baber/WOPTO huggingface dataset:
Patent JP-S61197716-A (JP)
Title: Cooling device for internal-combustion engine
Inventor: TAYAMA KEIJIRO
IPC: F02M31/10
Filed: 1985-02-28
Abstract: PURPOSE:To enable various units to be cooled without using any special cooling systems while effectively utilizing exhaust heat by providing heat exchangers for fuel valve cooling water, exhaust valve cooling water, supercharger lubricating oil, etc. in an intake path leading to the supercharger. CONSTITUTION:In the intake side intake path 14 of a supercharger 1 used for a marine engine or the like are disposed a heat exchanger 10 for emitting heat of cooling water for a fuel injection valve 4, a heat exchanger 9 for emitting heat of cooling water for an exhaust valve 3 and a heat exchanger 8 for cooling lubricating oil of the supercharger 1. Thus, cooling apparatus for these heat exchangers do not need to be particularly provided, and heat of auxiliaries can be utilized for preheating new charge to improve the efficiency.
Patent JP-S58155149-A (JP)
Title: Numerical control processing system
Inventor: KATOU KIYOTAKA
IPC: G05B19/4093
Filed: 1982-03-10
Abstract: PURPOSE:To decide automatically a starting point and a direction of processing at the time of face processing by means of numerical control, by deciding a moving limit and the outermost tangent through a processing shape, a tool diameter and a reference processing diretion of a work. CONSTITUTION:In case of processing of the surface of a fixed shape through numerical control, a processing shape 100 of a work 10, a tool 12 diameter and reference processing direction X-Y are inputted. A moving limit shape 102 of the tool 12 is obtained by adding a half of the tool 12 diameter to the processing shape 100. Then, a tangent in a Y axis direction of the minimum value in a X axis direction of the work 10 obtained by making a reference direction into a Y axis direction is made into the outermost tangent 104. Then, one side point among points of intersection P1 and P2 between the moving limit shape 102 and the outermost tangent 104 of the tool is made into a starting point of processing. After the tool 12 has been moved along the outermost tangent 104 processing is kept on by shifting it by a fixed pitch in the X axis direction.
Patent JP-H09226260-A (JP)
Title: Metal gloss thermal transfer recording medium
Inventor: SOGABE ATSUSHI
IPC: B41M5/392
Filed: 1996-02-26
Abstract: PROBLEM TO BE SOLVED: To attempt to enhance the sensitivity of an adhesive layer without lowering preservability, scum resistance by incorporating specific amounts of an oil absorbing component exhibiting specific values of oil absorbing amount and a mean particle size in the adhesive layer of a metal gloss thermal transfer recording medium having a colored or colorless ink layer, a metal deposit layer and the adhesive layer provided in this order. SOLUTION: This metal gloss thermal transfer recording medium for forming a seal image having metal gloss by using a heating recording medium such as a thermal head comprises a colored or colorless ink layer, a metal deposit layer and an adhesive layer provided in this order on one side surface of a base material. To eliminate the decreases in the preservability, scum resistance and gloss of the image even if the sensitivity of the adhesive layer is attempted to be enhanced to deal with high speed printing or low energy printing, oil absorbing component having oil absorbing amount of 60ml/100g or more and a mean particle size of 0.6μm or less and containing 20wt.% of an oil absorbing component is contained in the adhesive layer.  In this case, as the oil absorbing component, carbon black is used, and as the main binder of the adhesive layer, an ethylene-vinyl acetate copolymer is used.
Patent JP-H03239753-A (JP)
Title: Water-absorbing polyurethane foam and production thereof
Inventor: MEIWA YOSHIHEI
IPC: C08G101/00
Filed: 1990-02-19
Abstract: PURPOSE:To produce the title foam excellent in the absorption and retention of an aq. liq. by incorporating a specified amt. of an inorg. filler into a polyurethane foam which is obtd. by reacting a specific polyether polyol with an org. polyisocyanate in the presence of a blowing agent, a catalyst, etc. CONSTITUTION:An inorg. filler (e.g. calcium carbonate) in an amt. of 5-50wt.% is incorporated into a polyurethane foam which is obtd. by reacting a polyether polyol contg. 40wt.% or higher polyoxyethylene units (e.g. GR-5007, a product of Asahi Denka Kogyo K.K.) with an org. polyisocyanate (e.g. tolylene diisocyanate) in the presence of a blowing agent (e.g. water), a catalyst (e.g. dibutyltin dilaurate), and a foam stabilizer (e.g. a silicone surfactant).
