baber/WOPTO huggingface dataset:
Patent JP-2000197856-A (JP)
Title: Method for removing residue of anisotropic conductive adhesive
Inventor: SUZUKI MASAKO
IPC: H01B5/16
Filed: 1999-01-11
Abstract: PROBLEM TO BE SOLVED: To remove the residue of an anisotropic conductive adhesive left on a connection terminal without disconnecting the terminal by applying a solvent for softening the residue on the residual adhesive left on a joining surface including the connection terminal of an electronic part and removing the residue by a brush. SOLUTION: In an apparatus in which a part of the connection terminal of a TAB tape is joined to a part of a connection terminal on the projecting part 2a of the lower side glass substrate 2 of a liquid crystal display panel 1 through an anisotropic conductive adhesive 8, when the tape is removed, while the part of the adhesive 8 is being heated, the part of the connection terminal of the tape is peeled off slowly. After that, the mixture of a solvent for softening the residue (acetonylacetone) and a solvent evaporation preventing material (phenoxy resin) for preventing the evaporation of the solvent is applied on the residual adhesive 8 left in the part of the connection terminal on the projecting part 2a of the substrate 2. In this way, the residue is softened and removed by a brush 11.
Patent JP-S6337576-A (JP)
Title: Electric contactor
Inventor: RUDORUFU NAIDETSUKAA
IPC: H01R13/15
Filed: 1987-01-10
Abstract: An electric contact device for an electrical connection of electroconductive connectors comprises a row of interconnected contact elements which are joined together by at least one continuous band-shaped or wire-shaped spring element. Each contact element is provided with at least one opening through which the spring element extends. The opening provides for fixing of the contact element which, in an unstressed condition, extends at an angle maximum 45 DEG relative to the plane of the spring element. Under the contact pressure, the spring element is deformed and takes a wave form, thus, producing a resilient force. This permits to assemble the device with larger tolerances for spacing between the contact elements. Preferably, the edges of the contact elements have a high electric conductivity.
Patent JP-S61163385-A (JP)
Inventor: FUJISAKI HISASHI
IPC: G02F1/133
Filed: 1985-01-16
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-S60150969-A (JP)
Inventor: MIYAZAKI TOMOTOSHI
IPC: B25B21/00
Filed: 1984-01-12
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-S63173077-A (JP)
Title: Electrophotographic device
Inventor: ANAYAMA HIDEKI
IPC: G03G15/16
Filed: 1987-01-13
Abstract: PURPOSE:To obtain an image free from the unevenness of density due to the transfer history of an inversional developing system by forming a device for moving an insulating sheet on a transfer electrifier. CONSTITUTION:When paper 11 is specified prior to printing, a pulse motor 25 is rotated, a rotary shaft 26 and a winding drum 22 are rotated, the insulating sheet 24 is moved on the transfer electrifier 5, and when a part of a window 24a e.g. corresponding to the width of the paper 11 is made to coincide with the transfer electrifier 5, the pulse motor 25 is stopped. Thereby, the width direction of the paper 11 is restricted by the window 24a, and in other cases, the electrifier 5 does not directly affect the photosensitive body 1. Although the electrifier 5 is de-energized prior to printing, a rotary solenoid 17 is ener gized at that time, a shaft 15 and a winding drum 13 are rotated in the arrow (b) direction against a spiral spring 19, the insulating sheet 7 is moved in the left, and the window 12 is moved to a position where the window 12 is not superposed to the electrifier 5 on the winding drum 13 side. Consequently, uni form surface potential can be obtained.
Patent JP-S59128484-A (JP)
Inventor: OZAKI SATORU
IPC: G21C7/10
Filed: 1983-01-13
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
Patent JP-H06215803-A (JP)
Title: Method and apparatus for discriminating type of battery
Inventor: RI SAIKAKU
IPC: H01M10/48
Filed: 1993-01-13
Abstract: PURPOSE: To sufficiently utilize the discharge voltage of an alkaline battery by detecting the voltage of the battery when low load or high load is applied, comparing the detected voltage computing value with the reference value, and discriminating the kind of the battery. CONSTITUTION: An applied voltage level to a load part 5 of a battery in a power source supply part 6 is detected in a sensing part 4b of a recognition part 4, and converted into a digital signal. The signal is sampled by the specified number of times with a microcomputer 4a, and stored in a memory part 4c. Loads 5a-5d in the load part 5 are selected, a load applied voltage level in low load or high load is stored in the memory part 4c. The difference between both stored values is compared with the reference value, and by the difference in internal impedance of the battery, the computer 4a discriminates the battery as an alkaline battery or a nickel cadmium battery. When many kinds of batteries are used, by setting cut off voltage point low, the discharge voltage of the alkaline battery is sufficiently utilized and the life of the battery is lengthened.
