baber/WOPTO huggingface dataset:
Patent JP-S58106078-A (JP)
Inventor: ITOU AKINORI
IPC: E05D15/10
Filed: 1981-12-15
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-H0366144-A (JP)
Title: Totalization apparatus of water test categories
Inventor: OKAMOTO YASUSHI
IPC: H01L21/66
Filed: 1989-08-03
Abstract: PURPOSE:To easily analyze a defect by means depending on a location and a content of the defect on a wafer by a method wherein results of individual wafer test processes are held, a final test data is formed by overlapping their data and a final water map and a category are output by means of the data. CONSTITUTION:Defect marks 9 are stamped in defect parts on a wafer 1 whose first wafer test process has been finished; their results are output as a wafer map 5 and a category sheet 7 in the first wafer process. Then, the same wafer is subjected to a second wafer test process; defect marks 3, 4 are stamped in defect parts of the first and second wafer test processes on a wafer 2 whose process has been finished. Their results are output as a wafer map 6 and a category sheet 8 of only the second wafer process. However, since all defects in the first process are not included in detects in the second process, these test results are once held inside a totalization apparatus; the results in the individual test processes are overlapped; a wafer map 9 and a category sheet 10 after finishing a final wafer test are output.
Patent JP-H05149927-A (JP)
Title: Method and apparatus for inspecting conductor film
Inventor: ISHIDA SADANORI
IPC: G01N27/90
Filed: 1991-07-19
Abstract: PURPOSE:To make it possible to measure continuously the film forming state such as resistance distribution and the film-thickness distribution caused by the resistance distribution at the stable high accuracy all the time without contact under the non-destructive state over the entire surface of a conducting film in the scanning process of the conducting film having the planar expansion even if the relative interval between the conducting film and a detecting coil is changed and even if the zero point of the output is drifted by temperature. CONSTITUTION:An eddy-current generating and detecting coil 4 is arranged in the vicinity of an active layer 2a, which is formed on a wafer 2 having the planar expansion. A high-frequency magnetic field, which is sufficient to generate eddy currents, is applied on the active layer with the eddy-current generating and detecting coil 4. The average strength of the high-frequency magnetic field, which is applied on the active layer 2a, is fluctuated at the frequency sufficiently lower than the frequency of the high-frequency magnetic field. The eddy currents generated in the active layer are detected with the detecting coil 4.
Patent JP-H0623684-A (JP)
Title: Work transfer robot with visual processing function
Inventor: KANDA HIDEKI
IPC: B65G47/70
Filed: 1992-07-08
Abstract: PURPOSE:To simplify positioning of a work and a jig and to perform transfer of a work not having a series of transfer programs, in a work transfer process. CONSTITUTION:A work transfer robot with a visual processing function comprises a work transfer device part 10, a line conveyor part 20, a work feed conveyor part 30, and a control panel 40. The work transfer device part 10 comprises a gantry robot 11 and an industrial video camera 13. The line conveyor part 20 comprises a feed conveyor 21, a separation conveyor 22, and an output conveyor 23. The work feed conveyor part 30 comprises work feed conveyors 31, 32, and 33 for a square, a triangular, and a round work, respectively. The control panel 40 comprises an image processing device 41 to process an image inputted from the industrial video camera 13, a monitor 42 to project the image, and a robot controller 43 to control the gantry robot 11.
Patent JP-H0860545-A (JP)
Title: Method for imparting function to synthetic fiber
Inventor: MURASE HIRONARI
IPC: D06M101/16
Filed: 1994-08-29
Abstract: PURPOSE: To impart functions good in durability to a synthetic fiber without roughly hardening the fiber by coating the surface of the synthetic fiber with a solution containing a function imparting agent for the fiber dispersed in an uncharged state in a solution containing a metallic alkoxide and then gelatinizing the metallic alkoxide. CONSTITUTION: This method for imparting functions to a synthetic fiber is to coat the surface of the synthetic fiber such as a polyester or an amide fiber with a solution prepared by dispersing a function imparting agent for the fiber, e.g. a vegetable extract, an animal protein, an antimicrobial agent and a deodorant (e.g. octacarbonyliron phthalocyanine, dimethyl phthalate or an organic silicone-based quaternary ammonium salt), an aromatic compound, a compound having water absorptivity or hygroscopicity, a thermal storing agent and an exothermic agent, a water repellent or an ultraviolet light absorber in a solution containing a metallic alkoxide of the formula [M is a metallic element; R is a 9-20C organic group; R<1> is an alkyl or an acyl different from R; (m) is >=1;  (m+n) is the oxidation number of the metal], especially N-phenyl-γ- aminopropyltrimethoxysilane in an uncharged state and then gelatinizing the metallic alkoxide. Thereby, excellent functions are imparted to the synthetic fiber.
