baber/WOPTO huggingface dataset:
Patent JP-H05226013-A (JP)
Title: Conductive component for printed circuit board
Inventor: SHIMIZU KENTARO
IPC: H05K3/34
Filed: 1992-02-10
Abstract: PURPOSE:To increase the fixing strength between a printed circuit board and a conductive component with the inflow of a solder inside a caulking part and enhance the quantity at a connecting part by protruding through-holes or notches at the caulking part of the conductive component. CONSTITUTION:In a conductive component 4, through-holes 4d are previously provided at the peripherical surface part where a caulking part 4b is formed. When the caulking part 4b is formed by bending the circumference of the top end part into an approximately semicircular shape after the component 4 is inserted into a through-hole 3, the through-holes 4d are located near conductive foils 2 and 2a. When soldered in this condition, a solder 5a flows into the caulking part 4b from the through-holes 4d so that its inner surface 4c and the foil 2a are fixed together along approximately all the periphery. Accordingly, the fixing strength between the conductive foil 2 of the printed circuit board and the component 4 by means of the solder 5a is increased thereby securing the connection therebetween.
Patent JP-H05222408-A (JP)
Title: Extrusion molding method for powder material and device therefor
Inventor: HIRAI YOSHIKI
IPC: B29C48/12
Filed: 1992-02-08
Abstract: PURPOSE:To reduce the cost of production and widen the application range of a powder material by enabling easy extrusion molding of the powder material to be used for general powder metallurgical processing (die compression molding methods). CONSTITUTION:This process consists of a setting stage in which the powder material A is packed into a cavity 1 formed of the through-hole of a container 2 as an outer periphery and the upper surface B1 of an in-progress molding B before being pushed into the through-hole including the narrow part 3b of a die 3 as a base, a pressurizing stage in which a punch 5 descends to pressurize the powder material A while fitting into the through-hole of the container 2 and the powder material A is thereby pressed downward and is pushed into the through-hole including the narrow part 3b of the die 3 so as to be worked to the next in-progress molding B and simultaneously, the previous in-progress molding forming the base of the cavity 1 thus far is pushed by the above-mentioned next in-progress molding B into the narrow part 3b until the molding completely passes the narrow part and is extruded into the through-hole of a die block 4 and a detaching stage in which the extrusion molding is taken out of the inside of the die block 4.
Patent JP-S60200529-A (JP)
Title: Process of ion-beam etching
Inventor: MORIMOTO HIROAKI
IPC: H01L21/3065
Filed: 1984-03-24
Abstract: PURPOSE:To improve efficiency and precision of ion-beam etching by a method wherein the emission of secondary electrons from the material undergoing etching and the currents the material absorbs are determined for the real-time detection of the termination of an etching process. CONSTITUTION:A controlling computer 16 is controlled for signals, representing a desired pattern, to be supplied to a beam blanking unit 6 and beam deflecting unit 7 via beam controlling unit 8, which turns off and on or deflects an ion beam I etching the surface of a specimen 4. The signals of secondary electrons generated during the process are fed into the controlling computer 16 via a detector 9, amplifier 10, and A/D converter 11 digitalizing said signals. Simultaneously, the signals of absorbed currents travelling through a specimen platform 5 to a grounding point are collected by a resistor 12 and fed into the controlling computer 16 after going through an amplifier 13 and A/D converter 14 digitalizing said current signals. Accordingly, the end of etching for the film on the specimen 4 is detected real time for the control of an ion beam controlling unit 8.
Patent JP-S60199150-A (JP)
Inventor: TSUKAGOSHI ISAMU
IPC: E04B1/24
Filed: 1984-03-24
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-S51133095-A (JP)
Title: Storing equipment of the toss-out machine
Inventor: TERADA HIROSHI
IPC: G07F9/00
Filed: 1975-05-14
Abstract: PURPOSE: The storing equipment of the toss-out machine into which goods can be easily packed by the cassette type structure that keeps the determined number of cylindrical goods in each cassette. 
