baber/WOPTO huggingface dataset:
Patent JP-H05323949-A (JP)
Title: Drawing processor
Inventor: NOMOTO KAZUNORI
IPC: H04N5/262
Filed: 1992-05-15
Abstract: PURPOSE:To obtain the drawing processor which has a fast drawing speed and is inexpensive by displaying effective data between data of an image memory and a display memory, pixel by pixel. CONSTITUTION:Base image data are developed in an image memory (VRAM) 108, and the display memory (SRAM) 110 is provided and display data to be superimposed are developed. Then the drawing processor is provided with a display address generating circuit 112 for the display memory 110, a display detecting circuit 116 which detects whether or not there are the display data to be superimposed, and a selector circuit 117 which is controlled with its output signal. The output of the display detecting circuit 116 is connected to a D/A converter 118 with a look-up table, which is switched with the output signal of the display detecting circuit 116. Further, a horizontal and a vertical synchronizing signal are used to initialize the display address generating circuit 112, and the selector circuit 117 selects and sends effective data between the data of the VRAM 108 and SRAM 110 to the D/A converter 118, so that the data are displayed on a video monitor 120.
Patent JP-2000022938-A (JP)
Title: Method and device for correcting raster data
Inventor: BLOOMQUIST DONNA R
IPC: B41M1/00
Filed: 1999-05-27
Abstract: PROBLEM TO BE SOLVED: To make it possible to edit raster data. SOLUTION: A print drive 41 arranged between a raster image processor 34 and an output device 46 in a flow of preprinting operation receives 1st and 2nd raster data, processed by the raster image processor, corresponding to the 1st and 2nd image data. The print driver 41 corrects the 1st raster data by using the 2nd raster data.
Patent JP-S5846026-A (JP)
Inventor: RORARUDO II CHIYANSU
IPC: A61K38/28
Filed: 1982-08-25
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-S5671927-A (JP)
Title: Manufacture of amorphous hydro-silicon layer
Inventor: MASAKI TATSUO
IPC: H01L21/205
Filed: 1979-11-15
Abstract: PURPOSE:To obtain high mass productivity by arranging a crucible at the bottom part of a bell jar wherein a raw material Si is contained in the crucible to evaporate the raw material by an electron gun and activation is done by using a filament and a plate while guiding H2 gas and an Si layer is precipitated on a support substance provided at the upper part of the bell jar. CONSTITUTION:A decompression chamber 4 is composed by a base plate 1 and a stainless bell jar 3 and a crucible 7 containing a monocrystal or polycrystal raw material Si6 and an electron gun 8 locating near the curcible 7 are arranged and they are covered with a shroud 16 having an opening at the center. Next, a shutter 9 is placed on the shroud 16 and an annular H2 gas guide pipe 5 having many small holes is arranged. A meshy filament 10 and a meshy plate 11 opposing each other are provided on the pipe 5 and power sources 14 and 15 are connected to the filament 10 and the plate 11 respectively. Furthermore, umbrella type rotary plates 12-1 and 12-2 having a heating device 13 at the reverse side of the plates 12-1, 12-2 are arranged on the filament 10 and the plate 11. And an amorphous Si film is precipitated while applying differential exhaustion to the gun 8 section and a plasma generation section.
Patent JP-H05325270-A (JP)
Title: Mold for optical disk substrate and substrate and evaluation method therefor
Inventor: SUDO KATSUNORI
IPC: G11B7/24047
Filed: 1992-05-15
Abstract: PURPOSE:To obtain the rotating accuracy and line speed accuracy of the substrate itself. CONSTITUTION:The substrate 1 is provided with a stamper retaining part 2 on its inner periphery and this stamper retaining part 2 is provided with slits 3 radially expanding in the radial direction from the center thereof. The slits 3 provided in the stamper retaining part 2 are used to determine the rotating accuracy and line speed accuracy of the substrate. The slits 3 are taken out with slit intervals as pulses by using an optical pickup.
