baber/WOPTO huggingface dataset:
Patent JP-S5995429-A (JP)
Title: Radiation thermometer
Inventor: TAKAHASHI AKIHIRO
IPC: G01J5/08
Filed: 1982-11-24
Abstract: PURPOSE:To offer a radiation thermometer which is easy to adjust and has a compact structure by dividing a thermal radiation ray for temp. measurement with using an optical fiber. CONSTITUTION:An eyepiece 19 is arranged on a straight line with an objective lenses 15 and a cross-hair plate 18, and an image of a temp. measuring body is formed on the plate 18. Thus when the temp. measuring body in view field is observed at temp. measuring time to adjust the body by the cross-haif to desired temp. measuring region, the thermal radiation ray radiated from the adjusted temp. measuring region can be made incident and transmitted into the optical fiber 20 whose end surface peeps at a center part of the plate 18. With respect to the optical fiber 20, the bundled plural optical fibers e.g. a bundled type fiber is suitable, but the other type optical fiber can be used also. The thermal radiation ray emitted from an end surface of the fiber 20 adhered fixedly to an optical fiber supporting plate 22 is passed through a fiber 23 and made incident to a photodetecting surface of a photosensor 24.
Patent JP-S6361683-A (JP)
Title: Steering device for saddle ride-type vehicle
Inventor: NAKAYAMA YOICHI
IPC: B62D5/06
Filed: 1986-09-03
Abstract: PURPOSE:To promote the compactness of an oil hydraulic pump, by providing the oil hydraulic pump to be built in the end of an engine crankshaft so as to actuate a power steering device by pressure oil of said oil hydraulic pump. CONSTITUTION:A hydraulically operated power steering device 10, fixed to a frame 12 by a bracket 11, is mounted interposing between a handle shaft 5a and a steering shaft 6. The power steering device 10 operates by the pressure of oil, and the oil is supplied from an oil hydraulic pump 14, built in the end of an engine crankshaft 13, through a pressure oil pipe 15. If the handle 5a is turned by controlling a bar handle 5, a spool valve in the power steering device 10 is displaced through a planet gear mechanism, and power assisting fore acts by supplying the pressure oil.
Patent JP-S6183594-A (JP)
Inventor: TSUKIGATA HIROHIKO
IPC: G02F1/133
Filed: 1984-10-01
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-H0746296-A (JP)
Title: Communication terminal equipment
Inventor: TSUCHIYA MAKOTO
IPC: H04L69/40
Filed: 1993-07-28
Abstract: PURPOSE:To implement re-transmission to a communication terminal equipment in which reception invalid fault takes place quickly after fault restoration by recognizing a fault restoration at a sender side in real time since information representing restoration is sent to the sender by a transmitter when the reception invalid fault takes place. CONSTITUTION:A CPU 4 sets '0' to an EFLAG and a COUNT according to a program stored in a memory 3 to discriminate whether or not a paper shortage detection section 9 detects paper shortage. When the EFLAG is discriminated to be set to 0, 1 is set to the EFLAG and a display section 1 displays a message representing 'paper shortage' for the operator. When the EFLAG is discriminated to be set to 1, a communication controller 5 sends a restoration signal restoring paper shortage to a sender facsimile equipment. Then 0 is set to the EFLAG to delete the displayed message. Then based on a command from the operation section 2, a scanner 7 reads a picture of a transmission original and the terminal equipment is set to the usual state.
Patent JP-H0756039-A (JP)
Title: Production of proton exchange waveguide
Inventor: HAYASHI ICHIRO
IPC: G02B6/13
Filed: 1993-08-20
Abstract: PURPOSE:To provide a process for production of the proton exchange waveguide which maintains the specified concn. of Li in a melt and does not crack a substrate in stages after an exchange by coating the specific region of the substrate with a material having a low proton exchange rate. CONSTITUTION:The region of the surface exclusive of the optical waveguide region of the substrate and the entire region of the rear surface thereof are coated with the material having the low proton exchange rate. Namely, the entire part of the rear surface is coated with an SiO2 film 3. Resist patterns 2 of a waveguide width are formed on the front surface by lithography and thereafter, the SiO2 film 3 is deposited by evaporation. The resist patterns 2 and the unnecessary SiO2 are then removed, by which a mask 4 for exchange is produced. The substrate is then immersed into the melt and is subjected to the proton exchange and thereafter, the SiO2 films 3 on the front surface and the rear surface are removed and the substrate is subjected to annealing. As a result, the outflow of the Li ions into the melt arising from the proton exchange on the rear surface is prevented and eventually the concn. of the Li in the exchange liquid is maintained constant.
