baber/WOPTO huggingface dataset:
Patent JP-H0332951-A (JP)
Title: Roof molding for automobile
Inventor: NAGAHASHI YUJI
IPC: B60R13/04
Filed: 1989-06-30
Abstract: PURPOSE:To reduce the quantity of parts, and improve or better airtightness by projecting both a leg part and a support respectively down from one end of a molding body and the intermediate part thereof, and making the lower end of the leg part and both ends of the support respectively come in contact with the opposite surface of a body side panel. CONSTITUTION:The front end part 3b of a roof panel 3 laid on a quarter panel 4 is erected at both width-wise sides of a roof surface in an automobile, thereby forming a flange part 3a. Also, roof molding 12 is fitted using the flange part 3a. In this case, the roof molding 12 is so made as to have a support 12b and a leg part 12f respectively extended down from the intermediate part of the molding body 12a and one end thereof. Furthermore, the engagement groove 12e of a support piece 12d extended from the lower end of the support 12b toward a roof is engaged with the tip part 3a of the roof panel 3. ln addition, the securing piece 12g of the leg part 12f is bonded to the surface of the roof panel 3 via an adhesive 6.
Patent JP-H07149548-A (JP)
Title: Bulletproof windowpane
Inventor: FUON ARUPAN URURITSUHI
IPC: B32B17/10
Filed: 1994-07-21
Abstract: PURPOSE: To provide a bombardment-inhibiting bulletproof glass pane which prevents or lessens the deformation or detachment by the heat of sunshine of an impact resistant plastic material sheet or plate which includes plural silicate glass panes and is bonded to the glass pane coming to an inner side in a mounted state.  
     CONSTITUTION: The glass pane 1 arranged outward on the front side of the sheet or plate of the impact resistant plastic material among the plural silicate glass panes 1, 2, 3 bonded by intermediate layers 4, 5 of a thermoplastic polymer has a heat radiation reflection coating 10. 
     COPYRIGHT: (C)1995,JPO
Patent JP-H08338326-A (JP)
Title: Vaporized fuel processing device for vehicle
Inventor: HARA TAKESHI
IPC: F02M25/08
Filed: 1995-06-12
Abstract: PURPOSE: To reduce the flow velocity of air containing vaporized fuel, which is led to a canister when fuel is supplied, and enhance the absorption efficiency of the canister. CONSTITUTION: The U shape flow type vaporized fuel processing device for a vehicle is provided with a container 2 where two chambers composed of a chamber 5, and of a chamber 6, which house absorbent respectively, are partitioned by a partitioning board 7. A first projected part 4 is provided for the inner surface of the apex part 3 of the chamber 5, and a filter 8 is brought into contact with the first projected part 4 in order to specify a space layer 18 by the cooperation with the first projected part 4. A second projected part 4 is provided for the inner surface of the side part 35 of the chamber 5, and a filter 38 abuts against the second projected part 4 in order to specify a space layer 19 communicated with the space layer 18 by the cooperation with the second projected part 4.  A high speed charge port 21 is provided for the apex part 3 corresponding to the chamber 5 in order to connect the first space layer 18 to the apex part of a fuel tank. And a purge port 22 is provided for the apex part 3 corresponding to the chamber 5 in order to connect the space layer 18 to the suction system of an engine.
Patent JP-2000355785-A (JP)
Title: Electrochemical cell
Inventor: YAMAZAKI KAZUHIKO
IPC: C25B3/23
Filed: 1999-06-16
Abstract: PROBLEM TO BE SOLVED: To increase a decomposition rate by making the distance between an anode and a cathode constant with a relatively simple structure. SOLUTION: The electrochemical cell has a perforated partition wall 16 of a blind cylindrical form which partitions a liquid vessel 11 in such a manner that an cathode chamber 19 in which an anolyte 17 is stored is formed on the inner side and a cathode chamber 20 in which a catholyte 18 is stored is formed on the outer side, respectively, the cylindrical anode 12 which is disposed within the cathode chamber and allows the flow of the anolyte, the cylindrical cathode 13 which is disposed in the cathode chamber so as to enclose the anode via the partition wall, and a circulating means 21 which circulates the anolyte solusion as to pass the anode. The cell is provided with a supply section 22 for supplying the material to be treated.  The circulating means 21 has an electric motor 21a, a revolving shaft 21b which is disposed in a perpendicular direction at the center of the partition wall 16, has the bottom end arriving at the bottom of the partition wall 16 and is connected at its top end to a motor shaft of the electric motor 21a, and rotary vanes 21c which are fixed to the revolving shaft 21b and circulating the anolyte 17 and the material to be treated so as to be passed through the anode 12 and to be returned into the anode 12 by centrifugal force.
