baber/WOPTO huggingface dataset:
Patent JP-H04144812-A (JP)
Title: Roller bracket for conveyer
Inventor: FUJIO YOSHIHIKO
IPC: B65G13/11
Filed: 1990-10-04
Abstract: PURPOSE:To facilitate changes in the direction of cross shifting in the roller bracket of a cross direction shifting conveyor by making a rectangular body provided with a bolt hole at the center open to inside and outside at the upper and lower sides, forming a roller bearing inclining toward the center of the bolt hole, and installing a pressing plate detachably at the opening part to the outside. CONSTITUTION:The body 12 of a roller bracket 11 is formed into a rectangular shape, a bolt hole 13 is made to go through the center of the body, and roller bearings 14a, 14b which are open to inside and outside are formed in the upper and lower sides with the bolt hole 13 centered. Regulating pieces 16a, 16b and lateral regulating surfaces 17a, 17b which incline toward the center of the bolt hole are formed in the roller bearings 14a, 14b. Besides, the roller bearing 14a, 14b are bolted to side frames 1A, 1B with bolts, the shaft 28 of a roller 10 is inserted in the bearing parts 14a, 14b for supporting, and a pressing plate 21 is installed. When the inclining direction is reversed, the bracket 11 is reversed by 180 deg..
Patent JP-H1186774-A (JP)
Title: Ion-implanting device and manufacture of semiconductor device using the same
Inventor: OGURA MAKOTO
IPC: H01L21/265
Filed: 1997-09-12
Abstract: PROBLEM TO BE SOLVED: To provide an ion-implanting device and a method of manufacturing a semiconductor device using this ion-implanting device, whereby a semiconductor substrate having concentration dispersion in a surface is used, the semiconductor device of small characteristic dispersion can be formed. SOLUTION: This ion-implanting device is provided with a means controlling a scan speed of an ion beam 1 scanning a surface of a semiconductor substrate 5 in accordance with impurity concentration i a surface of the semiconductor substrate 5. A method of manufacturing this semiconductor device includes a process, using the ion-implanting device, by controlling a scan speed of the ion beam 1, implanting an impurity ion of implantating amount corresponding to impurity concentration distribution of the semiconductor substrate 5. More specifically, in the case of same conductive type of implanted impurity to the semiconductor substrate 5, when impurity concentration in a surface of the semiconductor substrate 5 is high, the scan speed of the ion beam 1 is increased, and when the impurity concentration is low, the scan speed is controlled so as to be decreased.  In the case of the conductive type being different, when the impurity concentration in a surface of the semiconductor substrate 5 is high, the scan speed of the ion beam 1 is decreased, and when the impurity concentration is low, the scan speed is controlled so as to be quickened.
Patent JP-H01109525-A (JP)
Title: Magnetic card
Inventor: SETO TAKESHI
IPC: B42D15/02
Filed: 1987-10-23
Abstract: PURPOSE:To produce a magnetic card which is not affected by external magnetic fields by forming a superconductor film on a magnetic material. CONSTITUTION:The magnetic material 2 is fixed by using a method such as coating. The superconductor film 3 is formed atop said material by coating or sputtering, dipping, etc., of a superconductor together with a thermoplastic resin after kneading. The infiltration of magnetic fluxes from the outside to the magnetic material 2 is prohibited by the complete diamagnetism of the superconductor film at ordinary temp. Since the superconductor film 3 exists in the magnetic field in the direction where the magnetic fluxes from the resin plate 1 side negative the external magnetic fields, the external magnetic fields hardly act on the magnetic material 2. The temp. of the superconductor film 3 is increased to the superconduction transition temp. or above by previously heating the magnetic head of a contact type, then reproduction is executed at the time of information reproduction.
Patent JP-H1183313-A (JP)
Title: Home-use drying machine
Inventor: NAKANISHI TSUTOMU
IPC: A47L23/20
Filed: 1997-09-11
Abstract: PROBLEM TO BE SOLVED: To provide a home-use drying machine having a function for drying a mat or shoes as well as a function for eliminating or removing insects or germs stored in the mat or shoes or the like, and capability of eliminating bad odor adhered to the mat or shoes or the like. SOLUTION: A home-use drying machine 1 is constructed such that a casing 3 is formed with a suction port 5 for surrounding atmosphere and a blowing-out port 12 for hot air as well as gasifying agent, wherein a fan 6, a main heater 7 and a chemical agent 16 having at least insect killing and germ killing function are mounted in sequence from the suction port 5 toward the blowing-out port 12, and then a control device 20 for each of the devices including the fan 6 and the main heater 7 is installed outside the casing 3.
