baber/WOPTO huggingface dataset:
Patent JP-2000220128-A (JP)
Title: Flap gate with earth rejecting function
Inventor: HIYOSHI KENGO
IPC: E02B7/40
Filed: 1999-02-02
Abstract: PROBLEM TO BE SOLVED: To provide a flop gate with earth rejecting function which can prevent the deposition of earth below the downstream-side surface of a door body without being affected by the gradient of a river. SOLUTION: A flap gate is installed to the river bed of a river across the river and constituted in a freely flapping state through a torque shaft provided near the river bed. At the time of installing the gate, the flapping door body 4 of the gate is housed in a due section 5 formed by digging the river bed and, at the same time, a covering means 9 which covers the dug section 5 is provided so that an inclined surface while descends toward the downstream side from the downstream-side surface of the door body 4 may be formed when the door body 4 is erected.
Patent JP-H04252279-A (JP)
Title: Ink composition for oily marking pen
Inventor: YANAGAWA MASAO
IPC: C09D11/17
Filed: 1991-01-28
Abstract: PURPOSE:To obtain the title composition having high safety to human body, providing a holograph having excellent fastness, comprising ethylene glycol isopropyl ether, etc., as a main solvent, a colorant and an oil-soluble resin. CONSTITUTION:The objective composition comprising (A) 10-70wt.% ethylene glycol isopropyl ether alone or ethylene glycol isopropyl ether and ethyl alcohol as a main solvent, (B) a colorant composed of oil-soluble dye, inorganic or organic dye and (C) 1-25wt.% oil-soluble resin such as methacrylic ester resin, polyacrylic ester resin, hydrocarbon resin, phenolic resin, xylene resin, polyamide resin, polyester resin, ketone resin or alkyd resin.
Patent JP-S54118212-A (JP)
Title: Disc memory device
Inventor: TOKI YASUYUKI
IPC: G11B33/10
Filed: 1978-03-06
Abstract: PURPOSE:To control the life of flexible discs by providing the recording part of the gross total rotation times information of the discs themselves. CONSTITUTION:When the processing using a flexible disc 1a is finished, a central processing unit 16 reads out the content of the counter for rotation times built in a drive unit 11 and adds the same to the contents having been written in the memory region 31 of a main memory device 8. Parallel with these processings, whether the contents of the memory region 31 or 32 of the main memory device 17 have reached the upper limits of the predetermined rotation times and error occurrence times or not is discriminated. When these exceed the respective upper limits, the central processing unit 16 performs the displaying to the effect that said flexible disc has exceeded its service limit to an output unit 13.
Patent JP-H03230337-A (JP)
Title: Method for backing stamper
Inventor: SAKAMOTO YUJI
IPC: B29C43/20
Filed: 1990-02-06
Abstract: PURPOSE:To uniformize the thickness of a resin layer by providing a releasable film layer on the matrix surface side of a stamper formed with guide grooves for information recording, placing the stamper with its matrix surface faced upward via an adhesive onto a rigid flat plate to constitute a supporting member and further, placing a rigid flat plate onto the film layer and curing the adhesive layer while compressing the laminate. CONSTITUTION:The layer of the releasable film 9 is formed by using a varnish- like liquid resin on the matrix surface of the stamper 1. The adhesive 5 is then placed on a backing plate 2 to constitute the supporting member for this stamper 1 and the stamper 1 with its matrix surface faced upward is placed thereon. The adhesive 6 is applied on the film 9 and the compressing plate 7 is placed thereon. The laminate is then compressed by using a press machine to thinly spread the adhesives 5, 6 and to allow the adhesives to cure in this state. The peeling is executed between the adhesive layer 6 and the release film layer 9 or between the release film 9 layer and the stamper 1 upon curing, by which the stamper backed with the backing plate 2 is obtd.
Patent JP-S54120197-A (JP)
Title: Apparatus for regenerating braking energy of ship
Inventor: FUKAYA TOSHIO
IPC: B63H23/35
Filed: 1978-03-08
Abstract: PURPOSE: To produce an effective strong braking force, by absorbing inertial rotational force of propeller shaft at the flywheel and then releasing the absorbed energy as propeller shaft reversing force.  