     COPYRIGHT: (C)1976,JPO&Japio
Patent JP-H06268549-A (JP)
Title: Transmitter
Inventor: HISAOKA KUNITOSHI
IPC: H04B1/38
Filed: 1993-03-17
Abstract: PURPOSE:To provide a transmitter capable of preventing the occurrence of channel interruption from other systems for a transmission/reception mode switching period. CONSTITUTION:Since a control section 3 of one terminal equipment of the transmitter has a carrier signal transmission means allowing transmission section of the one terminal equipment to output a carrier signal for a mode switching period when a transmission section of the other terminal equipment of a communication opposite party is inactive, interrupting to the channel being used by the transmitter by other systems subject to automatic channel switching is prevented for the mode switching period. Thus, trouble of finding out an idle channel again after the mode switching period is avoided.
Patent JP-S53141542-A (JP)
Title: Solid pickup unit
Inventor: MIYAMOTO YOSHIHIRO
IPC: H04N5/335
Filed: 1977-05-16
Abstract: PURPOSE: To eliminate the need flor a filter outside substrates by providing indedependent spectral characteristics giving a filter function, by selecting the thickne ss and material of a plural number of clear electrodes. 
     COPYRIGHT: (C)1978,JPO&Japio
Patent JP-2000248135-A (JP)
Title: Antistatic resin composition
Inventor: NISHITOBA YUKIKO
IPC: C08K5/20
Filed: 1999-03-04
Abstract: PROBLEM TO BE SOLVED: To provide a resin composition, its laminate and a molding form which have stable antistatic performance and antistatic property as well as being excellent in impact resistance, moldability and mechanical strength. SOLUTION: This antistatic resin composition comprises 100 pts.wt. resin component (A) which contains not less than 5 wt.% aromatic vinyl compound/α- olefin random copolymer wherein the content of the aromatic vinyl compound is 1-99% in a molar fraction, 0.01-20 pts.wt. antistatic agent (B), and 0.01-5 pts.wt. alkylene bis-saturated higher fatty acid amide. The aromatic vinyl compound/α-olefin random copolymer has preferably a specific structure wherein the index λ of an alternate structure of the aromatic vinyl compound and α- olefin is from 1 to less than 70 and the like.
Patent JP-H11255258-A (JP)
Title: Cap device for container
Inventor: TASHIRO TOSHIHIRO
IPC: B65D47/20
Filed: 1998-03-09
Abstract: PROBLEM TO BE SOLVED: To easily fit an over-cap to a cap body without bringing any unevenness or damage, to the over-cap, the cap body or a pouring member. SOLUTION: A cap device 3A is provided with a pouring member 5 made of a flexible material provided with a slit 4 for pouring the liquid content close to a center of a top part 5a, a cap body 7 in which the pouring member 5 is mounted on a spout 6 of a tip center opening, and an over-cap 8A to cover the spout 6 in an attachable/detachable manner. At the tip part of the cap body 7, the tip of the pouring member 5 is surrounded, an annular circumferential wall 7c is projected maximally, and the tip position of the annular circumferential wall 7c is approximately as high as the tip position of the pouring member 5, or higher than the tip position.
Patent JP-H10239733-A (JP)
Title: Camera provided with real image type finder
Inventor: HASUSHITA YUKIO
IPC: G03B13/06
Filed: 1997-02-25
Abstract: PROBLEM TO BE SOLVED: To provide a finder device that makes a photographer possible to know whether or not a subject aimed by the photographer is brought into focus by autofocusing while viewing the finder even though the magnification of the eyepiece of a finder optical system is high, in a camera, in which a finder system is provided independently of a photographing lens system. SOLUTION: This camera 1 is provided with a photographic optical system 10, and the real image type finder optical system 20 constituted of an objective lens 21, a parallel planar plate 22 provided with a split image prism 22a arranged in the vicinity of the image formation position of the objective lens 21, an erect optical system 23, and an eyepiece 24. A control unit 34 controls a photographic optical system driving motor 32 and a finder optical system driving motor 33 so that the systems 10 and 20 are focused on a subject being a target based on object distance information inputted from a range-finding unit 31.