Patent JP-H073357-A (JP)
Title: High hardness cemented carbide excellent in oxidation resistance
Inventor: KOBAYASHI KEIZO
IPC: C22C33/02
Filed: 1993-06-15
Abstract: PURPOSE:To obtain an inexpensive high hardness cemented carbide excellent in oxidation resistance by constituting the cemented carbide of the alloy of Fe and Al one or more kinds of Co and Ni as bonding phase forming components, and the balance carbide as dispersed phase forming components. CONSTITUTION:This cemented carbide is constituted of 1 to 40wt.% the alloy of Fe and Al and one or more kinds of Co and Ni as bonding phase forming components, and the balance carbide as dispersed phase forming components, preferably consisting of WC with inevitable impurities. In this case, it is preferable that the bonding phase forming component consists essentially of Fe and is added with 0.5 to 5% Al which has been considered as an inhibiting element heretofore. The cemented carbide is obtd. by wet or dry-blending the powder of Fe, Al, Co, Ni or the like as metals or alloys and WC powder into a prescribed compsn., thereafter press-compacting them, sintering the compact at about 1400 to 1550 deg.C in a vacuum and executing HIP treatment as necessary.
Patent JP-S6326997-A (JP)
Inventor: KAWABATA KENJI
IPC: H05B41/24
Filed: 1986-07-21
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-H1117691-A (JP)
Title: Address information conversion system for protocol
Inventor: IWAI KAZUHIRO
IPC: H04L12/28
Filed: 1997-06-26
Abstract: PROBLEM TO BE SOLVED: To convert address information of plural kinds of protocols into address information for an arbitrary protocol. SOLUTION: A table retrieval section 101 retrieves address conversion tables 102, 103 based on a protocol type and informs address information and the protocol type to the tables. In each table address information by other protocol type based on the address information is read and informs address information from the tables to the table retrieval section 102 is reported, when the requested address information cannot be read. Then the address information read is used for the address information prior to conversion, and an address conversion request is made to other address conversion table. A terminal 20 is provided with a protocol section 22 that supports a communication protocol with a network device 10, and an identification section 24 to identify the protocol of the communication opposite party and makes the request for an opposite address to an address conversion section 11.
Patent JP-S6230538-A (JP)
Title: Apparatus for stirring treatment
Inventor: KAMIWANO MITSUO
IPC: B01F15/00
Filed: 1985-08-02
Abstract: PURPOSE:To efficiently perform stirring treatment by directly driving a rotor, by providing a rotor to the rotary shaft mounted to a support body and forming a housing part around said rotor and providing an electromagnetic coil generating a rotary shifting field in said housing part. CONSTITUTION:A material to be treated under stirring is received in a tank 1 from an appropriate inflow port and a current is supplied to an electromagnetic coil 13 to generate a rotary shifting field. A rotor 10 is rotated by said rotary shifting field and a rotor 5 is rotated by the rotation of said rotor 10 to enable stirring treatment. After treatment, the treated material may be taken out of the tank 1 from an appropriate outflow port. The tank 1 may be horizontal or vertical and the material to be treated can be continuously treated. In this stirring treatment apparatus, the rotor can be directly driven by the rotary shifting field due to the electromagnetic coil and stirring treatment can be efficiently performed and said apparatus can be suitably used in a hermetically sealable treatment tank or a reaction tank.
Patent JP-2001006173-A (JP)
Title: Optical disk-reproducing apparatus
Inventor: MATSUNAMI HIROSHI
IPC: G11B7/004
Filed: 1999-06-16
Abstract: PROBLEM TO BE SOLVED: To shorten a time before a reproduction start by prohibiting an automatic adjustment from being executed when an optical disk is loaded before an optical disk is discharged and drawn out by detecting that the optical disk is discharged or drawn out from a disk load part. SOLUTION: It is judged whether or not an optical disk 2 is loaded to a turntable rotated by a spindle motor 42. A temperature of the periphery of an optical pickup 1 is detected by a temperature detect part 72 and stored in a memory inside a control part 5. A temperature change during the operation is confirmed by the temperature detection and used to judge whether or not a previous adjustment value is utilizable. Adjustment value data when the loaded optical disk 2 is automatically adjusted and completely adjusted is stored in the memory in the control part 5, thereby carrying out a focus gain adjustment and a tracking gain adjustment. The adjustment value of the optical disk 2 is stored until the optical disk 2 is drawn out of a reproducing apparatus to be used as an automatic adjustment value when the optical disk is loaded again.