Patent JP-H0547338-A (JP)
Title: Ion beam neutralizing device
Inventor: TAWARA HIDEAKI
IPC: H01J37/30
Filed: 1991-08-16
Abstract: PURPOSE:To stabilize the operation for a long period by guiding the operating gas and microwave power into a discharge chamber, converting the gas into plasma, applying the electron discharge control voltage, and feeding the electrons in the plasma to a beam for neutralization. CONSTITUTION:A discharge chamber 30 having a gas guide port 35 and an electron discharge opening 36, an antenna 33 guiding the microwave power, and a bias power source 38 discharging electrons from plasma 37 are provided. When the operating gas and the microwave power are guided into the discharge chamber 30, the operating gas is converted into plasma 37, and negative bias voltage is applied to the plasma 37 from the power source 38. Electrons 1 are fed into an ion beam from the plasma 37 via the opening 36 for neutralization. Since consumable materials such as a hot filament and an electron emitting material are not used, this device is stably operated for a long period when used in the active gas.
Patent JP-S6185359-A (JP)
Title: Production of n-substituted maleimide
Inventor: DOI SHUNICHI
IPC: C07D207/452
Filed: 1984-10-03
Abstract: PURPOSE:To produce the titled substance without producing polymeric by- products, by carrying out the thermal dehydrative cyclization of maleic anhydride and an amine or of maleic acid monoamide derived therefrom, in the presence of an ion exchange resin as a catalyst. CONSTITUTION:Maleic acid and an aromatic or aliphatic primary amine, or a maleic acid monoamide prepared therefrom is subjected to the thermal dehydrative cyclization at 50-160 deg.C (preferably 70-140 deg.C) in an organic solvent in the presence of an ion exchange resin, to obtain the titled substance. The ion exchange resin is preferably a strongly acidic, weakly acidic or weakly basic resin, and its amount is 2-25wt% based on the reaction liquid. The organic solvent is an aromatic hydrocarbon (e.g. benzene, styrene, etc.) or its mixture with an aprotic polar solvent. USE:Raw material or intermediate of pharmaceuticals, agricultural chemicals, dyes and polymers.
Patent JP-S58108481-A (JP)
Title: Positron ct apparatus
Inventor: TAKAMI KATSUMI
IPC: G01T1/161
Filed: 1981-12-22
Abstract: PURPOSE:To improve the quality of an emission image with the doubling of the number of operating means in a position CT apparatus by arranging a plurality of collimators varied in the type, shape and dimensions according to diagnosis purposes and a rotary ray source means to always ensure the position of the optimum absorptive correction line according to any dimensions of the collimators whenever they are removed and installed or replaced. CONSTITUTION:A rotary ray source means 6 is moved into the inner surface of a collimator means with the mounting angle of a shaft 7 is so adjusted that the ray source 8 is at the position (a). Then, the angle of the shaft 7 is adjusted to set and fix it at the position (b) or (c). As the ray source means 6 turns, the ray source 8 is set at the optimum position while rotating within the collimator means to measure the absorption value of a human body necessary for the absorptive correction. Then, when adequate information is secured for absorption, the collimator means is returned to the position (a) by adjusting the angle of the shaft 7 and the rotary ray source means 6 is moved outside. After the completion of said procedure, the measurement of an emission image is started.
Patent JP-S6268153-A (JP)
Title: Floor structure for vehicle
Inventor: KAZAMA NORIO
IPC: B60R5/04
Filed: 1985-09-20
Abstract: PURPOSE:To prevent spring up of a rear sideboard by splitting a board for partitioning a luggage room in the rear of the body into front and rear sections and enabling guidance of the rear board from a guide means to the underside of a front sideboard upon application of load from the rear side. CONSTITUTION:In a structure where a center floor boad 7 is arranged at the floor section of a luggage room of a hatchback vehicle, the floor board 7 is aplitted into two in the forward and rearward direction of vehicle to mount the opposite edges in the lateral direction on the stepped section 11a of a floor side box 11. The front side of the stepped section 11a is formed into an inserting section 13 to be inserted with an inserting chip 15 of a front sideboard 7a. The facing ends of the front and rear boards 7a, 7b are formed to be low in the front while high in the rear and serve as means 19 for guiding the rear sideboard 7b to the underside of the front board 7a upon application of load from the rear side. While a recess 45 and a projection 49 are formed respectively at the front edge section of the rear sideboard 7b and a sub-stepped section 43 of the stopped section 11 corresponding with said front edge section to provide a hinge mechanism.