     CONSTITUTION: The apparatus of this invention comprises a bevel gear unit A coupled between shaft 41 of prime mover 43 and shaft 17 of propeller 16, planetary gear change-speed unit B, and flywheel 1. In braking the ship, rotational energy of prime mover 43 and propeller 16 is absorbed by flywheel 1 via units A, B and the travelling speed of the ship is decelerated. When brake 50 is released and clutches C, E are coupled through excitation of electromagnetic coils 3, 12, rotational force of flywheel 1 is transmitted to propeller shaft 17. Here, rotation of flywheel 1 is decelerated at the gear ratio of gear 22 and gear 21, and input shaft 35 is rotated recersely to the direction in which it is rotated when absorbing energy, so that propeller 16 is rotated reversely, thereby reducing the speed of ship effectively. 
     COPYRIGHT: (C)1979,JPO&Japio
Patent JP-S55118547-A (JP)
Title: Control of air conditioner
Inventor: TANAKA HIDEKI
IPC: F24F11/00
Filed: 1979-03-07
Abstract: PURPOSE: To save energy by a method wherein low-power cooling or high-power cooling is selected according to the combinations of two kinds of conditions, i.e. whether outside-air temperature is above or below a predetermined temperature, and whether room temperature is above or below a set.  
     CONSTITUTION: Cooling operation is conducted in either one of two cooling control patterns A and B according as a outside-air temperature is high or low. Where outside-air temperature TO is above a predetermined temperature T 4 , a compressor motor is operated in a two-pole operation mode for high-power cooling when room temperature T r  is above a set temperature T 1 , but is operated in a four-pole operation mode for low-power cooling when T r  is below T 1 . Where TO≤T 4 , the control pattern B is conducted: low-power cooling is conducted when T r >T 1 , but the compressor is stopped when T r <T 1 . In the case of the control pattern A, the compressor may be stopped when T r <T 2  (T 2  is an arbitrary set point). In the case of the control pattern B, high-power cooling may be conducted when T r >T 3  (T 3  is arbitray set value). 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-H06341756-A (JP)
Title: See-through plate
Inventor: FURUTSU TOYOMI
IPC: F25D23/02
Filed: 1994-02-23
Abstract: PURPOSE:To effect a setting of generating amount of heat at least in respective belt type sections arbitrarily by a method wherein a plurality of belt type sections, having a width different from the width of a slit, are formed on a heat ray reflecting film arranged on one side of a transparent plate while two pieces of electrode are arranged on the deposit layer of the film. CONSTITUTION:A see-through plate 1 is mounted on a door body 5 for a refrigerating showcase 4, which blockades openably the upper surface opening of a storage chamber 3 cooled by a cooler 2, to form a transparent window. In this case, the see-through plate 1 is formed by arranging a heat ray reflecting film 7, having a deposit layer 7b, on one side of the transparent plate 6. Further, a proper number of slender slits 8 are formed on the heat ray reflecting film 7. A plurality of belt type sections 10A-10C, having different width, are formed on the heat ray reflecting film 7 accompanied by the forming of the slits 8. Two pieces of electrodes 9, separated from each other, are arranged on the deposit layer 7b. According to this method, the generating amount of heat of at least respective belt type sections 10A-10C is permitted to be set arbitrarily.
Patent JP-H06126020-A (JP)
Title: Method and system for specification of seki in computer go game
Inventor: SUMITA HIROYUKI
IPC: A63F3/02
Filed: 1993-02-15
Abstract: PURPOSE:To allow a computer go game device to specify SEKI in a short time at the end of a game. CONSTITUTION:At first, a stone (a) in a block is specified by a player. Steps after this is taken by a software of the go game provided in a computer go device. With a point of the specified stone (a) as a 1st search point 6-2, points surrounding it are searched, and vacant points are specified as SEKI. Searching steps are taken successively on the surrounding points as 2nd, 3rd... search points 7-2, 6-3, 5-2, 6-1. Thus, all SEKI A1, A2, A3 in a block are specified.