Patent JP-H1017222-A (JP)
Title: Elevator control device
Inventor: IIJIMA ATSUSHI
IPC: B66B1/30
Filed: 1996-06-28
Abstract: PROBLEM TO BE SOLVED: To change easily the current resolution to a power converter device and a motor without equipping any particular device additionally. SOLUTION: A current command value signal is calculated in conformity to an external select signal X, and the result is emitted as one vector signal 24a. Different signal current sensing signals 8a and 8b are amplified and three- phase current vector signals 25a, 25b... are emitted to a current selector 26, and one of the signals 25a, 25b... selected on the basis of the select signal is emitted as an analog current sensing signal 26a to an A/D converter 27, converted into a digital signal 27a, and emitted to a 3-phase/2-phase coordinates convertive calculation part 28. Digital signals of various phases are coordinate converted into two-axis signal 28a using a rotational angle signal 32a given from a position sensing calculation part 32. The signals 24a and 28a are fed to a current control calculation part 29 so that a voltage command signal 29a fed to a 2-phase/3-phase coordinates convertive calculation part 30 is coordinate converted into a three-phase voltage command signal 30a using the rotational angle signal 32a, and the result is emitted to a PWM control calculation part 31.
Patent JP-H0334735-A (JP)
Title: Method and device for adaptive transformation coding/ decoding
Inventor: SUGIYAMA AKIHIKO
IPC: G10L19/00
Filed: 1989-06-30
Abstract: PURPOSE:To allow the subject device to meet an incompatible requirements of a high resolution and tracing to a change in the property of an input signal by adopting a variable block length. CONSTITUTION:A signal fed to an input terminal 1 is stored tentatively in a buffer 19 and linear transformation is applied to the signal by a linear transformations circuit 3. An error calculation circuit 9 calculates the error by using signals before linear transformation and after linear transformation. When the calculation of errors to block lengths N1, N2, N3, N4-Nn are all finished, an error comparator 11 detects an optimum block length giving a minimum error and gives the result to a selection multiplexing circuit 20. The selection multiplexing circuit 20 stores the output of a quantizer 4 corresponding to each block length and the output of a bit distribution circuit 6, selects a value corresponding to the optimum block length supplied later, multiplexes the value with the optimum block length and the result is sent to a transmission line 12.
Patent JP-S5793780-A (JP)
Title: Noise reduction circuit
Inventor: SATOU ICHITAROU
IPC: H04N9/64
Filed: 1980-12-02
Abstract: PURPOSE:To improve S/N and image quality, by operating an information signal having periodicity and correlativity such as a luminance signal or a carrier chrominance signal through the use of a signal delaying by its period and twice the period. CONSTITUTION:A carrier chrominance signal Sa applied to a terminal 1 is supplied to a delay circuit 2 to be a signal Sb delayed by one horizontal period. The signals Sa and Sb are added at an addition circuit 4 to make a carrier chrominance signal Sc. The signal Sb is delayed further at a delay circuit 7 by one horizontal period and added with the signal Sa. Each signal reduced to 1/2 level is added at attenuators 5, 9, and a signal Sf reduced to 1/2 level is obtained at an attenuator 11. The signal Sf is added with the signal Sa to make a signal Sg. Noise is cancelled by using noise component obtained via a limiter 14 and an inverter 15, to obtain an output signal Sh containing no noise component.
Patent JP-S6149009-A (JP)
Title: Floating type dust collector
Inventor: NAKAMURA YASUNORI
IPC: E02B15/04
Filed: 1984-08-17
Abstract: PURPOSE:To recover floating dust on water surface with good efficiency by providing a water surface flow generator by which to allow water surface flow to flow into an inlet with a screen connected to its front face for a floating base on water surface. CONSTITUTION:Two inlets 3a and 3b for water surface flow are provided in one lower side of a base 1a with floats 2a and 2b, and dust-collecting screens 4a and 4b are provided to the front faces of the inlets 3a and 3b. Guide pipes 5a and 5b leading to the inlets 3a and 3b are erectly set toward the downside of the center of the base 1a, and propellers 6a and 6b connected to prime movers 8a and 8b are set in the pipes 5a and 5b to make up a floating type dust collector. The dust collector is floated on the surface of water in a dam, etc., and the propellers 6a and 6b are turned to generate water flow, whereupon floating dust is collected on the front face of the screens 4a and 4b and recovered into a hopper 30 by elevating a rake 12.