Patent JP-S58106064-A (JP)
Inventor: KEMI TORAO
IPC: E04G23/08
Filed: 1981-12-21
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-H0368863-A (JP)
Title: Ultrasonic flaw detector
Inventor: NAKAJIMA YOSHIO
IPC: G01N29/26
Filed: 1989-08-09
Abstract: PURPOSE:To make it possible to detect the flaws in a body under test having the curved surface accurately by making the central axis of an ultrasonic beam agree with the normal direction to the surface of the body under test based on the detected signals of the normal-line components in the scanning direction and in the direction perpendicular to the scanning direction and the distance signal between a probe and the body under test. CONSTITUTION:A body under test 5 is assumed to have a flat surface. A control device 15 operates commands Xo, Yo and Zo for X, Y and Z axes for performing the main scanning in the X direction and the secondary scanning in the Y direction with an ultrasonic probe 1 from time to time. When the body under test 5 has the complicated shape, deviations DELTA1 and DELTA2 around shafts alpha and beta are on the outside of 0. Therefore, driving devices 6 and 7 for the shafts alpha and beta are driven so that the difference in strengths of the received waves of probes 2b and 2c and 4b and 4c becomes 0 all the time. In this way, the central axis of the ultrasonic wave beam from the probe 1 agrees with the normal direction to the surface of the body undert test 5. The deviation of the ultrasonic wave beam from the directions X, Y and Z is operated based on angle alpha and beta of the shafts alpha and beta, and the deviation is corrected. The defect distribution of the body under test 5 is recorded by using the position command signal based on the operations.
Patent JP-S5996744-A (JP)
Title: Manufacture of semiconductor device with separated element region
Inventor: YOSHIDA HISAO
IPC: H01L21/762
Filed: 1982-11-25
Abstract: PURPOSE:To enhance integration degree by a method wherein V-shaped grooves are formed by performing an anisotropic etching, an insulating resin is buried in the V-shaped grooves, and, the V-shaped groove parts are made flat. CONSTITUTION:An oxide film 9 on a semiconductor surface is removed, V- shaped grooves are formed by performing an etching on an epitaxial part 3 and a substrate part 1. After the oxide film 9 is formed all over the whole surface thereof, the oxide film 9 at optional places is removed, a collector phosphorus 5, a base boron 6, a graft base 7 and an emitter phosphorus 8 are diffused, and after oxidation, the oxide film 9 is formed on the surface and a silicon nitride 10 is formed on the film thereof. An insulating resin 14 is buried in the V-shaped grooves 13 and, at the same time, is applied to the parts other than the V- shaped grooves 13 for making the part of the insulating resin 14 flat. Vitrification is performed, and, when the total of the insulating resin 14 is removed by performing a plasma etching, the surface of the wafer becomes flat. Subsequently, after contact parts 15 are formed, the semiconductor device separated in aluminiums 11 and an alumina 12 is obtained by performing an aluminium evaporating and a formation treatment.
Patent JP-H08188335-A (JP)
Title: Wire rod wind device
Inventor: TAKAHASHI MICHIO
IPC: B65H54/76
Filed: 1995-07-21
Abstract: PURPOSE: To accumulate a wire rod wound while being molded spirally on a circular wound part to a storage with a high share rate. CONSTITUTION: A wire rod 2 wound while being molded spirally on the wind oven 14 of a circular wind up part 18 is dropped on the receiver 20 of a carrier 26 which is swung so that a state slanting in relation to the central axis X14 of this wind oven 14 may be moved in a peripheral direction and rotated around the central axis X14 . Then, as the spiral wire rod 2 is accumulated while being shifted in a peripheral direction, after that a spiral is loosened on tightened and a spiral diameter is changed, the wire rod 2 can reduced an overlap during a turn and increase a share rate. A wind diameter regulation fixture 126 is provided in the carrier 26 and a dropping turn part is accumulated by a high share rate.
