baber/WOPTO huggingface dataset:
Patent JP-H10122241-A (JP)
Title: Bearing unit
Inventor: NAKANISHI SHINYA
IPC: F16C33/10
Filed: 1996-10-22
Abstract: PROBLEM TO BE SOLVED: To lengthen a span of lubricating life in a bearing as well as to make the promotion of labor-saving for maintenance realizable and also the occurrence of abrasion reducible. SOLUTION: A groove 17 is fomred in an inner surface part of a bearing housing 13, and brick grease 18 is filled in this groove 17, then general grease 16 is filled up an inner space of a bearing 12 and another inner space 15a of an inner bearing cover 15 covering this bearing 12, whereby at the initial stage of operation, lubrication for this bearing 12 is carried out by this general grease 16, and after the elapse of operating time, this lubrication for this bearing 12 is carried out by a portion of oil seepage from the brick grease 18 due to heat generation or the like of the bearing 12. In addition, this oil seepage from the brick grease 18 is designed so as to be efficiently fed to an interval between the bearing housing 13 and an outer boundary of the bearing 12 as well.
Patent JP-S62137080-A (JP)
Inventor: TANAKA TSUTOMU
IPC: A63F9/20
Filed: 1985-12-12
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-H02126265-A (JP)
Title: Pressure fixable capsule toner
Inventor: TOMIYAMA KOICHI
IPC: G03G9/093
Filed: 1988-11-07
Abstract: PURPOSE:To improve the dispersion of fine particles into a core material and to eliminate the stain-like unequal densities of a copied image by using the the fine particles of prescribed grain sizes treated with a silicone oil. CONSTITUTION:This toner is constituted of the core material contg. a pressure fixable component and a shell covering at least a part of the core material. The fine particles (A) of 1.0 to 0.01mum volume average grain size which is previously treated with the silicone oil (e.g. dimethyl silicone oil) are incorporated into the core material. The uniform dispersion of the silicone oil into the core material is not possible if the grain size of the particles A is larger than the above-mentioned diameter. The loosening at the time of the silicone oil treatment is insufficient if the grain size is smaller than the above-mentioned grain size. A coloring agent (e.g. azo pigment), magnetic powder, etc., are usable for the particles A.
Patent JP-H08136470-A (JP)
Title: Guiding apparatus for inspection apparatus
Inventor: SAWADA TAKAHARU
IPC: B30B15/00
Filed: 1994-11-14
Abstract: PURPOSE: To improve the inspection precision without staining a camera lens with a working oil by blowing air to the lower end part of a product tape guided from the lower side to the upper side vertically. CONSTITUTION: A guiding apparatus 1 guides a product tape 4 from the lower side to the upper side vertically between the lower end of a stand 3 for loop control and a winding apparatus 5 to wind the tape 4. An air blowing outlet 27 and a sucking inlet 28 are formed in the lower end parts of a fixed plate and a movable plate II, respectively, of an apparatus 1 and air is blown to the tape from side directions to blow out a working oil adhering to the tape 4 and the scattered working oil is sucked. As a result, when the tape 4 reaches the position of windows 31, 32, the working oil easy to flow downward due to the self-weight scarcely adheres to the tape 4 and thus there is no probability of adhesion of the working oil to a lens of a camera 29 for inspection. Consequently, the inspection precision is improved.
Patent JP-S61153714-A (JP)
Title: Constant-current source circuit
Inventor: SUZUKI KOZO
IPC: G05F1/56
Filed: 1984-12-26
Abstract: PURPOSE:To improve a constant-current characterictic against a variation of a power supply voltage by holding equally the potential of a controller-base connecting point of a transistor, and eliminating an influence caused by an Early's effect and a start use resistance. CONSTITUTION:A constant-current source circuit is provided with transistors (hereinafter, Tr)Q1, Q2 whose base and collector are connected, and in which one emitter area is large and the other is small, and an inter-emitter resistance R1, and current source circuits are formed by connecting Trs Q3, Q4 to base- collector connecting points P1, P2 of the Trs Q1, Q2, and connected to the first terminal, respectively. Also, a TrQ7 connected to a diode is connected between the emitter of the TrQ2 and a terminal 2 and forms a current source of an output stage together with a TrQ>=8. In this regard, a differential amplifier 3 is connected to a constant-current source 4. In such a way, a collector current of the Trs Q3, Q4 is controlled by a pair of differential amplifiers 3, and emitter currents IN, I1 of the Trs Q1, Q2 are held at an equal value. Also, a TrQ5 equlizes the respective voltages between the terminal 1 and the points P1, P2 and prevents an Early's effect.
