baber/WOPTO huggingface dataset:
Patent JP-H02207469-A (JP)
Title: Pin connection,and protective method from electrodtatic discharge
Inventor: AGOSUTEIINO ROORENSU DE BUURO
IPC: H01R13/648
Filed: 1989-02-03
Abstract: PURPOSE: To prevent static level at a damaging level from reaching a connector pin by arranging a static discharge barrier close to the connector pin. CONSTITUTION: A connector 10 includes two lines of pin contacts 12 held in an insulation support member 14. A conductive barrier member 22 is arranged on the surface of the member 14, the member 22 is connected to an upper end part 26 of a conductive metal shell 16, so static discharge to reach a connector pin is prevented. The member 22 is electrically isolated from the upper end part 26 and a metal flange 18. The contact pin is connected through a conductor to an electronic part, and a metal frame member kept at a ground potential is connected through the flange 18 and the shell 16 to the member 22. As a result, the member 22 sufficiently protects an electronic part connected to a nonconnected pin contact from static voltage.
Patent JP-H01199437-A (JP)
Title: Semiconductor manufacturing device
Inventor: TANAKA HITOSHI
IPC: H01L21/50
Filed: 1988-02-04
Abstract: PURPOSE:To conduct a bonding work and to automatize a work for housing elements refined by the work in a tray or a work prior to feeding the elements to the following process by a method wherein the subject device is provided with a bonding means, an inspecting means, a cutting means and a moving means, which are respectively specified. CONSTITUTION:A semiconductor manufacturing device is constituted in such a structure as to possess a bonding means 15 for bonding pellets 11 on a plurality of islands 7 on a lead frame 3, an inspecting means 17 for inspecting the bonded state of the pellets bonded by the means 15, a cutting means 18 for cutting off the islands (elements), on which the pellets 11 are fixed by pressure, from the above frame 3 and a moving means 20 for housing the elements cut off by the means 18 in a housing member 21 or for feeding the elements to the following process. For example, a placing stand 1B for the above means 18 and a placing stand 1C for placing the means 15, 17 and 20 are respectively formed as a separate member to contrive so that the vibration at the time of cutting is not transmitted to other means and the work of each means is reliably executed.
Patent JP-S55117375-A (JP)
Title: Picture deforming system
Inventor: EJIRI KOUICHI
IPC: G06T3/40
Filed: 1979-03-02
Abstract: PURPOSE:To facilitate an easy deformation for the complicated picture in real time and with a  high speed by carrying out the arithmetic process in which the deviation amount of each picture  element before and after the process is expressed in the form of the parameter. CONSTITUTION:The optical picture information sent to image sensor 1 is sent to A/D converter  10 via delay circuit 2 to be digitized into digital picture information Fij or the like in the unit of  picture element. And the contents of the digitization is memorized temporarily into register 11. At  the same time, the deformation command to set properly each deformation amount of the picture manually is given from outside. Thus divider circuit 12 which performs the operation based on  the deformation command is provided along with adder circuits 13 and 14 which perform the  operation according to the result of the division plus adder circuits 15 and 16 which carry out the  operation according to the output of circuits 13 and 14 each. In such constitution, the digital  coordinates of the picture element are obtained by the operation and by expressing the deviation  amount before and after the process in the form of the parameter. And the operation is given  among the result of the operation, the contents memorized previously and the input digital picture  information each. Thus the concentration signal is obtained at the picture element position after  conversion.
Patent JP-H04265608-A (JP)
Title: Method for recovering joint for rubber plastic insulated power cable
Inventor: IIZUKA HIROYUKI
IPC: H02G1/16
Filed: 1991-02-19
Abstract: PURPOSE:To prevent the length of an exposed portion of a conductor at a joint from exceeding the length of an exposed portion of an inner conductive layer of a premold rubber unit. CONSTITUTION:A connected portion 1 of a mold type rubber plastic insulating power cable is cut out by cutting it at the position having a distance of about one-half of the length La of a repairing compressive sleeve from both the ends of the compressive sleeve 6 at a joint 7 of a conductor. A residual portion of a mold reinforcing insulating body 8 and residual parts of compressive sleeve 6 left at the end portion of each cable conductor 6 are removed. Cable conductors 3 at both the sides are compressively connected by repairing compressive sleeves, and a repairing conductor connected portion is formed. With the repairing conductor connected portion located at the center, a premold rubber unit is placed over a cable insulating layer 4 at both the sides of said center, and the connected portion of the premold rubber unit type rubber plastic insulating power cable is formed.