Patent JP-H1144560-A (JP)
Title: Method for processing open boundary in non-linear wave propagation simulation
Inventor: KIYOKAWA TETSUSHI
IPC: G06F19/00
Filed: 1997-07-29
Abstract: PROBLEM TO BE SOLVED: To express calculations at an open boundary with accuracy of an equal level to that at the interior by applying a unidirectional propagation equation at the open boundary equivalent to that of an internal point and separating the equation discretely with the use of a difference equation of higher accuracy than at the internal point. SOLUTION: In steps S1-S3 of an internal area process, a bilateral wave equation is selected, then a difference equation at an internal point is applied, and a calculation formula at an internal area is obtained. In steps S4-S6 of an open boundary process, a unidirectional propagation equation equivalent to the wave equation of the internal area is obtained, and a calculation formula at the open boundary is obtained by applying a highly accurate difference equation at an end point. Then in step S7, a calculation model for a seabed configuration, a wave-making boundary, an open boundary, etc., is set. A simulation condition, e.g. a waveform, a lattice interval, a time interval, etc., at the wave- making boundary is input in step S8. A nonlinear wave propagation simulation is executed in step S9.
Patent JP-S58105231-A (JP)
Title: Agent for correcting printing plate
Inventor: YAMADA SHIYOUJI
IPC: G03F7/00
Filed: 1981-12-18
Abstract: PURPOSE:To turn a corrcted part perfectly hydrophilic in a short time, and to obtain a printing print superior in printing resistance in a nonodorous condition, by using a correcting agent contg. a specified s-triazine compd. for correction of a printing plate having a silver image receiving a printing ink. CONSTITUTION:A triazine compd. represented by the shown formula in which R1, R2 are mercapto or hydroxy is dissolved in an org. solvent, water, or a mixture of them by 0.1-20wt% to prepare a nonodorous correcting soln. Said compd. is nonvolatile and stable, and the corrected part of the silver image part of an offset plate having the silver image receiving a printing ink is turned hydrophilic by wiping it with absorbent cotton soaked with said correcting soln. to obtain a corrected plate immediately usable, and besides, the corrected part is superior in printing resistance, and ink stains do not occur even over 5,000 times of printing.
Patent JP-H0251748-A (JP)
Title: Microcomputer
Inventor: MATSUBARA SHOJI
IPC: G06F11/30
Filed: 1988-08-15
Abstract: PURPOSE:To actuate a system toward the safety side even at an abnormal action by outputting the overflow output signal of a watchdog timer, i.e., the output latch data decided previously and simultaneously with detection of the CPU abnormality to an output port. CONSTITUTION:At a normal action an output selector 11 selects B and therefore outputs the write data received from an internal bus 6 to the port output 13 via the output latch B7. A watchdog timer 1 is cleared by the clear instructions produced for each module and therefore produces no overflow signal 3. At the same time, a data latch circuit 5 is kept in an unoutput state. Then the signal 3 (watchdog timer output) is outputted by an abnormal action of a CPU. Thus a signal is outputted to the selector 11 from the circuit 5, and the selector 11 selects an output latch A9 to output the prescribed data (a high or low level) to the output 13.
