baber/WOPTO huggingface dataset:
Patent JP-2000154534-A (JP)
Title: Forming method of crossing wall by continuously mixing processing construction method
Inventor: YAMAMOTO MITSUKI
IPC: E02D5/18
Filed: 1998-11-20
Abstract: PROBLEM TO BE SOLVED: To improve integrated strength of mutual wall bodies of a crossing part by forming a width thickness of either one improved earth wall of improved earth walls preceding in or succeeding to execution work among crossing improved earth walls in a thick wall shape expanded in the crossing part. SOLUTION: To a preceding improved earth wall 10, a width thickness of an improved earth wall 11 of postexecution work is formed in a thick wall shape expanded in a crossing part X. Hydraulic jacks longitudinally movable when looking at a guide frame in a plan view are provided by two units on the left and right of a lower part. Next, when forming an inclined part E of the improved earth wall 11 of postexecution work, a guide frame is slantingly executed by extending the hydraulic jacks. Similarly when forming an inclined part F, a guide frame is slantingly executed by extending the hydraulic jacks.  Thus, a process of the inclined parts E, F is compositely executed, and in the improved earth wall 11 of postexecution work, the crossing part X with the improved earth wall 10 of preexecution work is formed in a thick wall shape expanded in a width thickness of the improved earth wall 11 to thereby easily provide a highly strong and reliable crossing wall.
Patent JP-H06179959-A (JP)
Title: Production of gas barrier film and device therefor
Inventor: SUZUKI TETSUO
IPC: C23C14/30
Filed: 1992-12-11
Abstract: PURPOSE:To provide a method and device for producing a gas barrier film made by forming a film not only being small in oxygen permeability and steam permeation rate but also thin in thickness and excellent in transparency. CONSTITUTION:In the producing method for the gas barrier film by evaporating a evaporating material 14 for the gas barrier film housed in an electron beam evaporating source 8 and vertically being made incident on the surface of a transparent synthetic resin substrate film 7 traveling thereabove, the electron beam 13 made incident on the hearth 10 of the electron beam evaporating source 8 is controlled so that the vapor is made incident vertically to the film forming point 24 of the substrate film 7. Deflecting coils 11, 12 for controlling the evaporating direction so that the vapor of the material 14 is vertically made incident on the film forming point 24 of the substrate film 7 are provided in the vicinity of the muzzle of an electron gun 9 and above the side part of the hearth 10. As a result, the evaporating material is thinly deposited without deteriorating oxygen permeability and steam permeation rate and the transparent gas barrier film is produced.
Patent JP-H07192603-A (JP)
Title: Quick acting impregnation type cathode body structure
Inventor: AKIYAMA YASUHIRO
IPC: H01J9/08
Filed: 1993-12-27
Abstract: PURPOSE:To provide a quick acting impregnation type cathode body structure, used in a quick action type electronic tube, in which a riseup time can be shortened by remarkably reducing heat capacity of the impregnation type cathode body structure. CONSTITUTION:In an impregnation type cathode body structure having a high melting point metal base unit 2 impregnated with an electron emitting substance 1, heater for heating this high melting point metal base unit 2 and an insulator, the body structure is constituted by directly film-forming and laminating the insulator and heater in a reverse surface of the high melting point metal base unit. In the insulator, an insulating material of boron nitride 3 or the like is film-formed and laminated by a film forming device of CVD or the like, and in the heater, a conductive material of carbon 4 or the like is film-formed and laminated by a film forming device of CVD or the like. In this way, reducing a heat capacity and heat radiation loss of the impregnation type electrode body structure is attained.
Patent JP-H06160292-A (JP)
Title: Thin plate inspection equipment
Inventor: MIYAMUKAI HIDEAKI
IPC: G01N21/956
Filed: 1992-11-18
Abstract: PURPOSE:To allow sufficiently accurate inspection of thin plate. CONSTITUTION:The thin plate inspection equipment comprises a disc-like vacuum chuck 26 for sucking a thin plate, a rotary shaft 27 for supporting the vacuum chuck 26 rotatably thereabout, a tilting shaft 29 fitted rotatably over the rotary shaft 27 with a spherical journal 28 being formed at one end part thereof on the chuck side, a motor coupled with the other end of the tilting shaft 29 and driving the rotary shaft 27, and a spherical bearing 33 for bearing the journal 28 on a stage casing 12. The thin plate inspection equipment further comprises a biaxial gimbal 37 fixed to the stage casing 12 and tilting the tilting shaft 29 within a predetermined range, and a motor for tilting the gimbal arm of the biaxial gimbal 37 individually thus rotating the thin plate with one side thereof being sucked by the vacuum chuck 26 while allowing inclination of the thin plate with degree of freedom of two.
