baber/WOPTO huggingface dataset:
Patent JP-2000091018-A (JP)
Title: Connecting structure for automobile wiring harness
Inventor: HASHIMOTO TOSHIYUKI
IPC: H01R13/52
Filed: 1998-09-10
Abstract: PROBLEM TO BE SOLVED: To provide a connecting structure for an automobile wiring harness capable of connecting a group of connecting terminals of a wiring harness cable-routed on an instrument panel provided in a car cabin interior to a group of connecting terminals of a wiring harness on the engine room side easily, and of preventing water from entering from the engine room side to the cabin interior side. SOLUTION: In a connecting structure for an automobile wiring harness where a group of connecting terminals of a wiring harness 1 cable-arranged on an instrument panel 3 are gathered to a connector A and arranged in through hole parts opened on a panel parting the interior between the engine room of an automobile and a connector B collecting a group of connecting terminals of a wiring harness cable-arranged on the engine room side are connected to a connector A, a grommet is disposed on the connector B side and is mounted on a through hole peripheral part of the partition panel.
Patent JP-H05100765-A (JP)
Title: Computer system
Inventor: INOUE AKIFUMI
IPC: G06F1/04
Filed: 1991-10-03
Abstract: PURPOSE:To perform the power saving by operating an oscillator to supply a clock to a display to be used only out of plural oscillators. CONSTITUTION:Data held by respective registers 121 and 122 are given from a CPU. A selecting register 121 gives a selecting signal to a multiplexer 124 and an enable register 122 gives an enable signal to an oscillator 110. Oscillating circuits 123a-123c are the circuits to generate a basic frequency to operate a CRT 107a, a flat display 107b, and a high resolution CRT 107c respectively, and respective oscillating circuits 123a-123c are operating-controlled by the enable signal sent from the enable register 122. The multiplexer 124 receives the selecting signal sent from the selecting register 121 and outputs the signal from the oscillator 110. Based on the signal, a displaying controller 106 is operated, and the oscillating circuit not in use is rested.
Patent JP-S61133112-A (JP)
Title: Filter type dust collector
Inventor: TAKEUCHI HISASHI
IPC: B01D46/04
Filed: 1984-12-04
Abstract: PURPOSE:To improve removing efficiency for dust and to maintain initial dust collecting effect for a long time by knocking off fine dust sticking to the surface and the inside of a filter in the state of intercepting the introduced air-stream, then letting the knocked down dust fall down smoothly to a discharging port. CONSTITUTION:Air-stream contg. a large amt. of dust is introduced from an inlet 1 of the air-stream, separated into air and dust by the filtration effect of a filter 4 in the inside of a dust collector. The separated air is discharged from an outlet 6 of the air to the atmospheric air. On one hand, the discharge of the dust sticking to the filter 4 is performed in the following manner.For example, when the dust sticking to the left side of a dividing plate 3 is intended to be knocked off, the whole amt. of introduced air is first directed to flow through the right section of the filter by changing the branching damper 2, 7, detecting that no air is flowing in the left section, and the dust is knocked off by the stream of compressed air and mechanical vibration. The knocked off dust falls naturally toward the discharging port 9 of the dust by the effect of the dividing plate 3 without being influenced by the air-stream flowing in the right section, and discharged to the outside atmosphere.
Patent JP-H06106323-A (JP)
Title: Vertical injection device
Inventor: KURIYAMA MINORU
IPC: B22D17/32
Filed: 1992-09-25
Abstract: PURPOSE:To prevent a molten metal from being oxidized by utilizing an advance limit position and a retreat limit position of a rod-like stopper and a moving limit position in which a piston does not hit against the rod-like stopper by moving forward and backward the piston and the rod-like stopper in the inside of the cylinder. CONSTITUTION:An injection device main body is provided so as to be freely movable horizontally so that an injection sleeve 30 of the injection device main body 25 in which the injection sleeve 30 and an injection cylinder 26 are arranged vertically can be stopped in three positions of a molten metal supply position, an injection position and a spray position. In the inside of a cylinder 32 driven by fluid pressure for moving horizontally this injection device main body 25, a rod-like stopper 2 which can control two positions by fluid pressure on the same axis as that of a piston 1 is provided so as to be freely slidable in the axial direction, by which the stop in three positions of the molten metal supply position, the injection position and the spray position is executed surely and easily.