Patent JP-H03209772-A (JP)
Title: Semiconductor device
Inventor: HIRAKAWA KAZUYOSHI
IPC: H01L21/28
Filed: 1990-01-11
Abstract: PURPOSE:To enable buried contact in MOS type field effect transistors of N-type and P-type while a laminated film of polycrystalline silicon containing phosphorus, and high melting point metal is used as a gate electrode, by a method wherein a gate electrode is composed of a film whose main component is silicon and a high melting point metal based film, and either one of a source electrode or a drain electrode is composed of a high melting point metal based film, only in a buried contact region. CONSTITUTION:A gate oxide film 103 is grown on an active region 201; a polycrystalline silicon film is grown on the film 103; phosphorus is diffused; an N-type polycrystalline silicon film and a gate oxide film only in a buried contact region 202 are eliminated; thereon a molybdenum silicide film is vapor- deposited; an N-type polycrystal silicon films 104, 203, and molybdenum silicide films 105, 204 are formed. Finally, after a P-type diffusion layer 106 is formed, an interlayer insulating film 107 is formed, annealing is performed, a through hole 205 is bored in the interlayer insulating film 107, aluminum is vapor deposited, and aluminum wiring films 108 and 206 are formed.
Patent JP-H08195563-A (JP)
Title: Layer-built electronic component
Inventor: MORIYASU AKIYOSHI
IPC: H05K3/46
Filed: 1995-01-13
Abstract: PURPOSE: To provide a layer-built electronic component which is so constructed as to decrease the generation of stray capacitance and which can realize lower height. CONSTITUTION: A layer-built electronic component 1 is made by holding an intermediate layer 4 which consists of a plurality of formed substances for intermediate sheet having lower dielectric constant than that of a sheet formed substance, in between first and second substrates 2 and 3, which comprise a plurality of layers of sheet formed substances. And the intermediate layer 4 lies between an electrode 5 for internal capacitor and a plane wiring 7 of the first substrate 2 and an electrode 8 for internal capacitor and a plane wiring 10 of the second substrate 3.
Patent JP-S63172314-A (JP)
Title: Industrial robot
Inventor: KUWABARA MASAYUKI
IPC: G05D3/12
Filed: 1987-01-12
Abstract: PURPOSE:To instantaneously detect the accurate position of an industrial robot by attaching an absolute encoder low in resolution to the output shaft of a reduction gear, and also an increment encoder to a motor. CONSTITUTION:When a power supply is turned on to a controller 13, the absolute encoders 4 and 9 supply the positions of arms 5 and 10 to the controller 13 via an input cable 11. In such a case, however, only a rough position of a robot is known since both encoders 4 and 9 are low in resolution. Therefore, the motors 1 and 6 are driven at the points near their present positions. Thus the incremental encoders 2 and 7 attached to the motors 1 and 6 search the positions where the C phases are outputted. An accurate position of the robot can be detected at a time point when said C phase is outputted.
Patent JP-H08310510-A (JP)
Title: Device,system and method to package product
Inventor: GUREGORII II MAKUDONARUDO
IPC: B65B31/02
Filed: 1996-01-12
Abstract: PROBLEM TO BE SOLVED: To enable automatic vacuum packaging for food products by transferring, vacuumizing, hermetically sealing, and trimming bagged products while using a platen provided with a pair of clamping means capable of holding the opening edge of a filled bag. SOLUTION: Products are transferred from a receiving station to a bagging station and packages in which the products are bagged are transferred through respective processes such as vacuumizing, hermetically sealing, trimming, and finishing. A platen 1 having a first lateral half body 5a and a second lateral half body 5b is provided with a pair of neck clamps 2a, 2b revolving around a pair of neck clamp hinges 3a, 3b. The clamps 2a, 2b move so as to hold the bag neck 9 of the bagged products 8 extended across a seal sheet 7. The seal sheet can be replaced with an indent housing a clamp block or a seal bar.
