP)
Title: Hearth roller
Inventor: SAKAI YUKIFUMI
IPC: C21D1/00
Filed: 1997-12-04
Abstract: PROBLEM TO BE SOLVED: To restrain unnecessary force from acting between a roller and a sleeve and to suppress the deformation of an outer roller to a minimum so as to obtain constantly stable driving force. SOLUTION: In a hearth roller used for a high temperature roller hearth furnace, a roller 11 made of silicon carbide is provided, and a sleeve 12 made of alumina or mullite is arranged with a clearance on the outside of the roller 1. Mixed powder 13 of silicon carbide powder and alumina or mullite powder is filled in the clearance between the roller 11 and the sleeve 12 at the porosity of 20-40%.
Patent JP-2001162953-A (JP)
Title: Thermal transfer image receiving sheet, manufacturing method thereof and method for using the same
Inventor: IMAI TAKAYUKI
IPC: B41M5/52
Filed: 1999-12-08
Abstract: PROBLEM TO BE SOLVED: To provide a thermal transfer image receiving sheet having a printed matter, all over the whole surface of which a thermally transferred image is provided without developing margins at the end sides of an image-formed matter, can be easily obtained at low cost with a simple printer, and further, having an excellent image quality and its manufacturing method and a method for using it. SOLUTION: This thermal transfer image receiving sheet is produced by providing a dye accepting layer 2 on a base material. At the same time, within an image forming region 5, perforations 3 are provided, through which the separation of the sheet is possible by binding. Since the portions, at which the perforations 3 are formed, are pressurized with a press roll for smoothing, resulting in developing no uneven transferring due to the perforations or the like in a thermally transferred image and making the omission of image (or void) at the end sides of the image formed matter inconspicuous by bending through the perforations, separating the left and right portions having the perforations therebetween from each other and removing the edge parts so as to easily obtain the printed matter, all over the whole surface of which the thermally transferred image is provided.
Patent JP-H09171305-A (JP)
Title: Wet type image forming device
Inventor: TAKEUCHI NORIYASU
IPC: G03G21/10
Filed: 1995-12-19
Abstract: PROBLEM TO BE SOLVED: To process secondarily recovered water in an image forming device by evaporation, at the time of recovering carrier liquid vapor generated in a fixing part, etc. SOLUTION: The water which is located on the lower layer side, because of a specific gravity difference and separated from a carrier liquid, in a separating part and discharged through a drain pipe 41 is supplied to an evaporating part 32. In the evaporating part 32, plural evaporating plates 36 are arranged side by side in the vertical direction, in a state where the evaporating plates 36 are alternately inclined, a drain port is provided in an uppermost part and the water discharged from the drain port is diffused and evaporation-processed while the water flows on the plates 36.