baber/WOPTO huggingface dataset:
Patent JP-H05186921-A (JP)
Title: Method for automatically treating residual stock yarn in creel and apparatus therefor
Inventor: MURAKAMI SHIRO
IPC: B65H54/86
Filed: 1992-01-08
Abstract: PURPOSE:To provide a method and an apparatus for the automatic treatment of residual stock yarn left in a stock tow can after the drawing and post- treatment. CONSTITUTION:When an unmanned traveling vehicle 44 reaches a creel 40, a collection guides 22, 23 are extended above a stock tow can A to collect the residual stock yarn (y) on the groove 24 of the guide. A yarn-holding tool 28 is transferred to a position just below a cutter 25 with a robot 26 along a programmed path and the residual stock yarn (y) is clamped with the yarn- holding tool. The upper part of the residual stock yarn (y) is cut with a cutter 25. The residual stock yarn (y) is introduced into a pair of gear reels 16, 17 by the action of the robot 26 to clamp the yarn with the gears and, at the same time, the yarn is released from the yarn-holding tool 28 and dropped into a container 12.
Patent JP-H01176942-A (JP)
Title: Gas chromatograph
Inventor: MATSUI MASAMI
IPC: G01N30/26
Filed: 1988-01-06
Abstract: PURPOSE:To surely detect materials to be analyzed by removing the org. components in air, using such air as a carrier gas and connecting a detecting means to the discharge end of a column. CONSTITUTION:The org. materials of small mol.wt. are removed from the inflow air by a molecular sieve of a 1st vessel 11 and the org. materials of large mol.wt. are decomposed by oxidation catalysts 12 in the 2nd vessel 13 when a medium A and a seed B are housed in a cell 1 and the dry air is supplied into the vessel 11. The org. materials are absorbed by soda asbestos 14 of the 3rd vessel 15 and the air flows into the cell 1. The cell 1 is hermetically closed in the stage when the air in the cell 1 is completely replaced with the air from a carrier gas source 6. Then, the seed B enters a germination stage and the ethylene released by the germination is accumulated in the space part of the cell 1. The air contg. the accumulated ethylene in the cell 1 is discharged to the column 7 when the air of the carrier gas source 6 is injected into the cell 1 upon lapse of the prescribed time. The column 7 separates the gas to components and discharges the components to a hydrogen flame ionization detector 20. The detector 20 detects the components from the column 7.
Patent JP-S62160583-A (JP)
Title: Memory device for rotating and reducing picture
Inventor: SASANUMA HIROSHI
IPC: G06F12/00
Filed: 1986-01-08
Abstract: PURPOSE:To reduce a mounting area in a storage circuit without lowering an output video rate by processing n-number of planes in a gross out of n<2>- number of planes which can be read simultaneously, and storing them, after a data string is recovered, at the storage circuit temporarily. CONSTITUTION:A storage circuit 11 is constituted so that an address is given independently to each of four storage cells consisting of four planes. An original picture image which is inputted to a serial/parallel conversion circuit 111, and is converted to a parallel signal, is arranged with data arrangement circuit 12 and 13 so as to be read out by every four picture elements in the same manner from either of a line and a row directions in each block (picture elements with 4 by 4), and the address corresponding to each storage cell is generated and stored at an address conversion circuit 112. In case of reading, two planes out of four planes which can be read out simultaneously are set effective ones, and they are recovered with the data arrangement circuits 12 and 13, and after storing at latches 14 and 15, they are outputted with the data which are arranged at the circuits 12 and 13 at next.
Patent JP-H08274690-A (JP)
Title: Method and equipment to detect near end speech signal
Inventor: SUCHIIBUN ESU OU
IPC: H04B3/23
Filed: 1996-01-09
Abstract: PROBLEM TO BE SOLVED: To attain detection of a near-end speech signal even under a low S/N environment by deciding a mean power of an acoustic echo canceller output signal over a prescribed sampling time in response to a received transmission signal and an output signal of an adaptive filter. SOLUTION: An echo canceller 10 includes an adaptive filter circuit 12 and a near-end speech detection circuit 14. A power sampling circuit 50 of the near end speech detection circuit 14 receives an acoustic echo canceller output signal 26 and the power sampling circuit 50 decides a mean power signal 51 of the acoustic echo canceller output signal 26. Then a near-end detector 44 detects presence of a near-end speech in response to a long term mean signal 46, a mean power signal 51 and a long term power mean signal 53 and generates a near-end detection signal 24 to drive an adaptive filter 16 of the adaptive filter circuit 12.
