baber/WOPTO huggingface dataset:
Patent JP-S5883240-A (JP)
Title: Method and device for compensating temperature of electric resistance type moisture meter
Inventor: TOKI KUNI
IPC: G01N27/04
Filed: 1981-11-12
Abstract: PURPOSE:To obtain a method and device for measuring of moisture which permits the temp. compensation of the true moisture content by sample temp. and produces less errors for grains of high temps. during drying with heat power by measuring the electric resistances of an object to be measured at the time t1 and t2 after a specified time from the point when said object is sandwiched, obtaining moisture signals without temp. compensation, and operating the difference between the temp. in the stage of loading the object into an electrode part and the temp. in the electrode part. CONSTITUTION:A transfer switch 8A is closed at the time t1 after the time DELTAt upon starting of a timer, and the signal from an electrode part 1 is subjected to processing such as linearization and is made to an input to an A/D converting part 5, by which A/D conversion is started. The converted digital signal thereof is read with a processor 6 and data D1 is obtained. Further at the time t2, the signal from the electrode is read and D2 is obtained. Signals M1, M2 without temp. correction are obtained directly from the data D1, D2 or by operating the same. The electrode temp. signal from a detecting part 3 is inputted to the part 5, the output whereof is read with the processor 6, whereby electrode temp. data To is obtained. The processor 6 operates the equation T2=To+K(M1-M2) by using the data M1, M2, To and a constant K. The moisture M corrected of temp. is calculated from the operating equation M=M2-alpha(T2- 20) by using the sample temp. T2, the signal M2 and the coefft. of temp. correction (0.1%/1 deg.C). alpha is a constant.
Patent JP-H1074379-A (JP)
Title: Optical disk
Inventor: KIKUCHI SHINICHI
IPC: H04N19/00
Filed: 1997-07-07
Abstract: PROBLEM TO BE SOLVED: To navigate data which renders itself to a special reproduction, by recording control signals as digital data within prescribed sectors. SOLUTION: A track is continuously formed in a spiral shape as the region, in which data are normally recorded, in a recording layer 16 of an information region 25. The track is divided into plural physical sections. Continuous numbers are then put to these sectors and data are recorded using these sectors as references. In a data recording region 28 of the region 25, reproducing information, video data, subvideo data and audio data are similarly recorded as pits (changes of physical conditions). When a pickup reads the digital data, the sectors are used as references and the control signals including the addresses, which indicate the relative positional relationship on a disk with respect to other sector groups located in the inner peripheral or the outer peripheral side, are recorded as digital data in the prescribed sector located in the group in a readable condition.
Patent JP-H08170961-A (JP)
Title: Analysis element,composition and method using modified apoperoxidase
Inventor: ROI YUUJIIN SUNOOKU
IPC: G01N33/52
Filed: 1995-07-18
Abstract: PROBLEM TO BE SOLVED: To prevent generation of shift due to hemoglobin in a test sample by employing apoperoxidase modified to block the histidine amino acid in protein. SOLUTION: Modified apoperoxidase, where the imidazolyl group of histidine amino acid molecule in protein amino acid chain is blocked, is employed as a critical reagent. The imidazolyl group destroys the configuration of histidine amino acid sufficiently, for at least one nitrogen atom in a ring, to prevent the peroxidase activity in the apoperoxidase molecule from being recovered but it can be blocked by employing an alkylated reagent, condensed reagent or additional reagent which does not change the specific immune reactivity. Consequently, interference can be reduced in coating immunoassay employing the peroxidase as a label without causing any shift due to hemoglobin in the test sample.
Patent JP-2000016714-A (JP)
Title: Control device for elevator
Inventor: TAKEUCHI SHINJI
IPC: B66B1/06
Filed: 1998-06-29
Abstract: PROBLEM TO BE SOLVED: To provide a control device for an elevator capable of prohibiting ordinary operation when dew condensation is produced also quickly restarting the ordinary operation by removing the dew condensation. SOLUTION: Whether dew condensation is produced or not in an inverter drive circuit 3 is judged in a dew condensation detection circuit 7 by a detection signal 4a supplied from a dew condensation sensor 4. A dew condensation detection signal 7a is output to a dew condensation countermeasure circuit 8 when generation of the dew condensation is detected, and a safety confirming circuit 9, upon judgement whether or not ordinary operation should be prohibited, outputs an elevator stop signal 8a to the dew condensation countermeasure circuit 8, so as to prohibit a command output of the ordinary operation in the dew condensation countermeasure circuit 8 and to supply a dew condensation elimination signal 8b to a dew condensation eliminating device 5 to operate it.