Patent JP-H01131540-A (JP)
Title: Data imprinting device for camera
Inventor: FUJIMORI MOTOYUKI
IPC: G03B17/24
Filed: 1988-08-19
Abstract: PURPOSE:To enable sharp and easily visible imprinting by constituting the title device of a liquid crystal cell having the display part of the transparency higher than the transparency of a non-display part and mounting an illuminating device and illumination reflecting member to the rear side of the cell in such a manner that said device and member can be attached and detached by an opaque cover member, then disposing and constituting the front side of the liquid crystal cell so as to be approximate to the rear face of a photosensitive material. CONSTITUTION:A reflecting plate 11 consisting of a photoconductive member and illuminating member 12 such as lamp are disposed on the rear face side of the liquid crystal cell 10 and are so mounted to the liquid crystal cell 10 that said plate and member are held and covered by the cover member 13 consisting of the opaque member and can be attached and detached to and from the cell by said member. The liquid crystal cell 10 is constituted by coupling an electrode part 10a of the cell 10 and an electrode part 5a of a flexible substrate 5 and further coupling the lamp 12 to the electrode part 5b. The liquid crystal cell 10 displays data by receiving an electric signal for driving and the lamp 12 is lighted. The lamp light is guided and reflected to and on the reflecting plate 11 and is transmitted as the more uniformized indirect illumination light through the display part of the liquid crystal cell 10 to a film 6 to imprint the data on the film. The stable imprinting is thereby executed without being affected by the color tones and brightness of the ground to photographed. The sharp and easily visible imprinting is thus executed.
Patent JP-S6266579-A (JP)
Title: Power generating equipment
Inventor: MORI KAZUTAKA
IPC: H01M8/12
Filed: 1985-09-19
Abstract: PURPOSE:To effectively utilize excess electric power by acing a cathode and an anode via a partition made of oxygen ion conductive solid electrolyte, and supplying oxygen gas and methane to generate electric power. CONSTITUTION:A reaction container 1 is partitioned in a cathode chamber 3 and an anode chamber 4 with a partition 2 made of oxygen ion conductive solid electrolyte. A cathode 5 is sticked on the partition 2 inside the cathode chamber 3, and an anode 6 is sticked on the partition 2 inside the anode chamber 4. Oxygen gas or oxygen-containing gas is supplied to the anode chamber 4, and methane or methanol is supplied to the cathode chamber to constitute power generating equipment. When electric power is excess, power source 7 is connected to obtain methanol from methane, and when electric power is required, a load is connected between electrodes 5, 6 and electric power is generated with methanol. Therefore, excess electric power is effectively utilized to generate electric power.
Patent JP-S5997275-A (JP)
Title: Image pickup device
Inventor: SAITOU SHIYUUICHIROU
IPC: H04N5/335
Filed: 1982-11-26
Abstract: PURPOSE:To attain image pickup of both still and dynamic pictures by applying servo control to a shutter member with an output signal of an image pickup element. CONSTITUTION:The image of a light of an objective passing through a lens 51 is formed on a CCD55 via a shutter 52 and an aperture 53. The output of the CCD55 is converted through a process circuit 56, a matrix circuit 57 and a mixer 59 and recorded on a recording medium 62. In setting a selecting switch 83 to the aperture priority AV, a switch 75 is connected to the lower contact, a luminance signal output Y of the matrix circuit 57 is inputted to an open angle control circuit 73, and the open angle of the rotary shutter 53 is servo-controlled in response to the level of the luminance signal. In setting the selecting switch 83 to the shutter priority TV, the luminance signal output Y is inputted to an aperture control circuit 74 and the aperture is servo-controlled.
Patent JP-2000027527-A (JP)
Title: Upper rail structure of folding door
Inventor: NISHIMOTO YOSHITAKA
IPC: E05D15/26
Filed: 1998-07-06
Abstract: PROBLEM TO BE SOLVED: To provide a dividing type upper rail structure capable of easily carrying out the detachable work of a folding door to an upper rail in the upper rail for hanging the folding door and, at the same time, freely setting the position (height) of a ceiling. SOLUTION: An upper rail 1 is constituted of a rail main body 6 having a nearly portal section and traveling rail sections 3a-3c and 4a-4c mounted to the side piece of the rail main body 6, a holding section of an L-shaped cross section is formed in the side piece, an interlock section of the traveling rail sections 3a-3c and 4a-4c mentioned above is interlocked with the holding section and is mounted thereto, a part of a pivot hinge side of the traveling rail sections mentioned above is so separated that it can be detached from the pivot hinge section, and it is connected to the adjoining traveling rail sections with tie members 5, 5....