Patent JP-H08192799-A (JP)
Title: Telemetry data gathering method
Inventor: TANAMACHI TAKEHIKO
IPC: B64G1/66
Filed: 1995-01-17
Abstract: PURPOSE: To provide a telemetry data gathering method of a telemetry device by which unnecessary telemetry data is not gathered. CONSTITUTION: Data transmission demand signals transmitted from respective mounted apparatuses 2 and 3 are detected by a telemetry device 1, and the relemetry device 1 is constituted so as to gather telemetry data from the respective mounted apparatuses 2 and 3 when the data transmission demand signals are detected.
Patent JP-H06211147-A (JP)
Title: Automatic axiliary steering device of vehicle
Inventor: KUZUTANI HIDEKI
IPC: B62D7/14
Filed: 1993-01-14
Abstract: PURPOSE:To reduce an excessive energy consumption as well as to prevent the reduction of the running stability, in an automatic auxiliary steering device of a vehicle. CONSTITUTION:The width of the dead zones of the converters 31A and 31B of a proportional and differential control system 30 are regulated automatically according to the car speed. When the car speed is low relatively, the width of the dead zone is increased, and when the car speed is high relatively, the width of the dead zone is reduced. Since the width of the dead zone scope is increased in a low speed, the steering frequency of an auxiliary steering wheel is reduced, so as to reduce the emergy necessary to drive the steering of the auxiliary steering wheel. Since the width of the dead zone scope is reduced when the car speed is in a middle speed or in a high speed, the difference between an object steering angle and the actual steering angle is reduced compared to the low speed condition, and the steering position accuracy of the auxiliary steering wheel is increased, so as to obtain a high running stability.
Patent JP-S63172745-A (JP)
Title: Hydrophilic porous polyvinylidene fluoride membrane and its production
Inventor: ONISHI MASATO
IPC: A61M1/14
Filed: 1987-01-12
Abstract: PURPOSE:To obtain a hydrophilic porous polyvinylidene fluoride membrane having an excellent appearance, high gamma-ray resistance and high chemical resistance, by uniformly rendering the porous surface of a porous membrane comprising polyvinylidene fluoride hydrophilic. CONSTITUTION:A hydrophilic porous fluoride polyvinylidene membrane formed by uniformly rendering the porous surface of a porous membrane comprising polyvinylidene fluoride hydrophilic. The reflection spectrum of this porous membrane in the visible region should not be substantially different from that of the membrane before the treatment. Said porous membrane is white or colorless to the eye in a dry state. This porous membrane can be prepared by forming a porous membrane of polyvinylidene fluoride, impregnating the pores of this porous membrane with an aqueous solvent and chemically treating it with a strongly alkaline solution containing an oxidizing agent. As said oxidizing agent, potassium permanganate is particularly desirable.
Patent JP-H08195766-A (JP)
Title: Loop atm communication control method
Inventor: KANEKO ZENICHI
IPC: H04L12/28
Filed: 1995-01-17
Abstract: PURPOSE: To simplify hardware and a management procedure in the configuration of the loop ATM communication system. CONSTITUTION: A reception address 11 to identify a node in a loop, a circulation bit 12 to be cleared/set depending on a circulation state, an internal bit 13 representing whether a cell is inside the loop or outside the loop are allocated to an area to which a fixed value is allocated in in-loop/out-loop communication in a VPI/VCI area 10 of an ATM cell header. Whether the cell is circulated to a downstream or aborted is discriminated by discriminating the information in each branch node or main node. Thus, it is not required for each branch node to manage all VPI/VCI.
Patent JP-S62163347-A (JP)
Title: Substrate for mounting electronic part
Inventor: YATSU HAJIME
IPC: H05K1/02
Filed: 1986-01-13
Abstract: PURPOSE:To prevent the generation of cracks in the vicinity of a recessed section while obviating the generation of a phenomenon such as the easy peeling of a conductor layer formed on the inner surface of the recessed section by positively altering a sectional shape in the recessed section in a printed wiring board. CONSTITUTION:In a substrate for loading an electronic part with a recessed section 12 for loading the electronic part 14, a projecting section 20 protruded toward the direction of the central section of said recessed section 12 from the crossed section 23 of a surfaces 21 vertically lowered from the opening edge 12a of the recessed section 12 and the extension surface 22 of the base 13 of the recessed section 12 is formed. Sections in the vicinity of the recessed section 12 in the substrate 11 for loading the electronic part are reinforced by the projecting section 20, and the projecting section 20 is shaped to the crossed section 23 of each surface in the vicinity of the recessed section 12 of the substrate 11 for loading the electronic part, thus preventing the retention of a plating solution and a plating pretreatment solution in sections in the vicinity of said crossed section 23.