Patent JP-H10199653-A (JP)
Title: Wind generating device by negative ion
Inventor: KAJIWARA YASUO
IPC: B03C3/40
Filed: 1997-01-09
Abstract: PROBLEM TO BE SOLVED: To provide a wind generating device using negative ions in which generation of ozone can be restricted to a harmless level, and in which high blow speed and large blow quantity can be generated. SOLUTION: In a device, ionic wind generated as ions generated by corona discharge move by an electric field formed at the time of corona discharge is taken out of the device. In this case, a discharge electrode provided with a needle metal 3a to apply a negative high voltage at the time of corona discharge, and a perforated flat electrode 2 provided to face the discharge electrode to apply a grounding or positive high voltage are provided, and a cylindrical electrode 1 having ozone decomposing catalyst or active carbon 4 applied on an inner surface to be used at the same potential to the perforated flat electrode 2 is disposed on the back flow side of the perforated flat electrode 2, so ozone molecules 10 generated by the ozone decomposing catalyst or active carbon in accordance with the corona discharge are eliminated from ionic wind.  In addition, ionic wind generated by move of negative ions 6 generated in accordance with the corona discharge by an electric field is taken out of the device.
Patent JP-S58119290-A (JP)
Title: Chroma signal processing circuir for video tape recorder
Inventor: AZEYANAGI TOMOMITSU
IPC: H04N9/87
Filed: 1982-01-11
Abstract: PURPOSE:To obtain a chroma signal processing circuit for a VTR in which a pilot frequency is offset to a horizontal synchronizing frequency, by using an oscillator used for the generation of a pilot signal for an oscillator of a carrier generating circuit used for the low frequency conversion of a chroma signal in common. CONSTITUTION:A signal at a head pulse input terminal 3 and an output of a phase syncyronism circuit 24 generating a carrier signal by 1/8 frequency-division are shifted by +90 deg. at each horizontal scanning period of the 1st field at a phase shift circuit 20, and shifted by -90 deg. at the 2nd field to generate a chroma signal frequency difference fH/2 between + or -1/4fH (where; fH is horizontal scanning frequency) offset and field. Frequency signals f1-f4 of the pilot signal corresponding to the 1st-4th fields are obtained by frequency-dividing the output of the frequency dividing circuit 50 at frequency dividing circuits 26-29 of a pilot signal generating circuit 40 with a specified frequency dividing ratio, and a tracking signal is obtained at an output terminal 7 with the signals and a reproduced pilot signal from a terminal 2.
Patent JP-H09191290-A (JP)
Title: Wavelength dispersion compensation system for optical transmission line
Inventor: MIKAMI SATOSHI
IPC: H04B10/2525
Filed: 1996-01-10
Abstract: PROBLEM TO BE SOLVED: To apply wavelength dispersion compensation to all optical signal wavelength bands with different wavelength dispersion simultaneously and completely by compensating wavelength dispersion through each optical transmission channel independently for each wavelength of each optical signal subject to wavelength multiplex. SOLUTION: A wavelength multiplex optical signal (wavelength λ1-λn) from an optical transmission line is distributed into (n) by a branching coupler CPL 10 and given to wavelength separating BPFs (band pass filters) 11-1-11-n. The distributed optical signals with wavelength λ1-λn are subject to wavelength dispersion compensation by wavelength dispersion compensation sections θC12-1-12-n. Each optical signal after the wavelength dispersion compensation is re-combined by a CPL 13 and the result is sent to the optical transmission line. A zero dispersion fiber is employed for the wavelength dispersion compensation sections 12-1-12-n and the length of each wavelength dispersion compensation fiver is selected so as to allow equivalent zero dispersion as a whole. Thus, zero dispersion is applied to each wavelength.
Patent JP-H11254567-A (JP)
Title: Fiber-reinforced resin structural member, manufacture thereof, and roofing material or wall material using the member
Inventor: HORIBE IKUO
IPC: B29C70/06
Filed: 1999-01-07
Abstract: PROBLEM TO BE SOLVED: To effectively display the high strength and the high coefficient of elasticity even during five by arranging a fireproof material layer on at least, one of the faces of a fiber-reinforced resin structural member of a sandwich structure having a fiber- reinforced resin layer laminated on both faces of a core layer, as a monolithic form. SOLUTION: An FRP layer 2 comprising a reinforcing fiber base material 4 and a matrix resin is arranged on both sides of a core layer 4, and further a fireproof material layer 3 is arranged on the surface of one of the FRP layers 2 to form the monolithic FRP structural member 1. The FRP layer 2 consisting of the reinforcing fiber base material and the matrix resin has the fireproof material layer 3, laminated thereto, which is composed of a fireproof material layer 3a and a heat insulating layer 3b and has a density of 700 kg/m<3> or less, as the monolithic FRP structural member 1. The core material 4 is composed of a core and the matrix resin as packings. The FRP structural member is preferably used because large-size moldings using the member can be manufactured at a low cost by resin transfer molding process or a vacuum bag molding process.
