baber/WOPTO huggingface dataset:
Patent JP-2000065398-A (JP)
Title: Refrigerating cycle device
Inventor: FUNAKURA SHOZO
IPC: F24F5/00
Filed: 1998-08-24
Abstract: PROBLEM TO BE SOLVED: To improve the efficiency of a refrigerating cycle device of secondary refrigerant system. SOLUTION: In a refrigerating cycle device for effecting heat exchange between heat source side refrigerant and load side refrigerant through the first auxiliary heat exchanger 4 of a heat source side cycle A and the second auxiliary heat exchanger 7 of a load side cycle B, a load betector 10 for detecting the amount of loaded condition in a load side heat exchanger 8, quantity of state refrigerant detecting means 11, 15, 19-21 for detecting the quantity of state of heat source side refrigerant and/or the quantity of state of load side refrigerant as the quantity of state of the refrigerant, and control means 12-14, 16-18, 22-24 for controlling the operation of a compressor 1 and/or a pressure reducer 3 and/or the operation of a refrigerant transporting pump 6 through the control amount of the amount of loaded condition and the quantity of state of the refrigerant,  are provided to determine the handling method of the amount of loaded condition and the quantity of state of the refrigerant as the control amount through the control means 12-14, 16-18, 22-24 in accordance with the quantity of state of the refrigerant.
Patent JP-S60130675-A (JP)
Title: Method for drying coal to be fed in coke oven
Inventor: MORITA MINORU
IPC: C10B57/10
Filed: 1983-12-16
Abstract: PURPOSE:To shorten coking time by effectively utilizing heat energy, by recovering steam from hot waste water discharged from a primary cooler under reduced pressure and drying coal to be fed in a coke oven by indirectly heating it wth said steam. CONSTITUTION:Coke oven gas from a coke oven 1 is cooled in a primary cooler 2 and fed to an ammonia recovery means 3. Hot waste water discharged from the cooler 2 is introduced through a pit 4 and a pump 5 into a flash tank 6 where steam is generated under reduced pressure. The generated steam is passed through a compressor 10 and fed to an indirect heating type dryer 7 (numeral 8 is a drain tank and 9 is a vacuum generating device). In a dryer 7, wet coal C to be charged in the coke oven is heated by using said steam as a heat source and the resulting dried coal d is charged in the coke oven 1. Liquids discharged from the flash tank 6 and the drain tank 8 are recycled to the primary cooler 2 by means of a pump 11 to use them.
Patent JP-S60129872-A (JP)
Title: Distributed processor of data
Inventor: SHIMADA YASUO
IPC: G06F15/16
Filed: 1983-12-19
Abstract: PURPOSE:To transfer data between plural processors in a high speed by providing an address selecting circuit in a data storage circuit of a one-chip microprocessor and providing a precedence determining circuit for simultaneous service requests. CONSTITUTION:An upper microprocessor 1 uses an address bus 3a, a data bus 3b, and a command bus 3e of read/write signals to execute data processings with data in a shared memory part 4 in accordance with a control program part of a control program. When service is requested to the upper microprocessor, service request signals 6a-6n are outputted, and the highest priority request level is determined by a service precedence determining circuit 5 to output a service request level signal 8. When data transfer is completed, a service completion signal 8b is sent, and the precedence determining circuit 5 outputs sercice completion signals 7a-7n, and the one-chip microprocessor which receives these signals uses service data to execute data processings in accordance with the internal control program.
Patent JP-H0581248-A (JP)
Title: Document preparing device
Inventor: IMAIZUMI CHIZUKO
IPC: G06F17/21
Filed: 1991-09-18
Abstract: PURPOSE:To attain collective edition in each optional page by means of a mark for indicating a position such as a corrected position and a remarked position to be noticed by a user in a document by making it possible to set up the mark. CONSTITUTION:This document preparing device is provided with a mark edition control part 54 for applying a mark for indicating a corrected position or a noticed position in a document or erasing the applied mark, a display control part 58 for storing the mark set up by the control part 54 in document data 31 as mark information to be partial information of a prepared document and displaying the mark set up by the control part 54 on a screen together with the prepared document, a page edition control part 56 for specifying a page to be edited by specifying the mark and collectively executing page edition such as movement, copying and deletion in each page to which the specified mark is applied, and an edition control part 51 for controlling respective parts.