Patent JP-S59159278-A (JP)
Inventor: PEETAA SHIYURAIBAA
IPC: B23K11/08
Filed: 1984-02-14
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-S56122762-A (JP)
Title: Plate body conveyer
Inventor: KAJITA HARUZOU
IPC: B65H9/06
Filed: 1980-02-28
Abstract: PURPOSE: To prevent a drop of production efficiency fo a plate body when its length of cut is changed, by equipping a plurality of sets of leading edge stoppers for the plate body and immediately responding to a change of cut length of the plate body.  
     CONSTITUTION: A leading edge stopper 3, laterally shiftable in the direction of an arrow mark (a) further vertically shiftable in the direction of an arrow mark (b), and a leading edge stopper 4, only laterally shiftable in the direction of an arrow mark (a), are equipped in a plate body conveyor A. When a new plate body shorter in length than usual is required, a plate body S 1  is usual length is transferred to the conveyer A, and leading edge stopper 3 is once shifted to an upper part and then shifted rightward and backward with the leading edge stopper 4 in opeation and placed in a standby state at the leading edge position of a next plate body S 2  shorter in length. When the new plate body S 2  is supplied, the leading edge stopper 3 is lowered, and if the leading edge stopper 3 begins operation the leading edge stopper 4 is shifted rightward, thus the both stoppers 3, 4 are aligned to stop the leading edge of the new plate body S 2 . 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-H08196114-A (JP)
Title: Continuous paper pot seedling transplanter
Inventor: SUZUKI SHOYU
IPC: A01C11/02
Filed: 1995-01-19
Abstract: PURPOSE: To provide a transplanter for effectively preforming transplantation of a continuous paper pot seedlings and improving raising effect after setting. CONSTITUTION: The lower part of a machine body 3 equipped with a movable wheel 6 to be connected to an agricultural controlling machine 2 is provided, from the front side in the advance direction, with a crushing blade 10 for a deep furrow remaining tilling part for raising, a deep furrow side collapse preventing plate 11 for raising, a deep furrow bottom grounding plate 11A for raising, a small furrow cutting blade 12 for setting, a soil covering plate 13 and a tread pressure wheel 14.  The upper part of the machine body 3 is equipped with a continuous seedling placing box 18 gently inclined low at the rear part in the advance direction and a conduit 19 for transporting a continuous seedling in one line, which is connected to the continuous seedling placing box 18 and comprises its rear end extending from the lower part of the box 18 to the vicinity of the bottom of a small furrow for setting between the small furrow cutting blade 12 and the soil covering plate 13.
Patent JP-H11224862-A (JP)
Title: Manufacture of semiconductor device
Inventor: TSUCHIYA MASANOBU
IPC: H01L21/28
Filed: 1998-02-05
Abstract: PROBLEM TO BE SOLVED: To suppress the generation of defects near a trench at executing of an annealing processing in a trench gate element. SOLUTION: In the process of embedding polysilicon containing dopant ions by a low pressure CVD method inside the trench of a semiconductor substrate where a trench gate is formed, it is performed while the film formation temperature of the polysilicon is below 500 deg.C-560 deg.C. As a result, since stresses generated inside a film at the time of annealing changes from low to high, the stresses are changed in a pulling direction inside the film and become changed in the direction of pressing and reducing the opening part of the trench. Thus, compared with the case of acting in the direction of pushing up the opening part of the trench, the effects of the stresses added to the substrate are reduced.
Patent JP-H05226140-A (JP)
Title: Ferrite magnetic body and its manufacture
Inventor: MENYA KAZUNORI
IPC: C03C8/24
Filed: 1992-02-12
Abstract: PURPOSE:To obtain a ferrite magnetic body which has a high dimension accuracy, a simple and low-cost manufacturing process but superior magnetic characteristics, and further a superb reliability under a high humidity atmosphere. CONSTITUTION:A mixture of a high crystallizability ferrite magnetic powder 9 where ferrite is fully developed, a glass powder, and a resign powder is subjected to heating treatment at a temperature above a flexibility point of glass for eliminating resin component and at the same time a porous forming object where the ferrite magnetic powder 9 is bound by a glass agent 10 is obtained after creating a ferrite-glass forming object of resin binder type by heating pressurized forming. Furthermore, a low hygroscopic resin 11 is impregnated to the porous forming object for forming a ferrite magnetic body.