Patent JP-H0232875-A (JP)
Title: Signal processor for video printer
Inventor: NAKANO TETSUO
IPC: H04N5/76
Filed: 1988-07-22
Abstract: PURPOSE:To obtain a visually favorable print according to an inputted signal by converting a video signal according to set tone reproduction characteristics, outputting the converted signal, and switching the set tone reproduction characteristics according to a detected signal level. CONSTITUTION:A selector 3 is controlled by, for example, a system controller 7 to select and output one of three systems of RGB signal. A characteristic- switching means 1 converts inputted signals according to set gamma characteristics, and outputs the converted signals. A switch 3 selects and output only one of color signals inputted, and then the output signal is converted by an A/D converter 4 into gradation data which is a digital signal. The gradation data is converted by an intermediate gradation controlling means 5 into data indicating energization times on an input gradation basis, and the converted data is transferred to a thermal head 8, which performs printing. The gamma characteristics are switched by the switching means 1 according to a signal from an adjusting means 2 or a signal level detecting means 14.
Patent JP-H1030517-A (JP)
Title: Gas fuel injection valve
Inventor: KANESHIGE SUSUMU
IPC: F02M51/06
Filed: 1996-07-11
Abstract: PROBLEM TO BE SOLVED: To improve valve opening responsiveness characteristic while holding the enlarging of an injection hole area and large stroke by forming an armature and a valve element independently, forming a space between the armature and the valve element when the armature is not attracted, and opening the valve element by making colliding the armature with the valve element after only armature is moved a little bit at the time of energized. SOLUTION: When a power supply is turned off, in a condition in which a valve element 21 is closed by energizing force of a second spring 22, an armature 10 abuts on a stopper 13 by energizing force of a first spring, the rear end 21b of the valve element 21 and the top end 10b of the axial part 10a of the armature 10 are faced to each other at a clearance D2 . When the power supply is turned on, a stator 8 is excited, the armature 10 is attracted and moved opposing to energizing force of the first spring 15, and its movement is carried out only the mass of the armature 10. When the armature 10 is moved for the distance of the clearance D2 , the top end 10b of the axial part 10a collides with the rear end 21b of the valve element 21.  At the time of collision, the armature 10 is accelerated while its moved for the distance of the clearance D2 , and its collision force becomes large force for opening the valve more than the valve opening force of electromagnetic force.
Patent JP-H06437-A (JP)
Title: Heating apparatus
Inventor: TATE SETSUO
IPC: F26B23/04
Filed: 1992-06-16
Abstract: PURPOSE:To make temp. control easy in comparison with heating only by infrared radiation by not only irradiating an object to be heated by means of an infrared lamp in an oven but also heating it by blowing a heated gas. CONSTITUTION:Each bank consisting of a plurality of infrared lamps 11 is respectively set on both sides of the upper part by placing the carrying direction of an object to be heated 21 between them and on the inside of a tunnel path 31 of the upper part of a conveyer 32 and a gas blowing outlet 13 and a gas suction hole 14 are respectively set on the neighborhood of the height of the surface position of the object to be heated 21 along the side face of the tunnel oven 31 in the longer direction. The gas blowing outlet 13 and a gas suction hole 14 are connected with each other by means of a circulation duct 15 and a fan 16 and a heating part 17 are set on the circulation duct 15. When the object to be heated 21 is carried into the tunnel oven 31, the gas blown from the gas blowing outlet 13 on the side face of the tunnel oven 31 passes from the work carrying hole A side through the neighborhood of the surface of the object to be heated 21 and is sucked by the gas suction hole 14 and is entered into the gas suction hole 14. Therefore, the gas is blown onto the surface of the object to be heated 21 and the atmospheric temp. in the neighborhood of the passing position of the object to be heated 21 is elevated and held.