Patent JP-H11344125-A (JP)
Title: Shaft seal for compressor in refrigerator
Inventor: CHO RIYOUSUKE
IPC: F16J15/34
Filed: 1998-05-29
Abstract: PROBLEM TO BE SOLVED: To prevent leakage of refrigerant gas in a machine space due to a drying condition of sealing slide surfaces of a mechanical seal when a compressor in a refrigerator comes to a stop. SOLUTION: An annular liquid absorber 4 is interposed between the inner peripheral surface of a seal housing 1 and the outer peripheral surface of a slidable bead 31 of a seal ring 31. During operation of a compressor in a refrigerator, refrigerating oil which is mingled in the refrigerant gas in a machine space S1 in a mist-like condition, is absorbed by the liquid absorber 4, and a part thereof intervenes between sealing slide surfaces 30 so as to form an oil film. When the compressor in the refrigerator comes to a stop, the machine space S1 substantially effects a gaseous phase.  However, a part or the refrigerator oil absorbed by the absorber 4 intervenes between the seal surfaces 30 so as to maintain the oil film, and accordingly, it is possible to shut off the coolant gas flowing between the sealing surfaces 30 toward an atmospheric space S2 which has a lower pressure, even though the pressure of the refrigerant gas in the machine space S1 is high upon stopping of the compressor.
Patent JP-H022700-A (JP)
Title: Insulating heat pipe radiator
Inventor: KIMURA YUICHI
IPC: H05K7/20
Filed: 1988-06-16
Abstract: PURPOSE:To obtain a radiator with a heat pipe having different diameters at an evaporating part and at a condensing part used, simple to manufacture, with little heat resistance and good in characteristics by a method wherein an evaporating part made of a heat conductive block with a tubelike hole made and a condensing part are connected by an insulator and medium members, either of whose diameter is different. CONSTITUTION:A heat conductive block 3 is equipped with one or two or more tubelike holes to constitute an evaporating part 11. A tube 5 thinner than the diameter of the evaporating part 11 is equipped with a fin 2 to constitute a condensing part. The evaporating part 11 and the condensing part are connected by an insulator 7 and medium members 6, 6' either of which has a different diameter, and operating liquid 9 made of insulating material is sealed inside. For example, between a condensing tube made of copper and a copper block 3, an insulator 7 made of alumina whose inner diameter has a taper is sealed by medium members 6, 6' made of sealing material of Fe-Ni alloy, and the medium members 6, 6' are brazed on the copper block 3 of the evaporating part 11 and the condensing tube 5 with silver solder to constitute a sealing insulation type heat pipe radiator with fleon R113 poured from a nozzle 8.
Patent JP-S5937425-A (JP)
Title: Multimode electronic balance
Inventor: OBARA MASAHIRO
IPC: G01G23/00
Filed: 1982-08-26
Abstract: PURPOSE:To deal with the weighing functions of multiple modes with one unit of balance body, by exchanging the ROMs stored therein with control programs for each of the modes of the balance according to modes, and exchanging the ''key'' in a display part and key input part as well. CONSTITUTION:A central processing unit (CPU) 3 controls a weight detection part 1, a display part 10, a key input part 20 and a printer 5 according to the programs stored in an ROM 30, and processes information. The functions thereof can be roughly classified to key processing and weight data processing. More specifically, the weight data are processed according to the kinds of balances by the instruction from the part 20 in the CPU 3, and the results thereof are displayed on the part 10. It is also possible to print the results with the printer 5 if necessary. When the mode of the balance is changed by exchanging the ROM 30, the contents of designation and the functions in the respective display columns in the part 10 and the respective keys in the part 20 of a display input device 2 vary with the mode as well and therefor the ''key'' is changed.
Patent JP-S6127522-A (JP)
Title: Manufacture of liquid crystal display element
Inventor: TAKAMURA SHOZO
IPC: G09F9/00
Filed: 1984-07-18
Abstract: PURPOSE:To simplify the manufacturing process of a liquid crystal display element, and to reduce its failure generating rate by forming a transparent electric conductor on both faces of at least one substrate of substrates of the liquid crystal display element by means of dipping, and thereafter, forming an electrode pattern on at least one transparent electric conductor. CONSTITUTION:A transparent electric conductor 11 is formed on both faces of a substrate 11 of glass, etc. by means of dipping. A transparent electrode pattern 12 for display use is formed on one face of the substrate 10 by a photoetching method, and as for the other face, the transparent electric conductor 11 is left as it is. As for this electrode substrate, a lower substrate 14 on which a transparent electrode pattern 13 has been formed is placed so that the transparent electrode patterns 12, 13 are opposed to each other, the upper substrate 10 and the lower substrate 14 are stuck to each other by providing some air gap by a sealing material 15, and thereafter, a liquid crystal 16 is injected into the air gap, and a liquid crystal display element is manufactured.
