baber/WOPTO huggingface dataset:
Patent JP-H06301609-A (JP)
Title: Game data transfer system
Inventor: TSUMURA MIOJI
IPC: G06F13/00
Filed: 1993-04-15
Abstract: PURPOSE:To improve user's convenience and to eliminate the necessity of stock management by allowing a host station to transmit stored game data by satellite communication and allowing each terminal equipment to select the stored gate data and write the selected data in an optical disk. CONSTITUTION:The host station stores much gate data and cyclically transmits these stored data to all terminal equipments by satellite communication. On the other hand, each terminal equipment receives these game data through an antenna 2 and a tuner 3 and manages/stores the received data in a large scale storage device 4 in each file. When a user selects required game data out of data stored in the device 4 at the time of writing the game data in an optical disk 8, a controlling CPU 1 reads out a necessary file from the device 4 by using a RAM 6 as a working area and writes the read file in the disk 8 in accordance with a prescribed format. Consequently the user can quickly obtain the required game and the stock management in each game is made unnecessary.
Patent JP-H04317605-A (JP)
Title: Unit table
Inventor: AZUMA KATSUHIKO
IPC: A47B83/02
Filed: 1991-04-17
Abstract: PURPOSE:To convert the installation space to a small space and to improve the movability of the unit table by constituting a chair so that it can be contained in the lower space of the table, and also, can be connected to the table so as to be attachable and detachable. CONSTITUTION:A unit table 1 is constituted of a table 2 and one or more chairs 3, and in each table and chair caster means 15, 24 for facilitating its movement are provided. Also, the table 2 and the chair 3 consists of a shape which can be contained in the lower space of the table 2, and the table 2 and the chair 3 are connected so as to be attachable and detachable by connecting/containing means 14, 25, in a state that the chair 3 is contained in the lower space of the table 2.
Patent JP-H01283600-A (JP)
Title: Residue driving type speech synthesis device
Inventor: IWATA KAZUHIKO
IPC: G10L25/27
Filed: 1988-05-10
Abstract: PURPOSE:To generate a smooth synthetic voice less in deterioration by finding the frequency spectrum of a residual waveform read out of a storage means, converting the frequency spectrum of the residual waveform interpolated at a phoneme border by frequency components into a time waveform, and generat ing the voice. CONSTITUTION:A residue storage part 104 extracts the residual waveform used as a sound source for each phoneme according to input phoneme information, converts it into the frequency spectrum by Fourier transform, and sends it to a residue interpolation part 106. The residue interpolation part 106 generates the frequency spectrum of a sound source used of a phoneme or the connection part of a phoneme piece according to intepolation information inputted from an interpolation information input teminal 102 and a reverse Fourier transform part 107 converts it into the waveform a time area and sends it to a synthesizing filter part 110. The synthesizing filter part 110 composes a timbre waveform by using rhythm information, parameters, and the residue and outputs it from a voice output terminal 111. Consequently, the synthetic voice which has small deterioration even at the border part of the phoneme is generated.
Patent JP-S5816134-A (JP)
Title: Intake and exhaust device for air conditioner
Inventor: KAWAKAMI HITOSHI
IPC: F24F1/02
Filed: 1981-07-21
Abstract: PURPOSE:To save energy by manually opening and closing the door communicating an intake chamber and an exhaust chamber to close it during the intermediate season while opening it during the season of cooling or heating operation, further recirculating a part of exhaust air. CONSTITUTION:During cooling on heating operation, a door 9 is manually opened to allow a part of exhaust air to the air condition room 1 so that the rate of fresh air introduction can be adjusted. At the same time, the opening of air inlet 2 is adjusted, whereby the air conditioning room 1 and the door 9 serve as a duct and a damper. Although fine adjustment is not possible, this device is effective enough for air-conditioning the nowadays buildings with longer intermediate season. That is, during the intermediate season, the door 9 is closed to force the exhaust air to the outside through the outlet 7 by means of the fan 8. Fresh air is introduced through the inlet 2 with the discharge of exhaust air so that fresh air is allowed into the intake duct 4 for ventilation without operating the air conditioner 3. The whole air conditioning device takes only a relatively small space and installation cost is reduced. Also, this device is easily applicable to the existing room with no modification.