Patent JP-S60105807-A (JP)
Title: Fluidized bed type boiler and controlling method thereof
Inventor: ITOU KANICHI
IPC: F23C10/28
Filed: 1983-11-01
Abstract: PURPOSE:To enable an accommodation to be performed against a variation in load etc. by a method wherein a height of upper fluidized bed is adjusted to vary its contact area with a heat transmitting pipe and a preparatory fluidized medium is always heated in advance at the lower fluidized bed layer and then it is kept at a suitable temperature. CONSTITUTION:A boiler is composed of a lower fluidized bed furnace 2 forming a fluidized bed 2A and an upper fluidized bed furnace 3 having a thermal conductive pipe 10 in the fluidized bed 3A, and a down pipe 6, lift pipe 7, descending pipe 8 and transporting device 9 are arranged to transfer the fluidized fluid between both fluidized beds, either air or mixture gas of air and steam is supplied to the lower fluidized bed furnace 2 from below the dispersion mechanism 27, the generated gas and oil are guided to the upper fluidized bed furnace 3, injected from the dispersion mechanism 28 upwardly so as to act the fluidized gas. Under variation in load, the height of the lower fluidized bed 2A is adjusted to vary the contact area with the thermal transmitting pipe.
Patent JP-2001036292-A (JP)
Title: Component mounting apparatus
Inventor: IDA AKIKO
IPC: H05K13/04
Filed: 1999-07-16
Abstract: PROBLEM TO BE SOLVED: To provide a component mounting apparatus including an automatic lubricating function without manual lubrication required. SOLUTION: The component mounting apparatus includes a component supply section 2 for supplying a component 1, a substrate positioning section 4 for positioning a substrate 3 to receive the mounted component 1, and a head 6 having along a periphery a plurality of suction nozzles 5 for sucking and mounting the component 1. The suction nozzles 5 are activated to perform operation simultaneously by a driving section 15 at each stop position of the head 6 which is intermittently rotating, so that the components 1 are mounted on the substrate 3. In this case, a can shaft 10 which is rotatably held and equipped with a plate cam 13 fixed and a roller 18 which follows an outer form of the plate cam 13 on the driving section 15 are placed in an oil reservoir 14, to have the plate cam 13 and the roller 18 soaked in an oil 27.
Patent JP-S58110486-A (JP)
Title: Growing method for single crystal of semiconductor
Inventor: SUGII KIYOMASA
IPC: H01L21/208
Filed: 1981-12-17
Abstract: PURPOSE:To obtain a single crystal of a semiconductor with superior crystallinity in a high yield by floating a heat insulating layer on a melt of materials which becomes the semiconductor or a liq. sealant layer and bringing a seed crystal into contact with the melt. CONSTITUTION:A melt 5 of materials which becomes a desired semiconductor is prepared in a crucible 3 placed in a susceptor 2 heated with a heater 1, and a liq. sealant layer 4 of B2O3 or the like is floated on the melt 5. A seed crystal 6 is brought into contact with the melt 5, and by pulling up the crystal 6, a single crystal 7 of the semiconductor is grown under the crystal 6. At this time, a heat insulating plate 21 is floated on the layer 4. The plate 21 is made of a material which does not react with the layer 4 and has lower specific gravity than the layer 4, e.g., high purity carbon having 1.70 apparent specific gravity which is lower than 1.84 specific gravity of B2O3 of the layer 4.
Patent JP-2000033206-A (JP)
Title: Filter apparatus
Inventor: MINOWA TAKAHIRO
IPC: B01D27/08
Filed: 1998-07-17
Abstract: PROBLEM TO BE SOLVED: To provide a filter apparatus whose fastening member is manufactured by a simple pressing process and possible to be manufactured at low cost. SOLUTION: This filter apparatus comprises a bottomed cylindrical case 10 whose open end at the tip of the trunk part is made to be a wide diameter part with a wide diameter than the trunk part through a step part, a filter material 20 packed in the case 10, a cover 30 having a communication hole for communicating the inside and the outside of the case 10 and comprising a male screw part in the outer circumferential side face while covering the opening end of the case 10, and a fastening member 50 of a ring-like shape comprising a female screw part to be screwed with the male screw part of the cover and having a small diameter part with a smaller diameter than the wide diameter part of the case 10 for fastening the case 10. The outer circumferential face of the fastening member 50 is made to be a polygonal shape 53.
