baber/WOPTO huggingface dataset:
Patent JP-H10101229-A (JP)
Title: Solid raw material supply hopper device
Inventor: TONE SEIJI
IPC: B01J4/00
Filed: 1996-09-26
Abstract: PROBLEM TO BE SOLVED: To eliminate the bridge problem of being packed of solid raw material by mounting a flexible material made member in a lower end part of a hopper and supplying and discharging liquid in a bag part formed in the flexible material made member and expanding and bending the flexible material made member and shifting a space between the lower end part of the hopper and a top side part of a feeder. SOLUTION: Level of supply amount of solid material F on a straight oscillation feeder 4 and a lower limit detecting photoelectric switch does not detect the solid raw material F when bridge causes in a hopper and the solid material is not supplied to the straight oscillation feeder. In this case, an electromagnetic valve for exhausting of a stopper 24 in a part where the bridge causes is opened for a constant time to exhaust air of constant amount and deforms the stopper 24 to bending direction. Accordingly, the bridge can be eliminated without feeding a large amount of material to other feeder part. The stopper is again set in vertical state and level of supply amount of the solid raw material F on the straight oscillation feeder 4 is again made desired state.
Patent JP-H10107411-A (JP)
Title: Coating device
Inventor: OYAMA KAZUYOSHI
IPC: B05C5/00
Filed: 1996-09-26
Abstract: PROBLEM TO BE SOLVED: To surely provide a required application amount for coating substance by extracting the data for specified substrate kind out of a library where application condition data is housed, and collectively confirming application conditions at the start of production. SOLUTION: A CPU automatically extracts an application condition data, based on an NC data which is housed in a library. Then, application data names are assigned for each cylinder 7, for deciding the order of application. While setting is made with application data name of first order is being decided, a bonding agent is delivered by air pressure to be applied on a recognition plate at a specified position. Then, the application point is moved into the field of vision of a camera 8 by movement of an XY-table 4, for recognition of the application amount. If an application diameter for the recognized bonding agent is not within the allowable range of application condition data, a correction time is calculated, and the bonding agent is applied with the correction time, and application diameter is recognized again with the camera 8.  Thus, recognition operations are performed continuously for all the application condition data.
Patent JP-H01128577-A (JP)
Title: Semiconductor device
Inventor: JIYON EDOWAADO KANINGUAMU
IPC: H01L21/338
Filed: 1988-10-12
Abstract: PURPOSE: To obtain a high mutual conductance by forming an atomic flat layer composed of a third material composition for delta-doping a second semiconductor layer at a predetermined distance from a hetero-interface in the second semiconductor layer and bringing the doping density of the atomic flat layer high so as to give a desired barrier thickness at a distance shorter than a predetermined value. CONSTITUTION: A channel layer 31 has a thickness of about 1.0μm and an AlGaAs spacer layer 32 is grown to a thickness between 0Åand 100Å. A delta-doped layer 33 has an Si (n-type dopant) dose thinner than a submonolayer and contains carriers at a concentration of NδD=4.0×10<12> cm<-2> or more. A doner layer 34 and a cap layer 35 are grown to the thicknesses and carrier concentrations which are attained by the conventional technique. The delta-doped layer 33 is grown in the spacer layer 32 by substantially injecting a dopant (Si when n-type) into a part at a distance Ws from a hetero-interface by the amount corresponding to a prescribed submonolayer while the growth of the layer 32 is interrupted during the growth of the layer 32.
Patent JP-S62116228-A (JP)
Title: Label for controlling preserving temperature
Inventor: HASEGAWA KIYOHARU
IPC: G01K11/06
Filed: 1985-11-15
Abstract: PURPOSE:To enable not only severe temp. control but also easy use, by adapting a color forming system using a methine dye precursor and an oxidizable material to a temp. display unit. CONSTITUTION:A holding layer, which contains a microcapsule (MC) having a hydrophobic org. compound with an arbitrary m.p. encapsulated therein, a methine dye precursor and an oxidizable material as essential components or contains said MC, a microcapsule (MC) encapsulating a compound having the methine dye precursor dissolved therein and the oxidizable material as one or more of a layer, and a printing part containing MC of an unvolatile org. solvent containing a methine dye and the oxidizable material being essential components as one or more of a layer are provided on a support. In adapting thus obtained unit to an article, MCs on the support are destructed by a proper method. Because the hydrophobic org. compound in MC has m.p. in the vicinity of the preserving temp. of an article to which the unit is adapted, said compound is solid at the desired preserving temp. of the article and, when the desired preserving temp. is exceeded, said compound melted and diffused to contact the methine dye with the oxidizable material and the methine dye precursor is allowed to form a color.