Patent JP-H06311432-A (JP)
Title: Solid-state image pickup device
Inventor: TAKAYANAGI ISAO
IPC: H04N5/374
Filed: 1993-04-19
Abstract: PURPOSE:To reduce a picture element pitch in a solid-state image pickup device where a switch for horizontal selection and a reset switch are provided in a signal reading part. CONSTITUTION:Vertical source selection lines 120-1,...120-4 connected commonly to the CMD picture elements in the vertical direction of CMD elements arrayed in a matrix state are provided, and the vertical source selection lines 120-1,...120-4 are connected with signal reading lines 115 and 116 which are different alternately every array via switches for horizontal selection 121-1, 121-2,...121-4. The vertical source selection lines 120-1,...120-4 are connected to different reset lines 117 and 118 which are provided independently corresponding to the signal reading lines 115 and 116 alternately every array via reset switches 122-1,...122-4 at the time of a non-selection.
Patent JP-S607019-A (JP)
Inventor: GUNJI HIROSHI
IPC: H01H11/00
Filed: 1983-06-27
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-S60260493-A (JP)
Title: Process and device for molecular beam epitaxial growth
Inventor: KAWAGUCHI NOBUHIRO
IPC: C30B25/14
Filed: 1984-06-04
Abstract: PURPOSE:To execute growth of good ON-OFF controllability of molecular beam in the titled process using an organometallic compd. as a starting material by cooling and capturing the organometallic compd. with a shutter provided between a substrate crystal and a gas-introducing cell. CONSTITUTION:For example, a rotary shaft 2, liquid nitrogen reservoir 3, introducing or discharging pipe 4, 5 for liquid nitrogen, flange 6, metallic vessel 7, cylinder 8 for contg. In(C2H5)3, and variable leak valves 9, 9' are provided to the titled growth device using an organometallic compsd. as a startin material. Further, a thermal decomposition cell for PH3, substrate holder 11, cyliner 12 contg. PH3, quadrupole mass spectrograph 13, nude ion gauge 14, and a vacuum pump 15 for ventillation are also provided to the device. If liquid nitrogen is introduced from outside through the pipe 4 and the surface of the vessel 7 is cooled, the shutter shields the molecular beam from In(C2H5)3. Therefore, when epitaxial growth of InP is executed, the growth of InP thin film is commenced by opening the shutter while liquid nitrogen is introduced into the vessel 7, and the crystal growth is stopped by closing the shutter.
Patent JP-H05312509-A (JP)
Title: Profile processing method
Inventor: KANEKO TORU
IPC: G01B11/00
Filed: 1992-05-07
Abstract: PURPOSE:To obtain a profile processing method for determining welding points accurately. CONSTITUTION:A range sensor 1 measures cross-sectional profile and outputs a series of coordinate points. A temporary groove point detecting section 3 detects temporary groove points from the series of coordinate points. Peripheral profile approximating line detecting sections 4, 5 approximate a series of coordinate points surrounded by two circles of different radius having temporary groove points as centers with minimum square error lines thus determining two peripheral approximate lines. Neighborhood passage deciding sections 6, 10 make a decision whether two approximate lines pass through the neighborhood of temporary groove point. If two approximate lines pass through the neighborhood of temporary groove point, a groove point detecting section 14 calculates the cross point of two approximate lines otherwise groove point neighborhood approximate line detecting sections 9, 13 determine groove point neighborhood approximate lines and then the groove point detecting section 14 calculates the cross point of two approximate lines thus determining a welding point, i.e., a groove point. In other words, profile lines are determined highly accurately based on minimum square errors without employing a differentiating operation susceptible to noise and then a welding point, i.e., a groove point, is determined accurately based on the cross point of profile lines.
Patent JP-S60259205-A (JP)
Inventor: NAKAYAMA ITSUO
IPC: A45B19/10
Filed: 1984-06-06
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-S5639617-A (JP)
Title: Television receiver
Inventor: MOGI NORIO
IPC: H04N5/44
Filed: 1979-09-06
Abstract: PURPOSE:To make it possible to receive a channel that corresponds to loaded data, by making an automatic return to the last channel a fixed period later when a look at another channel is taken temporarily. CONSTITUTION:Up to time T1, the 2nd channel, for example, is watched and at time T1, switch Sw is turned on. In consequence, the output of inverter 21 changes to ''1'' and rise signal P22 is led out of differentiating circuit 22 and received by memory 23 to store the contents of the 2nd channel. At point T2, switch S7 of a program on a different channel, e.g. the 7th channel is turned on to operate transistor Q7 on electric power voltage Vcc via resistance R7, thereby sending a channel  selection voltage to tuner 2 by way of emitter follower TR. At time T3 a fixed time later, on the other hand, monostable multivibrator 24 of resetting circuit 20 is put into operation, so that the 2nd channel can be received again which corresponds to the loaded data.