Patent JP-S61163556-A (JP)
Title: Mercury lamp with buil-in ballast
Inventor: SHIMIZU KENICHI
IPC: H01J61/96
Filed: 1985-01-11
Abstract: PURPOSE:To limit the rise of temperature and facilitate assembly by integrating a sealing vessel adapted to encapsulate a coil filament and another sealing vessel serving as a luminous tube in series to each other via a common sealing part. CONSTITUTION:First and second sealing vessels 1b and 1a are serially formed via a common sealing part 4. The vessel 1b is adapted to encapsulate a coil filament 12' operating as a ballast, while the vessel 1a adapted to encapsulate a pair of main discharge electrodes 2a, 2b, mercury, and rare gas. In addition, one end of the filament 12' is connected with the electrode 2b via a conductor 16 sealed in a sealing part 4. While, the other end of the filament 12' and the electrode 2a are respectively connected with an outer conductor 11 and an external conductor 7. the vessels 1b and 1a arranged as such are serially formed and encapsulated into an external tube 13. Hereby, the rise of temperature of the external tube 13 is retrieved, while the vessels 1b, 1a are, since integrally formed, assembled into the external tube 13 with ease.
Patent JP-S62160750-A (JP)
Title: Substrate-voltage generating circuit
Inventor: NAKAJIMA MITSUO
IPC: H01L29/76
Filed: 1986-01-10
Abstract: PURPOSE:To reduce a forward voltage, to reduce the number of elements and to obtain sufficiently low voltage, by forming an excellent substrate-voltage generating circuit in a CCD, by existing unified process of a CMOS process and a CCD process. CONSTITUTION:A P-N diode 23 is formed by a CMOS well 12 and a diffused layer 13, which is formed by source and drain regions. Only when an input pulse, which is applied to a pulse input terminal 26, is at a high level, a MOS switch 24 is conducted. Thus a voltage, which is obtained from the anode side of the diode 23, is imparted to a substrate 11. The diode 23 is formed by the CMOS well 12 and the diffused layer 13 of the source and drain regions and accommodated in the same semiconductor substrate as a charge transfer device by a unified process. By using the P-N junction diode in this way, the substrate- voltage generating circuit having excellent characteristics, can be formed on the semiconductor substrate, which is the same as the CCD, with the small number of elements.
Patent JP-S58130603-A (JP)
Inventor: RICHIYAADO RANGUHETSUKU
IPC: H01Q1/10
Filed: 1983-01-10
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-H11197748-A (JP)
Title: Bending method of plate material
Inventor: SAKAI HIDEAKI
IPC: B21D5/02
Filed: 1998-01-08
Abstract: PROBLEM TO BE SOLVED: To provide a bending method of a plate material capable of precisely bending the plate material to a prescribed angle with a simple process appropriately taking spring back into account. SOLUTION: This bending method of a plate material is provided with a first test bending process to calculate a first spring back rate α (XD1 ) at the time of performing bending a plate material at a desired bending angle XD1 , a second test bending process to calculate a second spring back rate α (XD2 ) at the time of performing bending for the plate material at a bending angle XD2 different from the bending angle XD1 and a desired set bending angle deciding process in which a desired set bending angle XD3 at the time of pressing is decided based on a linear relation between the desired bending angle XD1 /the first spring back rate α (XD1 ) and the different bending angle XD2 /the second spring back rate α (XD2 ) so that a bending angle after spring backing becomes the desired bending angle XD1 .  Then, bending is performed at a desired set bending angle XD3 for the plate material for a product.
Patent JP-H03206532-A (JP)
Title: Display system for display subject information
Inventor: MIYAKE HIDEO
IPC: G06F11/32
Filed: 1990-01-09
Abstract: PURPOSE:To shorten the time required for transfer of the display subject information by an extent equivalent to the display time for the unchanged information by obtaining the difference between the current display subject information and the precedent one and transferring only the obtained difference to a display device. CONSTITUTION:A reference part 6 reads the information to be displayed out of a computer system 1 and transfers it to a comparison part 8. The part 8 compares the received information with the contents of a precedent display subject information buffer 9 as long as a valid flag 10 is equal to 1 and transfers the difference obtained from the comparison to a display part 7. The part 7 transfers the information received from the part 8 to a display device 4. Thus it is checked whether each of those display subject information read out of the system 1 should be sent to the device 4 or not. Then only the due information are sent to the device 4. As a result, the time required for display of information can be shortened.