Patent JP-H10337738-A (JP)
Title: Manufacture of heat insulated panel
Inventor: TONO SHINSEI
IPC: B29K105/04
Filed: 1997-06-06
Abstract: PROBLEM TO BE SOLVED: To reduce the generation of voids to a large extent and particularly eliminate the generation of voids adjacent to the inner faces of two surface plates when a raw material liquid of isocyanurate foam is injected and foamed, in the manufacture of a heat insulated panel. SOLUTION: When a raw material liquid of isocyanurate foam 3 is injected and foamed in a space formed by two surface plates 1 facing each other and frame materials interposed between respective side sections of the surface plates, foaming is carried out without voids in the whole of the above space, and then the raw material liquid of 40-100% or more is further injected into the above raw material liquid without generating the increase of concentration of the isocyanurate foam 3 when the total amount of the above raw material liquid is set as 100%, or the raw material liquid of concentration of 50-80 kg/m<3> is injected therein.
Patent JP-H09330744-A (JP)
Title: Sodium recovering method from sodium-sulfur battery
Inventor: TSUCHIMOTO TOMONORI
IPC: H01M10/54
Filed: 1996-06-11
Abstract: PROBLEM TO BE SOLVED: To provide an efficient Na recovering method from a used sodium- sulfur battery capable of reducing the time for recverding Na with simple and small facility. SOLUTION: After an opening of NaS battery 11 used is opened, one or more NaS batteries are stored and held in a partitions plate 15 in a heating vessel 13 so that the opening is downward. After Na is flown out from the opening by elapsing the time for Na fusion or more, the NaS battery 11 where Na is flown out is fetched from the partition plate 15 in the heating vessel 13, and another opened NaS battery 11 of the fetched number is stored and held in an empty place of the partition plate 15 where the NaS battery is fetched.
Patent JP-H0819293-A (JP)
Title: Controller of induction motor
Inventor: SAITO MASAMI
IPC: H02K17/30
Filed: 1994-06-30
Abstract: PURPOSE:To precisely grasp the circuit constant of an induction motor so as to execute favorable operation by attaching probe coils to the teeth tips for one pole of the stator iron core of an induction motor. CONSTITUTION:Probe coils 1 are wound on the teeth tips of the stator iron core 3a opposed to the periphery of the rotor 6 so that they may detect the induced electromotive force based on the magnetic fluxes for one pole of the stator 3 of an induction motor 2. A parameter setting means 4 operates the excitation reactance in the equivalent circuit of the induction motor 2, based on the induced voltage of the probe coil 1. Based on this excitation reactance, various amounts of control of an inverter circuit 5 is selected. Hereby, the circuit constant of the induction motor is grasped with accuracy, and efficient operation pattern can be selected, grasping the circuit constant each time even in operation remarkable in saturation.
Patent JP-S6041373-A (JP)
Title: Negative-positive inverting circuit
Inventor: UEHARA MASAO
IPC: H04N5/253
Filed: 1983-08-15
Abstract: PURPOSE:To prevent the damage of color development in a low luminance level by-passing a negative film gamma correcting circuit when the frequency of a video signal inputted to this circuit is higher than a set frequency. CONSTITUTION:The negative video signal is given to an input terminal 21. This signal is inputted to a clamp circuit 22. The negative video signal clamped by the circuit 22, namely, a voltage E1 appearing in a transistor (TR) Q2 is inputted to a negative film gamma correcting circuit 23. A high frequency by-passing capacitor C4 is connected in parallel to a resistance R3 of this circuit 23 through a semifixed variable resistor R5. Since the capacitor C4 is connected in parallel to the resistance R3 in this manner, a high-frequency chroma signal passes the capacitor C4 and by-passes the resistance R3. As the result, the voltage E1 is equal to an output voltage E2 independently of the level of the input voltage E1, and the degree of amplification is not suppressed. Therefore, the gamma correction of the negative film is performed well.