Patent JP-2000101195-A (JP)
Title: Manufacture and structure of semiconductor device
Inventor: KAWATSU YOSHIHEI
IPC: H01L21/301
Filed: 1998-09-22
Abstract: PROBLEM TO BE SOLVED: To provide a method for manufacturing a semiconductor device for easily cutting a substrate and for cleaving a semiconductor layer in a semiconductor device, that is made of gallium nitride semiconductor layer which is formed on a hexagonal system substrate such as a sapphire substrate. SOLUTION: When a semiconductor element made of a nitride semiconductor layer is to be formed on such hexagonal system substrate as a sapphire substrate 1 and to be divided into each semiconductor element, a nitride metal thin film 1 is provided on the reverse side of the sapphire substrate 1, thus easily cutting the sapphire substrate 1 into an arbitrary direction. The cutting direction of the substrate is selected for the cleavage direction of the semiconductor layer which is formed on the sapphire substrate 1.
Patent JP-H10113897-A (JP)
Title: Trimming die for punching machine
Inventor: KATAYAMA ISAMU
IPC: B26F1/44
Filed: 1996-10-09
Abstract: PROBLEM TO BE SOLVED: To certainly install an insertion change block on a base plate in high precision by simple work by providing a positioning block to be installed so as to position adjacent to the insertion change block free to make contact with it and free to position and regulate it on the base plate and its fixing means. SOLUTION: A temporarily fixed insertion change block 90 is moved against a temporarily fixed positioning block 110 by positional slippage quantity measured by trial deposition. In this state, the insertion change block 90 is fixed on a base plate 81 by a fixing bolt 100. Thereafter, two pieces of the positioning blocks 110 are made contact with the insertion change block 90 from both sides, the positioning block 110 is fixed on the base plate 81 by a fixing bolt 112, and installation of the insertion change block 90 is completed.
Patent JP-H0576639-A (JP)
Title: Ball feeder in pachinko game machine
Inventor: ICHIHARA SHIGERU
IPC: A63F7/02
Filed: 1991-09-18
Abstract: PURPOSE:To smooth ball feeding operation by forming a ball receiving surface on a ball feed control piece for feeding a ball from a ball introduction port to an emission rail, and forming a ball stop portion on the ball receiving surface, thereby binding the following ball until a preceding ball is released to the emission rail and disengaging the following ball after the preceding ball is released. CONSTITUTION:A ball feed control piece 87 is provided opposite to a ball introduction port 56 in such a manner as to freely oscillate, whereby a ball is received from the ball introduction port 56 and oscillated to be released to an emission starting point of an emission rail 15. A ball receiving portion 87e is joined adjacent to a ball delivery port 72 to the outer end edge of a connecting portion 87d, the outer end edge of which is bent substantially like S-shape in the rear of a shaft insert portion 87a of the ball feed control piece 87. The ball receiving portion 87e is formed in such a manner as to have an S-shaped section, and a ball receiving surface 88 which is bent like a downward recess conical surface to receive one pinball and delivering the same is provided on the lower outside surface thereof. A ball stop portion 87g which is bent like a circular-arc along the outer end edge of a cover portion 87f for covering the ball receiving portion 87e and projected backward is provided on the outer end to receive a ball, and the ball is released by oscillation of the ball feed control piece 87.
Patent JP-S63123481-A (JP)
Inventor: KINOSHITA HIDETOSHI
IPC: B07C5/06
Filed: 1986-11-11
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-H0582121-A (JP)
Title: Lithium secondary battery negative electrode and manufacture thereof
Inventor: NODA TOMOHIKO
IPC: H01M10/05
Filed: 1991-09-18
Abstract: PURPOSE:To provide a lithium secondary battery negative electrode and a manufacture thereof which can keep electric current distribution constant when a battery is charged. CONSTITUTION:A lithium secondary battery negative electrode 1 in the present invention is formed of lithium having an average crystal grain size of equal to or smaller than 0.2mm, and the manufacturing method is characterized in that the lithium is rolled at a temperature of equal to or lower than 0 deg.C. Preferably, the rolling should be carried out only once, and extrusion molding may be allowed insted of the rolling.