Patent JP-S5541940-A (JP)
Title: Ion sulphurizing and nitriding method
Inventor: KOJIMA YOSHIYUKI
IPC: C23C8/38
Filed: 1978-09-20
Abstract: PURPOSE:To form the sulphurized and nitrided layer of superior abrasion resistance and self-lubricity on steel plate surfaces by the nitriding the sulphurizing method by glow discharging in the mixed gases of NH3 and H2S or the mixed gases of at least one kind of H2, Ar, He and NH3, H2S with the iron or steel material as cathode. CONSTITUTION:The iron or steel member to be treated is put in an evacuated vessel to make a vacuum in the vessel, after which hydrogen gas is introduced therein and the material to be treated is raised of temperature to 400-600 deg.C by glow discharging. Next, the gas is substituted with the mixed gases of 95 up to 100% of NH3 and 0.01 to 5% of H2S or the mixed gases of 25-100% of NH3, 0.01-5% of H2S and the rest of at least one of Ar, H2, He. With the member to be treated as cathode, the glow discharge is continued in the gases containing NH3, H2S to let nitriding and sulphurizing the simultaneously effected through ion sulphurizing and nitriding. The sulphurized and nitrided layer of superior abrasion resistance and self-lubricity is formed.
Patent JP-S63281087-A (JP)
Title: Scanning method for laser radar
Inventor: ICHINOSE YUJI
IPC: G01S7/481
Filed: 1987-05-13
Abstract: PURPOSE:To reduce the output of an optical system driving device by scanning the visual field of a laser beam spirally at the time of scanning the visual field within a prescribed scanning area. CONSTITUTION:A microwave radar 19 scans a scanning area and a radar 19 detects a target and inputs position information on this target to the scanning area determination device 18 of a laser radar 6. Then when a determination device 18 determines the scanning area, the laser beam emitted by a transmitting laser 11 is sent through a beam splitter 12 and a transmitting and receiving reflecting mirror 13. Where, the reflecting mirror 13 is rotated by a driving device 17 in an elevation direction and a circumferential direction so as to realize a spiral scan. Then the laser light reflected by the target is inputted to a photodetector 14 through the reflecting mirror 13 and beam splitter 12. The detector 14 converts the light intensity into an electric signal, which is outputted to a signal processor 15. The processor 15 removes noises and processes clutters according to the direction of a sent laser beam obtained from the driving device 17 and an electric signal from the detector 14 and displays the target as an image on a display device 16, and the target can be detected with the displayed image.
Patent JP-H02296638-A (JP)
Title: Positioning device for label member
Inventor: MAEDA MASANORI
IPC: B65C9/26
Filed: 1989-05-08
Abstract: PURPOSE:To position a label member by moving the label member to a set position to a handling device by a method wherein a corrective device is operated under a condition where the aspiration force of a chuck device to the label member is reduced through a switching measure. CONSTITUTION:A switching valve 11a is switched to the operating position, and a switching valve 11b is switched to the neutral position. To a bottom surface opening 7a of a chuck device 7, high vacuum is given by a vacuum pump 9a, and the chuck device is reversed to a position where a label member 2 is stuck, and is lowered. As the result, the label member 2, which is stuck on a pallet 1, is drawn to the chuck device 7 by suction and is peeled from the pallet 1. Then the chuck device 7 is lifted, and when the chuck device 7 reaches a corrective station, the switching valve 11a is switched to the neutral position, and the switching valve 11b is switched to the operating position, and low vacuum is given to the bottom surface opening 7a of the chuck device 7 by a vacuum pump 9b. When an air cylinder 17 is extended, a corrective block 14, which is linked to the piston rod of the air cylinder 14, comes into contact with the label member 2 which is drawn to the chuck device 7 by suction, and the label member 2 is moved in the lateral direction by being pressed by the corrective block 14.
Patent JP-S62273216-A (JP)
Title: Production of alpha-methylstyrene-acrylonitrile copolymer
Inventor: YANAKA TAKUMI
IPC: C08F4/32
Filed: 1986-05-21
Abstract: PURPOSE:To obtain the titled copolymer having improved transparency and heat resistance as well as high molecular weight without coloring in high conversion, by adding a specific peroxy ester type organic peroxide to a blend of monomers, e.g. methylstyrene, etc., and polymerizing the monomers. CONSTITUTION:(A) 40-80wt% alpha-methylstyrene is blended with (B) 10-40wt% acrylonitrile and, as desired, (C) <=40wt% copolymerizable monomer, e.g. styrene, etc., and a peroxy ester type organic peroxide, e.g. tert-butyl peroxy octoate, etc., having 70-103 deg.C temperature of 10hr half-life in an amount of 0.1-3.0wt% based on the total amount of the components (A), (B) and (C) is added to polymerize the monomers at 80-120 deg.C by, e.g. suspension polymerization, etc., and afford the aimed copolymer.