Patent JP-H09169453-A (JP)
Title: Image forming device
Inventor: IKEMOTO HIROSHI
IPC: G03G15/01
Filed: 1995-12-20
Abstract: PROBLEM TO BE SOLVED: To provide a belt carrying type image forming device, in which carrying of the paper sheet in an image transfer unit is stably performed. SOLUTION: Carrying speed of a pair of waiting rolls 9 of a paper feeding unit is set faster by 0.5% than the carrying speed of a belt 11 (a driven roll 14 and an auxiliary roll 15). The pair of waiting rolls 9 pushes the paper sheet P for carrying between the belt 11 (the driven roll 14 and the auxiliary roll 15) so as to form a deflection P1. Even in the case where a displacement of timing is generated between the both, it is absorbed by the deflection P1. Since the tensile stress is not applied to the paper sheet P, a reaction at the time of concluding the carrying in the upstream side is eliminated. Between the belt 11 and a fixing unit 3 (a pressure-contact roller 38 and a heating roller 39), carrying speed of the belt 11 in the upstream is similarly set faster by 0.5% than the carrying speed of the fixing unit 3 in the downstream side.  In this case, a displacement of timing is also absorbed by the deflection P2 between the belt 11 and the fixing unit 3, and while a reaction at the time of concluding the carrying in the upstream side is eliminated.
Patent JP-2000165614-A (JP)
Title: Scanner system and scanner device
Inventor: SHINODA HIROSHI
IPC: H04N1/04
Filed: 1998-11-24
Abstract: PROBLEM TO BE SOLVED: To make read processing of an image in a plurality of areas of one an the same original efficient. SOLUTION: A user of a client device 10 sets a read area while observing a preliminary scanning image of an original. The device 10 informs a scanner 20 of the set information, which is registered in an area management table 223. In the case of setting a plurality of read areas of the original, the scanner 20 is in standby until designation of a plurality of the areas is completed. When the designation of all the read areas is finished, an image read section 24 of the scanner 20 optically reads an image of the original and an image memory 26 stores the read image. A segmentation processing section 227 acquires coordinate data of each read area from the area management table 228 to segment an image of an area corresponding to the coordinate data from the image memory 26.  This image is fed to the client device 10 via an image processing section 229 and a communication processing section 221. This segmentation processing is repeated for all the designated read area.
Patent JP-H11167996-A (JP)
Title: Arrester and its manufacture
Inventor: IWASAKI SATORU
IPC: H05F3/04
Filed: 1997-12-03
Abstract: PROBLEM TO BE SOLVED: To provide an arrester with no occurrence of rust at a connection portion, and allowing no deterioration in intensity. SOLUTION: In an arrester 1, plural holes 31 are formed in the area of an upper support tube 30 for fitting a coupling 40, the coupling 40 and the upper portion support tube 30 are electrically and mechanically connected by a thermite reduction substance 32 filled into the holes 31 and containing copper. Plural holes 21 are formed in the area of a reducer 20 for fitting the upper portion support tube 30, and the upper support tube 31 and the reducer 20 are electrically and mechanically connected by the thermite reduction substance 32 filled into the holes 21 and containing copper.