Patent JP-H03118836-A (JP)
Title: Catalyst for contact decomposition of nitrogen oxides and contact decomposition method
Inventor: KAGAWA SHIYUUICHI
IPC: B01D53/94
Filed: 1989-10-02
Abstract: PURPOSE:To obtain the catalyst which efficiently remove the nitrogen oxides(NOx) in exhaust gases even at a high temp. by incorporating copper ions and magnesium ions into zeolite having a specific SiO2/Al2O3 molar ratio or above. CONSTITUTION:The copper ions and magnesium ions are incorporated by a method, such as ion exchange method, into the zeolite, such as ZSM-5 or ZSM-8, having >=20 SiO2/Al2O3 molar ratio. The NOx is efficiently removed even at a high temp. without using a reducing agent, such as ammonia, if the catalyst obtd. in such a manner is brought into contact with gases contg. the NOx. The extremely good heat resistance is obtd.
Patent JP-S63110384-A (JP)
Inventor: FURUYA HARUMASA
IPC: E06B9/386
Filed: 1986-10-27
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-H0793051-A (JP)
Title: Housing case for portable electronic equipment
Inventor: MORINAGA KENICHI
IPC: G06F1/16
Filed: 1993-09-20
Abstract: PURPOSE:To eliminate the need for a dedicated stand as an accessory by constituting the housing case for protecting the portable electronic equipment so that the case can be used as the stand when the electronic equipment is used. CONSTITUTION:The hard case 2 which houses the portable electronic equipment 1 can have its lid 2Z opened and closed on a hinge 3. An internal groove 2C is formed in the recessed storage chamber inside the lid 2Z and a recessed part 2B is formed at the nearly center part of the back 2A of the lid 2Z. Further, a stand 6 and a wall part 2D are provided in the internal groove 2C. The stand 6 is constituted integrally with the internal groove 2C and consists of a raised plate 6A which is freely raised around a fulcrum 6C connected to the internal groove 2C and a support plate 6B which can rotate around a fulcrum 6D provided above it. The raised plate 6A is raised to open the support plate 6B at an acute angle, the tip of the support plate 6B is stopped from rotating by abutting on the wall part 2D of the internal groove 2C, and the electronic equipment 1 is fitted in from above the raised plate 6A, so that the equipment 1 is supported at a specific angle by making the tip of the raised plate 6A abut on the back of the equipment 1.
Patent JP-H0982313-A (JP)
Title: Nonaqueous electrolyte secondary battery
Inventor: FUKUNAGA TAKAO
IPC: H01M10/0566
Filed: 1995-09-07
Abstract: PROBLEM TO BE SOLVED: To enhance the charging efficiency and discharge capacity of a battery in the first cycle and stabilize the charge/discharge cycle life by forming a silicon compound film at least on a part of a carbon material for forming a negative electrode. SOLUTION: A coin type battery is sealed by caulking inward the opening end part of a positive case 1 and fastening the outer circumference of a sealing plate 2 through a gasket 6. A negative electrode 4 is formed by covering a carbon material with a silicon compound, crushing, forming paste together with a binder, then applying the paste to a current collector. Or, the pasty mixture of the carbon material and the binder, or the pasty mixture of the carbon material, the binder, and an additive for enhancing current collecting effect is applied to the current collector, dried, then the silicon compound film is formed on the surface of the carbon material. The silicon compound decreases irreversible reaction, absorbs a nonaqueous electrolyte to swell, and covers the surface of the carbon negative electrode 4 as a lithium ion conductive film, without disturbing electrode reaction.
Patent JP-H1190573-A (JP)
Title: Manufacture of metallic ring with each end butted
Inventor: ASANO YUJI
IPC: B21F37/00
Filed: 1997-09-19
Abstract: PROBLEM TO BE SOLVED: To effectively suppress or prevent each end butted part from being opened. SOLUTION: Inwardly bent part 7, 7 are formed in an intermediate part in the longitudinal direction of an aluminum wire stock 5 using a pair of upper and lower press dies 2, 3 having semi-circular recesses 2a, 3a for forming on surfaces opposite to each other, and a core 4 the outer circumferential part of which is arc-shaped over the semi-circular shape, and the rest of the outer circumferential part of which is a flat part 4b, the stock 5 is pressed and bent in a ring by opening the bent parts 7, 7 and butting end parts 5a, 5a to each other.