Patent JP-H08126010-A (JP)
Title: Image coding system
Inventor: FUJISHITA YOSHIO
IPC: H04N19/152
Filed: 1994-10-21
Abstract: PURPOSE: To prevent a coefficient with a larger value to express a characteristic of a substantial block from not being coded. CONSTITUTION: An image is divided into blocks, orthogonal transformation is applied to each block, an outputted code quantity is controlled by a code quantity control section RC and a conversion coefficient for each block subjected to orthogonal transformation is coded by a coding section VLC and the resulting image is sent in this image coding system, then a conversion coefficient capable of being coded is obtained from information from the code quantity control section RC and the conversion coefficient capable of being coded is left as it is and a coefficient unable to the coded is set to zero by a coefficient revision section CC.
Patent JP-H11156132-A (JP)
Title: Processing apparatus and processing method
Inventor: YAEGASHI HIDETAMI
IPC: H01L21/027
Filed: 1998-09-10
Abstract: PROBLEM TO BE SOLVED: To provide a reliable processing apparatus and method capable of avoiding decrease in yield, wherein replacement timing of a filter for removing impurities that causes poor resolution can be grasped promptly. SOLUTION: The processing apparatus comprises a box body 25, a plurality of processing units installed in the box body 25 for effecting a series of processing steps including application of a processing liquid to a matter to be processed and development after exposure, a transfer mechanism 5 for transferring the matter to be processed into and out of each of the processing units, an air cleaning mechanism 27 having filters 28a, 28b for removing an impurity lowering resolution that is present in air taken in an interior of the box body 25, a concentration detecting mechanism 40 for detecting concentration of the impurity outside of the filters 28a, 28b and a life estimating means 50 for estimating replacement life of the filters 28a, 28b on the basis of detection result of the concentration detecting mechanism 40.
Patent JP-H07110411-A (JP)
Title: Directional coupler
Inventor: OKAYAMA HIDEAKI
IPC: G02F1/313
Filed: 1993-10-14
Abstract: PURPOSE:To eliminate dependency on wavelengths and to shorten an element length by setting the refractive index or equiv. refractive index of a part which corresponds to the central region in the transverse direction of a multimode channel waveguide and is of a band shape in a longitudinal direction inclusive of the central region of the longitudinal direction of the waveguide higher than the refractive index or equiv. refracting index of other parts. CONSTITUTION:A substrate 11 is provided with the multimode channel waveguide 13 propagating multiple modes and input/output waveguides 15a to 15d connected in a prescribed relation thereto. The multimode channel waveguide 13 is set higher in the refractive index or equiv. refractive index of the part 13a which corresponds to the central region in the transverse direction W of the waveguide and is of the band shape in a longitudinal direction inclusive of the central region of the longitudinal direction L of the waveguide higher than the refractive index of other parts 13b, 13c. The light inputted from the input/output port 15a of the directional coupler 10 arrives at the input/ output port 15d by passing the band-shaped part 13a of the multimode channel waveguide 13. Crosstalks of a value of >=20dB are obtd. if the input/output light is, for example, 1.3mum.
Patent JP-H03118038-A (JP)
Title: Simplified brain function variation measuring instrument
Inventor: KUCHINOMACHI YASUO
IPC: A61B5/05
Filed: 1989-09-29
Abstract: PURPOSE:To detect the lowering of a brain function in an early stage by connecting an addition average circuit for bringing an impedance waveform to addition average by using a signal corresponding to a heart pulsation motion led out by a synchronous signal measuring electrode as a trigger, to an impedance measuring instrument. CONSTITUTION:A constant-current applying device 4 allows a harmless constant-current to flow to a living body through current applying electrodes 2a, 2b, and by using the current as a medium, an impedance variation corresponding to the variation of the quantity of a blood flow flowing into the brain by synchronizing with a heart pulsation motion is led out of measuring electrodes 1a, 1b, and detected by an impedance variation measuring device 5. Subsequently, an electric variation which follows the heat pulsation motion through synchronous signal measuring electrodes 3a, 3b, amplified and shaped by a synchronous signal measuring instrument 6, and thereafter, in an addition average circuit 7, by using the output of the synchronous signal measuring instrument 6 as a trigger, the output of the impedance measuring instrument 5 is brought to addition average plural times, and in an impedance variation waveform processing/deciding device 8, the maximum amplitude value, the maximum gradient value, etc., are calculated by using the weighting caused by the number of heart pulsations.
