baber/WOPTO huggingface dataset:
Patent JP-H02186410-A (JP)
Title: Speed control system for numerical control
Inventor: KUNIMUNE TOSHITAKA
IPC: G05B19/416
Filed: 1989-01-12
Abstract: PURPOSE:To reduce a difference between executing speed and commanding speed by calculating the distribution quantity of each cycle of a next block during the movement of the previous block. CONSTITUTION:The first block of an NC program continuous movement command is issued from an NC program processing part 7 to a block memory 5. A distribution processing part 3 activated by a distribution starting instruction 13 obtains the distribution quantity fixed by the relation between the movement commanding speed and the distribution cycle inherent in an interpolator, and outputs it to a servo 4 whenever it is activated by a distribution cycle timer 1. To make the actually moved distance conform to the movement commanded distance, for the last cycle, the quantity smaller than the distribution quantity of the other cycle is programmed as the time movement at commanding speed in a speed correcting timer 2, and the residual distribution quantity is outputted to the servo 4 by activation 12 by means of the timer 2. Consequently the cycle distributing processing is activated by the timer 1 at the first distributing cycle of the next block, and the first distribution quantity of the next block can be determined.
Patent JP-H06295918-A (JP)
Title: Manufacture of bipolar transistor
Inventor: TAKADA TOSHIAKI
IPC: H01L21/331
Filed: 1991-01-23
Abstract: PURPOSE:To inhibit the extent of a base region in a high-current region without generating a turbulence of the crystal of an active region and to improve the switching speed of a bipolar transistor by a method wherein a low-concentration collector region in an emitter formation region is etched away to form an active base region and an emitter region in a self-alignment manner. CONSTITUTION:A high-concentration N-type collector region containing antimony or the like as impurities is formed on a semiconductor substrate and moreover, a low-concentration N-type collector region 2 is formed on the region 1 by an epitaxial growth method. Then, a poly-crystalline silicon layer 3 is deposited on the region 2 by CVD method and P-type impurities like boron are introduced in the layer 2 in a high concentration. Then, a first insulating film 4 is formed by a thermal oxidation method or the like. Then, the upper parts of the film 4, the layer 3 and the region 2 are selectively etched and removed in order and an opening part 5 is formed. Then, P-type impurities of boron are introduced in the region 2 in the opening part 5 by diffusion.
Patent JP-S63175941-A (JP)
Title: Program developer
Inventor: SUZUKI TOMOAKI
IPC: G06F9/06
Filed: 1987-01-16
Abstract: PURPOSE:To easily execute a debugging processing by providing a macro- instruction analyzing means and treating the macro-instruction as one instruction. CONSTITUTION:When a key input is present from a keyboard, a debugger command is edited and one record is read from a source file 6 according to the execution instruction of a program to be debugged and the setting instruction of a break point and whether this record is the macro-instruction or not is checked. When it is the macro-instruction, it is developed to an ordinary instruction, a delivered to an instruction executing means 12 and when it is not the macro-instruction, it is immediately delivered to the instruction executing means 12. In the instruction executing means 12, the macro-instruction is executed as one instruction.
Patent JP-S62165865-A (JP)
Title: Alkaline manganese cell
Inventor: HOSODA KIYOSHI
IPC: H01M4/06
Filed: 1986-01-17
Abstract: PURPOSE:To form an alkaline manganese cell which is superior in both discharge characteristics and low temperature heavy load characteristics by controlling the concentration and the infusion quantity of an alkaline electrolytic solution pouring into a positive electrode mixture. CONSTITUTION:The concentration of an alkaline electrolytic solution pouring into a positive electrode mixture is 20wt% or more and the quantity pouring into the positive electrode active material of manganese dioxide is 0.2mul or more per 1mAh electric capacity of manganese dioxide. By this means, alkaline electrolytic solution can be supplied to the inside of positive electrode mixture due to the expansion of positive electrode mixture volume generated in the process that tetramanganese dioxide is reduced and consumed during discharge reaction period of cell. Subsequently the internal resistance of cell decreases and its discharge availability increases.