Patent JP-H04199006-A (JP)
Title: Wave guide type optical element
Inventor: SEKIGUCHI TOSHISADA
IPC: G02B5/28
Filed: 1990-11-29
Abstract: PURPOSE:To improve the yield of products and work efficiency and attain cost reduction by disposing refractive index layers made of the same material as optical waveguide paths and different refractive index layers of the different refractive index from the optical waveguide paths alternately in the waveguide direction of the optical waveguide paths to form an optical filter of multilayer structure. CONSTITUTION:Refractive index layers 11 made of the same material as optical waveguide paths 3, 4, and different refractive index layers 12 made of different refractive index material from the optical waveguide paths 3, 4 made of silicon dioxide or the like are disposed alternately in the waveguide direction of a cross part 6 to form an optical filter 6 of multilayer structure of scores of layers. The optical filter 6 formed directly at the optical waveguide paths 3, 4 performs the desirable transmission of the light of a specific wavelength band specified by the thickness of the refractive index layers 11 made of the same material as the optical waveguide paths 3, 4 and the thickness of the different refractive index layers 12 of the different refractive index from the optical waveguide paths 3, 4, without scattering it, and also reflects the light of other wavelength bands desirably. Work efficiency and the yield of products are thereby improved, and cost reduction can be attained.
Patent JP-2001146262-A (JP)
Title: Hermetic sealing type molded container for liquid food and method for filling this container with liquid food to hermetically seal the same
Inventor: KOMATSU SHUICHI
IPC: B65D81/24
Filed: 1999-11-24
Abstract: PROBLEM TO BE SOLVED: To provide a hermetic sealing type molded container usable without transferring content to other container having a novel structure devised so as to prevent liquid food being content from overflowing especially at a time of the peeling of a hermetic seal for sealing the liquid food and a novel filling method of the container. SOLUTION: In a hermetic sealing type molded container for liquid food, the place of the peripheral wall part 11 of a container main body 1 belonging to the imaginary inclined surface F turned to an appropriate lower place from the upper end of the peripheral wall part 11 of the container main body on the side opposed to one place of the upper end of the peripheral wall part 11 of the container main body 1 or a one place of the vicinity thereof is inwardly bent over the entire periphery of the peripheral wall part 11 to be formed into a inclined stepped part 2 for welding the peripheral edge of a hermetic seal 5 and the space lower than the inclined stepped part 2 is set to a liquid food filling part 13 and the peripheral edge of the hermetic seal 2 is welded to the inclined stepped part 2.
Patent JP-H07192989-A (JP)
Title: Aligner and inspection method of exposure state
Inventor: OKADA TOMOYUKI
IPC: H01L21/027
Filed: 1993-12-27
Abstract: PURPOSE:To judge the defect of a circuit, a member, a pattern on an object to be exposed or the like simultaneously and in parallel during an exposure treatment operation by a method wherein a prescribed pattern is drawn on the object to be exposed while it is being monitored on the basis of exposure data whether a beam is turned on and off precisely to the object to be exposed. CONSTITUTION:Exposure design data 4 which is used as a basis in the drawing operation of a prescribed pattern by executing an exposure treatment operation to an object to be exposed is prepared in a prescribed storage medium. Exposure treatment data 5 and inspection data 5' whose content is the same are created on the basis of the exposure design data 4, and they are used in respective processes for the exposure treatment operation and an inspection operation. The exposure design data 4 operates and controls, via a control means 6, an exposure treatment means 300 and a stage drive means 36 on which the object to be exposed is mounted and which can be driven two-dimensionally. Then, an exposure-beam detection means 40 which is radiated to the object to be exposed and an inspection means 50 which detects and analyzes a transmitted or reflected exposure beam are installed.
Patent JP-H10170174-A (JP)
Title: Waste heat recovery apparatus and waste treatment apparatus
Inventor: TEZUKA NORIO
IPC: F28D7/10
Filed: 1996-12-13
Abstract: PROBLEM TO BE SOLVED: To improve the maintenance and operation rate by protecting the upstream side tip part of a heat exchanger within a waste heat recovery apparatus from the flow of a high temperature combustion exhaust gas and a radiation heat thereof to prevent damage. SOLUTION: A heat exchanger 32 of this waste heat recovery apparatus 22 recovers heat from a high temperature combustion exhaust gas G2 of 1,000-1,200 deg.C flowing at a speed of 1-5m per sec within a furnace. A bar-shaped body 34 is provided as tip protection means on the upstream side of an upstream side tip part 33 of the heat exchanger 32 to protect the tip part 33 from the high temperature exhaust gas G2 within the furnace. A water tube 35 is provided inside the bar-shaped body 34 so that the exhaust gas G2 containing high temperature melt flying ash and corrosive substances is intercepted by a bar-shaped body 34 to be prevented from directly contacting the tip part of the heat exchanger while enabling shielding of radiation heat from the high temperature exhaust gas G2 to prevent damage to the tip part.  The bar-shaped body is cooled by the water tube inside to allow the maintaining of the external surface thereof lower than the temperature of the exhaust gas G2 . This can lower a rise in the temperature of the tip part by radiation cooling due to the temperature difference between the two portions and also prevent adhesion of the melt flying ash to the tip part thereby significantly reducing the corrosion thereof itself.
