baber/WOPTO huggingface dataset:
Patent JP-H11109385-A (JP)
Title: Liquid crystal display device
Inventor: HIRAKATA YOSHIHARU
IPC: G02F1/1362
Filed: 1997-10-06
Abstract: PROBLEM TO BE SOLVED: To reduce level difference on the lower side of a seal area by providing a sealant, a liquid crystal material, an external connection wiring for connecting an active matrix display circuit and a peripheral driving circuit to a circuit existing outside the sealant, and an adjustment layer between the substrate and the counter substrate. SOLUTION: The substrate 101 and the counter substrate are arranged oppositely to each other through a sealant 105 having an injection hole, so that a panel is constituted. The substrate 101 is provided with an active matrix display circuit, peripheral driving circuit such as a shift register and a decoder for driving the display circuit, and an external connection wiring 108 which electrically connects each circuit to a circuit outside the sealant so as to transmit a signal. The external connection wiring 108 is connected to the external circuit through a flexible printed circuit. Under the sealant 105 through a film between resin layers, an adjustment layer 106 is continuously provided along the sealant 105, in the area where no external connection wiring 108 exists in the same layer as the wiring 108 is installed.
Patent JP-H08126113-A (JP)
Title: Brake system of electric motor car
Inventor: SHIMAMURA MORIHIKO
IPC: B60L7/24
Filed: 1994-10-28
Abstract: PURPOSE: To increase regenerative brake power when a mechanical brake device starts the braking by providing an on/off valve, which closes a pressure path until the maximum regenerative brake power is obtained with a regenerative brake device and opens the pressure path when the maximum regenerative brake power is obtained. CONSTITUTION: A regenerative brake device 3 detects the amount of a stroke as the operating state of a brake pedal 1 with a sensor 12 and inputs the signal from the sensor 12 into a controller 13. The controller 13 closes a pressure path 35 with an on/off valve 36 until the regenerative brake power is obtained to the maximum regenerative brake power at the regenerative brake power device 3 when a brake pedal 1 is depressed in accordance with the increase in stroke amount of the brake pedal 1. Therefore, when the maximum regenerative brake power is obtained, the pressure path 35 is opened with the on/off valve 36. Thereafter, the maximum regenerative brake power is maintained even if the brake pedal 1 is depressed. Thus, the regenerative brake power when a mechanical braking device 2 starts the braking can be made large.
Patent JP-S62148866-A (JP)
Title: Connector connection system
Inventor: YOKOYAMA NOBORU
IPC: G01R31/04
Filed: 1985-12-24
Abstract: PURPOSE:To detect the mount state of a connector securely with simple, inexpensive constitution by providing the 1st connector among plural connectors to be connected with a means which short-circuits plural terminals of the 2nd connector connected to the 1st connector, and detecting its continuity and detecting the connection state of the connectors. CONSTITUTION:A connector 5 is provided with detection electrodes 3a and 3b and terminals 5a and 5b for detection which can be contacted when the connectors are connected mutually. A detection signal supplied to the terminal 5a is held high in level and then a strobe pulse is applied to a flip-flop 6, whose output is decided. A low level is outputted unless the connectors are connected completely, and then the unmount state of the connectors is detected. When a high level is outputted, on the other hand, the detection signal is held low in level to monitor the output state of the flip-flop 6, thereby deciding that the connectors are mounted when the low level is outputted or not mounted when the high level is outputted.
Patent JP-H07142248-A (JP)
Title: Ground coil device
Inventor: ANDO TOSHIHARU
IPC: H01F7/20
Filed: 1993-11-18
Abstract: PURPOSE:To provide a ground coil device wherein, even when there exists a difference in flatness between individual metal bushes, an excessive stress will not be generated in the bonding face of a metal bush to a mounting rib when the device is attached and tightened to the sidewall of a concrete track. CONSTITUTION:In a ground coil device, a metal bush 23 is buried in a mounting bush 2a which constitutes a part of an insulating housing which wraps a coil conductor, the ground coil device is fixed to the sidewall 10 of a concrete track by using the metal bush 23, and a vehicle is propelled in cooperation with an on-a-vehicle coil device mounted on the vehicle by an electromagnetic action. In the ground coil device, hemispherical counterbored parts are executed to both end parts of the metal bush 23 which is made of nonmagnetic steel, the ground coil device is tightened by a bolt 12 via hemispherical washers 33, 34 which are fitted respectively to the counterbored parts, and the ground coil device is fixed to the sidewall 10.