Patent JP-S63247547-A (JP)
Inventor: HERUMUUTO SHIYUWARUTSURU
IPC: F24H1/10
Filed: 1988-03-09
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-H03257853-A (JP)
Title: Semiconductor device
Inventor: NAKAO SHIN
IPC: H01L23/50
Filed: 1990-03-07
Abstract: PURPOSE:To double the conventional pin number to be easily mounted on a printed wiring board by making the shape of the in-and output pins of a package of a PGA type coaxial and wiring the respectively independent signal lines of a central conductor and a peripheral conductor. CONSTITUTION:In-and output pins are arranged latticedly all over the rear of a package board 1 by making a pair of an inner conductor 10 and a peripheral conductor 11. Further, the inner conductor 10 and the peripheral conductor 11 of the in-output pins are connected to the separate bonding pads through the wiring patterns 7 and 7' inside the package respectively. While being connected to the separate chip electrodes respectively. The inner conductor 10 is inserted into a through hole 15 of a printed wiring board to be joined by a bond. 13 such as solder by a method such as an infrared ray reflow. The outer conductor 11 is joined with a rand 14 circularly formed a through hole 15 of the printed wiring board 12 by a bonding material 13 such as solder simultaneously with a junction off the inner conductor 10, and this positioning is performed by inserting the inner conductor 10 into the through hole 15.
Patent JP-S57171862-A (JP)
Title: Synchronizing circuit
Inventor: KAJIWARA MASANORI
IPC: H04J3/06
Filed: 1981-04-16
Abstract: PURPOSE:To shorten the time required for acquiring synchronism at the time of taking frame synchronism by detecting whether each information pulse is synchronizing signals or not, by installing plural synchronous pattern detecting  means which judge whether the output bit of a serial/parallel converting means  corresponds to synchronizing signals or not. CONSTITUTION:A PCM signal supplied to a PCM input terminal 2 is inputted into a serial/parallel converting circuit 1 composed of a shift register and subjected to a serial/parallel conversion at the converting circuit 1, and phase signal phi1-phi193 converted into parallel are added to plural pattern detecting circuit 3. Then, at the detecting circuit the parallel signals are successively compared and inspected whether rows which coincide with a prescribed synchronous pattern exist or not, and, when a coincident row is found, the circuit 3 outputs the result to a supervisory circuit 4 by using the bit location as the location of synchronizing signal. The circuit 4 supervises the synchronous condition of each detecting circuit 3 whether synchronizing signals contained in the information signal are completely detected or not, and thus the time required for acquiring synchronism at the time of taking frame synchronism is shortened.
Patent JP-S53144521-A (JP)
Title: Method of storing dimethylaminoethyl acrylate
Inventor: SUZUKI JIROU
IPC: C07C67/00
Filed: 1977-05-20
Abstract: PURPOSE: A phenothiazine is added to dimethylaminoethyl acrylate as a stabilizer for storing to prevent the polymerization and discoloration of the acrylate. 
     COPYRIGHT: (C)1978,JPO&Japio
Patent JP-S60200569-A (JP)
Title: Manufacture of semiconductor device
Inventor: NARUGE KIYOMI
IPC: H01L21/76
Filed: 1984-03-26
Abstract: PURPOSE:To perform the prevention of inversion of parasitic MOS by forming a side wall mask layer on the side of a mask layer, and forming an element region of the prescribed pattern directly under a mask with the both mask layers integrally as a mask, thereby sufficiently implanting field ions to the end of an element region. CONSTITUTION:A mask layer 14 of the prescribed pattern is formed on an element region forming portion of a semiconductor substrate 11, and a side wall forming member layer 15 is laminated on the substrate which includes the layer 14. Then, the layer 15 is anisotropically etched to form a side wall mask layer 16 on the side of the layer 14, the substrate 11 is etched to form an element region with the layers 16, 14 as masks. In this case, the silicon single crystal layer 11 is anisotropically etched with an etchant made, for example, of KOH solution, a sectional trapezoidal element region 17 is formed directly under the layer 14, and the layer 16 is removed by NH4F solution. Then, with the layer 14 as a mask the prescribed impurity 18 is ion-implanted to the region 17.
