baber/WOPTO huggingface dataset:
Patent JP-H1136754-A (JP)
Title: Rain shutter door used as solar shading of window in combination
Inventor: HORIKAWA HIROSHI
IPC: E06B3/70
Filed: 1997-07-15
Abstract: PROBLEM TO BE SOLVED: To take in solar shading and indirect light efficiently by a rain shutter door. SOLUTION: A frame body unit U1 made to travel on a rain shutter door rail and a rotary sash unit U2, which has open shafts 32A, 32B in the vertical direction to the frame body unit U1 at both side sections and in which the other sides to each open shaft are opened to the outdoor side and closed to the indoor side, are installed. The open shafts 32A, 32B are freely engaged with or disengaged from the frame body unit U1 respectively, and the rotary sash unit U2 is opened centering around the open shaft at the other side section under the state, in which the open shaft at one side section is removed from the frame body unit U1.
Patent JP-S6081885-A (JP)
Title: Semiconductor laser with monitoring output
Inventor: SEKI MASAFUMI
IPC: H01S5/12
Filed: 1983-10-11
Abstract: PURPOSE:To obtain a relatively large monitoring output by forming the second oblique surface opposed to the first oblique surface at the outside of a semiconductor wafer, thereby efficiently emitting a reflected light on the first oblique surface by reflecting to the end side. CONSTITUTION:When a current is injected from a positive electrode 10 to a negative electrode 12, the gain of an active layer 3 is increased, and a laser oscillation is started together with the feedback of a periodical structure 11. At this time, since the first oblique surface 24 is provided, a Fabry-Perot oscillation is sufficiently suppressed. The reflected light on the first surface 24 is reflected, as shown by a broken line, by the second oblique surface 25, emitted from the sectional surface 26, thereby becoming a monitoring output light 30. Since the reflection in the second surface 25 utilizes the reflection of the electrode 12, the effect is not altered even if the oblique surface 15 is not fusion-bonded to the heat sink.
Patent JP-H0242246-A (JP)
Title: Mode changeover control method for electronically controlled automatic transmission
Inventor: ITO YASUNOBU
IPC: F16H61/02
Filed: 1988-07-30
Abstract: PURPOSE:To change over operation into a running mode wherein power-up is provided which is suitable for the will of driver by causing a forced down- shift in a certain period of time in case gear shift is from fourth speed to fourth speed and the car speed is below a certain value when changing-over is to be made into the running mode with power-up. CONSTITUTION:In case gear shift is from fourth speed to fourth speed and the car speed is below a certain value when operation is to be changed over by a changeover switch 4 into a running mode in which power-up is obtained, transfer into running condition with higher power is obtained by performing down-shift forcedly in a certain period of time. Accordingly forced transfer into running mode with higher power is obtained, which suits demands by the driver. Thus a smooth running suitable for actual running condition can be made by transferring into the running mode with higher power.
Patent JP-S5890897-A (JP)
Title: Acoustic reproducer
Inventor: NAGAI TATSUROU
IPC: H04R3/14
Filed: 1981-11-25
Abstract: PURPOSE:To obtain a device which can automatically control the roudness characteristics most suitably in response to an acoustic signal, by separating the acoustic signal into low, intermediate and high frequency components and controlling the level in response to the level of the intermediate frequency component. CONSTITUTION:An acoustic signal is separated into low, intermediate and high frequency components, and the level of each frequency component is controlled depending on whether high or low the level of the intermediate frequency component. For example, the acoustic signal applied to an input terminal 18 is separated into low, intermediate and high frequency components at a low pass filter 1, an intermediate pass filter 2, and a high pass filter 3, and each component is inputted to boost/cut filters 11, 12, comparison circuits 4, 5 and a level detection circuit 13. The comparison circuit 4 compares the intermediate and low frequency components, and an output in response to the level difference is generated, the intermediate and high frequency components are compared at the comparison circuit 5, and an output is given. Limit voltage generating circuits 14, 15 compare the output of the comparison circuits 4, 5 with that of the level detection circuit 13.