Patent JP-H02293992-A (JP)
Title: Automatic ticket issuing device
Inventor: URAIRI KENICHIROU
IPC: G10L15/00
Filed: 1989-05-08
Abstract: PURPOSE:To easily execute input operation in a short period of time by providing a sound recognizing function in an input part. CONSTITUTION:At first, a switch 7 to limit an input to a microphone 6 is turned ON and the microphone 6 is set in an input state. Then, the input is executed by the sound of an operator. For example, when the sound input of 'from Sinagawa through Shinjuku to Hachioji' is execute, a fare for the block is led out by retrieval and arithmetic, etc., from a memory 9 and displayed in a display part 3. It is confirmed that the contents of the display are correct. Then, printing is started by a printer 4 according to the input from a keyboard 2 or the sound input of 'print,' for example, and a ticket is issued. When the 'Shinagawa' is not recognized by the vague input, similar reading such as 'Shinagawa,' 'Sunagawa,' 'Sinanogawa' and 'Shinkawa,' etc., is displayed in the display part 3 and determined by the input from the keyboard 2. Thus, anyone can easily execute the input operation in a short period of time.
Patent JP-H09301923-A (JP)
Title: Production of polymers of higher unsaturated fatty acids reduced in fluorescent color
Inventor: KIKAWA HITOSHI
IPC: C07C69/593
Filed: 1996-05-09
Abstract: PROBLEM TO BE SOLVED: To provide a method for producing the polymer of a higher unsaturated fatty acid by dimerizing the higher unsaturated fatty acid, reduced in a fluorescent color. SOLUTION: This method for producing the polymer of a higher unsaturated fatty acid comprises subjecting the higher unsaturated fatty acid of the formula CH3 (CH2 )m (CH=CH-CH2 )k (CH2 )n COOR1 [R1 is hydrogen or a 1-12C alkyl group; (m) and (n) are each 0 or an integer of >=1; (m)+(n)=3 to 17; (k) is an integer of 1-3] to an adsorption treatment in the presence of a physical adsorbent or chemical adsorbent in an inactive gas atmosphere at 50-200 deg.C, filtering the treated product, and subsequently dimerizing the obtained higher unsaturated fatty acid.
Patent JP-S5239584-A (JP)
Title: Vacuum evaporation apparatus
Inventor: MATSUZAKI HIDEO
IPC: C23C14/24
Filed: 1975-09-25
Abstract: PURPOSE:Simple and low-priced shutter mechanism for multi-source vacuum evaporation.
Patent JP-S596506-A (JP)
Title: Stationary induction apparatus
Inventor: SEKIDA SANAE
IPC: H01F27/18
Filed: 1982-07-03
Abstract: PURPOSE:To obtain a stantionary induction apparatus such as high voltage and high capacity transformer with high cooling power, especially semipool system insulation gas transformer by filling insulation gas in a tank and arranging a heat exchanger such as heat pipe in the part where the temperature rise is the maximum. CONSTITUTION:Coil 2 in a transformer tank 1 is wound around an iron core 3, and coolant 6 to cool this is housed with a coil 2 in a coolant tak 5. Therefore, the coolant tank 5 is storage part of the coolant 6, and the generated heat by a coil 4 is absorbed by the coolant 6 and vaporizes in the tank 1. A coolant storage 10 at the bottom of the tank 1 supplies the shortage, that is, the coolant vapored in the coolant tank 5, by passing the coolant in the storage 10 through a pipe 7 with a pump 8. In the transformer tank 1, where pressure is lowered and insulation is inferior as there is little vapor of the coolant 6 in starting the transformer at a low temperature, high insulation gas 9 is charged previously. This insulation gas 9 occupies more than half the capacity of the transformer tank 1 from the top, as the specific gravity of the insulation gas 9 is less than that of the vapor of the coolant 6. As insulation gas is uncondensable gass, the temperature rise of the vapor of the coolant is the maximum in the range from the middle to the lower part of the tank, where arranging a heat exchanger enables efficient cooling.