Patent JP-2000067222-A (JP)
Title: Managing method for drawing file
Inventor: YASUNO ATSUSHI
IPC: G06F17/50
Filed: 1998-08-25
Abstract: PROBLEM TO BE SOLVED: To provide a managing method for drawing file with which the history of a lot of related drawings can be easily managed or the contents of editing can be easily grasped. SOLUTION: Concerning this managing method, a history file having history information by drawing files is prepared, the history file preserves a file name, the file name of the former drawing to be the source of preparing the drawing and attribute having a key or the like relating the drawing and former file, the relevant history information is displayed out of the history file by extracting the drawing file (S11 and S12), the history information to be displayed is corrected in the case of editing the history information of the drawing file (S13, S18 and S19), the history file is generated or abandoned corresponding to whether or not that information is to be preserved (S22-S24), plotting is performed while being changed into file name not overlapped with the former file in the case of not editing the history information (S20 and S21)  and the history file is generated or abandoned corresponding to whether or not that information is to be preserved.
Patent JP-S60130466-A (JP)
Title: Working method of metal
Inventor: IKEHATA TETSUO
IPC: B23K9/013
Filed: 1983-12-16
Abstract: PURPOSE:To perform punching with good accuracy with decreased thermal influence by generating an arc between a hollow carbon electrode bar and a metallic plate, blowing high-velocity air to the arc generating part and removing the molten metal toward the rear side through the hollow part of the electrode. CONSTITUTION:A hollow carbon electrode bar 2 applied with a metallic coating on the outside circumference is mounted to a holding part 4 and is erected approximately perpendicularly to a metallic plate 1 to be worked. A high voltage is impressed between the bar 2 and the plate 1 to generate an arc between both and at the same time high-velocity air is blown to the arc generating part through each hole 5 in the part 4 to carry out the molten metal through the hollow part of the bar 2 toward the direction Z, thus punching a hole 6 in the plate 1. The thermal influence to the metallic plate to be worked is thus decreased and the metallic plate is safely punched with the hole with good accuracy.
Patent JP-H0794426-A (JP)
Title: Cvd device
Inventor: DOI NOBUAKI
IPC: C23C16/448
Filed: 1993-09-24
Abstract: PURPOSE:To uniformly form a high-quality thin film by preventing the deposition and clogging of particles in a raw material container and pipeline and concentration graduation of a solution raw material while the solution raw material is vaporized and the thin film is formed. CONSTITUTION:A solution raw material is supplied in a liquid state from a raw material container 10 and the solution raw material is vaporized by jetting the solution raw material in a vaporizer after atomizing the raw material in a diluted gas flow at the front end of a nozzle 12. The vaporized gas is sent to a reaction chamber 6 for forming a thin film.
Patent JP-S6481233-A (JP)
Title: Selective growing method of selectively growing thin film of ii-vi compound semiconductor
Inventor: YAMAZAKI KOJI
IPC: H01L33/30
Filed: 1987-09-22
Abstract: PURPOSE:To accurately control the thickness processing of a thin film by specifying a semiconductor substrate temperature in the epitaxial growth of the thin film of II-VI compound semiconductor. CONSTITUTION:For example, on a semiconductor substrate 34 comprising a material such as GaP a mask 35 comprising a material of different quality from that of the substrate such as Si3N4 is provided, and a thin film of II-VI compound semiconductor 36 such as ZnS0.84Se0.16 is selectively grown on the surface of the GaP substrate with use of zinc, sulfur, and selenium as stock materials. Thereupon, the semiconductor substrate 31 in the epitaxial growth of the thin film of II-VI compound semiconductor 36 is kept at a temperature above 300 deg.C and below 700 deg.C. Hereby, no II-VI compound semiconductor is deposited on the mask 35 eliminating the need of an etching process of the II-VI compound semiconductor which etching is technically difficult. Thus, fine patterning of thin film of the II-VI compound semiconductor is assured with use of a mask which facilitates pattern formation and etching removal.