Patent JP-S63193008-A (JP)
Title: Direction control mechanism of distance measuring auxiliary projector
Inventor: ARAI AKIHIRO
IPC: G02B7/28
Filed: 1987-02-06
Abstract: PURPOSE:To facilitate the control of a direction by a simple structure, by fixing a light emitting member emitting a stripe pattern to a direction control plate capable of adjusting an angle in the optical axis direction of a condensing lens and in the direction crossing said direction at a right angle. CONSTITUTION:A direction control plate 30 fixing a light emitter 22 is formed by cutting out a front and rear control arm 32, an up-and-down control arm 34 and a slide plate part 36 from one left spring material to undergo bending processing. Then, the control arm 32 is bent by the operation of a front and rear control screw 38 to make it possible to change the converging distance of the stripe pattern emitted from the light emitter 22. The control arm 32 moves up and down in slide contact with support grooves 14A, 14A by the elastic recovery force of the control arm 34 due to the revolution of an up-and-down control screw 40 to make it possible to change the light pojecting angle of the stripe pattern emitted from the light emitter 22 in an up-and-down direction. Further, the slide plate part 36 is reciprocally on a guide pen 44 in a predetermined angular range by the eccentric cam part 42A of the left and right control pin 42 by the revolution of said pin 42 to make it possible to change the light projecting angle of the stripe pattern emitted from the light emitter 22 in the left and right direction. By this method, direction control operation can be easily performed.
Patent JP-S57140237-A (JP)
Title: Seat
Inventor: MURAISHI SHIYOUZOU
IPC: B60N2/06
Filed: 1981-02-24
Abstract: PURPOSE:To prevent each part of a device from being damaged even when a seat back is brought down ahead after having rotated the seat by a method wherein a lateral movable device and a walk-in-slide device are connected. CONSTITUTION:When the seat is rotated after the operation lever 37 of a seat rotating device SU is revolved and a stopper 39 is removed from an engaging hole 40, an upper plate 32 rotates and simultaneously an engaging member 22 also is moved by a bracket 20, therefore the engaging member 22 is got out of the engaging pin 24 of an operation lever 10 mounted on a slide rail 3a on the fixed side.
Patent JP-H01202031-A (JP)
Title: Frequency hopping modulation wave receiving circuit
Inventor: NAKAMURA SATOSHI
IPC: H04B1/713
Filed: 1988-02-08
Abstract: PURPOSE:To prevent a sound output from being deteriorated at the time of switching frequency by providing an automatic gain control(AGC) circuit for an intermediate frequency amplifier with a holding circuit for holding an AGC control signal obtained at the time of switching the frequency at a fixed level on the basis of a frequency hopping(FH) control signal and a lock signal outputted from a frequency synthesizer. CONSTITUTION:The intermediate frequency amplifier 4 executes operation similar to a state where no input exists at a switched moment of frequency. Therefore, the amplifier 4 tries to increase its gain by an AGC signal generated from an envelope detector 5, but since the holding circuit 7 formed in the AGC control circuit holds the AGC voltage at the fixed level, the gain of the amplifier 4 is not changed. After completing frequency switching, the holding of the AGC control signal is released. Since the receiving input at that time is inputted almost at the same level as that held before frequency switching, the AGC control signal is not almost changed. Consequently, a noiseless and stable sound output is generated form the envelope detector 5.
Patent JP-H02231258-A (JP)
Title: Anti-skid brake gear with unit for limiting yawing moment
Inventor: MATEIASU MAIRUUFUREERITSUHI
IPC: B60T8/60
Filed: 1990-02-07
Abstract: PURPOSE: To simplify a yawing moment limiting device by providing a function generator to generate an output signal responding to a brake pressure at each time according to a given function from the time change of a signal representing the position of a valve to control a monitored brake cylinder. CONSTITUTION: In a yawing moment limiting device, a block 1 is provided to have a function to generate a signal for the virtual pressure of a wheel being monitored from a valve position. Namely, the block 1 inputs signals, which are fed to an input end 4 and by which three states (respective values 0, 1, and 2 for bleeding, pressure holding, and feeding) representing the momentary positions of first and second valves are held, and generates output signals P1 and P2 responding to a brake pressure at each time from the time change of an input signal according to a given function. Based on the output signals P1 and P2, a function for an allowable pressure difference is generated by a block 2 and subsequently the valve positions of two wheels are detected by a block 3.