Patent JP-H08137645-A (JP)
Title: Information processor and tool bar edit method
Inventor: ONISHI YOSHINARI
IPC: G06F3/048
Filed: 1994-11-14
Abstract: PURPOSE: To prevent the operability of a tool bar from being deteriorated due to unexpected edit of the tool bar by limiting an edit content for each command in the case of the edit of the tool bar. CONSTITUTION: Data stored in a storage device 2 are read as required by a central processing unit 1 and the storage device 2 is provided with a RAM and when the central processing unit 1 executes various control, the central processing unit 1 stores data tentatively. In order to receive a command or data, an input device 2 is provided with a key board. In the case of editing a tool bar in the information processing unit where the operation of a command is available by using the tool bar visually indicating commands, attribute information registered in advance as to commands being edit objects is obtained and the content of edit is limited based on the attribute information.
Patent JP-H07127127-A (JP)
Title: Balcony structure
Inventor: HANDA YUKISHIGE
IPC: E04B1/00
Filed: 1993-11-09
Abstract: PURPOSE:To lighten a frame structure and increase the workability by protrusively installing a pair of cantilever beams made of C-shaped steel in a building body and laying a frontal beam made of C-shaped steel across the front ends of the cantilever beam and fixing a wall panel at the frontal beam by fastening tools. CONSTITUTION:Balcony-cantilever beams 13, 14 made of C-shaped steel are protrusively installed on the columns 10, 11 of a building body. A balcony-frontal beam 15 made of C-shaped steel is put across the front ends of cantilever beams 13, 14. The frontal beam 15 is opened inwards and both ends are fitted to the cantilever beams 13, 14 and welded therewith. A balcony-floor joist 16 made of H-shaped steel is installed between a beam 12 and the frontal beam 15. And further. a wall panel at the front face of the balcony is erected along the exterior face of the web of the frontal beam 15 and the wall panel is fixed to the web of the frontal beam 15 by fastening tools.
Patent JP-H07166887-A (JP)
Title: Method and equipment for generating gas for operating gas turbine in gas turbine-steam composite type thermal power station
Inventor: RAINHARUTO RAITONERU
IPC: F02C3/34
Filed: 1994-10-07
Abstract: PURPOSE: To enhance generating efficiency when electricity is generated from coal by enabling high gas temperatures to be generated through heat exchange between raw gas and pure gas, and operating a gas turbine at high efficiency by means of the high-temperature gas. CONSTITUTION: In a gas-turbine/steam combination thermal power plant, this apparatus includes an exhaust gas compressor 31, an air compressor 32, a furnace 33, a heat exchanger 34, a gas turbine 36, and an exhaust heat steam generator 37. When the temperature of raw gas flowing out of the furnace 33 is equal to or higher than the melting temperature of ash, the raw gas is cooled to or below the melting point of ash by means of circulating exhaust gas and then cooled to about 650-950 deg.C by adding the circulating exhaust gas as heat is released to pure gas. Dust containing SO2 and NOx is removed at these temperatures, and after warming to an allowable gas turbine inlet temperature through the absorption of heat from the raw gas as the pure gas, evaporation is generated through the gas turbine 36 and the exhaust heat steam generator 37.  After overheating, work is done to drive a generator.
Patent JP-H10119826-A (JP)
Title: Floor stringer structure
Inventor: NISHIMURA ISAMU
IPC: B62D21/02
Filed: 1996-10-22
Abstract: PROBLEM TO BE SOLVED: To provide the floor stringer structure which effectively restrains its cross section from being deformed, is light in weight, and cab be easily assembled. SOLUTION: A structure is so constituted that a lean hose 20 is combined therewith along a floor stringer 15 in the inside of the floor stringer 15 which is combined with the front side member of a car body, and is extended in the longitudinal direction of the car body below the front side member so as to be combined with the lower surface of a front floor 21, concurrently projected straps 15b and 20b are formed along the longitudinal direction in the lower surface to which the floor stringer 15 and the lean hose 20 are oppositely faced, and these projected ribs 15b and 20b are parted so as to be faced to each other while a small gap is being left as is.