Patent JP-H1141617-A (JP)
Title: Video signal processing system
Inventor: HARA KENJI
IPC: H04N9/45
Filed: 1997-07-15
Abstract: PROBLEM TO BE SOLVED: To make an oscillation element applicable to plural broadcasting systems and to reduce the production cost by selecting either an output signal of the first chrominance signal processing oscillator or an output signal of the second chrominance signal processing oscillator, detecting a phase difference between an output of a picture signal and a burst signal and controlling an output frequency of the first chrominance signal processing oscillator. SOLUTION: A first chrominance signal processing oscillator 1 impresses a chrominance synchronous signal 5 for synchronizing on a color sub carrier wave included in a video signal 4 from the first loop filter 3b. A contorl means 10 for a chrominance signal processing oscillator outputs a control signal 11 and adjusts the second chrominance signal processing oscillator 8 by taking an output signal 6 of the first oscillator 1 as a reference. By controlling an oscillation frequency of the first oscillator by a chrominance synchronous signal 5 for synchronizing a chrominance carrier wave, an output signal 9 of the second oscillator 8 synchronizes a chrominance sub carrier wave included in a video signal 4. The device can be structured with a piece of crystal oscillator 2.
Patent JP-S6345801-A (JP)
Inventor: YAMAMOTO KEIZO
IPC: H01C1/02
Filed: 1986-08-12
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-S6083787-A (JP)
Title: Duplex type liquid circulator by air pressure
Inventor: MASUDA SATORU
IPC: B23K11/36
Filed: 1983-10-13
Abstract: PURPOSE:To provide a liquid circulator having high cooling power by operating alternately an inside cylindrical pump and an outside cylindrical pump by the evacuating pressure of an air cylinder thereby feeding cooling water. CONSTITUTION:Hermetically sealable spaces 16, 17 which are always filled with liquid, pressure air inlets 21, 21' which open to the top plate 15 of the spaces, water discharge pipes 24, 24' which open near a bottom plate 1, water delivery outlets 23, 23' which deliver the liquid via check valves 25, 25' to the outside, water feed ports 29, 30 which penetrate through the plate 15 and air discharge ports 202, 203 are provided to a water tank 200. When the air discharged from an air cylinder 102 is fed to the space 16, the pressure increases and a valve 27 closes a water feed port 29 and therefore the liquid in the space 16 is forced out of a water feed pipe 22 via the discharge pipe 24 and the check valve 25 to cool the inside of a welding electrode 100. The water returns via a return pipe 103 into the tank 200. When the air discharged from the other of the cylinder 102 is fed to the space 17, the liquid in the space 17 cools the inside of a welding electrode 101 and returns into the tank 200.
Patent JP-S5992126-A (JP)
Title: Turret device for punching and shearing machine
Inventor: RAFURASE JIYAN
IPC: B21D28/26
Filed: 1983-10-13
Abstract: 1. An arrangement of turrets for punching machines intended to operate on sheet metal, comprising a bed (3) for perpendicular movements and two turrets (10, 12) each having a vertical axis, namely an upper turret and a lower turret, respectively carrying punches (22) and dies (24), characterised in that the upper turret (10) and the lower turret (12) are rotatable about respective vertical axes of rotation (9, 11), not registering with each other but offset by a horizontal distance (d), so that each turret (10, 12) has an area (A) projecting beyond the other turret.
Patent JP-H0533197-A (JP)
Title: Spark detector
Inventor: KUMEGAWA YUKIO
IPC: G01N27/20
Filed: 1991-07-30
Abstract: PURPOSE:To obtain the spark detector which can surely detect the generation of a spark arising from the voltage fluctuation between a metallic material and a plating cell and to predict the degree of the spark, namely the degree of the flaws of the metallic material. CONSTITUTION:A voltage detecting means 5 detects the voltage between the plating cell 4 of electroplating equipment for continuously electroplating the metallic material 1 and the metallic material 1. A voltage monitoring means 6 monitors the fluctuation in the voltage detected by the voltage detecting means 5 and determines the voltage level and voltage fluctuation time. A fuzzy processing means 11 computes the degree of the spark generation with the voltage level and voltage fluctuation time determined by the detecting means monitoring means 6 as variables. A speed detecting means 9 detects the moving speed of the metallic material 1. A spark detecting means 10 detects the degree of the flaws of the metallic material 1 and the positions thereof in accordance with the degree of the spark generation computed by the fuzzy processing means 11 and the speed of the metallic material detected by the speed detecting means 9.