Patent JP-H0811294-A (JP)
Title: Work control apparatus
Inventor: KOMATSU SHUJI
IPC: G06Q50/00
Filed: 1994-06-30
Abstract: PURPOSE:To independently continue the operation of a production machine even when trouble is generated in a network by transmitting the monitoring result of the operation state of the production machine to a server from the terminal monitoring the production machine and also storing the same in an external memory device. CONSTITUTION:Work unit monitoring terminals monitoring the operation states of respective work units at every work units and at least one server are provided and subjected to network connection to constitute a computer network system. Herein, the work unit monitoring terminals 20a-20c, 22, 24 store the monitoring results of the work units to be monitored in their memory means and also transmit them to the server 28. The server 28 transmits the quality check items related to the works in the work units to the respective terminals 20a-20c, 22, 24 taking change of the respective work units. The terminals urge an operator to check the qualities corresponding to quality check items at a predetermined point of time before the start of work or during work and the check results are stored in the memory means and transmitted to the server 28.
Patent JP-H01317244-A (JP)
Title: Optical disk for proofreading and its production
Inventor: ABE TAKASHI
IPC: G11B7/2534
Filed: 1988-06-17
Abstract: PURPOSE:To obtain the optical disk for proofreading by coating the surface of a polycarbonate resin or acrylic resin with an inorg. material such as silicon oxide or magnesium oxide. CONSTITUTION:The surface of a plastic base material 1 consisting of, for example, the polycarbonate resin, having the shape complying with the requirements specified for the optical disk is coated with a thin film 8 consisting of the inorg. material such as silicon oxide or magnesium oxide. A photoresist 2 is provided to this thin film 8 and said film is subjected to exposing to form the pits corresponding to the ruggedness of signals by a laser and is developed to produce the ruggedness on the photoresist 2. A reflecting film 6 is then formed on the photoresist 2. The optical disk for proofreading is obtd. efficiently and economically in this way in a short period of time.
Patent JP-S6152348-A (JP)
Inventor: MARUCHIN BOMUBEKE
IPC: C22C38/00
Filed: 1985-07-09
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-S6133425-A (JP)
Title: Delivery device
Inventor: TOYOOKA MORIO
IPC: B65G57/03
Filed: 1984-07-20
Abstract: PURPOSE:To decrease a margin necessary for releasing a long length material from its hold condition, by providing such an arrangement that one of holding members are moved outward to release one side of the long length material from its holding condition and then the other holding member is moved inward to release the remaining side of the material. CONSTITUTION:After movable beds 10, 20 on both sides are moved to predetermined positions along a conveyor, cylinder devices 11, 21 on both sides are raised to engage the pawl parts 14, 20 of holding members 13, 23 with the lower edges of both right and left ends of a magazine 1. After the movable beds 10, 20 are moved to the position of a container 3, the cylinder devices 11, 21 are lowered to set the magazine 1 down into the container 3. Further, a cylinder device 27 is extended outward to rotate the holding member 23 about a pin 26 so that the pawl part 24 is released from the lower edge of the magazine 1. Thereafter, the cylinder device 17 is retracted to rotate a stopper 15 about a pin 16, and therefore, the magazine 1 is moved to the right to be released from the pawl part 14.
Patent JP-H05338308-A (JP)
Title: Control method for carriage motor of printer
Inventor: HIRAI MASAKI
IPC: G06K15/10
Filed: 1992-06-09
Abstract: PURPOSE:To improve printing quality by a method wherein a position of a carriage is detected with a linear encoder, and a carriage driving motor is controlled with a CPU to control a transfer speed. CONSTITUTION:When a motor driving signal is inputted to a motor control circuit 8 and a CPU 9 from a host computer 6 of a printer control unit 5, a motor 2 is driven and a shuttle head is linearly operated. Then, a liner encoder 4 inputs a timing signal to the CPU 9. The CPU 9 controls the motor driving circuit 8 based on this signal. When the linear encoder 4 comes at a position for start of printing, a reset signal is inputted to the CPU 9. Then, the CPU 9 measures a timing signal, compares setting motor control with a timing signal width according to a position of the shuttle head 1, understands a motor load, and keeps a speed constant.