Patent JP-S62137890-A (JP)
Title: Junction semiconductor light-emitting element
Inventor: INABA FUMIO
IPC: H01S5/185
Filed: 1985-12-12
Abstract: PURPOSE:To efficiently utilize the lights in the vertical direction by a method wherein the P-N junction only in the vertical direction substantially emits light by forming the surface of the flat plate part or its vicinity as an insulative part. CONSTITUTION:A light-emitting element has P side electrodes E1 provided on a side circumferential surface of a cylindrical protrusion P and a top of a flat plate part B and an N-type side electrode 2 provided on a lower surface of the flat plate part B. A cylindrical P-N junction PN1 (extendedly provided in the vertical direction to the flat plate part B exists in the cylindrical protrusion P, a P-N junction PN2 extendedly provided in the parallel direction exists in the flat plate part B and an insulating layer 10 is interposed between the top of the flat plate part B and the electrode E1. When an electrode is injected between the electrode E1 and the electrode E2, a current flows in a circuit C1, but a current does not flow in a circuit C2 which penetrates the P-N junction PN2 from the electrode E1 on the top of the flat plate part B and reaches the electrode E2 because the insulating layer 10 is interposed. Thereby, the lights are substantially emitted only in the vertical direction to the flat plate part B by the P-N junction PN1 and the P-N junction PN2 does not contribute to light- emission.
Patent JP-H0847175-A (JP)
Title: Generating system and operating method of cogeneration system
Inventor: FUJIMOTO HIROSHI
IPC: H02J3/38
Filed: 1994-10-18
Abstract: PURPOSE:To operate a generating system at low cost with an induction motor, by preventing a reverse power flow without using a protective relay. CONSTITUTION:Reactive power for drive and operation is fed to an induction motor 2 and first and second loads 7 and 8 from an inverter unit (A), in which a discharging converter 12 is connected through a power cable to a charging converter 10, and a smoothing capacitor 13 is connected with the power cable 11. When the power required from the loads 7 and 8 is over a rated value of an induction generator 2, the rated value of power of the induction generator 2 is all fed to the first and second loads 7 and 8, while the surplus power is fed for the loads 7 and 8 from the commercial power-supply line 9 through the inverter unit (A). In this way, all loads are driven. When the loads are below the rated value of the induction generator 2, the whole quantity of the power is fed from the induction generator 2.
Patent JP-H06128988-A (JP)
Title: Water meter box
Inventor: INOURA RIYOUZOU
IPC: E03B9/10
Filed: 1992-10-19
Abstract: PURPOSE:To provide a water meter box capable of easily adjusting burying height while being able to incline a cover body in conformity with the inclination of another surface even when another surface is tilted. CONSTITUTION:The top face and base of a box body 11 are opened while water-pipe inserting sections 12 are formed to both end faces of the box body 11. A plurality of inserting holes 17, into which bolts 16, with which nuts 34 are screwed, are inserted, are bored to the upper end face 15 of the box body 11. A cover receiving frame 21 fitted to the upper section of the cover body 11 has a fitting suspending edge section 22 held adjacent to the inside of the box body 11 and a collar section 23, and the collar section 23 is born by the top face of a cover body 31 or the head section 35 of the bolt 16. Accordingly, burying height can be adjusted easily by adjusting the height of the bolt 16 inserted to the upper end face 15 of the box body 11. The cover body can be tilted easily in conformity with an inclined ground surface. No fine clearance is generated between the cover receiving frame 21 and the box body 11 even when burying height is adjusted and tilted, thus preventing the intrusion of soil and sand into the box body 11.