Patent JP-2000105336-A (JP)
Title: Zoom lens
Inventor: NANJO YUSUKE
IPC: H04N5/225
Filed: 1998-10-12
Abstract: PROBLEM TO BE SOLVED: To provide a zoom lens capable of covering from an ultra-wide angle area to an ultra-telephotographing area, being miniaturized and compensating every kind of aberration by setting the angle of view to >=85 deg. at a wide angle end and <=2.5 deg. at a telephotographing end by assuming the use of a camera shake correction means depending on video signal processing. SOLUTION: In this zoom lens 1 having a lens system constituted of 19 lenses being five groups; f1.4 is the synthetic focal distance of the 1st lens L1 to the 4th lens L4 of a 1st lens group Gr1, fI is the synthetic focal distance of the 1st lens group, h1.4 is the height of a paraxial ray which is parallel with an optical axis and whose height is 1 at the time of emitting the paraxial ray from the 4th lens when the paraxial ray is made incident from an object side, f1.3 is the synthetic focal distance of the 1st lens to the 3rd lens L3 of the 1st lens group, f2 is the focal distance of the 2nd lens L2 and r6 is the radius of curvature of the surface of the 3rd lens on an image surface side. Respective conditions |fI/f1.4|<0.04, 1,25<hl.4<1.5, 0.2<|f1.3/f2|<0.5 and 0.8<r6/fI<1.5 are satisfied.
Patent JP-H03149479-A (JP)
Title: Control valve
Inventor: KAJINO YASUHIRO
IPC: F16K47/02
Filed: 1989-11-07
Abstract: PURPOSE:To effectively reduce the noise of a valve itself by providing a radial turbine in the gas passage between the inlet of the valve body and the outlet thereof making an operating fluid of the gas passing through this passage. CONSTITUTION:A radial turbine 7 is incorporated in a control valve 1, and when gas expands, it gradually adiabatically expands in the passage of the radial turbine 7. Thus, this energy is converted into the rotating energy of the turbine 7, and is hardly converted into sound, and accordingly reduction in noise can be achieved. As the rotation of the radial turbine 7 increases, a centrifugal impeller 10 for brake use which has been provided on the other end of a turning shaft 9 having the radial turbine 7 on its one end is turned to brake the rotation of the radial turbine 7.
Patent JP-H09105243-A (JP)
Title: Method for installing lining material for large tank and working carrier
Inventor: OI KOJI
IPC: E04H7/18
Filed: 1995-10-11
Abstract: PROBLEM TO BE SOLVED: To improve the workability and to shorten the construction period by elevating a working stage mounted on a carrier, which moves on the bottom surface of a tank, and arranging a lining material such as a cold reserving panel and a membrane in the inner surface of a roof and the inner surface of a side wall of the tank. SOLUTION: A working carrier A is moved and fixed to the bottom of a tank C, and cold reserving panels are installed over from the lowest stage to the highest stage in order with a rise of a working stage 5. Next, the carrier A is moved along a side wall in the circumferential direction, and the cold reserving panels are installed over from the lowest stage to the highest stage in order, and the cold reserving panels are installed in all the circumference of the side wall. Membrane long panels 19 are hoisted by using a group of rollers, and after installing the cold reserving panel at the highest stage, the working stage 5 is operated for lowering in order, and the penal installation of the same line is performed.  Next, the carrier A is moved in the circumferential direction along the side wall, and the panels 19 is installed in order by using a hoisting device 20 and a group of rollers 7. Installation of membrane in all the circumference of the side wall is thereby completed, and the workability is improved.
Patent JP-H05101507-A (JP)
Title: Mechanism for unloading disk cartridge
Inventor: ISHIKAWA HIDEYO
IPC: G11B17/04
Filed: 1991-10-09
Abstract: PURPOSE:To enable a manual unloading operation with slight manual power and without using a special tool when a motor for transferring respective loading cam plates is out of operation. CONSTITUTION:A cam piece 27 transmitting the driving power of the motor to a transmission lever 21 engaged with a pair of cam plates 10 and 11 for the lifting operation of a disk cartridge is releasablly engaged with the transmission lever 21 by a cam piece engaging lever 26 capable of sliding.