Patent JP-2001081415-A (JP)
Title: ISOLATION OF alpha-CHAIN FROM COLAGEN
Inventor: TANI TAKEHIRO
IPC: C08H1/06
Filed: 1999-09-09
Abstract: PROBLEM TO BE SOLVED: To provide a method of isolating and practically collecting an α1 chain component and an α2 chain component or fragments thereof from each other, which are contained in collagen, gelatin and a hydrolyzate thereof. SOLUTION: The method for isolating an α1 chain and an α2 chain of collagen or gelatin from each other comprises treating modified collagen or gelatin with a nonionic polymer or protein-modifier and an anionic surface active agent. Further, a method for isolating an α1 chain fragment and an α2 chain fragment derived from a hydrolyzate of collagen or gelatin comprises treating a hydrolyzate of modified collagen or gelatin with a nonionic polymer or protein- modifier and an anionic surface active agent.
Patent JP-H04133332-A (JP)
Title: Manufacture of semiconductor device
Inventor: MATSUDA JUNICHI
IPC: H01L29/78
Filed: 1990-09-25
Abstract: PURPOSE:To form an insulating film to be thick on a source and a drain which are at a low concentration and to reduce a tunneling current flowing between a high-concentration drain and a substrate by a method wherein a thick LOCOS oxide film is formed at the peripheral part and the outside of a first gate. CONSTITUTION:A gate oxide film 31, first polysilicon 32, a first insulating film 33 and a second insulating film 34 are deposited on a P-type semiconductor substrate 30. The film 34, the film 33 and the polysilicon 32 are etched sequentially; the polysilicon 32 is changed to a first gate 35. In succession, phosphorus ions are implanted in a rotary manner. A first source 36 and a first drain 37 of a low impurity concentration are formed as indicated by broken lines while they are self-aligned substantially by the patterned gate 35. A sidewall 38 is formed; in succession, a dry oxidation operation is executed at 950 deg.C; a LOCOS oxide film 39 is formed in about 300Angstrom . The film 34 and the film 38 are etched by using hot phosphoric acid. A second gate 40 is formed to be a sidewall spacer shape; the gate 35 and the gate 40 are coupled electrically. An oxide film 41 is formed on the surface of the gate 40; a second source 42 and a second drain 43 whose concentration is higher than that of the source 36 and the drain 37 are formed.
Patent JP-S63111543-A (JP)
Title: Test device for generation of high-speed state change
Inventor: TAKEUCHI MASAHITO
IPC: G06F11/22
Filed: 1986-10-29
Abstract: PURPOSE:To set the complicated working conditions of an electric power system and at the same time to control the relay output via a personal computer, by using a personal computer at a man-machine interface part to an operator. CONSTITUTION:The working conditions of a relay output unit 6 are inputted via a color display 3, a light pen 7 and a keyboard 5 on a personal computer and stored in a floppy disk 1. An operator uses the pen 7 to instruct execution of the working conditions stored in the disk 1. The personal computer actuates the relays of the unit 6 in the order of time series and according to said working conditions and gives the test data to an SOE (sequence of event) device. Thus SOE device and its additional computer analyze and process the test data given from a test device and print these analyzed and processed results through a printer.
Patent JP-H04133367-A (JP)
Title: Manufacture of znse blue light-emitting element
Inventor: MATSUURA KOICHI
IPC: H01L21/368
Filed: 1990-09-25
Abstract: PURPOSE:To manufacture a light-emitting element having a p-n junction by forming a p-type ZnSe layer onto an n-type ZnSe substrate through an electrochemical deposition method in an aqueous solution containing Zn and Se having a specific temperature range and an acceptor element. CONSTITUTION:An aqueous solution 1 obtained by mixing Na2-NTA in 0.27 and ZnCl2 in 0.17 to weight 1 of the mixed liquid of Na2SO3.7H2):Se: H2O=11.3:0.24:60(wt.) at room temperature is admitted into a quartz beaker 2. Zinc Zn and a low-resistance n-type ZnSe single crystal are dipped in the aqueous solution while using zinc as an anode 3 and the low- resistance n-type ZnSe single crystal as a cathode 4, and a DC power 5 is connected to these electrodes. The low-resistance n-type ZnSe single crystal 4 is 3mmX3mmX1mm in dimensions. A Pt wire 6 is connected to the low-resistance n-type ZnSe single crystal 4 in such a manner that In is attached onto one surface of a ZnSe single crystal, an In electrode 16 as an ohmic connecting electrode is acquired and the Pt wire 6 is bonded with the In electrode 16 by Ag paste 17. Varnish 7 and a glass tube 8 protect the junction of the In electrode and the Pt wire from the aqueous solion. The temperature of the aqueous solution is kept at a value from room temperature to 70 deg.C, preferably 60 deg.C, and voltage of 0.2-0.5V and currents of 20-50mum are conducted between both electrodes for two hr. Accordingly, an Au electrode 10 is formed onto p-type ZnSe deposited on the n-type ZnSe substrate 4 through vacuum deposition in size of approximately 0.9mmphi.