Patent JP-2000204138-A (JP)
Title: Sealing resin composition and sealed semiconductor device
Inventor: YOKOUCHI HITOSHI
IPC: H01L23/31
Filed: 1999-01-12
Abstract: PROBLEM TO BE SOLVED: To provide a sealing resin composition and a sealed semiconductor device, which are difficultly affected by temperature in a heat cycle test after IR reflowing, enable the disconnection of electrodes or the like to remarkably be reduced and can ensure reliability concerning the surface contamination of a molded article for a long term. SOLUTION: This sealing resin composition includes (A) an epoxy resin, (B) a phenolic novolak resin, (C) a diallyl phthalate resin and (D) an inorganic filler, as essential ingredients. The ingredient C is an aggregate formed by the nonchemical binding of primary particles having <=0.5 μm average size and comprises globoids having <=80 μm average size of the aggregate. The contents of ingredients C and D are 0.1-5.0 wt.% and 25-90 wt.% both based on the weight of the resin composition, respectively. This sealed semiconductor device is produced by sealing a semiconductor chip with the resin composition, followed by curing the resin composition.
Patent JP-S59129718-A (JP)
Title: Continuous press hardening and transferring device
Inventor: IGUCHI JIYUNICHI
IPC: C21D1/673
Filed: 1983-01-14
Abstract: PURPOSE:To provide a continuous press hardening and transferring device which can automate and rationalize the hardening stage for objects to be hardened such as discrete parts by transferring continuously the objects positioned in an engaging state by a conveyor to a heating furnace and a press device, and cooling the objects in said device at an adequate rate. CONSTITUTION:Objects 22 to be hardened which are successively placed in the engaging parts 40 of a conveyor 11 in a positioning state are guided to the inside of a heating furnace 23 in a heating furnace 18 where the objects are hardened at a prescribed temp., then the objects are guided to a press hardening device 19. The objects 22 in the device 19 are cooled gradually to an ordinary temp. by upper and lower cooling platens 26, 27. The objects 22 are pressed by the platens 26, 27 during this time to avoid thermal deformation of the objects 22 after hardening and to correct the minor deformation that arises therein in the space of a passage 21. The objects 22 after the cooling are thereafter guided successively to the inside of a heating chamber 24 in a heating furnace 20 for tempering where the tenacity of the material is recovered by the tempering treatment and thereafter the objects are removed from the conveyor 11 in the position emerging from the furnace 20.
Patent JP-S6182708-A (JP)
Inventor: FURANKO MOSUCHINI
IPC: A47C31/12
Filed: 1985-01-14
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-H01182859-A (JP)
Title: Image forming device
Inventor: WATABE KATSUJI
IPC: H04N1/29
Filed: 1988-01-14
Abstract: PURPOSE:To increase processing speed by stopping an original image reading means and an image processing means in case of continuous copying in the monochromatic mode or the multicolor mode to supply the power used for these means to a fixing means. CONSTITUTION:Data of cyan C, magenta M, and yellow Y except black Bk of image information read by a scanner 302 are stored in a delay memory 304. When monochromatic of full-color images using C, M, and Y are continuously formed, the scanner 302 and an image processor 303 are stopped and image data in the delay memory 304 are read out. At this time, the power supplied to the scanner 302 and the image processor 303 is distributed to fixing heaters 403 and 404 in the electric heating part of a fixing device. Thus, the degree of fixing margin is improved, and consequently,the number of passing sheets of paper per a unit time is increased to increase the processing speed.
Patent JP-2000208392-A (JP)
Title: Alignment mark structure having protective dummy pattern for production of semiconductor
Inventor: CHIN KACHEN
IPC: G03F1/42
Filed: 1999-01-12
Abstract: PROBLEM TO BE SOLVED: To provide an alignment mark structure in which an alignment mark on a wafer is not damaged or deteriorated through CMP process but definite quality of the alignment mark can be sustained visually. SOLUTION: An alignment mark structure having a protective dummy pattern for production of semiconductor is provided wherein the alignment mark on a wafer is protected such that the mark is not damaged definite quality is not deteriorated visually by chemical mechanical polishing(CMP). The alignment mark structure has a scribe line of wafer or an alignment mark 102 formed in the region of a nonconstitutional part, and a protective dummy pattern 114 for protecting it against CMP. The protective dummy pattern 114 has uniform density substantially equal to that of the constitutional part region of the wafer. Since the alignment mark structure protects the alignment mark against damage and prevents the alignment mark from being deteriorated through CMP process, definite quality of the alignment mark 102 can be sustained visually.