Patent JP-S5938626-A (JP)
Title: Method and apparatus for detecting stress of impact end
Inventor: TANIMURA SHINJI
IPC: G01L5/00
Filed: 1982-08-28
Abstract: PURPOSE:To directly and simply detect the stress of an impact end in high sensitivity in a state reduced in the disturbance of a wave form or the like caused by the superposition of reflected waves in an impact body, by mounting a fine stress gauge to the side of a detecting plate. CONSTITUTION:The upper end part of an input member 8 is struck by an impact member 10 and the stress generated at the impact end at this time is detected while converted to the amount of electricity by stress 6 added to a detecting plate and the wave form and the value thereof are measured by using a stress measuring instrument, digital memory, an oscilloscope or the like not shown by the drawing. In this case, because a stress gauge 9 is mounted to the input member 8 as the elastic rod similarly to a conventional method for detecting the stress of an impact end, impact force acted on the impact surface of the detecting plate 1 is calculated by the output of said stress gauge 9. As mentioned above, the stress of the impact end acted on the detecting plate 1 and the output from the detecting plate 1 at this time are simultaneously measured to inspect the detecting apparatus.
Patent JP-H04347183-A (JP)
Title: Electronic game machine
Inventor: HAMANO MASAHIRO
IPC: A63F9/00
Filed: 1991-05-23
Abstract: PURPOSE:To improve interest of a game and substantially expectation of the number of game mediums paid off by substitute each of all numerical values of symbols of respective detected movable bodies into a pre-determined calculation formula to determine the number of the game mediums paid off according to the result of the calculation. CONSTITUTION:On a first row of indicated numerical value 9-11 in a calculation value indicator 8 are indicated numerical value data N1, N2, N3 in the stoppage of symbols related to numerical values of respective reels on a stop line. On the next numerical value indicator 12 is indicated the number n of bet medals and on the following numerical value indicator 13 is indicated an intermediate calculated result X respectively. On a numerical value indicator 14 in a second row, a numerical value indicater 15 in a third row and a numerical value indicator 16 in a fourth row are indicated respectively a first bonus point W, a second bonus point Z and a final calculated result P obtained from the intermediate calculated result X multiplied by the respective first and second bonus points W, Z. Further, a numerical value indicator 17 indicates the number B of medals to be refunded after a game ends in draw.
Patent JP-H0315966-A (JP)
Title: Connecting method for processors
Inventor: KURISUCHIYAN IZERI
IPC: G06F15/16
Filed: 1989-06-14
Abstract: PURPOSE:To reduce a maximum distance and a mean distance by appropriately selecting two parameters for directly connecting to remote processor elements in jumping connection. CONSTITUTION:Two-dimensional addresses (x,y) are allocated to multiple processor elements (PE) and respective PE are arranged in two-dimensional end-around type grating, namely, two-dimensional grating where upper ends and lower ends, and left ends and right ends are respectively connected. Furthermore, subsequent four ways of jumping connection are added. Two parameters (a) and (b) are set to be non-negative integers, and a connection to PE which is detached in the positive direction of an x-axis by (a), and in the positive direction of y-axis by (b), a connection for PE which is detached in the negative direction of the x-axis by (b) and in the positive direction of the y-axis by (a), a connection for PE which is detached in the negative direction of the x-axis by (a) and in the negative direction of the y-axis by (b) and a connection for PE which is detached in the positive direction of the x-axis by (b) and in the negative direction of the y-axis by (a) are added. Thus, the maximum distance and the mean distance can be reduced.
Patent JP-H0813692-A (JP)
Title: Columnar structure and construction method therefor
Inventor: SHIMOMURA KAHE
IPC: E04B1/30
Filed: 1994-06-30
Abstract: PURPOSE:To obtain a columnar structure which is produced and transported easily without using a large-sized steel pipe, by providing a columnar shell formed by connecting a required number of straight steel plates with a required number of deformed steel plates in circular shape, and concrete placed between a form means and the columnar shell. CONSTITUTION:On a footing 20, both straight steel sheet piles, each of which has a joint 7a at each side in longitudinal direction, and deformed steel sheet piles, each of which has a joint 8a at each side therein, and each width of which is made gradually narrower in longitudinal direction, are connected in circular shape by the joints 7a neighboring with each other or by the joints 7a, 8a neighboring with each other, and a columnar shell 5 is constructed in cylindrical shape, at the top end of which a diameter is made shorter. A plurality of members 6a each are connected with bolts and nuts 6b and a corrugated steel pipe 6 is formed in cylindrical shape, of which the diameter is the same ranging from top to bottom and is located inside the columnar shell 5 as an inside permanent form. The length of the pipe 6 is made shorter than that of the columnar shell 5 and the top end of the pipe 6 is formed so as to be in the position lower than the top end of the columnar shell 5. Concrete 9 is placed between them to the extent of the top end of the pipe 6 and a first columnar body 2 is constructed.