Patent JP-H1023665-A (JP)
Title: Power supply unit
Inventor: SHIGEMORI TAKEO
IPC: G05F1/56
Filed: 1996-06-28
Abstract: PROBLEM TO BE SOLVED: To provide a power supply unit having high reliability, without stopping the operation of the whole power supply unit, even though a short-circuit accident occurs at an auxiliary power supply within a power supply circuit unit and also operating without erroneous action, even though a power supply circuit unit for replacement is inserted during the operation of power supply. SOLUTION: A regulator 24, equipped with a current-limiting circuit for restricting the output current below the predetermined value is provided at the inlet of an auxiliary power supply to be supplied from the outside of the power supply circuit unit. By doing this, even though the line of an auxiliary power supply VAUX2 is short-circuited inside the power supply circuit unit, the line of the original auxiliary power supply VAUX is not affected by that, and is able to continue the operation as the power supply unit. Also, when a replacement power supply unit is inserted during the operation of power supply, a sudden flow of charging current to an electrolytic capacitor C1 in the power supply circuit unit can be prevented.
Patent JP-H0813146-A (JP)
Title: Method and device for applying alloy ceramic
Inventor: TANIGUCHI SHINOBU
IPC: B23P15/28
Filed: 1994-06-30
Abstract: PURPOSE:To form an allay ceramic coating film consisting of multicomponent elements on the surfaces of cutting tools by executing reactive magnetron sputtering. CONSTITUTION:A coating member 7 supported on a substrate 4 arranged within a sputtering device 10 is revolved and rotated and a negative voltage is impressed thereto. A positive voltage is impressed on a pair of anodes facing the substrate 4. A positive voltage is impressed to magnetron targets 1, 2 consisting of >=1 kinds of single-substance element materials forming a pair of evaporating sources facing the substrate 4 across these anodes. Reactive gases contg. >=1 kinds of nitrogen, oxygen and hydrocarbon are selectively supplied to a hole 6. The substrate 4 and the alloy composite targets 1, 2 are thus parted at the width W of the alloy composite targets or above and the alloy ceramic coating films are formed on the surfaces of the cutting tools. As a result, the alloy ceramic coating films are formed without using costly alloy targets.
Patent JP-S6155289-A (JP)
Inventor: NAKANISHI MASUHIKO
IPC: C08L33/02
Filed: 1984-08-17
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-H096210-A (JP)
Title: Image forming device
Inventor: KITANO SHIGEHISA
IPC: G03G21/18
Filed: 1995-06-14
Abstract: PURPOSE: To prevent the backlash of a process cartridge with a simple structure when the rotative driving force is transmitted to an image carrier from a drive motor provided on an image forming device main bode in an image forming device to which the process cartridge storing the rotatively driven image carrier is removably fitted. CONSTITUTION: A process cartridge Z is removably fitted to the image forming device main body 1 in the state that a backlash can be generated in the directions X, Y, Z. The rotative driving force from a drive motor 4 is transmitted to a transmitted bevel gear 11 from a driving force transmitting bevel gear 10 via gears 5-7 and bevel gears 8, 9, and an image carrier 12 is driven. The force applied to the transmitted bevel gear 11 from the driving force transmitting bevel gear 10 contains the components in the directions X, Y, Z. The process cartridge Z is pressed to a support member 13 in respective directions, and a backlash is prevented.
Patent JP-H04368765-A (JP)
Title: Ion implantation device
Inventor: YAMAMOTO HIROHISA
IPC: H01L21/265
Filed: 1991-06-14
Abstract: PURPOSE:To distribute secondary electrons in the vertical direction of an ion beam so as to prevent a wafer from being charged by perpendicularly providing a filament of an electron neutralizer relative to the rotational direction of a disk. CONSTITUTION:A filament 4 of an electron neutralizer is provided at the upper part of a Faraday cage 3. Thermoelectrons from the filament 4 hits against the bottom part of the Faraday cage 3, so that generated secondary electrons prevent a wafer 7 from being charged. Here, the secondary electrons exists largely up and down of an ion beam 1, so that the surface charges on the wafer 7 are exposed to negative.positive.negative charges upon the rotation of a disk 8 under this circumstances. Thus, the charge on the wafer surface, after an ion beam irradiation, can be neutralized by rationally setting a filament current.