Patent JP-H06250635-A (JP)
Title: Pattern plotting device
Inventor: NORO TAKAHIRO
IPC: G09G5/36
Filed: 1993-02-26
Abstract: PURPOSE:To enable a high-speed plotting by providing a register group, an adder and a comparator managing an address on the other party for storing a pattern, a number of pattern raster, a pattern address and the width of the pattern on the display memory (VRAM) of a plane form. CONSTITUTION:The information of pattern transfer origin is managed by means of a pattern store destination address register 9, a pattern address register 10, a pattern width register 11 and a register 12 for a number of pattern rasters and the information of pattern transfer destination is managed by means of a pattern plotting destination address register 2 and a VRAM width register 4. A pattern plotting device is started by setting a value in a register 3 for a number of plotting rasters, an access cycle generator 5 generates a cycle in accordance with the value and starts address 8, 13, 14. The access cycle is changed over to the device side by controlling a cycle changeover switch 7 by means of a register 6 for changing a cycle and a respective adders renew the addresses of the transfer origin and the transfer destination.
Patent JP-S52121352-A (JP)
Title: Liquid crystal display device
Inventor: YAMAGISHI GENJIROU
IPC: G09F9/35
Filed: 1976-04-05
Abstract: PURPOSE:Indisplaying the numbers of two kinds of varying contents using the same number display device, the contrast between the displayed numbers and the surroundings is inverted according to the contents of display, whereby which contents of the two are displayed is made readily understandable to readers.
Patent JP-S53123150-A (JP)
Title: Heat-sensitive recording head
Inventor: OONO TADAYOSHI
IPC: B41J2/345
Filed: 1977-04-04
Abstract: PURPOSE: To reduce the irregularity in resistance by eliminating an clearance exceeding ten times of the spacing betwewn the resistors in the vicinity of the both ends of them when the conductive patterns including the electrodes to be connected with the both ends of the resistors are subjected to screen printing operations. 
     COPYRIGHT: (C)1978,JPO&Japio
Patent JP-H01212798-A (JP)
Title: Electrodeposition vessel
Inventor: SHISHIDA SHOICHI
IPC: C25D13/22
Filed: 1988-02-19
Abstract: PURPOSE:To prevent the precipitation of an electrodeposition coating and to improve the efficiency in coating a material by increasing the vertical width of an upper electrodeposition soln. flow, and uniformizing the flow in the electrodeposition vessel wherein the upper and lower solns. are allowed to flow in the opposite directions. CONSTITUTION:The material A to be coated such as an automobile body is conveyed into the electrodeposition vessel 1 by a hanger conveyor 2, moved in the electrodeposition soln. L in the vessel, and electrodeposition-coated. In this case, plural nozzles 3a arranged at regular intervals in the cross direction of the vessel 1 and directed in the opposite direction to the traveling of the material A are provided to a lower soln. injector 3, and the injectors 3 are provided in parallel at the bottom of the vessel in the longitudinal direction of the vessel. Nozzles 4a inclined toward the center of the vessel 1 are provided to an upper soln. injector 4 in the two upper and lower stages in the same direction as the traveling of the material A, and the injectors 4 are provided at the upper part of the vessel 1 in the vicinity of the right and left sides 1a and 1b of the vessel so that the traveling of the material A is not disturbed. Since the material A moves in the upper soln. having a large vertical width and separated from the boundary with the lower soln. flow, the material is uniformly and rapidly electrodeposition-coated in the upper soln. flow, and the precipitation of the coating is surely prevented.
Patent JP-H06246825-A (JP)
Title: Production of vacuum formed article and mold
Inventor: NAGAHASHI YUJI
IPC: B29L31/58
Filed: 1993-02-26
Abstract: PURPOSE:To obtain a method for producing a ceiling screen that can be easily bonded to a door inner panel. CONSTITUTION:An uneven part 28 is provided in a mold body 27 correspondingly to an uneven part of a ceiling screen 12. A protuberance 29 is so provided as to surround the uneven part 28. Outside the protuberance 29, an inclined surface 30 is formed. A deep groove part 31 is formed in a part surrounded by the inclined surface 30 and a peripheral wall 26A of a frame 26. With an action of a vacuum to the mold body 21, a material 32 is formed into a predetermined shape inside the protuberance 29 but reduced in wall thickness by the increase of an extending amount outside the protuberance 29. In this manner, a thin-wall part 23 to be favorably bonded and welded is formed.