Patent JP-H09134912-A (JP)
Title: Method of controlling gas flow rate and semiconductor manufacturing device using the same
Inventor: ITO FUMIO
IPC: H01L21/316
Filed: 1995-11-08
Abstract: PROBLEM TO BE SOLVED: To automatically correct the shift of a set flow rate in a mass flow controller from a real flow rate and to perform a control of the flow rate of a process gas, which is introduced in a processing tube, with high accuracy. SOLUTION: Gas consumed by forming an oxide film on the surfaces of semiconductor wafers W is exhausted outside of a processing tube 2 through an exhaust vent 2b and after hydrogen gas is detected by a hydrogen gas detector 10, the gas is cooled by a cooler 11, an oxygen concentration in the gas is detected by a gas concentration analyzer 12 and the gas is exhausted. Data on the oxygen concentration detected by the analyzer 12 is converted into the flow rate of oxygen gas being fed to an external combustion device 7 by a gas flow rate converter 13.  When the flow rate of the oxygen gas is much, a tube controller 14 outputs a control signal for lessening the feed of the oxygen gas to a mass flow controller 8, when the flow rate of the oxygen gas is little, the controller 14 outputs a control signal for increasing the feed of the oxygen gas to the controller 8 and the controller 14 performs a control of the oxygen concentration so that the oxygen concentration is a prescribed value.
Patent JP-2000106582-A (JP)
Title: Transmitter, receiver and transmission device
Inventor: OSHIMA MITSUAKI
IPC: H04N19/89
Filed: 1999-10-12
Abstract: PROBLEM TO BE SOLVED: To attain both NTSC and HDTV broadcasts in the satellite broadcasting by setting individually the error correction capabilities and including the information in the information on the placement of signal points to decide every threshold group. SOLUTION: The error correction coding parts 871a and 871b set individually the error correction capabilities for the error correction coding processes which are applied to the 1st and 2nd data strings. A modulator 4 shifts the signal points to other points set on a space diagram so as to set the minimum distance at (2δ×S) between both adjacent signal points. Then m pieces of signal points can be discriminated from each other by a 1st threshold group which divides the space diagram into m pieces of signal points, and n pieces of signal point groups can be discriminated from each other by a 2nd rough threshold group which divides the space diagram into n pieces of signal point groups.  The signals sent from a transmission part 5 include the information on the placement of m pieces of signal points set on the space diagram, and this information includes the information needed for deciding the 1st and 2nd threshold groups. In this example, 2δ shows the minimum distance set between both adjacent signal points and S shows a variable shift extent (S>=1).
Patent JP-S62151603-A (JP)
Title: Hydraulic control circuit
Inventor: SAOTOME YOSHIMI
IPC: F15B20/00
Filed: 1985-12-23
Abstract: PURPOSE:To improve operating property and safety by providing an electromagnetic selector valve which selectively shifts a pilot pipe line to a hydraulic pipe line for manual controlling and to a hydraulic pipe line for automatic controlling, on said pilot pipe line for shifting of a pilot type direction control valve. CONSTITUTION:The pilot pipe lines 22, 23 for shifting of a pilot type direction control valve 5, are selectively connected to hydraulic pipe lines 15, 16 for manual controlling and hydraulic pipe lines 27, 28 for automatic controlling via electromagnetic selector valves 20, 21 respectively, and a pressure switch 18 is connected to both the hydraulic pipe lines 16, 16 for manual controlling via a shuttle valve 17, and inputted into the controllers of the electromagnetic selector valves 20, 21. Thereby, even at the time of automatic controlling, if a manual operating lever 12 is operated, the electromagnetic selector valves 20, 21 are immediately shifted to manual control positions, thereby, enabling the correction of a course by means of manual operation at the time of possible danger, improving operating property and safety.