Patent JP-H06123023-A (JP)
Title: System for changing over can of spinning machinery
Inventor: NAKANISHI KAZUO
IPC: D01H9/18
Filed: 1992-10-07
Abstract: PURPOSE:To eliminate the need of installing a wide space in the rear of spinning machinery by transferring empty cans to an empty can storing part at one end of the spinning machinery and carrying full cans from a full can mounting part at the other end of the spinning machinery into the spinning machinery. CONSTITUTION:A full can mounting part (F1) is provided at one end of spinning machinery (Sp) in which many spinning units (S1), (S2)... are installed in a row. An empty can storing part (F2) is formed at the other end. Cans after completing the feed of slivers to the spinning units are moved in the longitudinal direction of the spinning machinery with each moving device (G) and transferred to an empty can storing part. Full cans in the full can mounting part are moved in the longitudinal direction of the spinning machinery with the can moving device (G) and carried into positions corresponding to the spinning units.
Patent JP-H10171635-A (JP)
Title: System and method for managing software resource in distributed environments
Inventor: SENBOKU YUJI
IPC: G06F9/445
Filed: 1997-10-01
Abstract: PROBLEM TO BE SOLVED: To reduce the load of a network and system manager in the case of distributing software to respective terminals on a network. SOLUTION: In the case of executing the version up of application for a device 11 to be maintained, a maintenance man's device 1 can compare the file constitutions 5, 9 of a current version and an up-version, select only a file of which updating is required and transmit the selected file to the device 11. When the device 1 transmits the whole files of up-versions, the device 11 mutually compares the file constitutions,15, 19 of the current version and an up- version and can select and install only a file necessary for updating from the received file. In addition, the device 11 mutually compares the file constitutions 15, 17 of the current version and the preceding version in the table 12 and can return the application of the current version to the preceding version.
Patent JP-H02116059-A (JP)
Title: Floppy disk device
Inventor: UNITA HIROYUKI
IPC: G11B20/10
Filed: 1988-10-25
Abstract: PURPOSE:To freely set a data sampling frequency and also to record the information on the time and the date by using a means which sets the reading timing of the external data or writing timing of the read data to a RAM, a data counting means, a switch which can set plural types of the writing timing, and a real-time timer. CONSTITUTION:An external data reading means is prepared together with a writing means 1 which writes the read data to a RAM, a timing setting means which sets a writing or reading timing cycle, and a counting means which counts the data to be written. Then a writing means 2 is added to write the data on the RAM to a floppy disk when the data count value reaches a prescribed level together with a switch which can set plural types of the external data reading timing and the data writing timing to the RAM, a back-up power supply which holds the internal data on the RAM, and a real-time timer which counts the real time and the dates. In such a constitution, a data sampling cycle is freely set and the information n the time and the dates can be recorded in a least system using no personal computer, etc.
Patent JP-H02114640-A (JP)
Title: Semiconductor device
Inventor: SAITO KENJI
IPC: H01L21/3205
Filed: 1988-10-25
Abstract: PURPOSE:To prevent 8 short-circuit between first and second wirings, to obtain the normal wirings and to contrive the improvement of the reliability of a semiconductor device by a method wherein the interval between the first wiring of a large wiring width and the second wiring adjoining the first wiring is specified. CONSTITUTION:A second wiring 7b, which consists of part of the remained part of an Al alloy film 7 and is connected with source and drain regions 4 through contact holes 6, and a first wiring 7a consisting of the film 7 remained on an insulating film 5 are formed. At this time, the wirings 7a end 7b are formed in such a way that the interval W3 between the wiring 7a of a wiring width of 5mum or wider and the wiring 7b adjoining the wiring 7a becomes 3mum or wider. Then, a wafer 1 is subjected to heat treatment at a prescribed temperature. Thereby, an ohmic contact of the wiring 7 with the regions 4 is obtained. At this time, a side hillock 9 is generated, but both wirings are never short-circuited because the adjacent wirings 7a and 7b are apart by 3mum from each other.
Patent JP-H06121409-A (JP)
Title: Orbital conveying system
Inventor: SENDA ATSUSHI
IPC: B61B13/08
Filed: 1992-10-07
Abstract: PURPOSE:To provide an orbital conveying system, wherein a conveying truck can be made compact and light as much as possible and dust generation can be reduced with regard to the indoor orbital conveying system, which is driven with an inverter having high power efficiency. CONSTITUTION:This system includes the following device. A track 5 is arranged in a building. A conveying truck 1 runs on the above described track and has a pair of trolley 14 for collecting DC power, a DC/AC converter 14 and AC induction motor 15. Two trolleys 12 are arranged on the track and supply the DC power. An AC/DC converter 11 is provided in the building and supplies the DC power to two trolleys.