Patent JP-H01201825-A (JP)
Title: Production of magnetic recording medium
Inventor: ENDO SHIGEO
IPC: G11B5/84
Filed: 1988-02-05
Abstract: PURPOSE:To lower the coefft. of static friction of a medium and to enhance the resistance to impact at the time of start and stop by treating the surface of an underlying layer by a reverse sputtering method and specifying the surface roughness thereof. CONSTITUTION:The hard underlying layer 2 is formed on a disk-shaped substrate 1. The layer 2 is treated by the reverse sputtering method to adjust the surface roughness Ra thereof to 50-300Angstrom ; thereafter, a magnetic film layer is formed thereon. The layer 2 consisting of alumite by an anodic oxidation treatment can be formed on the substrate 1 in the case of using Al (alloy) for said substrate and the layer 2 consisting of an Ni-P alloy, etc., can be formed by an electroless plating method in the case of using the substrate 1 consisting of an arbitrary material. In addition, the adjustment of the surface layer Ra of the magnetic film layer to 50-300Angstrom  by forming the layer 2 and the magnetic film layer on the substrate 1, then treating the surface of the magnetic film layer by the reverse sputtering method is possible as well.
Patent JP-S55118609-A (JP)
Title: Gas-filled electromagnetic induction apparatus
Inventor: SHIBAZAKI JIYUNICHI
IPC: H01F27/04
Filed: 1979-03-06
Abstract: PURPOSE:To reduce the external dimensions and the rationalize the installation of bushings and gas cooling apparatuses, by a method wherein high tension and low tension bushings, which can be connected to gas insulation bus bar, are arranged between gas cooling apparatuses placed at both sides of the one side of the tank. CONSTITUTION:On the side of center section of a tank 11, in which a coil and an  iron core are contained with insulation gas, a high tension bushing pocket 13 is provided, and high tension bushing 14, consisting of gas insulation bushing enclosed in  bus bar case 15 together with insulation gas, is installed on both sides of the above high tension bushing pocket 13. Also, high tension bushing pocket 13 is placed at  the center, and gas cooling apparatus 20 is provided giving the interval C between  them, and low tension bushing 18 is installed at low tension bushing pocket 17 located at the bottom of center section. Hereby, the bulky exterior space of the tank is reduced, thereby enabling to obtain an apparatus of fully equipped portable type.
Patent JP-S61186072-A (JP)
Title: Picture processing device
Inventor: UENO HIROSHI
IPC: H04N1/40
Filed: 1985-02-14
Abstract: PURPOSE:To reduce generation of moire and to prevent deterioration of gradation by using a dither matrix so as to convert an halftone picture into a binary picture. CONSTITUTION:An image sensor 1 decomposes an input picture into a picture element for reading and gives an analog picture element signal (a) representing the density at each picture element to an A/D converter 2. The converter 2 outputs a digital picture element signal (b) quantized in 4-bit to a comparator 3. A random number generator 5 generates a 4-bit random number (c) at each dither matrix and gives it to an adder 6. A dither matrix pattern ROM7 stores a 4X4 dither matrix pattern and outputs a 4-bit dither threshold value (d). The adder 6 adds the random number (c) and the threshold value (d) and gives the result to the comparator 3 as a modulo output (e). The comparator 3 compares the digital picture element signal (b) of the input picture with the output (e) and gives a binary-coding output (f) as the result to a printer 4.
Patent JP-H08232860-A (JP)
Title: Scroll compressor
Inventor: SAKATA KANJI
IPC: F04C29/00
Filed: 1996-02-13
Abstract: PURPOSE: To improve sealing performance in a blade end and to ensure stable performance and simultaneously facilitate manufacture by supporting a non- rotating element on a rotating element in such a manner as to freely move, and regulating the travel of the non-rotating element. CONSTITUTION: A non-rotating element 21, the back of which is partially faced on a high pressure space 61, is adapted to freely move only in the thrust direction to a rotating element 22. Accordingly, the force for pressing the non- rotating element 21 to the rotating element side 22 can be always applied to the non-rotating element 21 by suitably setting the pressure receiving area of the non-rotating element 21, and a gap can be prevented from being generated by the force.  Further, as the travel of the non-rotating element 21 in the direction of separating from the rotating element 22 is regulated within a fixed range, if the non-rotating element 21 is separated from the rotating element 22 with the liquid compression, for example, it is possible to prevent the time required by the non-rotating element 21 to return to its initial position from being elongated, so that stable performance can be ensured.