Patent JP-H05195262-A (JP)
Title: Long-term rust preventive storage device for steel equipment
Inventor: SAO TOSHIO
IPC: C23F11/02
Filed: 1992-01-17
Abstract: PURPOSE:To provide the device which obviates the failure of steel equipment by freezing, is safe to human bodies and can make long-term rust preventive storage of even the equipment internally having a wet state. CONSTITUTION:The device having an evaporating device 1 for evaporating an ammonium carbonate salt, a transfer device 2 for transferring the evaporated gas into a body 3 to be subjected to rust prevention, a sensor 7a for detecting the concn. of the gas in this body 3 and a controller 7 which is inputted with the concn. of the gas from this sensor 7a and controls the evaporation rate and transfer quantity of the ammonium carbonate salt is provided. This device is connected to the steel equipment which is the body 3 to be subjected to rust prevention, by which the failure of the steel equipment by the freezing even in an extremely cold place is obviated and the safety to the human bodies is assured. The rust prevention is possible even for the steel equipment internally having the wet state.
Patent JP-S59137329-A (JP)
Title: Manufacture of preform for single-mode optical fluoride fiber
Inventor: OOISHI YASUTAKE
IPC: C03B19/02
Filed: 1983-01-20
Abstract: PURPOSE:To obtain easily the titled preform by charging molten fluoride glass for a clad into a casting mold having a round rod uprighted at the central part, pulling out the rod, and introducing molten fluoride glass for a core into the resulting hollow. CONSTITUTION:A round metallic or glass rod 9 is uprighted and fixed at the central part of the bottom 8 of a casting mold 1 made of metal or glass. Molten fluoride glass 2 for a clad is charged into the mold 1 and solidified by cooling. Molten fluoride glass 4 for a core is then charged into the mold 1. At the same time, the bottom 8 having the uprighted rod 9 is pulled out, and the glass 4 is introduced into the resulting hollow and solidified. A preform 10 for a single-mode optical fluoride fiber having a core of a small diameter and high roundness is obtd., and said fiber is manufactured by drawing the preform 10.
Patent JP-S56103274-A (JP)
Title: Heat insulating material
Inventor: YONEDA HARUHIKO
IPC: C09K5/08
Filed: 1980-01-22
Abstract: PURPOSE: A heat insulating material suitable for a pillow, heat-insulating store, etc., reducing its temperature only by blending ingredients in using, gelatinizing without curing, and providing a good feeling in use, comprising plural kinds of specific chemicals and water which are stored separately.  
     CONSTITUTION: (a) A blend of (a 1 ) ammonium nitrate and (a 2 ) nonionic, or anionic, or cationic water-soluble flocculating agent, (b) sadium thiosulfate, and (c) water are put in the individual storing chambers A, B, and C separately. In using,  the individual storing chambers A, B, and C are communicated to one another by  releasing the temporary parting plates 2 and 2, or other methods, so that the in gredients a-c are blended. The whole materials become immediately gelatinous  state, and become low temperature by the chemical reactions. For reuse, the heat  insulating material is cooled by a refrigerator, etc. Amounts of the individual ingredients of a 1 , a 2 , b, and c are preferably 25W50wt%, 2W6wt%, 15W45wt%, and  15W35wt% respectively. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-S61166538-A (JP)
Title: Lens moving control mechanism of copying machine
Inventor: YAJIMA TOSHIAKI
IPC: G03G15/041
Filed: 1985-01-19
Abstract: PURPOSE:To reduce considerably the maximum load of a moving means by moving a lens to a prescribed position in the direction of heavy load after moving it temporarily in the direction of light load in case the lens moving means is forced to move by which a considerably heavy load well be subjected on the lens moving means. CONSTITUTION:A control means D which controls movement of the lens on a basis of the comparison result of a magnification comparing means C which compares the magnification set to a present magnification recording means A with the magnification set by a magnification setting means B controls a lens moving means E so that the means E moves the lens to a prescribed position after moving the lens temporarily in the direction of light load in case a considerably heavy load is subjected to the means E when the lens is moved in the direction of heavy load. Thus, the stating force of the lens moving means E is reduced, and the variable power of an optical system is set quickly.