Patent JP-H01229605-A (JP)
Title: Method for forming in-mold multi-layer coating
Inventor: FUJII SATOSHI
IPC: B29C43/32
Filed: 1988-03-11
Abstract: PURPOSE:To obtain an appearance having metallic touch or the like and make it possible to independently select each material, which has performance and function required for the application, by a method wherein base coating is poured on the surface of a molded item, which has been molded in forces, in the forces so as to form an undercoating film and, further, facing coating is poured in the forces in order to form a final coating film on the undercoating film. CONSTITUTION:At the stage that glass fiber reinforced thermosetting compound, for example, is thermoformed in forces fitted together to each other and, after that, almost hardened, the forces are opened so as to make a gap, by which an undercoating film having a film thickness of about 20-400mu is obtained, between the top and bottom forces. Base coating is injectingly poured in the open forces. After that, the forces are tightly closed again so as to let the base coating evenly cover and percolate the surface of a molded item by applying a pressure of about 20-200kg/cm<2> and heating at about 100-180 deg.C for a period ranging from several ten seconds to several minutes. After nearly perfect hardening of the base coating, the forces are opened again so as to make a gap, by which a final coating film having a film thickness of about 20-200mum is obtained. Similarly hereinafter, facing coating is injectingly poured in the open forces and the forces are tightly closed again and the coating is hardened under pressure and heat.
Patent JP-S59183584-A (JP)
Title: Real time picture processing system
Inventor: FUJIKURA NOBUYUKI
IPC: H04N7/00
Filed: 1983-04-04
Abstract: PURPOSE:To shorten the picture processing time from a live picture data input to a final picture output by processing the picture of a picture processing system on an artificial satellite or the like in the unit of lines. CONSTITUTION:A radiometric correcting processor 11 performs the fetching of live picture data, radiometric correction and stores a data to a buffer 19 in the unit of one picture element. The storage mode of the said buffer 19 is plural line buffers in the unit of one line. A geometrical correction processor 12 corrects the distortion of picture depending on the orbit and attitude of a satellite. A processor 13 writes a geographical diagram or the like on the picutre based on the data from ground. A correction coefficient processing processor 18 calculates the correcting coefficient of the picture by the orbit data and the attitude data from an orbit input processor 16 and an attitude input processor 17.
Patent JP-S57174758-A (JP)
Title: Reconstituted arithmetic processing method of tomogram image for calculated tomogram image method
Inventor: NAKASHIMA MASATO
IPC: G06T1/00
Filed: 1981-04-18
Abstract: PURPOSE:To estimate the linear integral value at a missed part, by making use of the fact that the information of a missed part of each projection data exists in the projection data of another direction. CONSTITUTION:The external forms of both an object 10 to be examined and a missed region 10a are used as the known information to estimate the linear integral value at the missed part. The conventional reconstituted arithmetic process is applied to the estimated linear integral value to calculate a tomogram image. The highly accurate estimation is impossible for the missed part of the projection data with the tomogram image that is obtained through one calculation. Thus a correction is given to the tomogram image calculated from the external form information of the object 10 and the region 10a. Then the projection data is estimated again for the missed part by means of a corrected image to calculate a tomogram image. In such a way, a tomogram image can be gradually improved through the estimation of the projection data with application of a reconstituted arithmetic process plus the repetitive process for correction of the tomogram image.
Patent JP-S62213873-A (JP)
Title: Burner for coating-drying oven
Inventor: ITO JOJI
IPC: F27D7/02
Filed: 1986-03-15
Abstract: PURPOSE:To facilitate the control of the temp. of recirculation air for painting and drying, by providing a cylindrical member surrounding a flame to a combustion device and allowing a small amount of cooling air to flow to the inner wall of the cylindrical member along the flame. CONSTITUTION:The air heated by a combustion device 8 flows to a cylindrical member 33 from the outer wall 30 of a combustion part 29. The cooling air from a cooling air nozzle 40 flows with respect to said heated air toward the leading end opening 35 of the cylindrical member 33 along the inner peripheral wall 39 of the cylindrical body 33. At this time, the cooling air surrounds a flame and is met with heated air in the vicinity of the leading end opening 35 of the cylindrical member 33 while blocking the heat exchange of the recirculation air contacted with the outer surface of the cylindrical body 33 with the heated air in the cylindrical body 33 and mixed with the recirculation air flowing through a recirculation duct 3. As a result, the heated recirculation air can be suppressed from rising to predetermined temp. or more to perform thermal decomposition and, therefore, heat loss is reduced since a large quantity of a ventilation is unnecessary.