Patent JP-2000100111-A (JP)
Title: Disk cartridge
Inventor: HIGUCHI SHINTARO
IPC: G11B23/03
Filed: 1998-09-22
Abstract: PROBLEM TO BE SOLVED: To restrict production of scrapings and protect a recording medium when a shutter member is to be set to a cartridge body by forming higher than a guide element an inclined guide part for guiding the guide element set to the shutter member to be engaged with a movement guide groove. SOLUTION: A shutter member 28 opens, closes a recording reproduction opening part of a disk cartridge 1 when a guide element 37 moves in engagement with a movement guide groove 35 of a cartridge body 4. In mounting the shutter member 28, the shutter member is inserted right to the cartridge body 4 from the side of a side wall. The guide element 37 moves sliding on an inclined guide 72, rides over a notched step part 73 and engages with the movement guide groove 35. A height H2 of the inclined guide part 72 is made larger than a height H3 of the guide element 37, thereby preventing the guide element 37 from colliding with the side wall of the cartridge body 4 and generating scrappings before sliding in touch with on the inclined guide part 72.
Patent JP-2000093428-A (JP)
Title: Ultrasonic probe holder and ultrasonograph
Inventor: OSADA TAKEKAZU
IPC: A61B8/00
Filed: 1998-09-24
Abstract: PROBLEM TO BE SOLVED: To provide an ultrasonic probe holder capable of holding plural ultrasonic probes in a manner as to prevent the kinking of cables with each other. SOLUTION: At the time of putting the ultrasonic probe P1 into a cylinder T1 of the ultrasonic probe holder 100, an operator puts the cable K1 of the ultrasonic probe P1 through a slit 101 and an introducing groove 112 into a holding hole 113, further, pushes the cable into a housing groove 114 and hooks the cable to a cable hook 120, then downwardly suspending the cable. An operator inserts the cable side end of the ultrasonic probe P1 into the holding hole 114 to hold the ultrasonic probe P1 in the cylinder T1. As a result, the such situation that the cable is kinked and cannot be drawn out any more, making the probe fail in reaching the examinee may be averted. The excess work for unraveling the kink of the cable may be eliminated.
Patent JP-S61150981-A (JP)
Inventor: KONDO TAMAKAZU
IPC: B66B11/06
Filed: 1984-12-20
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-H03132522-A (JP)
Title: Back-filling and fill-up method by stabilized soil
Inventor: NAKANO HIROYUKI
IPC: E02D17/18
Filed: 1989-10-18
Abstract: PURPOSE:To make it possible to design economically by making filling construction of stabilized soil step by step while loading an interposition between filling and a retaining wall, removing the interposition after solidification of the stabilized soil, and backfilling a drain member between the filling and retaining wall. CONSTITUTION:The first layer of a filling layer 3a of stabilized soil is constructed to the rear of a retaining wall 1 through an interposition 2 such as foamable polystyrene, etc. After that, when the filling layer 3a is solidified, the interposition 2 is removed, and the second layer of a filling layer 3b of stabilized soil is constructed on the filling layer 3a through the interposition 2. Then, when the filling layer 3b is solidified, the interposition 2 is removed, and the third layer of a filling layer 3c of stabilized soil as the upper most layer is constructed on the filling layer 3b through the interposition 2. When the filling layer 3c is solidified, the interposition 2 is removed, and a space 5 is formed between each of the filling layers 3a-3c and retaining wall 1. In addition, the space 5 is filled with a drain member such as crushed stone, etc.
Patent JP-H06189783-A (JP)
Title: Preparation of protein or polypeptide by industrial bacillus microorganism
Inventor: SANDAASU YOHAN PIITAA MARINUSU
IPC: C12N9/28
Filed: 1993-10-27
Abstract: PURPOSE: To efficiently produce a desired protein or polypeptide by using a transformed industrial Bacillus strain.  
     CONSTITUTION: A transformed prototrophic industrial Bacillus strain resistant to phage infection and gene exchange or transformation, secreting DNase and producing ≥0.5% w/v of a secretory protein under industrial fermentation condition is grown in a proper nutrient medium. The transformed industrial Bacillus strain contains a DNA inserted in the form of a plasmid construction, a plasmid construction integrated in chromosome or its fragment and the construction contains a gene coding for the desired protein or polypeptide and a selection marker. 