Patent JP-S61161916-A (JP)
Inventor: YOSHIDA SHOTARO
IPC: H02G9/06
Filed: 1985-01-10
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-H09189365-A (JP)
Title: Ultrasonic drive valve device
Inventor: TAKEUCHI YASUSHI
IPC: F16K3/22
Filed: 1996-01-10
Abstract: PROBLEM TO BE SOLVED: To miniaturize an ultrasonic driving valve device and prevent the leakage of internal fluid by linking an ultrasonic motor with a stem, providing a rotation range limit stopper on a valve element, and interposing a torque limitter on a joint part between the motor and the stem. SOLUTION: When an ultrasonic motor is energized, a disc spring 12 rotates in the arrow direction, the inside edge of a notched part 12a abuts on the top of a ball 13a, a ball valve element 4 rotates by 90 deg. simultaneously with the stem 6, and the primary- and secondary-side paths 26, 27 are linked with each other by a valve hole 5. Then, a stopper 19 in the bottom of the valve element 4 abuts on one end of a staged part 20 so as to prevent the rotation. When a torque more than a specified value is applied thereon, the top of the ball 13a slides on the bottom face of the disc spring 12 so that the torque does not act on the valve element 4.  When the paths 26, 27 are closed and the motor is driven in the inverse direction, the stem 6 and a valve element 4 are rotated inversely, the stopper 19 abuts on the other end of the staged part 20 so as to obstruct the rotation, and the top of the ball 13a slides on the bottom face of the disc spring 12 so as to actuate a torque limitter. This constitution can miniaturization the device and prevent the leakage of the inside fluid.
Patent JP-H09188482-A (JP)
Title: Car holding method for hydraulic elevator
Inventor: FUJITANI KENICHI
IPC: B66B5/00
Filed: 1996-01-10
Abstract: PROBLEM TO BE SOLVED: To improve the safety when work is carried out on the top of a car in an elevator shaft. SOLUTION: In such a state that a car 2 is lowered to the lower part of an elevator shaft 1, a worker 15A on the car 2 suspends a suspension tool and a worker 15B present at the lower part of the elevator shaft 1 winds the intermediate part of the suspension tool around the bottom of the car 2. After the car 2 is raised to a desired height position of the elevator shaft 1, the worker 15A fixes hooks 12A and 12B at the two ends of the suspension tool at respective rail brackets 10. By operating a ratchet mechanism part, the length of the suspension length is regulated. After the car 2 is held through the suspension tool, a plunger 6 is lowered and this way slacks a main rope 4 and operates the emergency stop device of the car 2.
Patent JP-H08192816-A (JP)
Title: Treatment device of sheets of paper
Inventor: YOSHIZAWA KENJI
IPC: B65H35/00
Filed: 1995-01-11
Abstract: PURPOSE: To provide a treatment device of sheets of paper which has a high capacity and does not bring stains, breakage or loss against sheets of paper. CONSTITUTION: In a treatment device 10 of sheets of paper, sheets of paper are transferred between a cutter 30 and a finish device 50, the finish device 50 and a packing mechanism 70, the finish device and a treatment device 90 of removal bundles, and the treatment device of removal bundles and the finish device, by conveyors 11, 15 positioned in respective portions, regardless of external conditions. Only at the time when inferior sheets of paper included in the sheets of paper bundled by a one hundred bands-binding part 5 are held in a specified keeping structure, the same information with the sheets of paper kept in the keeping structure is printed on the sheets of paper for exchange held in a substitute printing part.