Patent JP-H09215822-A (JP)
Title: Ball shooting device
Inventor: TOBE MICHIHIRO
IPC: H02N2/00
Filed: 1996-02-13
Abstract: PROBLEM TO BE SOLVED: To simplify structure, and easily and securely control ball hitting strength and interval in a ball shooting device to shoot balls by driving a hitting hammer by a vibration actuator. SOLUTION: Before a player operates, a handle 26 is stopped at a specified position, and a ball hitting hammer 15 is set stand-by at a position where its back end part coincides with an installation position of a detection part, and pachinko balls 25 are placed at a specified position on a shooting rail 24. As the player rotates the handle 26 to provide a target rotation angle, handle position information and foundation part position information are inputted to a motor control circuit 29 to perform an operating process and determine a drive voltage to be applied to a piezoelectric element in an ultrasonic actuator 16. A foundation part 15a as a relative motion member and a ball-equipped part 15b integrally composed with it are driven right, thereby the ball-equipped part 15b collides with the pachinko ball 25 to shoot the pachinko ball 25.
Patent JP-S59153426-A (JP)
Inventor: OGAWA KIYOSHI
IPC: H02J3/50
Filed: 1983-02-17
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-H06301109-A (JP)
Title: Photographic camera provided with inside dust seal
Inventor: UIRIAMU FUROIDO DATSUSEROO
IPC: G03B17/02
Filed: 1994-02-23
Abstract: PURPOSE: To prevent a film strip from being jammed by a dust seal. CONSTITUTION: This photographic camera is constituted of a chamber 25 housing a cartridge 3 including the film strip 5, a film exposure gate 3, a seal flap moved to open a film path 39 enabling the film strip 5 to advance from the cartridge to the gate 31. In the camera, the seal flaps 43 and 45 respond only to the insertion of the cartridge 3 in the chamber 25 and constituted to be moved so as to open the path 39. After the cartridge 3 is inserted in the chamber 25, the film strip 5 fed from the cartridge 3 passes through a film feeding aperture 41 and advances to the path 39.
Patent JP-H11225228-A (JP)
Title: Image evaluation method and image evaluation device
Inventor: SASAHARA SHINJI
IPC: G06T7/00
Filed: 1998-02-06
Abstract: PROBLEM TO BE SOLVED: To provide the device and the method for calculating an objective evaluation value that corresponds to a subjective sense of roughness (sense of granularity) of an image that expresses a contrast in a size of dots. SOLUTION: The image evaluation device has an image entry device section 11, an image feature amount extract device section 12 and an image evaluation value calculation device section 13. The image feature amount extract device section 12 is provided with a dot position detection means 31 that detects a position of each dot, a pixel estimate means 32 that estimates a pixel, and dot area estimate devices 33, 34 that extract dot size information. The image evaluation value calculation device section 13 calculates an image evaluation value, based on dot position detection information and the dot size information.
Patent JP-S62184079-A (JP)
Title: Holder for optical part
Inventor: SHIGA NAOHITO
IPC: C09J5/00
Filed: 1986-02-07
Abstract: PURPOSE:To prevent the reflection of incident light by a simple method, by using an adhesive obtd. by adding a specified inorg. light absorbing material to an ultraviolet curing adhesive in a specified weight ratio in a holder for optical parts, wherein an optical part is fixed to a holding frame with an adhesive. CONSTITUTION:0.05-20wt% inorg. light absorbing material having a particle size of not larger than 80mum (e.g., carbon black or copper sulfate) is added to an ultraviolet curing adhesive mainly composed of a resin such as a polyester acrylate, a urethane acrylate, etc., to prepare an adhesive 12. The adhesive 12 is introduced into a clearance 11 between a lens 1 and a holding frame 3 to fix the lens 1 to the frame 3 through the adhesive 12 to form a desired holder 13 for optical parts. When various plasticizers are added to the adhesive 12, stress relaxation action can be imparted to the bonding layer between the lens 1 and the support frame 3.