Patent JP-H07121165-A (JP)
Title: Musical sound control unit
Inventor: KOKITO SHINICHIRO
IPC: G10H1/043
Filed: 1993-10-26
Abstract: PURPOSE:To hold an effect, which varies at a certain rate through the operation of an ON/OFF operation element, at a specific controlled variable by holding the controlled variable of a 1st effect when a 2nd operation element is set ON after a 1st operation element is set ON. CONSTITUTION:A pad 6 consisting of operation elements A-D for ON/OFF setting is operated when respective effects such as 'pich-up', 'vibrato', 'tremolo', and 'growl'. When the operation element B is set ON successively to the ON setting of the operation element A, the pitch is stopped from rising at the point of the ON setting of the operation element B and the pitch bend quantity corresponding to it is held. Namely, the effect which varies at the certain rate is held at the specific controlled variable through the operation of the ON/OFF operation elements. Then when the operation element A is set OFF, the held pitch bend quantity becomes zero and the pitch is put back to the original pitch. Vibratos, on the other hand, are granted corresponding to the ON/OFF setting of the operation element B irrelevantly to the ON/OFF operation of the operation element A.
Patent JP-2001103977-A (JP)
Title: STRUCTURAL GENE OF SWINE Fas LIGAND
Inventor: MUNEDA YOSHIHIRO
IPC: C07K16/24
Filed: 1999-10-12
Abstract: PROBLEM TO BE SOLVED: To obtain a protein, especially a swine Fas ligand, having a Fas ligand activity, and a DNA encoding the protein, and a DNA complementary to the DNA. SOLUTION: This protein has (a) the amino acid sequence shown by sequence 2, or (b) an amino acid sequence modified by deleting, substituting, or adding an amino acid or more from, in, or to the amino acid sequence, and has a Fas ligand activity.
Patent JP-H06139331-A (JP)
Title: Picture generating device
Inventor: YUTAKA TEIJI
IPC: G06T13/80
Filed: 1992-10-28
Abstract: PURPOSE:To provide the picture generating device which reduces the data volume of a control program stored in a buffer memory. CONSTITUTION:This device is provided with a large-capacity storage means 4 where picture data and program data indicating the processing for this picture data are stored with one field or one frame of a generated picture as the unit, buffer memories 7, 22, and 23 where picture data and program data read out from the large-capacity storage means 4 with one field or one frame as the unit are temporarily stored, video output means 21 and 24 which perform the picture processing based on picture data stored in buffer memories 7, 22, and 23 with one field period or one frame period to generate a video signal, and a control means 1 which controls this video signal generation in video output means 21 and 24 in accordance with progam data stored in the buffer memory 7.
Patent JP-2000124780-A (JP)
Title: Supply voltage changeover circuit
Inventor: KAWAGUCHI SHUNJI
IPC: H03K17/00
Filed: 1998-10-13
Abstract: PROBLEM TO BE SOLVED: To prevent the flow-in of an overcurrent by a PN junction diode formed between the source and back gate of a P channel MOSFET transistor when, in the relation of an inputted voltage, the relation of size, high or low, of the inputted voltage becomes the opposite state of a normally inputted state. SOLUTION: In this supply voltage changeover circuit, by respectively connecting diodes D1 and D2 between the source and back gate of the P channel MOSFET transistors Tr11 and Tr12 so as to connect the cathode side of the diodes to the back gate, when a voltage VDD1 inputted to an input terminal 1 becomes the voltage lower than the voltage VDD2 to the input terminal 2, the overcurrent is prevented from flowing to the transistors Tr11 and Tr12.
Patent JP-H06136309-A (JP)
Title: Ink jet recording, ink set used therefor and ink jet recorder
Inventor: SUGA YUKO
IPC: B41J2/175
Filed: 1992-10-28
Abstract: PURPOSE:To provide an ink jet recording method whereby a sufficient image density can be obtained even in plain paper recording, the uniformity of an image density is high, the bleeding in especially a color image can be prevented, high quality of black character can be attained, and the simplification of a recorder is possible and to obtain an ink set and a recorder used therefor. CONSTITUTION:A process for recording a color image by using color inks which are at least Yellow, Magenta and Cyan color inks and a black ink and delivering these inks to a substrate to form a color image, wherein each of the color inks contains a penetrating surfactant and/or a penetrating solvent, and the black ink contains a pigment as a colorant, is provided.