Patent JP-H05195580-A (JP)
Title: Diagonal joining hardware, diagonal connected to hardware and joining method for diagonal
Inventor: YAGI HARUYUKI
IPC: E04B7/04
Filed: 1992-01-17
Abstract: PURPOSE:To increase joining strength irrespective of easy execution, to reduce part of a hardware exposed to a wood structural member and, at the same time, to enable the execution of roof boards. CONSTITUTION:A diagonal joining hardware 21a integrates a standard member 22a receiving two diagonals and a reinforcing plate 24a erected uprightly from the standard member 22a into a unit. In addition, the diagonal joining hardware 21a provides positioning devices 25 to position mounting positions of the diagonals to the standard member 22a and the reinforcing plate 24a. The positioning devices 25 are fixed to at least one of the reinforcing plate 24a and the standard member 22a through fixing means such as welding, etc., so that joining strength of the diagonals is increased. The positioning devices 25 have rocket pins 26, and the rocket pins 26 are fixed to the standard member 22a and the reinforcing plate 24a by welding, etc.
Patent JP-H11204575-A (JP)
Title: Circuit board, mounting device, and mounting method
Inventor: MURA MITSURU
IPC: H05K1/18
Filed: 1998-01-16
Abstract: PROBLEM TO BE SOLVED: To improve the reliability of the mounting of an electronic component by installing a high airtight hold-down means, which has a plurality of electrodes on an opposed surface with a wiring board and is arranged on a single surface of the wiring board so as to cover the electronic component positioned and mounted on one surface of the wiring board and the inside of which is decompressed. SOLUTION: A semiconductor element 4 is positioned and mounted on that bumps 6 on each pad are placed on the corresponding lands 2A of a wiring board 3 respectively. A hold-down cap 5 is constituted with high airtightness, by integrally molding an inverted triangular sectional peripheral sidewall 5B to the underside peripheral end section of a top-face wall 5A, and the inside is decompressed in an approximately vacuum state. Accordingly, the semiconductor element 4 is fixed, so as to be pushed against the wiring board 3 by the internal side face of the top face wall 5A of the hold-down cap 5 by contraction stresses generated by negative pressure in the hold-down cap 5, and no stress in the lateral direction will be applied, because sliding is conducted even if relative places among the bumps 6 and the corresponding lands 2A are displaced.
Patent JP-S56105505-A (JP)
Title: High-speed sequence control device with numerical operation function
Inventor: OKAMOTO TADASHI
IPC: G06F9/26
Filed: 1980-01-25
Abstract: PURPOSE:To decrease hardware quanity and enable high-speed arithmetic processing to be accomplished by processing the simple sequence instruction of processing contents with hardware and processing the intricate numerical operation instruction of the processing contents with a microprogram. CONSTITUTION:A program corrsponding to a certain number is fetched to an instruction take-in register 2 from a program memory 1. When a sequence instruction is fetched, and instruction is given to a sequence instruction execution part 3, by which logic operation is carried out. When one instruction execution is finished, the next instruction is executed in the same manner. When the instruction taken in is a numerical operation instruction, the execution part 3 stops and the execution of all the instructions in accomplished in a microprogram processing circuit 10, hence, the head address of the microprogram corresponding to the instructions is set in a microaddress register 7. Then, the microaddress of the register 7 is updated and a series of microprogram processing is accomplished.
Patent JP-H08199490-A (JP)
Title: Device for carefully selecting paper stock
Inventor: SATOMI HITOSHI
IPC: D21D5/24
Filed: 1995-01-20
Abstract: PURPOSE: To provide a device for carefully selecting paper stock having a small installation space and improved workability at an installed site. CONSTITUTION: This device for carefully selecting paper stock is equipped with a casing 4 provided with a paper stock inlet 41, a first and a second foreign matter casing outlets 42 and 43 and a paper stock casing outlet 44 for discharging the carefully selected paper stock, a screen plate 3 for dividing the casing 4 into a primary chamber 31 and a secondary chamber 32, a stirring member 7 which is set opposingly to the screen plate 3 and stirs the raw material, a cleaner 2 which is laid in the primary chamber 31 at the upper stream side of the stirring member 7 and removes foreign matters such as sand hardly eliminable by the screen plate 3 and forms a first route 5 for making a paper stock inlet 24 of the cleaner 2 communicate with a paper stock casing inlet 41 in the first chamber 31 at the upper stream side of the stirring member 7,  and a second route 6 for making a foreign matter outlet 21 of the cleaner 2 communicate with a first foreign matter casing outlet 42 in the primary chamber 31 at the upper stream of the stirring member 7.