Patent JP-S55117625-A (JP)
Title: Forming method of thermoplastic sheet
Inventor: MADENOKOUJI TADAHIDE
IPC: B29C51/18
Filed: 1979-03-05
Abstract: PURPOSE: To obtain a formed product having a vessel-shaped recessed portion with an uniform thickness of a wall without unevenness in the thickness thereof by a method wherein a sheet preformed in an upper mold by a vacuum sucking is formed subsequently in a lower forming mold by a suction forming.  
     CONSTITUTION: An upper mold 10 attached to an upper table 9 of a forming machine is lowered on an upper surface of a thermoplastic synthetic resin sheet 1 heated beforehand to a temperature to allow a forming. The upper mold has a configuration a size larger than and substantially similar to a lower mold 8 which is an ultimate forming mold. Air in the upper mold is sucked through a port 5' and the sheet is preformed by sucking it onto the upper mold, thereafter, the lower mold attached to a lower table 7 is elevated. Then, the sucking in the upper mold is released, thereafter, air in the lower mold is sucked through a port 5 and the sheet is formed by contacting it closely onto the surface of the lower mold. The sheet may be formed by a pressed forming by pressing it with compressed air introduced into the upper mold instead of sucking the air in the lower mold. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-H08245547-A (JP)
Title: Method of synthesizing fluorinated sulfonic acid
Inventor: SUBEN IBAARU HOMUMERUTOFUTO
IPC: C07C309/06
Filed: 1996-02-13
Abstract: PROBLEM TO BE SOLVED: To provide a method for synthesizing a fluorinated sulfonic acid compound by hydrolysis of the corresponding fluorinated sulfonyl fluoride in the presence of a tertiary amine.  
     SOLUTION: This method comprises steps of (a) recovering a mixture of a salt of hydrolyzed fluorinated sulfonyl fluoride with a tertiary amine and an ammonium fluoride salt of the tertiary amine, (b) reacting the salt mixture with a sulfonyl compound shown by the formula R-SO 2 X (R is an alkyl, Cl or F; and X is Br or Cl), thereby exchanging fluoride of the ammonium fluoride salt in the mixture with the X atom of the sulfonyl compound, and converting the sulfonyl compound to a sulfonyl fluoride, and (c) distilling off the sulfonyl fluoride from the reacted salt mixture, obtained by the step (b). 
     COPYRIGHT: (C)1996,JPO
Patent JP-H01201784-A (JP)
Title: Picture processor
Inventor: FUWA YUTAKA
IPC: G06T7/00
Filed: 1988-02-08
Abstract: PURPOSE:To erase angle components while preserving the characteristic of the distribution of density values in respective picture elements so as to attain pattern matching at high speed by distributing picture data at every radius and executing pattern matching by setting a mean value and a standard deviation as a base. CONSTITUTION:A picture (p) is read from a picture memory 1 by a (k)-numbered picture address on a periphery, which is generated in a coordinate address generation part 2, and the sum of the pictures SIGMAp at respective radii and a square root sum SIGMAp<2> are obtained. A (k)-numbered distribution Spk on the periphery is obtained from these values in a distribution operation part 5. The distribution Srk of a reference picture (r) is previously calculated and stored in a reference picture storage part 6. A correlation operation is executed in a correlation operation part 7 based on said distribution Srk. Above procedure is repeated by changing a center position, and the position where a correlation coefficient is largest is set to a matching position. As comparison data, the mean value and the standard deviation may be used.
Patent JP-S55118256-A (JP)
Title: Remote measuring system for reception sensitive level of data communication unit
Inventor: SHIMADA MASAHARU
IPC: H04B3/46
Filed: 1979-03-05
Abstract: PURPOSE:To enable measurement for the reception sensitivity level of the data communication unit from a remote location, by forming the returned loop with the instruction from the center of other terminal. CONSTITUTION:When the loop back test instruction is made from the control unit 11 of the data communication unit 10 at the ceter side, after it is demodulated at the demodulation circuit 24 of the data communication unit 20 at the terminal via the data line 30 through the modulation at the modulation circuit 12, it is detected at the control unit 21 to form the returned tool to the inside of itself and the modulation circuit 22 is operated by turning on the RS signal based on the DC signal received from the carrier detection circuit 27 and the test pattern fed continuously from the center is fed back to the center via the data line. When the transmission level at the center side is gradually reduced by controlling the variable attenuator 18, it is judged as reception interruption at the circuit 27 at the terminal 20 and when the CD signal is OFF, RS signal is OFF to stop the return to the center and the reception sensitivity level can be calculated at the center from the transmission level in this case.