Patent JP-S62151054-A (JP)
Title: Data transfer system
Inventor: MIYAJIMA SEITARO
IPC: H04L25/52
Filed: 1985-12-25
Abstract: PURPOSE:To decrease a transmission delay by providing a pulse number coding means, a unipolar/bipolar modulation means, a bipolar/unipolar demodulation means and a data decoding means to a low-speed broad band line and a high- speed private line and using further a coupling transformer. CONSTITUTION:A data transfer equipment 1 consists of a coding circuit 2, a decoding circuit 3, a unipolar/bipolar modulation circuit 4, a bipolar/unipolar demodulation circuit 5 and a transmission/reception transformer 6 or the like. A CLK signal is a clock having a period which is twice the pulse width of a bipolar pulse on a host-side private line LLIN signal. The circuit 2 outputs unipolar pulses having a number different in correspondence to a true value of broad band line data from a pulse of the time width different from the pulse width sent in connecting the private line LLIN to the host side of the transfer equipment 1. The output is converted into the bipolar pulse by the circuit 4 and outputted to the private line through the transformer 6. Thus, long-range high-speed signal transmission is attained. Since a pulse output is attended with at each bit of a broad band line data without fail, the bit synchronizing timing is extracted easily at the reproduction of the reception side and the decoding is simplified.
Patent JP-H01133107-A (JP)
Title: Sequence controller
Inventor: OKAYAMA YOSHIHIKO
IPC: G05B19/04
Filed: 1987-11-19
Abstract: PURPOSE:To execute independent parallel processing and to speed up the processing by allowing a CPU to output a start signal to a bit processor and execute a function instruction corresponding to a turn-on relay and allowing the bit processor to execute an exclusive sequence. CONSTITUTION:The CPU starts a CLU 1 and executes an instruction in accordance with a function start relay memory FF 2. When the CLU 1 executes processing faster than the CPU 2, the CPU 2 executes saving to the CPU 2 has a peripheral equipment service L/T, a data conversion IX and the start relay memory FF 2, and starts the CLU 1 again. When the CPU 2 end processing faster than the CLU 1, the CPU 2 waits until the end of the processing of the CLU 1 and then executes the IOX and FX processing. By this constitution, the bit processor CLU 1 and the microprocessor CPU 2 can execute parallel processing independently and the processing speed of the system can be increased.
Patent JP-H0596272-A (JP)
Title: Method for degassing dissolved oxygen in water
Inventor: SAITO MASAHARU
IPC: C02F1/58
Filed: 1991-10-09
Abstract: PURPOSE:To prevent water to be treated from flowing out to a secondary side while keeping the degassing efficiency of a porous membrane, in degassing dissolved oxygen in water by allowing water to be treated to flow through a hollow yarn membrane, while reducing pressure on the outer space side of the hollow yarn membrane by using a porous hollow yarn membrane made of polyvinylidene fluoride having a specific pore size as the hollow yarn membrane. CONSTITUTION:Water 1 to be treated is allowed to flow through the porous hollow yarn membranes 5,57 made of polyvinylidene fluoride of a hollow yarn membrane module 4 through a pump 2 and a flowmeter 3. The hollow yarn membrane module 4 is connected to a vacuum pump 7 through a vacuum meter 6 and pressure is reduced on the outer space side of the hollow yarn membranes in the module 4 by operating the vacuum pump 7 to degass and remove the dissolved gas in water to be treated to take out degassed water 8 from a line 9. Herein, as each of the hollow yarn membranes, a porous hollow yarn membrane made of polyvinylidene fluoride having a pore size of about 0.1mum or less is used. By this constitution, no water to be treated flows out to a secondary side even under high vacuum while the degassing efficiency of the porous membrane is kept.
Patent JP-S63138157-A (JP)
Inventor: URURITSUHI AUGUSUCHIN
IPC: F02M45/06
Filed: 1987-11-19
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-H02135740-A (JP)
Title: Semiconductor device
Inventor: TANIZAKI YASUNOBU
IPC: H01L21/331
Filed: 1988-11-16
Abstract: PURPOSE:To suppress variation in base concentration to a small value by increasing the thickness of the epitaxial layer of a P-N-P transistor region above that of a N-P-N transistor region when both vertical P-N-P and N-P-N transistors coexist. CONSTITUTION:A P-type semiconductor region 26 to become the emitter region of a P-N-P transistor is simultaneously formed upon formation of a P-type semiconductor region 29 to become the base region of a N-P-N transistor. In this case, the thickness of the epitaxial layer 22 in the P-N-P transistor region is increased that of the N-P-N transistor region. Accordingly, the base and collector regions of the P-M-P transistor can be superposed at the parts having relatively small impurity concentration. Thus, even if there is irregularity in the formation on the layer 2, variation in the base concentration can be suppressed to a small value.