Patent JP-H11223483-A (JP)
Title: Coil structure of heat exchanger
Inventor: AKITA SHUZO
IPC: F28F1/00
Filed: 1998-02-09
Abstract: PROBLEM TO BE SOLVED: To make a heat medium flow in a complete counter flow while achieving a complete drainage and exhaustion. SOLUTION: In a coil 11 composing a heat exchanger, a plurality of cylindrical tubes 12 forming a path through which a heat medium flows is connected with a vent tube 13 to form a circuit. The circuits thus obtained are connected to a heat medium inlet header 14 and a heat medium outlet header 15 at both side ends thereof. In this case, the tubes 12 at stages are arranged in a zigzag lattice between adjacent rows so that the tubes are differentially positioned vertically. In each circuit, with respect to the tube 12 on the upstream side in the direction of a heat medium flows, the tube 12 on the downstream is positioned on an upper stage in the same row, positioned in a row on the upstream side in the direction of a gas flows on the same stage, or positioned in a row on the upstream side in the direction of the gas flows on an upper stage.
Patent JP-S63195465-A (JP)
Title: Control method for operation of clutch for fluid torque converter in transmission for vehicle
Inventor: SAKAI TAKAFUMI
IPC: F16H61/14
Filed: 1987-02-09
Abstract: PURPOSE:To suppress an engine from blow up when a speed change is performed, by controlling a clutch so as to operate in slip condition not completely releasing the clutch from engagement but weakening the engaging force and reducing a speed change shock in a clutch operative region when an auxiliary transmission performs a speed change in the operative region. CONSTITUTION:Since a clutch 22 operates in a directly coupled condition or in a condition approximate to the directly coupled condition in regions A and C, if speed change of an auxiliary transmission 1 is performed in these regions, a function of absorbing a speed change shock is eliminated in the clutch 22 by slip. Thereupon, at the time of speed change in the regions A, C, the clutch 22 is actuated in slip condition by outputting an instruction of closing the fourth atmosphere opening valve similarly to a region B. A speed change of 3-speed 4-speed is performed in the region A, and if the clutch 22 is released from operation by outputting an instruction of closing the third atmosphere opening valve in the time of the speed change, an engine, despite of speed decrease after the speed change in case of this shiftup speed change, generates a blow up of the engine speed in the initial time of the speed change by releasing the clutch from its operation. Here if the clutch is operated in slip condition at the time of the speed change, it suppresses the blow up.
Patent JP-H04265078-A (JP)
Title: Shutter speed setting device
Inventor: SHOJI HIROYUKI
IPC: G03B7/00
Filed: 1991-02-20
Abstract: PURPOSE:To set again and select the shutter speed whose frequency in use is high by selecting the shutter speed, which is set by a shutter speed extracting means, by a shutter switch. CONSTITUTION:When a set switch 22 is operated, a setup menu is displayed on a screen S of a view finder 16. A user can select arbitrary one or shutter speeds displayed on the screen S. That is, three positions 'off', 'on', and 'select' can be selected by a shutter switch 25. When position 'off' is selected, one of seven shutter speeds selected in the normal mode is selected. When position 'select' of the torque constitution is selected, the shutter speed set again is selected; and when position 'on' is selected, the selected shutter speed is fixed. After position 'on' is selected, a CCD 2 is operated at the selected shutter speed.
Patent JP-S62188640-A (JP)
Title: Tool holding device for machine tool
Inventor: YAMANE HISAAKI
IPC: B23Q3/157
Filed: 1986-02-07
Abstract: PURPOSE:To promote the sure automatic exchange of a tool, by providing pairs of almost L-shaped fingers having a holding position, in which clamping pawls hold the tool so as to cross at a right angle with turning axial lines, and a releasing position in which the clamping pawls release said tool. CONSTITUTION:A plurality of pairs of almost L-shaped fingers are radially mounted to the periphery of a tool magazine. Clamping pawls 268, 269 of these fingers, which are turnably supported respectively by supporting point axes 264, 265, hold a tool so that it crosses at an almost right angle with turning axial lines of said pawls. And a finger releasing rod 256, which is lowered to adapt its bottom end to a spring receiver 272 by lowering a shift bar, lowers against urging force of a spring along a guide groove from a tool holding position, as shown by a full line in the drawing, to a tool releasing position as shown by a two-dot chain line. By basic constitution as in the above, an automatic exchange of the tool is surely attained.