Patent JP-2000306633-A (JP)
Title: Connector connecting structure
Inventor: DOSHITA KENICHI
IPC: B60R16/02
Filed: 1999-04-22
Abstract: PROBLEM TO BE SOLVED: To assemble vehicle part set with a connector to a car body or the like and simultaneously connect a connector securely and promptly. SOLUTION: This connector connecting structure comprises a connector frame 7 having a connector 11 and a pillar-shaped protrusion 9 taller than the connector 11 in one plane, and a connector frame 3 having a groove part 16 capable of inserting all of the connector frame 7, the connector 11, and the pillar-shaped protrusion 9. A bottom surface 19 of the groove part 16 inclines so as to be shallower from a position of an opening toward a back part. A connector 21 is provided on the back part of the bottom surface 19 and faces to the connector 11. A bottomed hole 25 for inserting the pillar-shaped protrusion 9 is formed on a side of the opening so as to face to the pillar-shaped protrusion 9.  A space between both side surfaces 17 of the groove part 16 viewed from the position of the opening is formed so as to be approximately equal to a width of the connector frame 7 at a back side 17b of the groove and be wider gradually in a proximity 17a of the position of the opening.
Patent JP-S5448534-A (JP)
Title: Photosensitive element for color diffusion transfer
Inventor: ONODERA KAORU
IPC: G03C8/10
Filed: 1977-09-23
Abstract: PURPOSE:To accelerate image forming speed as well as to heighten image contrast  in a color diffusion transfer process using dye releasing redox (DRR) compounds, by using specific two kinds of DRR compounds. CONSTITUTION:Two kinds of non-diffusible dye image forming substances (DRR compounds) are used which are oxidized with oxide of a silver halide developing agent, releasing diffusible dyes at different speeds. For example, the compound of formula III with higher dye releasing speed is combined with the compound IV with lower speed out of DRR compounds represented by formulas I,II wherein each of M and M' is a radical which releases diffusible dye through redox reaction with oxide of a developing agent under alkali condition; each of col and col' is a dye portion; each of J and J' is a radical which forms aiffusible dye together with the dye portion; and n is 1,2,3 or 4.
Patent JP-H06330096-A (JP)
Title: Aromatic cleansing agent composition for flush toilet
Inventor: MISUMI MANABU
IPC: C11D17/00
Filed: 1993-05-17
Abstract: PURPOSE:To obtain an aromatic cleansing agent composition for flush toilet having long elution time of blending components of perfume and coloring agent, etc., excellent in slowly soluble property as well as shape-holding property and adhesiveness. CONSTITUTION:The cleansing agent composition consists of (A) 40-85wt.% of a polyether compound obtained by subjecting a polyethyleneimine having 10-200 active hydrogens and a branched structure containing primary, secondary and tertiary aminonitrogen and having 400-10000 number-average molecular weight or its derivative to addition reaction with a 3-40C epoxide and ethylene oxide containing in a weight ratio of 3-40C epoxide/ethylene oxide of (0/100) to (50-50) to afford an ethylene oxide-added polyether having 5000-600000 number-average molecular weight and then subjecting this ethylene oxide-added polyether to addition reaction with 0.4-10mol of 8-40C epoxide based on 1mol hydroxyl group of the ethylene oxide-added polyether, (B) 1-25wt.% of a coloring agent and (C) 1-30wt.% of a perfume.
Patent JP-H111346-A (JP)
Title: Coating for optical fiber
Inventor: BOURHIS JEAN-FRANCOIS
IPC: C03C25/106
Filed: 1998-04-24
Abstract: PROBLEM TO BE SOLVED: To obtain an optical fiber having a Young's modulus in a satisfactory range through simplified process by setting the temperature of the optical fiber to the value (T) deciding the polymerization temperature (T') of the coating material before a polymerizable coating material is coated on the surface of the optical fibers. SOLUTION: The optical fiber 1 is coated with the first polymerizable coating material for the primary coating such as an ultraviolet photosensitive polymer resin in the first coating machine 13. The first coating material is polymerized in the first polymerization enclosure 15 whereby the base body 2 is formed. The base body is heated up to the temperature (T) that decides the polymerization temperature (T') of the second material for the secondary coating and the temperature (T) is measured with the temperature sensor 16. The base body at the temperature (T) is coated with the second coating material in the second coating machine 17. The second material heated to the temperature T' on the optical fiber is polymerized in the second polymerization enclosure equipped with halogen lamps.