Patent JP-H01215360-A (JP)
Title: Garbage treating machine
Inventor: NAKAMURA SHINICHI
IPC: B02C18/00
Filed: 1988-02-19
Abstract: PURPOSE:To obviate the trouble that water overflows from a discharge chamber into a housing bag to flood the bag by providing a gap which serves as a flow passage for the water overflowing from a dehydrating basket in the event of clogging of the dehydrating basket between the inside end face of an inward projecting part and the outside peripheral face of the dehydrating basket. CONSTITUTION:The dehydrating basket 44 is rotated at a high speed and the garbage charged from a hopper 33 is centrifugally dehydrated and is fed into the discharge chamber 68 from which the garbage is discharged. The gap B to serve as the flow passage for the water overflowing above the dehydrating basket in the event of the clogging of the dehydrating basket 44 is provided between the inside end face of the inside projecting part 45 and the outside peripheral face of the dehydrating basket 44. A flange part 47 is provided outward to the upper outside circumferential part of the dehydrating basket apart at a prescribed spacing from the rear face of the inward projecting part 45. A spiral partition plate 49 which spreads in the rotating direction of the dehydrating basket around the axial line of the dehydrating basket 44 is pendently provided to the front face of the flange part 47. As a result, the flowing of the water from the discharge chamber into the housing bag 71 to flood the bag is obviated.
Patent JP-H04276019-A (JP)
Title: Method for annealing laminated iron cores
Inventor: NISHIZAWA TAKASHI
IPC: C21D9/00
Filed: 1991-03-05
Abstract: PURPOSE:To stably anneal laminated iron cores and to prevent the generation of a defective product by incorporating the laminated iron cores in an induction heating device in the fastening condition with a blocks for pressurizing, bolts for pressurizing and nuts for pressurizing. CONSTITUTION:At both end parts in the laminated iron cores 4, the blocks 5a, 5b for pressurizing composed of magnetic bodies are arranged and fastening is executed with the bolts 6 for pressurizing and nuts 7 for pressurizing through the blocks. The laminated iron cores 4 in the fastening condition are housed in the induction heating device 2. Successively, by energizing a induction coil 1, the induction heating is executed to the laminated iron cores 4. By this method, raising of an occupancy volume ratio and stabilization of the laminated iron cores 4 are contrived by uniformly heating the laminated iron cores 4, these are annealed without generating the defective product.
Patent JP-H11238403-A (JP)
Title: Lighting fixture for vehicle
Inventor: ETO TOYOZO
IPC: F21V29/15
Filed: 1998-02-20
Abstract: PROBLEM TO BE SOLVED: To restrain generation of dazzling light and bring down a temperature of a circumference of a light source in a lighting fixture for a vehicle which is provided with a shade to shield the dazzling light by covering the light source. SOLUTION: This lighting fixture is a head light 1 for an automobile, which comprises a transparent front surface lens 3 and a light source bulb 5, and a shade 7 to shield the front of the light source bulb 5. The shade 7 has an octagonal cylindrical main part 13 (the latter half part). Among boundary parts 14a-14h of side surface parts 13a-13h, slits 15a, 15b, 15h, 15g which are opened respectively at rear end opening edges 7a of the shade 7, in the case of looking the shade 7 from the front side, are respectively formed at a boundary part 14a positioned on the highest part, a boundary part 14b positioned on a left oblique upward, a boundary part 14c positioned on a left part, a boundary part 14h positioned on a right oblique upward and a boundary part 14g positioned on a right part.