Patent JP-H10201531-A (JP)
Title: Low oxygen transmitting cosmetic casing and cosmetic
Inventor: KUSAWAKE MASATOSHI
IPC: A45D40/00
Filed: 1997-01-17
Abstract: PROBLEM TO BE SOLVED: To improve the stability of content cosmetic by preventing oxygen from entering inside of a casing main body through the cap of the casing and the casing wall of a casing main body at the cosmetic casing. SOLUTION: The low oxygen transmitting cosmetic casing 11 for packing cosmetic is provided with the casing main body 12 with an opening part 13 for taking out cosmetic, a nozzle cap made of polybutylene terephthalate resin screwing and covering the part 13 and provided with the cosmetic discharging port 14, and an over cap 17 screwing and covering the port 14 of the cap 15. Then the over cap 17 is provided with a packing part 16 consisting of resin packing coated with aluminum and the cap 17 is constituted to cover the port 14 of the cap 15 so that the packing may seal the part 14.
Patent JP-S57121753-A (JP)
Title: Picture processing device
Inventor: YAMADA TOSHIAKI
IPC: G06T3/60
Filed: 1981-01-20
Abstract: PURPOSE:To shorten the time required for procesaing a picture, by converting a read-out by use of the first register for storing the read-out data, a shift register for slectively storing its output, and the second register for fetching its output. CONSTITUTION:A desired bit in a data sent to a register RGS1 is selected by a multiplexer 5 and is sent to a shift register 6. Subsequently, when a data of 0, 32, 64-256 addresses, etc. is set in order to the register RGS1, a byte data consisting of 1 byte in the lateral direction is constituted in the register 6. It is reat out through a register RGS3, is sent to a data input registe of a plotter, and is recorded on recording paper by the plotter.
Patent JP-2000202775-A (JP)
Title: Deburring method of semiconductor and wide gun for deburring
Inventor: YAMAGATA OSAMU
IPC: B24C11/00
Filed: 1999-01-14
Abstract: PROBLEM TO BE SOLVED: To deburr a semiconductor at good work efficiency without impairing a light-receiving part of the semiconductor using an installment having a low- cost and simple constitution. SOLUTION: A mask is disposed on surfaces of semiconductors 11-14, 21-24 and an abrasive is injected from a plurality of injection nozzles 1a, 1b of a wide gun 1 for deburring a surface having a plurality of injection nozzles 1a, 1b corresponding to their respective lead parts 3a, 3b. The surfaces of the semiconductors 11-14, 21-24 are deburred by moving the wide gun 1 for deburring a surface in parallel to the lead parts 3a, 3b while applying an abrasive locally and concurrently to the burr portion of a plurality of the semiconductors 11-4, 21-24. After the deburring work of a back surface of the semiconductor is carried out by a wide gun for deburring a back surface having a plurality of injection nozzles similarly corresponding to their respective lead parts 3a, 3b, the semiconductor is primarily washed by both surface shower and is secondarily washed by a washing wide gun.
Patent JP-S60152170-A (JP)
Title: Facsimile equipment
Inventor: MISU TOSHIAKI
IPC: H04N1/00
Filed: 1984-01-20
Abstract: PURPOSE:To record received information of multiple originals in the same recording paper by deciding whether the information of the multiple originals can be recorded in single recording paper or not based on original size signals transmitted from an originating station side. CONSTITUTION:Original size signals are sent out to a transmission line 30 through a transmission controller 18 and an MODEM13 and are sent to an originating station 20. The station 20 compares the information with recording paper size signals which are received on its own side in a receiving controller 28 and decides whether a massage for the copies of the multiple originals can be stored in the single recording paper or not. The station 20 stores a value (n) in a memory when it decides that it is able to record a message of (n) pages in the recording paper, after which the station 20 receives a message for a copy of an original, decreases the previously stored value (n) one by one at each time of completion of recording, and the station 20 sends the recording paper sending signals to a paper sending part 26 at the time when the stored value is attained to 0 to allow carrying-on of the recording paper.