Patent JP-2000160034-A (JP)
Title: Biodegradable composite material
Inventor: FUJII TORU
IPC: C08L101/16
Filed: 1998-11-25
Abstract: PROBLEM TO BE SOLVED: To obtain the subject material excellent in strength and biodegradability by incorporating a biodegradable resin and a bamboo fiber or a fiber bundle. SOLUTION: As a biodegradable resin, an aliphatic polyester or polyethylene succinate is preferable. The biodegradable resin which has a number-average molecular weight of 30,000-200,000 is used. The diameter of a bamboo fiber or a fiber bundle is preferably 7-15 μm and the length is preferably 100 times or over of the diameter. The combining ratio of the fiber of fiber bundle is preferably 5-100 pts.wt. based on 100 pts.wt. of the biodegradable resin.  The manufacturing methods include; heat-fusing the biodegradable resin followed by mixing and dispersing the bamboo fiber or fiber bundle homogenerously; laminating the bamboo fiber or fiber bundle on the biodegradable resin film followed by heat-composing; sticking a fine-granulated biodegradable resin on the bamboo fiber or fiber bundle followed by heating the composition; and processing the biodegradable resin to make a fiber state and making yarn with the bamboo fiber added, then giving a specified form followed by heating compositiry.
Patent JP-H06155624-A (JP)
Title: Expandable mantle
Inventor: YAMASHITA IWAO
IPC: B29D29/10
Filed: 1992-11-18
Abstract: PURPOSE:To provide an expandable mantle whose diameter can be changed instantaneously. CONSTITUTION:An expandable mantle 1 is used when a belt sleeve is mounted and fixed for cutting into a V-belt having a fixed width. In the mantle 1, a rotatable shaft 3 to be detachably attached to a pair of bearings 2 is provided. A groove streak section having a groove with at least one slant bottom face arranged along an axial direction 4 of the shaft is arranged along the circumferential direction. Slender sliding plates 15 are embedded in the groove streak section so as to form the circumferential face of the mantle by the heads of the sliding plates 15. An end of each sliding plate is fixed to a connecting member 25 so as to move simultaneously.
Patent JP-H07202937-A (JP)
Title: Packet routing system for inter-station line control system
Inventor: IGAI YUSUKE
IPC: H04L12/721
Filed: 1993-12-28
Abstract: PURPOSE:To provide the packet routing system for inter-station link control system which can transfer a packet without selecting a repeater station for each packet. CONSTITUTION:A call originating station A receives the packet from a terminal P, selects a route addressed to a call incoming station D, stores it in the repeater station memory of the station itself, sets repeater station numbers up to the call incoming station D to an inter-station header part and transmits the packet. Repeater stations B and C successively repeatedly transfer the packet up to the call incoming station according to the inter-station header part and the call incoming station removes the inter-station header part and transmits the packet to a terminal Q after the respective station numbers of the inter-station header part are stored in a repeater station memory. The packet from the terminal Q is transmitted while allowing a call originating station number and the repeater station numbers, which are stored in the repeater station memory at the call incoming station, to set to the inter- station header part and the repeater stations successively repeatedly transfer the packet up to the call originating station in the order set to the inter-station header part. Based on the respective station numbers set to the inter-station header part, the call originating station updates the repeater station memory, removes the inter-station header part and transmits the packet to the terminal P.