Patent JP-H0836043-A (JP)
Title: Gps receiver
Inventor: SASAKI MASAHIRO
IPC: G01C21/00
Filed: 1994-07-22
Abstract: PURPOSE:To reduce the time of position measuring calculation by reducing the time until the position measuring calculation is started, and to obtain a rough receiving position of the position measuring calculation with high accuracy. CONSTITUTION:The intersection point between the straight line to combine the position of a GPS satellite which is calculated by an antenna 11, an RF 12, wave detectors 13a...13n, and a position measure; and the center of the earth, and the surface of the earth, is found, and it is inferred to make the intersection point as a rough receiving position. The rough receiving position inferred by a rough receiving position inferring member 14a is assumed to be a tentative receiving position, while a tracking satellite selector 15 selects a GSP satellite as a receiver by selecting one of the wave detectors 13a...13n. Consequently, the time from the startup operation such as the input of a power started until the position measuring calculation is source tracking three or more GSP satellites necessary for the position measuring calculation, can be reduced.
Patent JP-S6232278-A (JP)
Title: Fuel injection engine
Inventor: SHIRASAGI SADAO
IPC: F02M69/04
Filed: 1985-08-02
Abstract: PURPOSE:To prevent a fuel injector from interfering with various kinds of parts above an air intake pipe and improve the degree of freedom for design of said pipe so as to improve performance of an engine, by providing the fuel injector on the bottom of an air intake passage. CONSTITUTION:An air intake port 4 is formed on the cylinder head 2 of an engine main body 1, while an air intake pipe 5 is fixedly provided on the air intake port 4, thereby forming an air intake passage 6. In the above-mentioned structure, a stepped part 5a is formed on the left end side of the lower part of the air intake pipe 5, and a fuel injector 7, with its nozzle 7a pointing toward a combustion chamber 8, is fixedly provided on said part 5a. Since the fuel injector 7 is thus provided on the bottom of the air intake passage 6, in case the captioned engine is mounted on a motor bicycle particularly, the fuel injector 7 can be prevented from interfering with various kinds of parts provided above the air intake pipe 5. Further, since the degree of freedom for design of the air intake pipe 5 is improved, performance of the engine can also be improved.
Patent JP-H0710818-A (JP)
Title: Aphidicolane derivative and its production
Inventor: MORI ATSUSHI
IPC: C07C217/12
Filed: 1993-06-18
Abstract: PURPOSE:To obtain a new aphidicolane derivative having 2-(substituted amino) ethoxy group on 16beta-site, exhibiting antitumor action and expected to be useful as a carcinostatic agent. CONSTITUTION:A 16beta-[2-(substituted amino)ethoxy]-3alpha,17,18- trihydroxyaphidicolane derivative of the formula I [NR<1>R<2> is amino, a mono(lower alkyl)amino, di(lower alkyl)amino, cyclic amino, pyridylamino, a lower alkoxycarbonylmethylamino, phthalimido, etc.] and its acid addition salt, e.g. 3alpha-17,18-trihydroxy-16beta-(2-n-propylaminoethoxy)aphidicolane. The compound of the formula I can be produced by reacting a 16beta-(2-halogenoethoxy)-3alpha,17,18- trihydroxyaphidicolane of the formula II (X is halogen) with a mono(lower alkyl)amine, amino-, cyano- or hydroxy-substituted mono(lower alkyl)amine, etc.
Patent JP-S5694737-A (JP)
Title: Electronic beam exposure device
Inventor: YASUDA HIROSHI
IPC: H01L21/027
Filed: 1979-12-28
Abstract: PURPOSE:To obtain an electronic beam exposure device in which a deflection aberration, distortion, focus, stigma as well as an electron mutual action are reduced by a method wherein a main deflector is installed within a magnetic field of a projection lens and a predeflector is installed in a magnetic field of a reduction lens. CONSTITUTION:A projection lens 11 is installed near a wafer 10 and at this side thereof, a reduction lens 12 is installed. A main deflector 13 is installed at a position included in a magnetic field of the projection lens 11 and a predeflector 14 is installed at a position included in the magnetic field of the reduction lens 12. The main deflector 13 and the predeflector 14 are connected in series and they are controlled through an amplifier. Since the main deflector 13 and the predeflector are installed distance as far as the distance between the projection lens 11 and the reduction lens 12, the deflection aberration becomes zero and the distortion, focus and stima are reduced, too. And further, a focus obscurity due to the electron mutual action can be reduced.