Patent JP-H01186230-A (JP)
Title: Finger drawback device for transfer feeder
Inventor: NODA JUICHI
IPC: B21D43/05
Filed: 1988-01-19
Abstract: PURPOSE:To miniaturize the whole device by decreasing a moving distance of a finger holding member by providing a turning means for turning a finger to a position where it does not interfere with an upright as the finger holding member moves, between an operating position and a drawback position. CONSTITUTION:At the time of replacing a metallic die, a finger holding member is moved from an operating position B to a drawback position C along a guide rail by a drawback cylinder 14. In this case, a lever 12 whose tip part has been fitted into a guide groove through a roller 12b is turned by about 90 deg. together with a holding cylinder, therefore, a finger 5 whose base end part has been attached to the holding cylinder is turned by about 90 deg. and a branching part of the tip side of the finger 5 rises perpendicularly. In such a way, in a position where the finger holding member 9 has exceeded a parting line 8 of a feed bar 3, a drawback of the finger is completed so that the finger 5 and an upright do not interfere with each other. In this state, by drawing out the feed bar 3 together with a moving bolster on which the metallic die has been placed, the finger 5 can be replaced at the outside of a press body.
Patent JP-2000203164-A (JP)
Title: Thermal transfer recording material and thermal transfer recording method
Inventor: ASATAKE ATSUSHI
IPC: B41M5/385
Filed: 1999-01-14
Abstract: PROBLEM TO BE SOLVED: To provide a thermal transfer recording material and a thermal transfer recording method using the recording material for forming an image of superior image storage properties such as fixing properties, light fastness, resistance to heat and humidity and others. SOLUTION: At least one kind of coloring matters represented by a formula (in the formula, RA1, RA2 and RA3 represent a hydrogen atom or a substituent, and ZA represents -CH= or -N= group. QA represents a non-metallic atom group required for forming a coloring matter absorbing visible rays and infrared rays) is contained in a substrate.
Patent JP-H04248116-A (JP)
Title: Tape-type magnetic recording medium
Inventor: SEKI KIYOMI
IPC: C09D7/12
Filed: 1991-01-25
Abstract: PURPOSE:To decrease electric resistance by using such a polyester film having a treated layer as a nonmagnetic supporting body obtd. by coating and orienting method and constituting the treated layer essentially of carbon black and water- base polyurethane resin. CONSTITUTION:The nonmagnetic supporting body of the recording medium is such a polyester film having a treated layer (intermediate layer) essentially comprising carbon black and water-base polyurethane resin (binder) which is obtd. by coating and orienting method. On this intermediate layer, a magnetic layer containing a magnetic powder is formed. By decreasing the electric resistance of the medium by providing the intermediate layer (undercoating layer) having a large amt. of carbon black between the magnetic layer and the nonmagnetic layer, the electric resistance is decreased to 10<4>-10<10>OMEGA/square, without influencing the electromagnetic conversion characteristics.
Patent JP-S56106082-A (JP)
Title: Swash plate type compressor
Inventor: SASAYA KAZUSHI
IPC: F04B27/08
Filed: 1980-01-28
Abstract: PURPOSE: To decrease pulsation in low-frequency and high-frequency regions by providing passages of the same length through which refrigerants delivered in a light side cover from the exhaust chambers at both left and right sides, flow, and joining and exhausting the refrigerants flowing through these passages in a sound arresting chamber.  
     CONSTITUTION: One of high-pressure gas refrigerants exhausted into left and right exhaust chambers 34A and 34B compressed by the reciprocating motion of a double head piston 14 due to the rotating and swinging movemvent of a swash plate 13 passes through a refrigerant passage 37 via a gas pipe 24 and a designation A, and another is exhausted towards the substantial center of a silencer 350 from the opening 38B of the silencer 350 through a refrigerant passage 38 via a designation B. Since the lengths of refrigerant passages from the exhaust chambers, 34A and 34B  to the opening 38B to the silencer 350 are made substantially equal, the pulsating  pressures of high pressure gas refrigerants exhausted into the silencer 350 can  suppress the generation of the pressure pulsation having a low order frequency by  1/2 (rotational frequency N × number of cylinder/2) of the fundamental frequency,  without mutual interference.  
     COPYRIGHT: (C)1981,JPO&Japio