Patent JP-S6296593-A (JP)
Title: Additive for water-slurried coal
Inventor: MIZUNO YASUNOBU
IPC: C09K23/42
Filed: 1985-10-23
Abstract: PURPOSE:To obtain an additive capable of providing water-slurried coal which is excellent in both of fluidity and thickenability, by incorporating a particular nonionic surfactant, a salt of the sulfate or phosphate thereof, and a polystyrenesulfonate. CONSTITUTION:An additive for water-slurried coal comprising a nonionic surfactant obtd. by reacting an alkylene oxide (A) contg. 60-100wt% ethylene oxide component with a compd. having an active hydrogen group other than an amino group in an amt. of 30mol or more, on the average, of the alkylene oxide per mole of the compd., or a salt of the sulfate or phosphate thereof and a polystyrenesulfonate (B). The average molecular weight of the nonionic surfactant is 1,200-50,000. When the molecular weight exceeds 50,000, the gelatin of the water-slurried coal is unfavorably caused. The weight ratio of the nonionic surfactant contg. 30mol or more of alkylene oxide added thereto relative to the polystyrenesulfonate, i.e., A/B, is 5/95-95/5, particularly preferably 20/80-70/30.
Patent JP-H0793774-A (JP)
Title: Tracking servo device
Inventor: WACHI SHIGEAKI
IPC: G11B7/09
Filed: 1993-09-24
Abstract: PURPOSE:To obtain a tracking servo device whose circuit constitution is simplified by a one-spot push-pull system, which enhances the utilizing efficiency of a laser and enables it to comply with a separation type optical system'. CONSTITUTION:A prelens 12 condensing light from an infinite magnification lens 10 is arranged in front of an MDP 11 and wobbled by a driving signal from a wobbling driving part 13. Then, a push-pull signal and an offset-canceled position signal are outputted by an offset extraction part 14 based on output from received light quantity obtained by detecting the light returned from the infinite-magnification objective lens 10 by the respective photodetectors 11P and 11S of the MPD 11.
Patent JP-2000062961-A (JP)
Title: Method and apparatus for stowage and delivery
Inventor: TSUCHIYA TOMOSHI
IPC: B65G65/02
Filed: 1998-08-25
Abstract: PROBLEM TO BE SOLVED: To provide a method and an apparatus for stowage and delivery, capable of stowage and delivery for cargo in bulk under a simplified and light- weight structure. SOLUTION: This apparatus for stowage and delivery is provided so that both of stowage and delivery for bulk cargo 5 using a boom 3 having an in- apparatus conveyer 4 are conducted. The boom 3 is formed with a movable hopper 10 capable of moving between a base end side and a front end side. For delivery, the movable hopper 10 is moved to the front end side of the boom 3 under the condition where the boom 3 is landed, and the delivery by the in-apparatus conveyor 4 is conducted by putting the bulk cargo 5 into the movable hopper 10, using a bulk cargo carrying-in device 13. For stowage, the movable hopper 10 is moved to the base end side of the boom 3 under the condition where the boom is landed, and stowage is then conducted using the in-apparatus conveyor 4.
Patent JP-H0976859-A (JP)
Title: Seat structure provided with air bag device used for side collision
Inventor: HASEGAWA YASUNORI
IPC: B60N2/68
Filed: 1995-09-18
Abstract: PROBLEM TO BE SOLVED: To widen a living area of a cabin by forming an air bag housing recess part recessed toward the seat inside in a side frame, housing an inflater and a folded air bag body inside the air bag housing recess part, and covering the air bag housing recess part and the seat pad together by means of a seat cover. SOLUTION: A U-shaped inside part 36B in a seat pad 36 is pressed by means of an air bag bag body 28 so as to be easily opened toward the outside, and a seam 44 in a seat cover 40 is easily broken, so that the air bag bag body 28 can be quickly developed. An inflater 30 and the folded air bag bag body 28 are stored inside an air bag housing recess part 26 formed by denting a side frame 18 toward the seat inside, and these are covered with the seat pad 36 by means of the seat cover 40. In comparison with installation of an air bag device on the outside face of the side frame, a whole width of a seat back 12 is reduced, so that a living space of a cabin can be widened.