Patent JP-S5498181-A (JP)
Title: Etching method on thin plate
Inventor: TAKATSUKI KUNIO
IPC: H01L21/306
Filed: 1978-01-19
Abstract: PURPOSE: To provide uniform etching by inversely turning the thin plate kept at horizontal level with the liquid surface by the thin plate turning about the center different from the center of turning etching liquid.  
     CONSTITUTION: Holder 6 used for supporting substrate 5 is inserted into the substrate holder bearing on etching liquid tank 1. While the etching liquid is stirred in the direction shown by arrow mark 7, holder 6 is turned to the direction shown by arrow mark 8 at the same time. Since etching liquid 4 turns in the direction opposite to that of the holder, the liquid is kept in uniform contact with the substrate, thus insuring uniform etching. 
     COPYRIGHT: (C)1979,JPO&Japio
Patent JP-H03209694-A (JP)
Title: Semiconductor memory device
Inventor: IMAI KOJI
IPC: H01L27/10
Filed: 1990-01-12
Abstract: PURPOSE:To reduce the influence of a noise and to shorten a data transfer delay time by allowing the input and output directions of adjoining blocks to be in opposite directions respectively and wiring the data outputs along a major side in the case of laying out a semiconductor memory device which has plural memory blocks. CONSTITUTION:Two memory blocks 2 are arranged so as to be adjacent to each other along the major side on a rectangular chip 1, two sets of memory cells 2a of a two one set are arranged at the respective blocks 2 and an X decoder circuit 2b and a Y decoder circuit 2c are provided on the respective sets. Besides, at the cell 2a, a differential amplifying circuit 2d is provided, they are connected to a main amplifier 3 provided on every cell 2a and in reading, the bit of the cell 2a is selected. Here, the block 2 is constituted in a direction opposite to an input/output direction, the respective main amplifiers 3 are connected to an amplifying circuit 5 arranged at a minor side on the same side of a chip 1 through a signal line 4 and even when the signal line 4 is one remote from the minor side of the chip 1, the wiring can be attained only by executing it along the major side.
Patent JP-S58123947-A (JP)
Inventor: MORIYAMA TETSUO
IPC: E04C2/38
Filed: 1982-01-15
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-H08194424-A (JP)
Title: Image forming device
Inventor: NAKATANI AKIRA
IPC: G03G15/36
Filed: 1995-01-17
Abstract: PURPOSE: To form a second side image with high quality by a double image forming device. CONSTITUTION: A toner image is transferred to a first side of a recording medium by a photoreceptor drum 112 and a transfer roller 114 and fixed by heating and pressing by a fixing apparatus 116. After that, the recording medium after fixing is turned back by a turning back roller 127 and a paper re-supplying roller 123, supplied again, and then image formation on a second side is carried out by the photoreceptor drum 112, etc. As for the recording medium, since water is evaporated by heating at the time of toner image fixing on the first side, the resistance becomes high. Therefore, after fixing of the toner image on the first side, the resistance value of the recording medium is detected by a volume resistance sensor and based on the result, the process speed at the time of the image formation on the second side is retarded and thus an image with high quality can be formed.
Patent JP-H05187720-A (JP)
Title: Discharge terminal device
Inventor: MIZUNO HISAYOSHI
IPC: F24H9/02
Filed: 1992-01-16
Abstract: PURPOSE:To prevent an adverse influence from being exercised on the housing side by discharge of gas even in a position situated in the vicinity of a housing. CONSTITUTION:A straight tubular discharge guide pipe 3 has a base part to which a discharge pipe 1 opened upward to the top part of a burner 2 is connected, and the discharge pipe 1 is extended upward therefrom. The discharge guide pipe is provided with a cup type hood 4 with which an discharge port 9 at the upper end of the guide pipe is covered with a gap therebetween and which has an opened lower part, and a discharge guide plate 5 arranged below the hood 4 and to the drum part of the discharge guide pipe 3 and radially protruded facing and in parallel to the hood 4. A closing partitioning member 11 to close approximately a half of the back side of the lower opening part of the hood is arranged in the hood 4. Discharge of gas is effected only toward a front by means of the partitioning member 11 arranged in the hood 4 and gas can be discharged such that the wall of a housing is prevented from contamination and deterioration owing to heat is prevented from occurring.