Patent JP-H01177967-A (JP)
Title: Barrel finishing method for inorganic hard body
Inventor: SAWADA HIROYUKI
IPC: B24B31/14
Filed: 1987-12-30
Abstract: PURPOSE:To make it possible to inexpensively and largely manufacture an inorganic hard body having a fine lustrous surface by adding a mixture of a specific grain and an abrasive grain into liquid such as water or the like to use for the finishing of the inorganic hard body such as glass or the like. CONSTITUTION:A mixture of an abrasive grain and at least one kind selected of such grains as a walnut grain made by crushing the outer shell of the walnut, and a ceramic and a plastic grain which are porous at least on their surfaces is used as a barrel-finishing medium, and added into liquid such as water or the like, and then used for the barrel-finishing or glass, ceramics and an inorganic hard body such as a crystal. Thus the inorganic hard body having excellent weight accuracy and a lustrous surface with no struck or scratched flaw can be inexpensively and largely manufactured.
Patent JP-H09150226-A (JP)
Title: Manufacturing method and device of garnish gasket
Inventor: MORITA HIROYUKI
IPC: B21D31/00
Filed: 1995-11-28
Abstract: PROBLEM TO BE SOLVED: To provide a method and device for manufacturing garnish gaskets capable of forming clear and deep texture on the surface side without deforming the main body. SOLUTION: In the method for manufacturing garnish gaskets 2 composing of the main body 22 for closing joints between building materials such as wall panels or the like and a garnish plate 21 provided texture 210 on the surface side, an extruding plate 219 of the garnish plate 21 is extruded and formed with an extruding die 10, and the garnish plate 21 is formed by pressing with a texture roll 12 for forming texture 210 on the surface side of the extruding plate 219 just after extruding. On the other hand, the main body 22 is formed with the extruding die 10 apart from the garnish plate 21, and next the main body 22 and the garnish plate 21 are joined.
Patent JP-H02175415-A (JP)
Title: Combustion type heating device for vehicle
Inventor: TOMITA KAZUMI
IPC: B01D35/02
Filed: 1988-12-28
Abstract: PURPOSE:To provide continuous fuel supply by installing a filter on the opening in the branch joint to which the fuel suction piping for supplying fuel to a burner is connected and separating dust and dirt mixing in fuel by a filter and sweeping them away to a fuel tank by return oil. CONSTITUTION:A return piping 13 for returning excessive fuel in an engine has a branch joint 14 provided with three openings 15, 16, 17 on it. The branch joint 14 is arranged so that its opening 17 may face downwards and consists of a branch piping 21, a joint portion 22 and a fuel filter 23. In an opening 24 below the branch piping 21, the fuel filter 23 is fitted so that its top may go into in the inserting direction. In dividing an engine, fuel is returned from the opening 15 to a fuel tank 11 through the opening 16 and is fed from the opening 17 to a burner 18 through a suction piping 19, so that the air mixing in fuel gathers on the upstream side of the filter 23, but is swept away to the fuel tank 11 side by return fuel. This prevents air from entering the burner 18, thus providing stable fuel supply. The same may be said of dust and dirt.
Patent JP-H02179879-A (JP)
Title: Heating structure for substrate in film forming device
Inventor: KAWAKAMI NOBUO
IPC: C23C16/48
Filed: 1988-12-28
Abstract: PURPOSE:To prevent a strain from being caused on the whole heating plate by temp. rise, by providing the heating plate for heating a substrate which consists of both a central member having a gap for absorbing a thermal strain and a peripheral member between a heater for heating the substrate and this substrate. CONSTITUTION:A substrate 13 for performing film forming forming a treatment is held in a film formation vessel 20 and a heating plate 1 for heating the substrate 13 is provided oppositely to this substrate 13. This heating plate 1 is constituted of a rectangular central member 1a and a peripheral member 1b. The prescribed gaps 1c are provided between both members 1a, 1b by a plate martial 2 and a connecting member 3. The sheathed heaters 4, 5 are attached to the central member 1a and the rear side of the peripheral member 1b. The sheathed heaters 4, 5 are connected to a heating controlling circuit via the connecting codes 10a, 11a and the terminals 10, 11. Thereby when the substrate 13 is heated by the sheathed heaters 4, 5, the thermal strains caused by the central member 1a and the peripheral member 1b are absorbed by the gaps 1c. The strain of the whole heating plate 1 is prevented and the substrate 13 is uniformly heated.