Patent JP-H05196188-A (JP)
Title: Closing device and pipe saddle fixture
Inventor: DEIBITSUDO MAIKERU ANTONII KEN
IPC: F16L47/02
Filed: 1992-01-29
Abstract: PURPOSE: To obtain a releasable and permanently fixable closure. CONSTITUTION: A closure device for sealing the cutter guide tube of a pipe saddle fitting comprises a cap of thermoplastic material having a screw-threaded section 5 to enable releasable attachment of the closure to the tube, and a section 6 with a cylindrical surface incorporating a heating coil 8. A welding current is delivered to the coil 8 to fix the closure permanently to the tube when the pipe joint has been completed and tested.
Patent JP-S62198340-A (JP)
Inventor: MASUDA TATSUYA
IPC: A01G9/10
Filed: 1986-02-24
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-H10242832-A (JP)
Title: Semiconductor device and its bidirectional buffer
Inventor: KONNAI SUEO
IPC: H03K19/0175
Filed: 1997-02-24
Abstract: PROBLEM TO BE SOLVED: To control all input and output logical modes from the outside by providing an input/output buffer control part which is connected to the bidirectional buffer, consisting of an input buffer having a theory inverting function while connected to a signal terminal and an output buffer having a logic inverting function, and an input terminal for control and controls the logical mode of the bidirectional buffer and the input/output mode of a signal. SOLUTION: Four bidirectional buffers 10 are connected to a main circuit part 11 and an input/output buffer control part 12 and an LSI terminal 20 for a signal is connected to them. The bidirectional buffer 10 has a three-state noninversion buffer 1 or 3 and a three-state inverting buffer 2 or 4. Which of the noninversion buffer and a logic inverting function the bidirectional buffer 10 operates as can be set individually under the control of the input/output buffer control part 12. The input/output buffer control part 12 sets the directions of input and output and informs the main circuit part 11 of a semiconductor device of the mode of processing contents.
Patent JP-S51114629-A (JP)
Title: Composite core charging device of current transformer
Inventor: UTO MUTSUO
IPC: H01F41/02
Filed: 1975-03-31
Abstract: PURPOSE: A device for charging a E type core and I type core into a coil mounted on the center, simultaneously, laterally and cooperatively in a laminated condition. 
     COPYRIGHT: (C)1976,JPO&Japio
Patent JP-S63207733-A (JP)
Title: Hydraulic automatic starting clutch control device
Inventor: HONDA TAKUMI
IPC: B60W10/10
Filed: 1987-02-21
Abstract: PURPOSE:To enable rapid starting by controlling so as to output continuous on or off signals to a starting control valve which is normally duty controlled in the direction of increasing the engaging force of an automatic starting clutch at the time of changeover from a nontraveling range to a traveling range. CONSTITUTION:At the time of starting control, in an electronic control device 60 into which the output signals of sensors 47, 61-65 are inputted, when judged changeover from a nontraveling range to a traveling range, a value obtained by dividing the absolute value of the difference between the input and output rotating speeds of a starting clutch with the input rotating speed is compared with a defined value. And, when the divided value is smaller than the defined value, since the starting control is to be completed, a starting controlling solenoid 46 is turned on to completely engage the starting clutch. On the other hand, when the divided value is larger than the defined value, the starting control is under way and, then, it is judged whether the feeding oil pressure of the starting clutch is above a defined value or not and, when judged no, the solenoid valve 46 is equally turned on to accelerate the rise in the feeding oil pressure.
Patent JP-S61198576-A (JP)
Title: Sodium-sulfur cell
Inventor: TOKOI HIROMI
IPC: H01M10/39
Filed: 1985-02-28
Abstract: PURPOSE:To obtain a sodium-sulfur cell with superior charging capacity and without the fear of corroding its positive electrode case by making a potential difference across a positive polar active material and an auxiliary electroconductive material to be nearly even over the radial direction of the positive electrode part and uniformizing a charge-and-discharge cell reaction factor of negative and positive active materials almost all over the area of the positive electrode part. CONSTITUTION:A negative electrode part comprising a negative polar active material 1 whose essential component is sodium, and a positive electrode part 9 comprising an auxiliary electroconductive material and a positive polar active material whose essential component is sulfur or sodium polysulfide are arranged inside a battery jar 8, via solid electrolyte 3, having electroconductivity to sodium ions, serving as a boundary. A potential difference across the positive polar active material and the auxiliary electroconductive material in such a sodium-sulfur cell is made nearly even over the radial direction of the positive electrode part 9 and the cell reaction factor is uniformized almost all over the area of the positive electrode part 9. Thus, a recovering charge amount can be widely increased, with energy efficiency being improved. Since corrosion can be prevented from being locally generated near the cell case of strongly corrosive sodium-sulfide of low grade a sodium-sulfur cell without the fear of corrosion can be obtained.