Patent JP-S5892717-A (JP)
Title: Prior processing of microwave fusion
Inventor: OOTSUKA KATSUYUKI
IPC: B01J6/00
Filed: 1981-11-27
Abstract: PURPOSE:To prevent generation of discharge and restrain reduction in energy efficiency by a method wherein a substance which causes discharge in the material to be processed is exposed to a microwave to thereby calcinate it while the substance is kept so as not to be exposed on the surface of the material for a long time. CONSTITUTION:A material 7 to be processed is introduced from a supply port 3 into a rotary kiln 1 so that it may be heated by microwave generated by a microwave guide tube 4, and at the same time, mixed and stirred by stirring blades 2. The material to be processed is stirred and mixed at all times, and so even if carbon appears on the surface of the material the discharge cannot hold long. Therefore, reduction of the energy efficiency can be prevented. The material to be processed which has been calcinated is withdrawn from a discharge port 5.
Patent JP-H0837164-A (JP)
Title: Manufacture of semiconductor device
Inventor: ITO HIROSHI
IPC: H01L21/768
Filed: 1994-07-21
Abstract: PURPOSE:To form, in the small number of processes, a contact in which an irregularity in a resistance value is small and whose reliability is high by a method wherein ions are implanted through a high-melting-point metal deposited on the surface of a substrate and heat treatments for activation and for silification are then executed simultaneously. CONSTITUTION:A field oxide film 12 is formed on the surface of a p-type semiconductor substrate 11, phosphorus ions are implanted at a high concentration, and an n<+> type diffused layer 13 is formed. In succession, an interlayer insulating film 14 on the n<+> type diffused layer 13 is etched selectively, and a contact hole is opened. A titanium film 15 is formed on the whole face of the semiconductor substrate 11. Phosphorus ions are implanted via the titanium film 15, and a phosphorus-implanted diffused layer 16 is formed. In order to activate the ion-implanted phosphorus, a heat treatment is executed in a nitrogen atmosphere. A titanium silicide film 17 is formed in a contact region, and the titanium film 15 which has been silicified is changed into a titanium nitride film 15a. While the titanium nitride film 15a has been left, a metal interconnection 18 which is composed of aluminum or the like is formed on the whole face.
Patent JP-H0855290-A (JP)
Title: Rainfall detection processor
Inventor: TERAO KAZUNORI
IPC: G08C19/00
Filed: 1994-08-12
Abstract: PURPOSE:To improve the precision of rainfall strength as to the rainfall detection processor by lowering the cost, reducing the trouble and time to set a non-rainfall setting period, and varying the non-rainfall setting period at any time. CONSTITUTION:A monitor device 37 is provided internally with a timer counter 41 which counts the non-rainfall setting time once a rainfall detection discrimination signal is received and an automatic transmission inhibition and resetting control means 42 which outputs an inhibition signal inhibiting automatic transmission of the rainfall detection and discrimination signal before the time-up state of the non-rainfall setting time and outputs a reset signal resetting the inhibition of the automatic transmission after the non-rainfall setting time, and a terminal device 31 is also provided internally with a transmission control means 34 which inhibits the automatic transmission on inputting the inhibition signal, resets the inhibition of the automatic transmission on inputting the reset signal, and automatically transmits the rainfall detection discrimination signal when inputting rainfall information during the input of the reset signal.
Patent JP-H0946319-A (JP)
Title: Multiplex modulator/demodulator
Inventor: SAKAMOTO YOSHITAKA
IPC: H04J3/00
Filed: 1995-07-26
Abstract: PROBLEM TO BE SOLVED: To improve transmission efficiency by sampling a data signal from a terminal by the use of an external timing signal with multiplex data speed and converting the speed of the sampled data signal into multiplex side data speed. SOLUTION: Since sending data(SD) signals 131 to 134 are not mutually synchronized, these data can not be multiplexed. Thereby an ST signal 121 in one of plural channels is inputted to a PLL circuit 5 and an ST signal 150 with 2400Hz e.g. synchronized with the ST signal of the channel is outputted from the circuit 5. The SD signals 131 to 134 of respective channels are written in buffer memories of phase difference absorbing circuits 41 to 44 by using respective ST signals 150 as write timing signals. On the other hands, SD signals 141 to 144 are read out from absorbing circuits 41 to 44 for respective channels by using respective ST signals as reading timing signals. Consequently the transmission data of respective channels are inputted to a data multiplexing part 6 in a synchronized state and the data can be accurately multiplexed.