Patent JP-H10100979-A (JP)
Title: Steering system for motorcycle
Inventor: KODA HIDEO
IPC: B62K21/18
Filed: 1996-09-27
Abstract: PROBLEM TO BE SOLVED: To dispense with the use of split clamp structure to a handle crown by fixing upper cylindrical bodies of a front fork to the handle crown through steering handles. SOLUTION: Upper cylindrical bodies 5 of a front fork are fittingly inserted in round holes of a handle crown 7, and steering handles 19 are fitted to the upper ends of the upper cylindrical bodies 5. At this time, the upper cylindrical bodies 5 are fitted to round holes 24a of split clamp structure part 24, and in this state, tightening bolts are fastened to tighten the upper cylindrical bodies 5 by the split clamp structure bodies 24. Flanges 25 of the steering handles 19 are then fixed to the handle crown 7 by fixing bolts 27. Since the steering handles 19 are fixed to the handle crown 7, the upper cylindrical bodies 5 of the front fork are connected to the handle crown 7 through the steering handles 19 and fixing bolts 27. The split clamp structure parts are thereby used only for the steering handles, and its use to the handle crown can be dispensed with.
Patent JP-H03119741-A (JP)
Title: Ic taking-out and putting-in device
Inventor: KAMEDA MASAYUKI
IPC: H01L21/66
Filed: 1989-09-30
Abstract: PURPOSE:To reduce a size in an up-and-down direction of an IC taking-out and putting-in device by a method wherein, while an up-and-down sheet is lowered, an IC main body is pressed downward by using a hold-down piece and, while the up-and-down sheet is raised, the IC main body is raised by using a take out piece. CONSTITUTION:Hold-down pieces 16, 16 which are attached to an up-and-down sheet so as to be capable of being slid are slid to set a state that an IC 22 is held down or a state that it is released. In the state that the hold-down pieces 16, 16 press the IC, the up-and-down sheet is first lowered by using an up-and- down sheet driving cylinder; the IC 22 is put in a socket by using the hold-down pieces 16, 16. Then, when a measuring operation is finished, the up-and-down sheet is raised by using the up-and-down sheet driving cylinder 7; the IC 22 is taken out by using a takeout piece 15. Thereby, it is not required to install a cylinder for taking-out and putting-in use at the upper part of the socket as in conventional IC taking-out and putting-in devices. Consequently, an IC taking-out and putting-in device can be made thin.
Patent JP-S60148941-A (JP)
Inventor: YOSHIDA TATSUZOU
IPC: F24F7/10
Filed: 1984-12-04
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-H04136389-A (JP)
Title: Wood fire door
Inventor: OTA YOSHIHIRO
IPC: B27K3/02
Filed: 1990-09-25
Abstract: PURPOSE:To enhance the fireproof property of a wood fire door and also enrich the woodeness of the door by joining surface plates to both of the front and back sides of a core made by wood subjected to fireproofing, the surface plates each being made by the laminated lumber of solid wood. CONSTITUTION:Surface plates 2 each having carving 21 formed in the surface thereof and made by the laminated lumber of solid wood are joined to both of the front and back sides of a core 1 which is plywood made by wood veneer impregnated with a cation-contained processing liquid and an anion-contained processing liquid so as to generate and fix an insoluble, noncombustible inorganic material therein and which is subjected to fireproofing, so as to form a wood fire door. The core 1 being made of wood subjected to fire-proofing, the fireproof property of the fire door is enhanced and also because the surface is made of solid wood the fire door is rich in woodeness and the door is scarcely distorted and the manufacturing cost of the door can be reduced.