Patent JP-H04153022-A (JP)
Title: Polyethylene terephthalate resin heat-resistant container
Inventor: TOKUNAGA KANEHIRO
IPC: B29C51/14
Filed: 1990-10-18
Abstract: PURPOSE:To provide higher heat resistance by laminating a non-crystalline unoriented polyethylene terephthalate resin layers on both faces of a polypropylene tank through bonding layers to manufacture a laminate sheet composed of a specified thickness non-crystalline unoriented polyethylene terephthalate resin layer, a specified thickness propylene resin layer and the specified value of total thickness and deep draw molding said laminate sheet by the compressed air-vacuum molding method in a specified ratio of the depth of a container to the diameter of opening applied therein. CONSTITUTION:A laminate sheet formed by polypropylene layers with a polyethylene terephthalate resin layer in between through bonding layers is used as a material, and said laminate sheet is composed of a 100-500mu non-crystalline unoriented polyethylene terephthalate resin layer and a 100-250mu polypropylene resin layer, and its total thickness is 450-800mu. A container manufactured from said laminate sheet by the compressed air vacuum molding method in which deep draw molding is carried out in a ratio of 0.8 or more of the depth of the container to the diameter of opening is provided with upgraded resistance, and as the heat shrinkage is not generated even under the high temperature atmosphere at the time of filling, no deformation is generated.
Patent JP-S62139079-A (JP)
Title: Image processing device
Inventor: MASUI KOKI
IPC: G06T1/00
Filed: 1985-12-13
Abstract: PURPOSE:To recognize the distance, the size, and the form of an objective moving at a high speed by storing an image pickup data with high resolution at each storage circuit corresponding to plural TV cameras as approaching to an aimed area. CONSTITUTION:Thin-out degree setting circuits 6a and 6b generate thin-out degrees corresponding to bits of information from the aimed area set at area signal generation circuits 5a and 5b. Thin-out circuits 4a and 4b thin out photographing data sampling clocks with the thin-out degrees and generate write clocks. Storage circuits 3a and 3b store the image pickup data from TV cameras 2a and 2b synchronizing with the write clocks according to a write command from a processing circuit 1. And the image pickup data stored in high resolution is read out as approaching to the center of an image pickup visual field, and a body having the feature of the objective can be found. In this way, recognition for the distance, the size, and the form of the objective moving at a high speed can be obtained.
Patent JP-S61157760-A (JP)
Title: Ignition timing control system for internal-combustion engine
Inventor: NAGAI MASAAKI
IPC: F02P5/15
Filed: 1984-12-28
Abstract: PURPOSE:To expedite focusing to the value of an optimum ignition timing, by a method wherein, when the value of a fundamental ignition timing is corrected according to a correction amount set according to the operating condition of an engine, the coefficient of correction, by means of which a correction amount is set, is determined by learning the number of switchings of an angle of delay. CONSTITUTION:During operation of a vehicle, when in the region of an ignition timing, a correction amount of an ignition timing till a preceding time and the number of direction changings are retrieved by an ignition timing correction amount map circuit 33 and a number of direction changings holding map circuit 34. The coefficient of correction and a decision value, matching the number of direction changings are determined by a learning curve holding circuit 35 and a knock occurring interval decision value circuit 36. When knock occurs, a current knock strength and a knock occurring interval are computed by a computing circuit 38 by means of a signal from a knock sensor 37, and an angle of delay amount based on the results is retrieved from a gain map 39. An actual angle of delay amount is calculated by multiplying the angle of delay amount by the coefficient of correction, and a new correction amount is determined by deducting an actual angle of delay amount from a preceding correction amount.
Patent JP-S61157764-A (JP)
Title: Ignition timing control system for internal-combustion engine
Inventor: NAGAI MASAAKI
IPC: F02P5/153
Filed: 1984-12-28
Abstract: PURPOSE:To reduce a knocking occurrence rate, by a method wherein, when given learning conditions are satisfied in the same operation region, the same number of revolutions in relation to the operation region is computed, and when given learning conditions are satisfied in other region, each correction value is computed. CONSTITUTION:During operation of a vehicle, it is decided according to the number of revolutions of an engine and a suction air pressure whether a correction value is within the control range of a map stored in a ROM 17 in an MPU 18. When YES, the number of correcting times in said operation region is checked. When the number of correcting times is decreased to a specified value, it is decided whether a point (the number of correcting times), where learning is already completed in a region of the same air suction pressure, is present, and it is then decided whether a point, where learning is already completed in a region of the same number of revolutions of the engine, is present. In this case, when both results are decided to be YES, each correction value is computed, the whole of an ignition time control region is rewritten into a current computed value, and thereafter, the value of an ignition time is corrected as learning of each operation region is effected.