Patent JP-H11210030-A (JP)
Title: Fitting member for faucet box
Inventor: GOTO SHIGEYUKI
IPC: E03C1/02
Filed: 1998-01-23
Abstract: PROBLEM TO BE SOLVED: To attach a faucet box to the rear face of a wall by providing a hole in which the front face opening of the faucet box can be fitted and an engaging member with which the box can be engaged and forming fitting means which are mutually connectable by superposing a plurality of them with each other. SOLUTION: A through-hole 21 in which a joint plate P can be inserted is formed at a fitting position of a faucet box B of a wall plate 34 of a unitbath. Then, the through-hole 21 is arranged to coincide with the hole 3 of a fitting member A1 and the fitting member A1 is attached to the rear side of the wall plate 34 and fixed with screws. Then, while adopting such a size that obstacles such as projections of a waterproof pan installed at the fitting position of the faucet box or the like do not interfere with the faucet box B, another fitting member A2 is attached to the fitting member A1 to engage an engaging plate 6 of the fitting member A1 with a plate 10 to be engaged of the fitting member A2 and these are integrally connected with screws. And further, another fitting member is connected when it is required. After the wall plate 34 has been erected, the unit bath is assembled.  In this way, the faucet box B can be fitted to the rear side of the wall without hindrance of obstacles.
Patent JP-H04252852-A (JP)
Title: Evaporative fuel controller for supercharged engine
Inventor: NAKADA KUNIHIKO
IPC: F02B37/00
Filed: 1991-01-29
Abstract: PURPOSE:To optimize a purge value of evaporative fuel in a low intake air quantity area as well as to prevent an engine stall and a misfire in this low intake air quantity area from occurring. CONSTITUTION:A purging valve 66, which is opened by compressor pressure of a subturbocharger 8 supercharging only at a high intake air quantity area, is installed in a sub-purge passage 65 purging the evaporative fuel being produced out of a fuel tank 61 into an intake passage at the upstream of a compressor.
Patent JP-H06241847-A (JP)
Title: Fluidic flowmeter
Inventor: ONODA HAJIME
IPC: G01F3/22
Filed: 1993-02-16
Abstract: PURPOSE:To provide a fluidic flowmeter which can perform a wiring operation easily even in a narrow space, does not require a wiring space, can reduce the depth size of a case and can be made thin. CONSTITUTION:In a fluidic flowmeter, a flow-passage body 15 constituting a flow passage 26 is formed at the inside of a case with a built-in electronic circuit 19, a fluidic element 17 is installed inside the flow-passage body 15, and a flow sensor which measures a fine-flow-rate region and a piezoelectric film sensor which measures a large-flow-rate region are installed in the fluidic element 17. In the fluidic flowmeter, terminal pins 46, 48, 49 are installed respectively in the electronic circuit 19, the flow sensor and the piezoelectric film sensor, pin holes which are inserted into, and connected to, the terminal pins 46, 48, 49 are made in both end parts of a flexible printed-wiring board 51, and the electronic circuit 19 is connected electrically to the flow sensor and the piezoelectric film sensor.
Patent JP-H01202491-A (JP)
Title: Thermal transfer sheet
Inventor: SUGAFUJI JUNPEI
IPC: B41M5/26
Filed: 1988-02-08
Abstract: PURPOSE:To eliminate the need for strict accuracy of relative positions of detection marks and thermal transfer layers and enable the detection marks to be detected irrespective of the colors of dyes contained in the thermal transfer layers, by providing the thermal transfer layers on a base sheet, and providing the sheet with the detection marks on the side on which the thermal transfer layers are provided. CONSTITUTION:A thermal transfer sheet 1 comprises thermal transfer layers 3 provided on a base sheet 2. In the thermal transfer sheet 1, a plurality of color thermal transfer layers capable of thermally transferring images in yellow, magenta, cyan and black colors (Y, M, C, Bk) respectively are provided cyclically in that order. A detection mark 4 is provided at a corner on one side of the thermal transfer layer 3 of yellow, which is provided at the head of each repeating unit of colors. Since the detection mark 4 is provided superposingly on the thermal transfer layer 3, the thermal transfer sheet can be produced without any trouble even where a special accuracy is not maintained as to the position of the detection mark relative to the thermal transfer layer 3. The detection marks are formed of a material capable of shielding IR rays, whereby the detection marks can be detected irrespective of the colors of dyes contained in the thermal transfer layers. It is possible to broaden an effecting printing width by providing the thermal transfer layers over the entire width of the base sheet.