Patent JP-H0488700-A (JP)
Title: Electronic equipment
Inventor: KIMURA SAKAE
IPC: H05K5/02
Filed: 1990-07-31
Abstract: PURPOSE:To enable an electronic equipment to be used with the attached cable extended optimal in length and to house the cable when the equipment is out of use so as to improve the equipment in usage by a method wherein a connection cable is reeled in an equipment main body, and connection plugs connected to the connection cable are housed in a front panel. CONSTITUTION:A connection cable 13 provided with an video input connection plug 14 and audio input connection plugs 15 and 16 is wound on a winding reel 21 of a winding mechanism 20 through a cutout provided to the corner of a housing door 12 and housed inside a television receiving set. Therefore, the connection cable 13 can be used as pulled out as long as required, and the connection plugs 14, 15, and 16 are housed in a recess 11 when the television receiving set is out of use, and moreover the television receiving set can be used with the housing door closed. By this setup, an electronic equipment is this design can be improved in usage for a user.
Patent JP-H01105431-A (JP)
Title: Temperature switch
Inventor: ONO KAZUSHI
IPC: H01H37/32
Filed: 1987-08-18
Abstract: PURPOSE:To make the structure simple and small-sized and stabilize the switch temperature by arranging a movable piece made of a superconductor to face multiple contacts and a permanent magnet. CONSTITUTION:A temperature switch has a permanent magnet 101, a movable piece 102 made of a superconductor, and a case 105 made of a nonmagnetic insulator, when the temperature is lower than the superconductivity transition temperature of the superconductor, the movable piece 102 is in the superconductive state, the movable piece 102 is floated up from the permanent magnet 101 by the Meissner's effect and brought into contact with contacts 103 and 104 to short-circuit terminals 106 and 107. When the temperature of the movable piece 102 is increased and becomes higher than the superconductivity transition temperature, the movable piece 102 becomes the ordinarily conductive state, the Meissner's effect disappears, the movable piece 102 is dropped on the permanent magnet 101 due to the gravitational force and separated from the contacts 103 and 104. The temperature switch with the small-sized and simple structure and operating at the fixed temperature is thereby obtained.
Patent JP-S6359584-A (JP)
Title: Manufacture of high accuracy print
Inventor: MASAKI KENICHI
IPC: B41F17/00
Filed: 1986-08-30
Abstract: PURPOSE:To obtain a smooth high accuracy print having excellent dimensional accuracy and uniform ink film, by forming a pattern into an intaglio then placing a letterpress having the same shape as said intaglio or a slightly wider area and the pattern covering over the intaglio, and forming the pattern onto an object to be printed. CONSTITUTION:An intaglio 1 where a gravure cell 11 with a pattern is filled with ink 4 and a letterpress 2 having the same shape as said intaglio 1 or slightly wider area than the intaglio 1 and a pattern covering over the intaglio 1 on the top face 21 of a projecting section are pressure contacted such that both patterns are matched, so as to move the ink 4 from the gravure cell 11 to the top face 21 of the letterpress. The patterns of the intaglio 1 and the letterpress are identical or the pattern of the letterpress is larger than that of the intaglio print, whereby the ink adheres only to the top face 21 of the letterpress. Consequently, the ink is not transferred onto an object 3 to be printed in the form of scumming. When the intaglio 2 and the object 3 to be printed are pressure contacted, the ink 4 on the intaglio 2 moves onto the object 3 so as to form a pattern on the object 3.
Patent JP-S6448208-A (JP)
Title: Perpendicular magnetic recording and reproducing circuit
Inventor: KAWABATA TOMOYUKI
IPC: G11B5/09
Filed: 1987-08-17
Abstract: PURPOSE:To prevent a reading error by a saddle by providing differentiating circuits which differentiate a head reading signal twice, a 1st comparator circuit which compares the output signals thereof with a reference level and produces an output, an adder circuit which makes the antiphase addition of the differentiated signal and a latch circuit which latches the output of a 2nd comparator circuit and produces an output. CONSTITUTION:The head reading signals 16, 18 which differentiate the head reading signal twice, the 1st comparator circuit 20 which compares the output of the head reading signal 18 with the reference level and produces the output and the adder circuit 26 which makes the antiphase addition of the signal obtd. by differentiating a head reading signal are provided. The 2nd comparator circuit 30 which compares the output signal of the circuit 26 with the reference level and produces the output and the latch circuit 34 which latches the output of the 2nd comparator circuit 30 and produces the output at every generation of the rise and fall of the output of the 1st comparator circuit 20 are provided to constitute the titled circuit. The generation of the waveform by the saddle in the output of the 2nd comparator circuit 30 is thereby obviated even if the waveform by the saddle is generated in the output of the 1st comparator circuit 20 and, therefore, the reproduction signal which has no reading error by the saddle is obtd. in the output of the latch circuit 34.