Patent JP-S58108829-A (JP)
Title: Logical integrated circuit
Inventor: YAMADA TERUHIKO
IPC: H03K19/177
Filed: 1981-11-27
Abstract: PURPOSE:To detect all single short-circuit faults between decoding lines, product term lines, and output lines in a programmable logical array by adding simple checking logic irrelevantly to a normal logical function. CONSTITUTION:In an AND array 2, AND signals of signals of decoding lines where AND devices (corresponding to mark ''.'' at 211) are present are generated on respective product term lines 21-27, and in an OR array 3, OR signals of signals of product term lines where OR devices (corresponding to mark ''X'' at 311) are prevent are generated on respective output lines 31-33. Thus, normal output signals f1-f3 and a checking observation output signal (g) are obtained. In a decoder, if a short-circuit fault functioning as AND occurs between the input line of an external input signal x1 and the output line of an inverter 11, the fault can not be detected by a syndrome test of normal outputs f1-f3, but is detected from variation of said output signal (g).
Patent JP-H0240885-A (JP)
Title: Plate type heating unit
Inventor: MIYAJI KYOICHI
IPC: H05B3/20
Filed: 1988-07-28
Abstract: PURPOSE:To improve a heat supply effect of far infrared rays by providing a ceramic layer on a radiation surface so as to enhance far infrared rays radiation characteristics. CONSTITUTION:A plate type exothermic body H is equipped, in its inside, with an inorganic plate type forming body 1 which generates a heat when power is applied, and at the same time a ceramic layer 2 is provided on a radiation surface. The ceramic layer 2 is utilized for radiating a far infrared ray effectively, and the far infrared rays, in this case, an infrared ray with its wave length of about 4mum or more. In the mean time, the thickness of the ceramic layer 2 is, for example, 2-200mum in the case of a coat layer, while it is normally 30-50mum, but for a sheet layer, it is thicker than those. Consequently, men, animals and plants, etc., can receive an effective hat supply accompanied by infrared ray radiation.
Patent JP-H0739718-A (JP)
Title: Organic solvent recovering apparatus
Inventor: JIYOU KUNITAKA
IPC: B01D53/44
Filed: 1993-07-30
Abstract: PURPOSE:To provide an org. solvent vapor recovery apparatus with high solvent recovery rate and small operating expenditure without using steam for desorption in a recovery apparatus wherein an org. solvent vapor can be adsorbed and recovered with active carbon. CONSTITUTION:In an org. solvent recovery apparatus wherein a fluidized bed type adsorption part with a built-in active carbon adsorbing a solvent vapor in a gas to be treated and a moving layer type desorption part 5 desorbing the solvent vapor adsorbed on the active carbon through a circulating inactive gas, are provided, the desorbed solvent vapor is introduced into an org. solvent vapor separation membrane 8 and the conc. solvent vapor obtd. from the transmitted side of the membrane is introduced into a cooling condenser 7, wherein it is liquified and recovered and the solvent vapor which can not be recovered by means of the cooling condenser 7 is returned to the feeding side of the separation membrane 8 and the component which can not be transmitted through the separation membrane 8 is returned to the moving layer type desorption part 5. It is possible thereby that there exists no possibility of water discharge and the recovery rate of the org. solvent is higher than that of the conventional active carbon recovery method and the operation expenditure is decreased.