Patent JP-H0955453-A (JP)
Title: Carbon substrate for semiconductor integrated circuit chip mounting use and its manufacture
Inventor: SUZUKI TETSUO
IPC: H01L23/14
Filed: 1995-08-14
Abstract: PROBLEM TO BE SOLVED: To eliminate the fault of glassy carbon layers of a low heat conductivity and to obtain a carbon substrate for chip mounting use by a method wherein the glassy carbon layers with the mirror-polished surface are respectively provided on both sides of an intermediate layer containing fibers made of graphitizable carbon and whose fiber axes are parallel to the carbon layers. SOLUTION: Glassy carbon layers 1 with the mirror-polished surface are respectively provided on both sides of an intermediate layer 3 containing fibers made of graphitizable carbon. Layers constituting the layer 3 are provided in such a way that the fiber axes of the fibers are parallel (the X- and Y- directions) to the layers 1. In the case where such a carbon substrate is manufactured, both surfaces of a layer containing fibers made of graphitizable carbon, are held between thermosetting resins to turn the sheet into a composite sheet, the composite sheet is heat-treated at 1200 deg.C or higher in an inert atmosphere to turn the thermosetting resin into glassy carbon layers and thereafter, the surfaces of these glassy carbon layers have only to be mirror-polished. As the thermosetting resin to be used here, a phenolic resin is preferable.
Patent JP-H0256771-A (JP)
Title: Reproducing device
Inventor: OZAKI SEIICHI
IPC: G11B20/02
Filed: 1988-08-23
Abstract: PURPOSE:To prevent a mistake that trouble occurs in a device from being made by displaying an effect that a signal which is not correspondent is reproduced at such a time. CONSTITUTION:When a voice reproducing mode is set and a reproducing command switch is turned on, a system control part 64 refers to the track information of a RAM 68 so that a first voice track is accessed and a magnetic head 14 is positioned on the track. At the time of accessing the track, a voice reproducing signal is fetched in a memory 42 and the control part 64 discriminates the presence or absence of a corresponding video track based on the reproducing control information from an information signal demodulation circuit 60. When the corresponding track does not exist, an output from a monitor 38 is made in a mute state by a video mute circuit 36 and also Audio Only, etc., from a character generator 80 is displayed on a monitor 38. At the time of reproducing the voice having no corresponding video signal, the effect is displayed, so that there is no possibility of mistaking that the trouble occurs in the device.
Patent JP-S6450304-A (JP)
Title: Lighting apparatus with emergency electric source
Inventor: KAMIMURA KINICHI
IPC: H01L35/28
Filed: 1987-08-20
Abstract: PURPOSE: To stand long storage and efficiently generate electric power at any time and in any place by guiding excess heat energy generating in association with lighting into the side with a heat control plate, heating the high temperature side of a thermoelectric power generating element, and efficiently cooling the low temperature side with a radiation fin to performing thermoelectric power generation. CONSTITUTION: Heat flow caused by heat from flame A of a candle strikes against a recess 21U of a heat control plate 21 as shown in an arrow H, heats the heat control plate 21, then passes through a vent opening h2, and goes up. This rising current of air accelerates the convection of cooling air on radiation fin side on the side to accelerate heat radiation effect. Heat in the recess 21U of the heat control plate 21 is transmitted to a second heat exchanging board (high temperature side) of a thermoelectric power generating module through heat conductive pieces 21a, 21b, 21c, 21d to raise its temperature. A first heat exchanging board low temperature side) of the thermoelectric power generating module is efficiently cooled by the radiation fin in which the convection is accelerated by the rising current of air and a flow path is formed in the vertical direction and cooling air flow.
Patent JP-H0626954-A (JP)
Title: Contact pressure measuring device
Inventor: YOSHIDA HITOSHI
IPC: G05D15/00
Filed: 1992-07-09
Abstract: PURPOSE:To provide an inexpensive contact pressure measuring device capable of precisely controlling the measuring position of contact pressure without using a pressure sensor. CONSTITUTION:A machine table 6 is fixed to the slider 5 of a linear servo motor 4 having a fixed relation between thrust and driving current. The machine table 6 is moved while detecting the position of the machine table 6 by a position scale 7 to press the contact surface 6a of the machine table 6 onto a target, and the machine table 6 is then stopped. The driving current of the linear servo motor 4 is detected by a pressure converting circuit 8, and contact pressure is determined from it.