Patent JP-S56155139-A (JP)
Title: Noncontact supporter
Inventor: OOMORI KAZUO
IPC: B65G54/00
Filed: 1980-05-02
Abstract: PURPOSE: To improve economical efficiency while enabling the adjustment and control of supporting power by forming a supporter by a fluid floating type supporting section and a sucking section by means of a magnetic force means installed facing the supporting section.  
     CONSTITUTION: A noncontact supporter is formed by a laminar body 11 consisting of a magnetic body 21 to be supported, a fluid floating type noncontact supporting section 12 with a fluid floating device 24 and a magnetic sucking section 13 being composed of permanent magnets 23, 22. When a half of the force by tension functioning to the laminar body 11 is shared to magnetic sucking force and the supporting section 12 is set in a static pressure type, power cost can be reduced by one third or more. Since the permanent magnets 23 are used, attracting force is adjusted in response to the changes, etc. to the thickness and width of a target by changing distances with the target, and the magnitude of force applied to the floating device 24 can be adjusted. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-H11261085-A (JP)
Title: Backside protective sheet for solar battery
Inventor: SUZUKI TAKANOBU
IPC: H01L31/04
Filed: 1998-03-10
Abstract: PROBLEM TO BE SOLVED: To provide a solar battery backside protective sheet, having high environmental resistance, a solar battery using the protective sheet and a solar battery module at a low price. SOLUTION: This is a solar battery backside protective sheet, which is characteristically formed by a weatherproof and moistureproof sheet using polyethylene resin in the density of 0.94 to 0.97 g/cm<3> , a solar battery using the solar battery backside protective sheet and a solar battery module. The above-mentioned polyethylene resin sheet is excellent in weatherproof, especially in resin structure, and as it is simulated to an EVA sheet in structure, it has excellent adhesive strength with the EVA sheet.
Patent JP-S60204675-A (JP)
Inventor: KOMATSU MICHIYASU
IPC: B28B11/02
Filed: 1984-03-28
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-S55149376-A (JP)
Title: Manufacture of zinc sulfide fluorescent mateial
Inventor: FUKUSHIMA FUMIO
IPC: H01J29/20
Filed: 1979-05-11
Abstract: PURPOSE: To manufacture a zinc sulfide fluorescent material having a plate form and a high light transmittance in its thickwise direction, by the reaction of basic zinc sulfate containing an activator with an alkali(earth) metal in a CS 2  atmosphere, an inert atomosphere or a sulfurizing atmosphere.  
     CONSTITUTION: An alkali(earch) metal compound is adhered to the surface of an activator-containing basic zinc sulfate plate crystal and then heat-treated to react at 400W800°C for one hour or more in CS 2  atmosphere. Then, the plate crystal so treated is further treated at 900W1,200°C for 0.5hr or more an inert atmosphere or a sulfurizing atmosphere, or dipped in an aqueous solution of an alkali(earth) metal compound, filtered, dried, and then heat-treated at 900W1,200°C for 0.5hr more in an inert atmosphere or a sulfurizing atmosphere. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-H02236882-A (JP)
Title: Method for assembling cartridge for disk storage
Inventor: AKIYAMA NOBORU
IPC: G11B23/03
Filed: 1989-03-10
Abstract: PURPOSE:To suppress the deformation of the upper and lower half parts of the cartridge and to prevent the operation efficiency from decreasing by supplying the upper and lower half parts of the cartridge to a line in an assembled state, and then separating them, mounting parts, and joining the upper and half parts together again. CONSTITUTION:The upper and lower cassette halves while combined are supplied to the supply stage A of the assembly line and separated at the separation stage B. After a disk loading stage C, a slider mounting stage D, and a movable plug mounting stage E, they are joined together again at an upper and lower half-piece superposing stage F to assemble the cartridge for disk storage through a screw clamping stage G, a movable plug inspection stage H, a shutter mounting stage I, a guide plate mounting stage J, a shutter operation confirmation stage L, a label sticking stage M, a defective discharge stage N, and a finished product takeout stage O. The half parts are supplied to the line while combined and then the cartridge is assembled while the deformation of the cartridge is suppressed to eliminate the need to combine the upper and lower half parts while correcting the deformation manually, thereby obtaining the disk cartridge assembling method which does not decrease in operation efficiency.