Patent JP-H1037747-A (JP)
Title: Cooling device for transmission
Inventor: HIRAOKA MINORU
IPC: F01P11/08
Filed: 1996-07-19
Abstract: PROBLEM TO BE SOLVED: To efficiently cool a belt continuous variable transmission mechanism assembled in a gear transmission by the use of its structure. SOLUTION: A transmission unit 21 is provided with an advancing/reversing changeover gear mechanism, advancing and reversing hydraulic clutches therefor, and a control valve which control their changeover. The transmission unit 21 is directly mounted on an outer surface of a transmission case 2a. In an operation oil cooling circuit L, oil discharged from the transmission unit 21 to which discharge oil from a hydraulic pump 16 is fed is extracted from an outlet 22 inside the transmission case 2a and returned to the hydraulic pump 16 through an oil cooler 17. A belt case 1a of a belt continuously variable transmission mechanism 1 for providing a transmission 2 with power is directly connected to the transmission case 2a for easy heat conduction.
Patent JP-H1121025-A (JP)
Title: Movement control device for medium supplement-recovery machine
Inventor: TAKEGAWA SHINGO
IPC: G06F19/00
Filed: 1997-06-30
Abstract: PROBLEM TO BE SOLVED: To enable a medium supplement-recovery machine to be exactly moved up to the connecting position of an ATM even when a wheel slips on a rail, or the position of the ATM is shifted. SOLUTION: Based on data on the position of a connecting position table 14 of a centralized control part 10, a control part 21 rotates a wheel 27 through a driver circuit 24, a pulse motor 25, and a drive mechanism 26, and moves a medium supplement-recovery machine 20 on a rail up to an ATM 1. When a photoelectric sensor 29 detects an object 31 to be detected, and thereafter, output of detected signals is stopped, the control part 21 stops the movement of the medium supplement-recovery machine 20. A CPU 11 calculates the difference between the amount of set movement based on data on the positions and the amount of movement by control as a correction amount of movement, and when the correction amount of movement is smaller than a limit value of the correction amount of movement, the CPU allows the medium supplement- recovery machine to perform the supplement and recovery.
Patent JP-S5895103-A (JP)
Inventor: AKASAKI TAKASHI
IPC: B01F25/70
Filed: 1981-11-30
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-H0638168-A (JP)
Title: Magnetic recording and reproducing device
Inventor: OKAMURA FUJIO
IPC: H04N5/92
Filed: 1992-07-17
Abstract: PURPOSE:To obtain a special reproduction picture in which the content of a picture is discriminated by using all at a of a block including DCT transformation coefficients of a decoded DC component for DCT transformation coefficients of a DC component. CONSTITUTION:The transformation coefficients of a DC component are converted into a group of data string of L' coefficients by a DC component coding processing circuit 10 to apply independent differential coding to the coefficients, then the number of transformation coefficients unable to be decoded when a magnetic head reproduced a signal while crossing a recording tracks becomes L' or below. Moreover, by recording the coded sequence in a cyclically distributed manner sequentially for N-sets of segments and n-recording channels, the sequence is recorded to each track according to number nXN. With this arrangement, when the signal is reproduced at a tape speed different from that at recording, since the transformation coefficients of the DC component are obtained from the entire pattern from the upper to the lower part by one scanning of the magnetic head, even when there is any data string unable to be detected by the scanning of the head for n-times, the string is interpolated by using the transformation coefficients of the DC component adjacent to above/under the string.
Patent JP-S6346808-A (JP)
Title: Mixer circuit
Inventor: ENDO HARUYOSHI
IPC: H03D7/02
Filed: 1986-08-14
Abstract: PURPOSE:To simplify and miniaturize a device for the titled mixer circuit by arranging a mixer diode, a 1/4 wavelength short-circuit line and an LPF into a clocked loop line of a rat race circuit in a microwave integrated mixer circuit using the rat race circuit. CONSTITUTION:A high frequency signal inputted from an input line 1 is distributed in via transmission lines 4a, 4b and inputted to mixer diodes 5a,5b in phase. A local oscillation signal inputted from an input line 2 is distributed via the lines 4a, 4b, inputted to the diodes 5a, 5b opposed to each other at 180 deg. and mixed with the high frequency signal. Then the high frequency signal is short- circuited by a short-circuit line 6 of 1/4 wavelength whose tip is opened. An IF signal being the mixture of the high frequency signal and the local oscillation signal is given to an IF signal line through a bonding wire 8 via the LPF 7 comprising lines 7a, 7b and the IF output is obtained from an output line 3.