Patent JP-H04120111-A (JP)
Title: Water absorbing resin composition and production thereof
Inventor: DATE MASASHI
IPC: C08F6/00
Filed: 1990-09-07
Abstract: PURPOSE:To obtain the subject composition excellent in safety and useful as sanitary materials, etc., by adding a reducing substance and a radical scavenger to a specified water absorbing resin, e.g. at a stage of drying after polymerization and reducing remaining monomers, etc. CONSTITUTION:To a water absorbing resin obtained by polymerization of a water-soluble monomer such as (meth)acrylic acid, a polysaccharide such as starch and/or a crosslinking agent such as bis(meth)acrylamide, one or more reducing substance selected from sulfites, bisulfites, ferrous iron, ascorbic acid, amines and reducing sugars and a radical scavenger such as hydroquinone are added respectively in an amount of 0.001-5wt.% based on the total amount of the monomer and the crosslinking agent at an arbitrary stage such as drying or crushing after polymerization so as to reduce the remaining monomer content and the water-soluble component content respectively to <=500ppm and <=7wt.%. An objective composition is obtained thereby. In addition, the ratio of the reducing substances to the radical scavenger is preferably (1/0.01-3) on weight base.
Patent JP-S6391069-A (JP)
Inventor: FOCKE HEINZ
IPC: B65G47/61
Filed: 1987-09-22
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-H1060604-A (JP)
Title: Cold reserving, refrigerating, and freezing chamber member made of stainless steel excellent in antibacterial characteristic
Inventor: MIYAKUSU KATSUHISA
IPC: C22C38/00
Filed: 1996-08-22
Abstract: PROBLEM TO BE SOLVED: To obtain a freezing chamber member, etc., excellent in antibacterial characteristic by preparing a stainless steel which contains specific amounts of Cu and in which specific amounts of secondary phase composed essentially of Cu are precipitated. SOLUTION: A stainless steel, which contains >=0.3wt.% Cu and in which secondary phases composed essentially of Cu are precipitated by >=0.2vol.% or Cu concentration in the surface layer part is regulated to >=0.1 atomic %, is prepared. Further, heat treatment at about 500-900 deg.C for about >=1hr is effective in precipitating the secondary phases composed essentially of Cu by >=0.2vol.%. Moreover, immersion in an acid solution containing nonoxidizing or reducing acid for about 1min-1hr is effective in concentrating Cu in the surface layer part to >=0.10 atomic %. By this method, the cold reserving, refrigerating, and freezing chamber member, composed of the stainless steel with antibacterial characteristic, excellent in durability and corrosion resistance, being maintenance free, and capable of preventing the propagation of various germs, can be obtained.
Patent JP-H03101509-A (JP)
Title: Control circuit for power amplifier output signal
Inventor: KANEZAKI TAKAFUMI
IPC: H03G3/20
Filed: 1989-09-14
Abstract: PURPOSE:To prevent overshoot of an output signal level at connection and disconnection of a power supply and to prevent occurrence of an error or a broken line by detecting a change in a power voltage and controlling the gain of a power amplifier with a level control circuit based on a time constant set with a time constant circuit. CONSTITUTION:Output signal detection circuits 6A, 6B are connected respectively to the output side of power amplifiers 3A, 3B to detect each output level. Then level control circuits 7A, 7B controls the gain of the amplifiers 3A, 3B based on the output signal level so as to make each output signal level constant. On the other hand, a voltage of power supplies 8A, 8B of the amplifiers 3A, 3B is detected by power voltage detection circuits 9A, 9B and inputted to time constant circuits 10A, 10B. The time constant circuits 10A, 10B output a power supply connection disconnection signal to the level control circuits 7A, 7B while retarding the signal for a prescribed time and the level control circuits 7A, 7B vary the gain of the amplifiers 3A, 3B gradually based on the signal.
Patent JP-2000063623-A (JP)
Title: Binding agent composition and preparation of molding using same
Inventor: TACHIKAWA TOSHIYUKI
IPC: C08K3/22
Filed: 1998-08-25
Abstract: PROBLEM TO BE SOLVED: To provide a binding agent composition capable of a so-called clean casting and containing no component causing a metallurgical defect of the casting, so that it results in the improvement of a working atmosphere of a place to work in relation to steel or the like, mainly a foundry. SOLUTION: This preparation of particulate fire resistant aggregate molding comprises reacting phenols with formaldehydes using an acid catalyst in the presence of a high boiling point solvent, adding to a resulted novolak type phenolic resin an alkali metal hydroxide and a chelating agent which forms a stable composite with the novolak type phenolic resin, thereby obtaining a binding agent composition, mixing a particulate fire resistant aggregate with the binding agent composition, molding the resulted product into a desired shape and passing carbon dioxide gas therein to cure the molding.