Patent JP-S59127195-A (JP)
Inventor: TODA MITSUHARU
IPC: G08B13/06
Filed: 1983-01-10
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-S57115752-A (JP)
Title: Ion detector for mass spectrograph
Inventor: KUNIHIRO FUMIO
IPC: H01J49/30
Filed: 1981-01-10
Abstract: PURPOSE:To enable negative ions to be detected without causing any decrease of the multiplying factor by use of an additional simple constitution, by installing a conversion electrode in front of an ion multiplier, which amplifies electrons converted from ions, and forming a deflected electric field around said conversion electrode. CONSTITUTION:A slit 2 is placed near a first dynode D1 of an ion multiplier 1, which is constituted of from the first to a (n)th dynode Dn. Two pieces of earth electrodes 3 and 4 are located in front of the slit 2 so that the ion passing holes of the electrodes 3 and 4 coincide. An ion beam I selected by a magnetic-field- type mass spectrometric system, after passing through the above ion passing holes, becomes incident upon the first dynode D1. A conversion electrode 5 and an opposing electrode 6 are installed between the electrodes 3 and 4 so that the ion path is located between the electrodes 5 and 6. Earth electric potential is given to the electrode 6, while high and positive electric potential or earth electric potential is selectively given to the electrode 5 from a D.C. power source 8 through a switch 7.
Patent JP-H05189552-A (JP)
Title: Color change processing system for color image
Inventor: SUZUKI YOSHIHARU
IPC: G06T15/80
Filed: 1992-01-10
Abstract: PURPOSE:To change the colors of color images at a high speed and in a natural way with a color change processing system for color images which changes the colors of objects contained in the color images. CONSTITUTION:The color data on each picture element of an object image are expressed in an addition vector that includes an object color vector which is multiplied by the coefficient value K1, an illumination light vector which is multiplied by the coefficient value K2, and a secondary reflected light vector which is multiplied by the coefficient value K3 respectively. Then a coefficient value calculating means 16 calculates the coefficient value Ki of each picture element based on those designated vectors and the color data on the object image. In such a constitution, the color data on each picture element is calculated from the given color change condition vector and the calculated value Ki. Under such conditions, only the coefficient value Kj is calculated for the vector which varies before and after the change of colors. Thus the color data on each picture element can be calculated from the vector which is prescribed by the value obtained by multiplying the value Kj and its corresponding differential vector set before anti after the change of colors and the total vector of the unchanged color data.
Patent JP-S63208577-A (JP)
Inventor: UDO KURAATSU
IPC: A01N55/00
Filed: 1988-01-11
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-S63253029-A (JP)
Title: Pharmaceutical composition
Inventor: FAROLFI GIANCARLO
IPC: A61K47/38
Filed: 1988-01-11
Abstract: The combination of a hydrophilic polymer with sulglycotide in pharmaceutical compositions for orally use enhances the anti-ulcer activity of sulglycotide.
Patent JP-H07206740-A (JP)
Title: Novel alicyclic diol and method for producing the same
Inventor: SUZUKI HIDEO
IPC: C07C31/27
Filed: 1994-01-14
Abstract: PURPOSE:To provide novel 8,9-dihydroxymethyl-tricyclo[5.2.1.0<2.6>]decane capable of being utilized as a raw material for polymers, especially polyesters, and capable of being easily synthesized in a high yield. CONSTITUTION:8,9-Dihydroxymethyl-tricyclo[5.2.1.0<2.6>]decane of formula I. The compound of formula I is obtained by reducing a tricyclo[5.2.1.0<2.6>]dec-3-ene-8,9- dicarboxylic acid derivative of formula II [A is OH, OR (R is alkyl, unsaturated alkyl, cycloalkyl, benzene-substituted alkyl, benzene-substituted unsaturated alkyl, but alkyl and unsaturated alkyl may contain an O atom and/or a N atom); A and A together form >O] or a tricyclo[5.2.1.0<2.6>]decane-8,9-dicarboxylic acid derivative of formula III.
Patent JP-H01280190-A (JP)
Title: High-frequency sealing shielding door
Inventor: ARUBAATO BURAITOHAUPUTO
IPC: E06B5/18
Filed: 1989-01-09
Abstract: PURPOSE: To reduce abrasion of engaging means, and to lengthen the service life by setting a tail end position separate from door bodies of shielding plates parallelly movably installed on surfaces of the door bodies as a closing position of the engaging means, and setting a tail end position close to the door bodies as an opening position. CONSTITUTION: Door bodies 1, 1 having shielding plates 16, 16 are rotatably installed in door frames 2, 2, and space shielding means 9, 9 and engaging means 20, 20 for conductively connecting the shielding plates 16, 16 are provided. These shielding plates 16, 16 can be moved in parallel to surfaces of the door bodies 1, 1 between two tail end positions. A tail end position separate from the door bodies 1, 1 is set as a closing position of the engaging means 20, 20, and a tail end position close to the door bodies 1, 1 is set as an opening position. Thus, a movement of the engaging means 20, 20 is separated from a movement of the door bodies 1, 1 to remarkably reduce abrasion of a member.