Patent JP-H08124851-A (JP)
Title: Manufacture of thin film crystalline semiconductor
Inventor: SANO KEIICHI
IPC: H01L21/20
Filed: 1994-10-21
Abstract: PURPOSE: To obtain a thin film crystalline semiconductor of high quality and large grain diameter by a method wherein the component material of a second amorphous semiconductor laser crystallized by a thermal treatment is set intermediate between the lattice constants of the component materials of a first and a third amorphous semiconductor layer both crystallized by a thermal treatment. CONSTITUTION: A first amorphous semiconductor layer 2 is formed on a substrate 1, a second amorphous semiconductor layer 3 is formed thereon, and a third amorphous semiconductor layer 4 serving as the starting material is formed on the semiconductor layer 3. The component material of the second amorphous semiconductor layer 3 is formed of the alloy composed of the component materials of the amorphous semiconductor layers 2 and 4. The lattice constant of the second amorphous semiconductor layer 3 crystallized by a thermal treatment is set intermediate between those of the first amorphous semiconductor layer 2 and the third amorphous semiconductor layer 4. By this setup, a thin film crystal semiconductor of high quality and large grain diameter is obtained.
Patent JP-S61134673-A (JP)
Title: Signal displaying circuit
Inventor: FUJII NORIO
IPC: G01R13/30
Filed: 1984-12-05
Abstract: PURPOSE:To observe closely a timing of a signal to be observed, and to observe the whole waveform of the signal by displaying a signal on which a high frequency signal synchronizing with the signal to be observed has been superposed, by using one channel of an oscilloscope. CONSTITUTION:An AND output of each output of a reference pulse generating circuit 3 and a high frequency signal generating circuit 4 is added 7 to a signal to be observed 6. When a peak of the signal to be observed 6 having a waveform D is made to conform with a reference time, an adding output 8 is inputted to one channel of an oscilloscope, and displayed as a waveform E. Subsequently, the adjusting means is operated by seeing this display picture, so that a waveform of a high frequency signal is started to be superposed from a peak of a waveform of the signal 6. Also, the frequency of the high frequency signal is set highly to the extent that it can be identified on the picture, comparing with a frequency of the signal 6.
Patent JP-H10107040-A (JP)
Title: Compound semiconductor device
Inventor: ASANO TETSUO
IPC: H01L29/73
Filed: 1996-09-27
Abstract: PROBLEM TO BE SOLVED: To provide a compound semiconductor device which is constituted in such a way that the resistance value fluctuation of a resistance element incorporated in a microwave monolithic IC can be reduced and the semiconductor device can be manufactured easily with a high yield. SOLUTION: A compound semiconductor device is constituted so that a heterojunction bipolar transistor 30 and a resistance element 31 can be formed on a semi-insulating compound semiconductor substrate. The element 31 is made of the same material 19 as that used for the sub-collector layer of the bipolar transistor 30 and the sub-collector layer has a thin transition layer 12A the composition of which changes from that of the sub-collector layer to that of a collector layer on its surface on the collector layer side.
Patent JP-S62116148-A (JP)
Title: Controller for intermittent feeding of continuous paper
Inventor: KATO AKINORI
IPC: B65H20/04
Filed: 1985-11-15
Abstract: PURPOSE:To enable form printing to be easily performed on continuous papers having various top-to-bottom sizes, by bringing an impression cylinder and a transfer cylinder into contact with each other at only a rotational phase part corresponding to a top-to- bottom size of a continuous paper designated by top-to-bottom size information, and controlling a paper feed quantity according to the top-to-bottom size of the continuous paper synchronously with the separating and contacting timings of the cylinders. CONSTITUTION:A reference rotary encoder 31 is connected to a rotary shaft of a blanket cylinder 2, whereby a signal Z having one pulse per rotation of the blanket cylinder 2 and a signal A having, for example, 240 pulses/in (ppi) on the circumference of the cylinder 2 are derived as the cylinder 2 is rotated. A printing controller 32 calculates a timing required for controlling an intermittent feed of a continuous paper 12, based on the timing reference signals Z, A and a top-to-bottom size information data signal, and supplies a motor controller 34 with a required timing command signal. The motor controller 34 is supplied with the signal A from the encoder 31 and with a signal B from an encoder 196, and while constantly comparing the two signals with each other, it outputs a driving signal to a motor driver 35. Start and stop timings for the operation of the motor controller 34 are designated by the timing command signal sent from the printing controller 32.