Patent JP-H08141771-A (JP)
Title: Light beam heating device
Inventor: UEDA MASAYOSHI
IPC: B23K26/08
Filed: 1994-11-15
Abstract: PURPOSE: To provide a light beam heating device whose arrangement and installing direction are selected comparatively freely without receiving constraint due to such reasons as ensuring maintenance, in the case of using the light beam heating device in combination with a robot and the like, even if the length of the optical fiber is comparatively short. CONSTITUTION: In the case where a light beam heating device is used in combination with a robot and the like, the arrangement and the installing direction can be selected comparatively freely without receiving constraint due to such reasons as ensuring maintenancce, surface 3 even if the length of the optical fiber 2 is comparatively short, by providing a port 4 for drawing out the optical fiber 2 on the front/rear and left/right sides of the cabinet 1.
Patent JP-H11122763-A (JP)
Title: 3-phase bus-bar assembly forming device and 3-phase bus-bar assembly forming method using the device
Inventor: FUJIWARA FUKUO
IPC: H02G5/06
Filed: 1997-10-14
Abstract: PROBLEM TO BE SOLVED: To improve workability of an assembly process of a 3-phase bus-bar unit. SOLUTION: An assembly process of a 3-phase bus-bar unit includes a process in which a 1st spacer 4 is placed on the placing part of an assembly device 1, a process in which a 1st spacer 4 is turned in a vertical direction and 1st 3-phase bus-bar conductors 5-7 are attached to the 1st spacer 4 in a horizontal direction, a process in which the assembly device is transferred into a bus-bar tank 8, the 1st spacer is fixed to one opening of the bus-bar tank and the 1st 3-phase bus-bar conductors are attached to collectors 9-11 in the bus-bar tank, a process in which a 2nd spacer 4' is placed on the placing part of the assembly device 1, a process in which the 2nd spacer 4' is turned in a vertical direction and 2nd 3-phase bus-bar conductors 5'-7' are attached to the 2nd spacer in a horizontal direction, a process in which the assembly device is transferred into the bus-bar tank 8,  the 2nd spacer is fixed to the other opening of the bus-bar tank and the 2nd 3-phase bus-bar conductors are attached to collectors 15-17 in the bus-bar tank.
Patent JP-H09129962-A (JP)
Title: Vertical resonator type semiconductor laser element and its manufacture
Inventor: UENOHARA HIROYUKI
IPC: H01S5/00
Filed: 1995-10-27
Abstract: PROBLEM TO BE SOLVED: To manufacture a laminated integrated vertical resonator type semiconductor element having a low threshold and a high efficiency at a high yield by forming a second laminated structure section on a first laminated structure section containing an active layer after ions are implanted into the first laminated structure section. SOLUTION: In the first crystal growing process of the manufacturing process of a vertical resonator type semiconductor laser element, a p-type DBR-shaped reflecting mirror 102, a nondoped spacer layer 103, an active layer 104 having a super- lattice structure, a nondoped spacer layer 105, and an n-type DBR-shaped reflecting mirror 106 are successively formed on a substrate 101. The number of layers constituting the topmost reflecting mirror 106 of the laser element is set so that the thickness of the mirror 106 can prevent the seepage of an electric field when the final structure of the laser element is completed and the standard extent of an ion implanted layer cannot reach the active layer and the ion implanted layer is enclosed in the DBR.  Then a proton-implanted layer 110 which is increased in resistance by implanting protons is formed and a new DBR-shaped reflecting mirror 107 is formed on the first laminated structure in a second crystal growing process and a p-electrode 108 is provided on the mirror 107.
Patent JP-S63135320-A (JP)
Title: Hair dyeing agent
Inventor: YOSHIDA MASASHI
IPC: A61K8/35
Filed: 1986-11-26
Abstract: PURPOSE:To obtain a dyeing agent capable of dyeing hair in an extremely low concentration under a mild condition in fastness and in dark color, containing a specific naphthalene derivative and benzyl alcohol. CONSTITUTION:A hair dyeing agent is blended with 1ppm-2ppm naphthalene derivative shown by the formula and 1-20wt%, preferably 5-10wt% benzyl alcohol. Dyeability of the dyeing agent is extremely increased by adding benzyl alcohol. The air dyeing agent exhibits hair dyeing power to bear practical use as a hair dyeing agent for making up or as gray hair dyeing agent. The hair dyeing agent readily colors by air oxidation without using a specific oxidizing agent, dyeing can be carried out under acidic - neutral condition and neither damages hair nor irritates scalp.