     COPYRIGHT: (C)1994,JPO
Patent JP-H04145777-A (JP)
Title: Motion vector detecting device
Inventor: TAKAHAMA KENGO
IPC: H01J61/16
Filed: 1990-10-05
Abstract: PURPOSE:To reduce the capacity of an accumulation memory, to reduce the scale of a hardware, and to maintain the accuracy of motion vector detection by performing the multilevel correlation calculation when the motion vector of an input picture is detected and performing binarization and accumulation calculation. CONSTITUTION:The correlation between two frames is calculated by a subtractor 21 and an absolute value device 22. The output signal of an absolute value device 22 is binarized by a comparator 26, is accumulated and added to an accumulation memory 24 by an adder 23. When these series of calculation are completed on a picture by one frame, the absolute difference value corresponding to an address is obtained in the accumulation memory 24, and an address corresponding to (i, j) where rho<n>(i, j) becomes the maximum or the minimum value is detected during vertical synchronization by a detector 25, and outputted as the motion vector. In this case, the timing of write/read control signals or the like of the adder 23, the accumulation addition memory 24, and the detector 25 are controlled by a timing generator 20.
Patent JP-2001095140-A (JP)
Title: Overcurrent control method
Inventor: AOSHIMA YUTAKA
IPC: H02H3/08
Filed: 1999-09-22
Abstract: PROBLEM TO BE SOLVED: To provide an overcurrent control method which can avoid the misjudgement of a short circuit and detect a short circuit efficiently when the lamp load of a vehicle such as a tail lamp, etc., is replaced or turned on. SOLUTION: An overcurrent control method includes a step S1 in which a load current Is is detected, a step S2 in which the load current is monitored and compared with a reference current value, a step S4 in which one detection count is added if the load current is higher than the reference value, a step S5 in which it is decided whether one side lamp is in an open circuit state or not, a step S6 in which a rush current generating time t2 with an estimated rush current is added to a 1st abnormality detection time t1 obtained by the detection counts to calculate a 2nd abnormality detection time T, and a step S8 in which it is decided that a short circuit state exists if the counted time exceeds the 2nd abnormality detection time T.
Patent JP-H10117307-A (JP)
Title: Ccd driving pulse generating circuit
Inventor: MAEYAMA KOICHI
IPC: H04N5/376
Filed: 1996-10-11
Abstract: PROBLEM TO BE SOLVED: To enable the fine adjustment of a CCD driving pulse, without using delay lines or buffer circuits by comparing the triangular function waves of different phases so as to generate the rectangular wave pulses of phase difference which is less than that phase difference. SOLUTION: This circuit is composed of a phase shifter 2, comparator 3 and logical operation circuit 4. Then, at such a CCD driving pulse generating circuit 1, the plural triangular function waves of different phases are generated by a triangular function wave generating circuit, these triangular function waves are compared by the comparator 3, and based on the compared result, the plural rectangular wave pulses of different phases are generated. Namely, by comparing the triangular function waves of different phases, the rectangular wave pulses of phase difference lass than that phase difference can be generated. At the logical operation circuit 4, by suitably combining these plural rectangular wave pulses of different phases, pulses required for driving a CCD can be generated with fine phase differences.
Patent JP-H10113702-A (JP)
Title: Method and device for flying working of hot material
Inventor: KANAI NORIYUKI
IPC: B23K37/04
Filed: 1996-10-11
Abstract: PROBLEM TO BE SOLVED: To prevent generation of a skid mark by synchroneously running a running body loaded with a working device and a clamp device for a hot material transferred with a transfer roll and preventing the hot material from coming into contact with a transfer auxiliary roller arranged to the running body while the hot material is clamped with the clamp device. SOLUTION: In flying working of a hot material 1, in which the hot material transferred by a transfer auxiliary roller is subjected to working with this device, while being clamped with a clamp device, after this working is finished, clamping with a clamp device 7 is released, while the running body 9 is advanced along a transfer direction of the running body, a heating pad 14 is arranged between transfer auxiliary rollers, while the hot material is clamped with the clamp device for working, the hot material is supported with the heated pad, before clamping and after releasing of the clamp, the hot material is supported with the transfer auxiliary roller 12.