Patent JP-H086025-A (JP)
Title: Liquid crystal electro-optic device, projection type display system using the same and method for driving liquid crystal electro-optic device
Inventor: SHIMADA SHINJI
IPC: G02F1/137
Filed: 1994-10-21
Abstract: PURPOSE:To obtain a liquid crystal electro-optic device with which an improvement in dependency on visual angles is possible and a display of high luminance and high contrast is obtainable with a low driving voltage by specifying the torsional pitch of liquid crystals to a specific value. CONSTITUTION:This liquid crystal electro-optic device is formed by holding a liquid crystal layer 10 consisting of the nematic liquid crystals having a negative dielectric property added with a chiral dopant between a pair of substrates 1 and 2 stuck to each other by seals 8, 9 via spacers 7. The torsional pitch of the liquid crystals is set at about 4 times the thickness of the liquid crystal layer 10. The respective substrates 1, 2 are formed with electrodes 3, 4 on their liquid crystal layer 10 side surfaces and liquid crystal oriented films 5, 6 for orienting liquid crystal molecules nearly perpendicularly to the substrates are formed on their surfaces. The surfaces of the respective substrates 1, 2 on the side opposite to the liquid crystal layer 10 are provided with polarizing plates 11, 12 in such a manner that their axes of polarization are perpendicular to each other.
Patent JP-H0679522-A (JP)
Title: Cutting blade
Inventor: HIRABAYASHI MASARU
IPC: B23D61/14
Filed: 1992-09-01
Abstract: PURPOSE:To enable a rigid body to be cut off without feeding free abrasives as well as to efficiently use abrasives by continuously forming the long peripheral section of a metallic band shape plate into a saw teeth shape, and thereby forming a blade edge section on the surface of which diamond powder is attached by means of electrodeposition. CONSTITUTION:The cutting blade 10 is made up of a metallic band shaped plate 12, and of a blade edge section 14 continuously formed in a saw teeth shape over the long peripheral section of the band shaped plate 12. Diamond powder 15 is attached on the surface at the center section of the blade edge section 14 butting against a rigid body by means of electrodeposition. Each saw tooth is formed into a triangle shape. When the rigid body is cut off using the cutting blade 10, the rigid body is cut off by the diamond powder 15 electro- deposited on the blade edge section 14 of the cutting blade 10 by advancing/ retreating the cutting blade 10 with a cutting machine operated.
Patent JP-S60148373-A (JP)
Inventor: KURINTON SHII KEE KUO
IPC: H03K19/017
Filed: 1984-12-05
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-H01101086-A (JP)
Title: Receiver for color television signal
Inventor: KURITA TAIICHIROU
IPC: H04N19/44
Filed: 1987-10-14
Abstract: PURPOSE:To prevent the level reduction of a high band component of each color difference signal by providing a means which adds the signal obtained by multiplying the output signal of a band-pass filter, which extracts only the high band component of the color difference signal, by a prescribed coefficient in a coefficient device and the output signal of a wide band low-pass filter. CONSTITUTION:One of color difference signals of I and Q axes switched in every field is led from an output (c) of a SW 4 to a wide band LPF 5 and a BPF 6, and the other is led to a narrow band LPF 12, and they have bands limited respectively. The output signal of the BPF 6 is multiplied by a coefficient alpha in a coefficient device 15 and added to the output signal of the wide band LPF 5 by an adder 14. The output signal of an adder 9 is multiplied by a coefficient value B=(1+alpha)/2 related to the value alpha in a coefficient device 16 and added to the output signal of the narrow band LPF 12 by an adder 11. The output signal of the adder 11 is inputted to an input (f) of a SW 13. The input signal of the input (f) is the color difference signal (interpolated color difference signal) where the high band component is interpolated with the high band component of the just preceding field.