Patent JP-S61134847-A (JP)
Title: Information processor
Inventor: JITSUPOU AKIRA
IPC: G06F11/22
Filed: 1984-12-04
Abstract: PURPOSE:To change the machine clock of a device to be diagnosed even in an on-line mode and to attain the diagnosis of said device, by changing the data processing cycle of the device to be diagnosed in order to secure the nor mal working inside an information processor. CONSTITUTION:In a diagnosis mode only the clock of the 2nd arithmetic unit 103 to be diagnosed is set at a low speed. While a storage device 101 and an arithmetic unit 102 are actuated by the original machine clocks. Thus a clock selection indicating circuit 106 gives indications t a clock selection circuit 107 and a data processing cycle control circuit 105 so that the unit 103 works on the 2nd machine clock set at a lower speed than the original machine clock. As a result, the circuit 107 selects the 2nd machine clock and supplies it to the unit 103 via a clock signal line 122.
Patent JP-H09100248-A (JP)
Title: Production of multiple metal alkoxide complex
Inventor: MIYAZAKI TETSUYA
IPC: C07C31/28
Filed: 1995-10-03
Abstract: PROBLEM TO BE SOLVED: To produce the subject complex giving a highly pure multiple metal oxide maintained in the precise homogeneity of the composition in a high yield without using a carcinogenic solvent, etc., by reacting two or more kinds of metals, their salts or alkoxides in a specific solvent mixture. SOLUTION: The method for producing the multiple metal alkoxide complex comprises reacting two or more kinds of metals, their salts or alkoxides in the solvent mixture of (A) a solvent selected from a saturated hydrocarbon (preferably a 5-10C linear or branched hydrocarbon such as n-pentane), an ether (preferably a 3-10C linear or branched ether containing one or two oxygen atoms, such as diethyl ether), an ester (preferably a 3-8C ester such as methyl acetate) and a ketone (preferably a 3-8C ketone such as acetone) with (B) an alcohol (preferably a 1-6C saturated alcohol), and subsequently isolating the produced objective complex containing two or more kinds of the metals. The reaction is preferably performed in the atmosphere of Ar at 15-60 deg.C for 30min to 100hr.
Patent JP-S60138063-A (JP)
Inventor: REONAADO JIEEMUSU UESUTOFUOORU
IPC: C23C4/00
Filed: 1984-12-06
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-H03117761-A (JP)
Title: Power transmission device for shaft drive type motorcycle
Inventor: KAMATA SEIJI
IPC: F16H57/02
Filed: 1989-09-29
Abstract: PURPOSE:To adjust the tooth contact of bevel gears with each other by supporting a transmission output shaft at a crank case to be immovable along the shaft, and providing a shim between the crank case and a gear case where the driven bevel gear is installed. CONSTITUTION:A drive bevel gear 11 is formed at one end of a transmission output shaft 10, and an inner ring 21 of a bearing 20 fitted in a bearing support polished surface is fixed at the output shaft 10 by fitting in a spacer ring 13. An outer ring 22 is fixed by a key ring 32 to a shaft bearing hole 31 of a crank case 30, and the output shaft 10 is supported immovably along the shaft at a crank case 30 for eliminating deflection by shifting. A gear case 60 where a driven bevel gear 41 is installed is connected with the crank case 30 through a shim 70, so the tooth contact of the bevel gears 11, 41 is adjusted by existence of the shim 70, and shifting of the output shaft 10 will not occur at the time of adjusting work.
Patent JP-S62222-A (JP)
Inventor: TSURUMI MANABU
IPC: A01G9/00
Filed: 1985-11-15
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-S63111729-A (JP)
Title: Error correction coding device
Inventor: MASUNAGA MAKOTO
IPC: H03M13/00
Filed: 1986-10-30
Abstract: PURPOSE:To simplify constitution of the titled device by using a picture memory for a memory at mapping in common at the addition of an error correction code so as to decrease number of memories in use. CONSTITUTION:An analog picture signal is converted into a digital signal by an A/D converter 2 and the digital signal is stored in a frame memory 4. A memory controller 6 maps a data in the frame memory 4 in the order of readout while shifting or replacing the data in the memory 4 into the frame memory. A CPU 8 applies error correction code based on a data read from the frame memory 4 in the read of data, reads out the error correction code and adds it to the data. The digital signal subject to error correction coding led out from the frame memory 4 is sent via a modulation circuit 12.