Patent JP-S61117314-A (JP)
Inventor: KANARI TAMIO
IPC: E01F9/576
Filed: 1984-11-13
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-H0797468-A (JP)
Title: Molding with hard coat layer and its production
Inventor: KONISHI YUICHIRO
IPC: G02B1/14
Filed: 1993-08-31
Abstract: PURPOSE:To obtain a thermoplastic norbornene resin molding with a hard coat layer excellent in both peeling and abrasion resistance by forming a specific hard coat layer on the surface of the molding. CONSTITUTION:A silicone-based hard coat layer (e.g. a layer of a polyalkylsiloxane with 1-20C alkyl groups) having an adhesion rate by cross-cut peeling test of 50% or higher is formed on the surface of a molding of a thermoplastic norbornene resin (e.g. ZEONEX 280, a product of Nippon Zeon Co., Ltd). The molding surface is pref. modified to have a surface tension of 50dyn/ cm or higher (e.g. by irradiation with an energy ray), and coated with a primer for hard coat (e.g. an acrylic resin primer), and then coated with the silicone- based hard coat layer.
Patent JP-S6298330-A (JP)
Title: Driving method for liquid crystal matrix display panel
Inventor: SEKIYA FUKUO
IPC: G02F1/133
Filed: 1985-10-25
Abstract: PURPOSE:To improve the quantity of liquid crystal display on a liquid crystal display panel in which an electric field is applied to X-axial electrode and Y-axial electrodes by making the potential of the X-axial electrodes opposite in polarity with four AC signals which have four different waveforms. CONSTITUTION:The liquid crystal panel is constituted by arranging plural X-axial and Y-axial electrode lines in crossing relation. Then, an electric field is applied to the Y-axial electrodes at every horizontal scanning period of the X-axial electrodes with a frame signal to display information. Further, the X-axial electrodes are made opposite in polarity periodically with a specific AC signal so that the 1st potential H and the 2nd potential L are obtained. This AC signal is so varied as to have (a): the 1st waveform phi0 which has the potential H for the Nth (N: natural integer) time and the potential L for the (H+1)th - the (H+3)th times, (b): the 2nd waveform phi1 which has the potential L for the Nth, (N+1)th, (N+3)th times and the potential H for the (N+2)th time, (c): the waveform phi2 obtained by inverting the waveform phi0, and (d): the waveform phi3 obtained by inverting the waveform phi1. Thus, the X-axial electrodes are made opposite in polarity with the AC signal, so the liquid crystal display is unchanged with the effective value of an applied voltage and an irregularity in density is eliminated.
Patent JP-2001062130-A (JP)
Title: Game machine
Inventor: UGAWA SHOHACHI
IPC: A63F7/02
Filed: 1999-08-25
Abstract: PROBLEM TO BE SOLVED: To make appropriately restorable the control states of respective control means to their original states in restarting a game by sending a restoration-time fluctuating command in restoring a power supply when a pattern is fluctuatingly displayed in disconnecting the power supply, sending a settled command prescribed hours later, and finishing the restoration-time fluctuating control based on the settled command. SOLUTION: A CPU 56 in a main substrate 31 in a game control means sends information specifying a fluctuation time and a settled pattern to a display control substrate 80 controlling a variable display part. In disconnecting a power supply, information necessary for restoring a play state in restoring the power supply afterward is stored in a backup storage means. When a pattern is fluctuatingly displayed in disconnecting the power supply, the restoration fluctuating command is sent to a display control substrate 80, etc., in restoring the power supply, and a settled command is sent thereto a prescribed hours later, so that the display control substrate 80, etc., implement prescribed restoration- time fluctuation controls in receiving the restoration-time fluctuation command, and finish the restoration-time fluctuation controls based on the settled command.