Patent JP-H06249829-A (JP)
Title: Measuring device for metal oxide solubility in molten salt
Inventor: DENPO KOZO
IPC: G01N27/26
Filed: 1993-03-01
Abstract: PURPOSE:To measure the quantity of the matal oxides molten in a molten salt in a molten salt environment at high temperature through the electrochemical method for a long period, by immersing a Pt electrode and an Ag electrode having a protecting pipe in a molten salt, and measuring the electric potential between both the electrodes. CONSTITUTION:A Pt electrode and an Ag electrode 3 having a protecting pipe 1 are immersed in a molten salt, and the electric potential between both the electrode pipes is measured. The protecting pipe 1 is made of Al2O3.SiO2 containing Y2O3 and/or ZrO2, and the inside is charged with Na2SO4-Ag2SO4 powder 2, and an Ag wire 3 is embedded into the powder. The Ag electrode 3 is fixed in the protecting pipe 1 by a piston 8 and an O ring 9 so that the position does not change, and further led outside a sensor holder 5, penetrating through a seal plug 10, and applied with the electric contact. The sensor holder 5 is installed through the cover 4 of a container for accommodating the molten salt having a high temperature, and in order to prevent the rise of the temperature of the electrode holder body, a water-cooled chamber 6 is provided.
Patent JP-H10240398-A (JP)
Title: Optical communication ic card and data processor for the same
Inventor: MIYAZAKI HIROAKI
IPC: B42D15/10
Filed: 1997-02-24
Abstract: PROBLEM TO BE SOLVED: To provide a non-contact type optical communication IC card with which high-reliability communication is performed and communication time can be shortened. SOLUTION: An optical communication IC card 1 is provided with a power supply part 11 and an operation part 21. The power supply part 11 is provided with a coil 12 for contactlessly receiving driving power from external equipment under electromagnetic guidance. The current received by the coil 12 is rectified, stabilized and sent to the operation part 12 later. The operation part 21 is provided with a light emitting part 22 composed of a laser diode array for performing 8-bit parallel transmission and a light receiving part 24 composed of a photodiode for receiving 8-bit parallel data outputted from the external equipment. The data received by the light receiving part 24 are stored through a bus line into a memory and the data stored in the memory are sent through the light emitting part 22 to the external equipment.
Patent JP-S53124026-A (JP)
Title: Display panel driving device
Inventor: MATSUO TAMOTSU
IPC: H04N3/12
Filed: 1977-04-05
Abstract: PURPOSE: To secure an AC driving, without increasing the dynamic range of the driving circuit, for the matrix panel constituted with the switching element, the memory element and the liquid crystal cell. 
     COPYRIGHT: (C)1978,JPO&Japio
Patent JP-H10242700-A (JP)
Title: Board mark recognition control method for electronic part mounting equipment
Inventor: MURATA KAZUHIRO
IPC: H05K13/08
Filed: 1997-02-24
Abstract: PROBLEM TO BE SOLVED: To enhance productivity of electronic part and to realize continuous opera tion. SOLUTION: The number of circuit board to be carried in is initialized (S1) and a circuit board is carried in at a carrying rail section and held while being regulated by a board regulation unit (S2). An XY robot for recognizing a board mark is positioned at a recognition positron where the centers of a camera and the mark are aligned (S3). The difference of distance between the centers of the camera and the mark is measured, by a board camera, as a shift in the holding of the circuit board thus determining a positional correction amount (S4). The XY robot is then shifted to a part feeding section where an electronic part is sucked by means of a suction nozzle (S5). The sucked electronic part is measured by means of a part recognition camera and a suction correction amount is determined (S6).  Mounting position of the electronic part is corrected according to the position correction amount and the suction correction amount before the electronic part is mounted on the circuit board (S7). Subsequently, the number of circuit boards is counted (S8) and compared with a set number (S9) and the recognition position of the XY robot is corrected according to the position correction amount and the number of circuit boards thus setting a new recognition position (S10).