Patent JP-H02103489-A (JP)
Title: Game timekeeper
Inventor: ONO TAKASHI
IPC: G04F3/00
Filed: 1988-10-13
Abstract: PURPOSE:To simply make possible the treatment with the record of the time elapsed between moves and the timing of the time elapsed after the completion of the time limit by providing a display part of a pair of the remaining time and another display part of a pair of the time elapsed. CONSTITUTION:A pair of push buttons 2a, 2b, a pair of the remaining time indicators 3a, 3b for displaying the time limit of each player in units of hours and minutes and a pair of time elapsed indicators 4a, 4b for displaying the time elapsed between moves of each player and the other time elapsed after the completion of the time limit in units of hours and minutes are provided on the surface side of a body 1. At first, when the time limit is set in each remaining time indicators 3a, 3b to begin a game and the push button 2a (or 2b) is pushed every completion of a move, the other remaining time indicator 5b (or 5a) and a time elapsed timing part 6b (or 6a) begins to clock and the time limit for being shown on the remaining time indicator 3b (or 3a) is reduced while the time elapsed after the push button 2a (or 2b) is shown in the time elapsed indicator 4b (or 4a).
Patent JP-H02103931-A (JP)
Title: Dry etching device
Inventor: FUJIKAWA KAZUNORI
IPC: H01L21/302
Filed: 1988-10-13
Abstract: PURPOSE:To make etching speed uniform by constituting a counter electrode out of a spiral metallic pipe in funnel shape which lets cooling water pass, and holding an interval between each metallic pipe at a free end variable with a holder when providing a plate electrode and an electrode counter to it in an air-tight vessel so as to make a dry etching device. CONSTITUTION:A plate electrode 13 which is connected to a high frequency generator 22 is provided at the bottom of an air-tight vessel 12 where a gas cylinder 20 is connected to one sidewall through a gas flow rate control part 21 and a vacuum pump 19 is connected to the other sidewall through a displacement variable valve 18, and thereon a material substrate 17 intended for etching is placed. Also, though a counter electrode consisting of spiral metallic pipe 14, which has a cooling water inlet port 25 and a cooling water outlet port 26, is so provided as to oppose a substrate 17; at this time the counter electrode is made in funnel shape and a free end at each stage is fixed with a holder 15 and a fixture 16, and using them the interval between stages of the metallic pipe 14 is held variable at liberty. That is, the counter electrode is put in the optimum interelectrode distance, whereby etching speed by plasma 23 is made uniform.
Patent JP-H0199144-A (JP)
Title: Rom data securing system
Inventor: YAMAMASU KAZUHIRO
IPC: G11C17/00
Filed: 1987-10-13
Abstract: PURPOSE:To improve reliability by comparing the contents of three ROMs, comparing the equal contents, and inputting the equal contents as the correct ones when two or more equal contents exist. CONSTITUTION:ROM #1-#3 are the same-type ROMs in which data concerning the rising of a device are stored, and the contents of the respective ROMs are the same. When a data input instruction is generated, an arithmetic processing circuit reads and compares the contents of the ROM #1-#3 respectively, and when the contents of the three ROMs are equal, the contents are regarded as the correct ones and inputted, and the processing is continued. Further, when the contents of the three ROMs are not equal, the arithmetic processing circuit selects and compares two respective contents of each ROM by a selecting circuit, and when any equal contents exist, the equal contents are regarded as the correct ones and inputted, and the processing is continued. Thus, the reliability can be improved.
Patent JP-S62117471-A (JP)
Title: Image forming device
Inventor: IKEDA YOSHINORI
IPC: G03G15/043
Filed: 1985-11-18
Abstract: PURPOSE:To attain an image forming processing through a simple operation by applying different processings to pictures in different areas on an original platen, moving at least one picture and forming the picture in each area on one recording material. CONSTITUTION:An unmagnified color splitting line sensor reads a color split picture on the original. A color split analog picture element signal is amplified by amplifiers 106-110, and converted into a density value for a picture element by logarithmic conversion circuits 111-115. Then sample holding circuits 116-120 holds the sample of said value, and A/D converters 121-125 quantize it into a picture data of 256 gradations, which is latched by latch circuits 126-130. Moreover a next-staged latch circuit 131 latches said data. In order to carry the outputs of read sensors 101-105 on an output line with one line, data of plural lines are buffered in buffer memories 132-134, and a variety of processings at the next stage are made. The processed pictures are moved to the position on the original platen and formed on the same recording material.