Patent JP-H03192117-A (JP)
Title: Packaging material for high-temperature packaging
Inventor: NEZU SHIGERU
IPC: B65B63/08
Filed: 1990-07-31
Abstract: PURPOSE:To obtain a polybutylene terephthalate resin packaging material for high-temperature packaging into which a high-temperature fluid can be packed directly without cooling. CONSTITUTION:A polybutylene terepththalate resin packaging material for high-temperature packaging used for packaging a fluid which is packaged at 80 deg.C or above. The packaging material generally refers to a bag, a container or the like. Such a bag can be obtained by forming a film by inflation or T-die process and making this film into a bag by, e.g. heat sealing, and such a container can be made by injection molding or by thermoforming such as vacuum forming of a film or a sheet. Examples of the fluid include liquids such as natural fruit juices and milk, normally solid foods such as curry roux and chocolate, resin melts such as hot adhesives and industrial products such as waxes and coating materials.
Patent JP-H0653690-A (JP)
Title: Electronic component mounting apparatus and electronic component mounting line
Inventor: INUZUKA RYOJI
IPC: H05K13/00
Filed: 1992-07-31
Abstract: PURPOSE:To obtain an electronic component mounting apparatus in which a positional deviation after an electronic component is mounted on an X-Y table is prevented and productivity can be improved. CONSTITUTION:Component mounting data is formed of temporarily mounting means of each electronic component on a board 7 and moving speed of an X-Y table 6 to be decided corresponding to the means, the data is read to be sequentially permuted from a high speed to a low speed, and components are mounted on the board 7 in the order of the permutation. Accordingly, the already mounted components are not positionally deviated by the movement of the table 6, and the table 6 is moved at an optimum speed to improve productivity.
Patent JP-S6183985-A (JP)
Title: Scintillation detector
Inventor: AZUMA YOSHIBUMI
IPC: G01T1/161
Filed: 1984-09-29
Abstract: PURPOSE:To attain to inexpensively enhance space resolving power without increasing the number of photomultiplier tubes, by optically coupling scintillators (SL) of a large number of adjacently arranged ones to a plurality of photomultiplier tubes at every definite number. CONSTITUTION:A large number of SLs 1 are arranged in a ring shape so as to be adjacent to each other and a definite number of SLs 1 are respectively optically coupled to a plurality of PMs 5. When the peak of the output pulse of each PM5 enters a high level window, it is detected by a peak discriminator 7 and, when a low level window, said peak is detected by a peak discriminator 8. Between the SLs 1 [e.g., (a), (b)] coupled to the same PM5, a light stroke is absent by a shield plate 2 and, between SLs 1 [e.g., (b), (c)] coupled to adjacent PMs 5, the light stroke is generated by a coupling surface 3. Hereupon, by a combination of the output of the peak discriminator 7 connected to PM5 (e.g., A) and that of the peak discriminator 8 connected to adjacent PM5 (e.g., B), SL, to which radiation was incident, is discriminated.
Patent JP-S6449119-A (JP)
Title: Magnetic recording medium
Inventor: MUROYAMA MASAKAZU
IPC: C09K3/14
Filed: 1987-08-20
Abstract: PURPOSE:To prevent durability from being impaired by a surface treatment and to maintain good polishability by dispersing a polishing agent subjected to a prescribed treatment into a magnetic coated film. CONSTITUTION:The polishing agent subjected to the surface treatment by using a silane coupling agent which is dehydrated by using an org. solvent having no compatibility with water is dispersed into the magnetic coated film. The org. solvent is adequately o-xylene, toluene, chlorobenzen, etc. Any known materials are usable as the silane coupling agent. Alumina, chromium oxide, silicon carbide, corundum, etc., are used as the polishing agent. The polishing agents which have >=5 Mohs hardness and 0.05-5mum average grain size are used. The surface treatment is executed by dispersing the polishing agent into the org. solvent, circulating the soln. for a specified period, adding the silane coupling agent to the soln. and circulating the soln. further, then cleaning and drying the polishing agent with a solvent such as hexane. The amt. of the silane coupling agent is about 5wt.% of the polishing agent.