Patent JP-H0911453-A (JP)
Title: Printing method, printer and recording paper roll
Inventor: YASUMI KUNIO
IPC: B41J11/42
Filed: 1995-06-27
Abstract: PURPOSE: To sharply increase a discriminable kind of recording material and to enable execution of discrimination affected little by a stain or sticking dust, by reading a plurality of elements of discrimination, by discriminating the kind of the recording material on the basis of combination of the elements of discrimination and by delivering a printing output on the basis of corresponding conditions. CONSTITUTION: A control device 100 has a recording material discriminating means 102. This means discriminates four kinds of recording paper on the basis of a radius from an outside diameter detecting part and a color (or density). The result is inputted to a printing control means 104. In a memory 106, printing conditions corresponding to the kind of recording paper are stored beforehand. The printing control means 104 reads out the printing conditions corresponding to the kind of recording paper from the memory 106 and controls a motor 26 in conformity with these conditions so as to feed recording paper 20, while it controls a print density produced by a printing head 30. For a certain kind of recording paper, the operation of a cutter 40 is stopped.
Patent JP-S6157453-A (JP)
Title: Acceleration sensitive type pressure control valve
Inventor: KONO TERUHISA
IPC: B60T8/28
Filed: 1984-08-29
Abstract: PURPOSE:To check a variation range of crossover hydraulic pressure in a pressure control valve and thereby improve reliability, by installing a boosting velocity detecting mechanism which regulates boosting start timing for a sealing chamber according to a boosting velocity of input pressure, in case of the above captioned valve available for rear-wheel braking hydraulic pressure. CONSTITUTION:This pressure vontrol valve is constituted of installing a boosting velocity detecting mechanism consisting of a pressure reducing valve 2, a boosting velocity sensing piston 3 and an abosrber piston 4, an inertial valve 5, and a bias force regulating device 6 varying bias force in a valve opening direction received by a spherical inertial body 5b of this valve 5 in proportion to acceleration. And in time of operation of a hydraulic pressure operating plunger 2a of the pressure reducing valve 2, it has an absorber piston 8 built-in, which makes up for the volumetric reduction of a sealing chamber 7 and prevents an increase of sealing hydraulic pressure. And, the boosting velocity detecting mechanism is constituted so as to make boosting start timing for the sealing chamber 7 adjustable according to the boosting velocity of input pressure acting on an input port 10.
Patent JP-H1027397-A (JP)
Title: Turning member attaching device and magnetic head device attaching device
Inventor: KURITA KAZUHITO
IPC: G11B11/105
Filed: 1996-07-11
Abstract: PROBLEM TO BE SOLVED: To provide a magnetic head device attaching device which enables easily and surely attaching a magnetic head device to a recording medium hold member in the turnable state. SOLUTION: This device is provided with a cartridge holder 42 loading a magneto-optical disk on a loading part and provided with a pair of support shafts 97, the magnetic head device recording and/or reproducing an information signal for the magneto-optical disk and a magnetic head elevating member 80 providing shaft holes 90 answering to the support shafts 97 provided answering to the cartridge holder 42, turnably supported by the cartridge holder 42 and elevating/lowering the magnetic head device, and half take-out parts 92 are provided on the magnetic head elevating member 80 in the nearly same direction as the attaching direction of the magnetic head elevating member 80.
Patent JP-H0846890-A (JP)
Title: Television receiver
Inventor: OKUNO HIROMITSU
IPC: H04N5/46
Filed: 1994-08-03
Abstract: PURPOSE:To select a display mode automatically in a way that a video source is more accurately discriminated and an image of the source is displayed in an optimum display mode by providing a display adjustment means displaying an image on a screen in a display mode decided definitely by each video source depending on an output of a line detection means and a video source discrimination means. CONSTITUTION:A luminance signal from a selector switch 12 is received by an image area detection circuit 42 and an image area is detected by the digital video signal. The result is given to a main CPU 30 as serial data. The main CPU 30 conducts aspect ratio discrimination processing of a video source based on the data. A control signal and a clock signal are given to a video chroma processing circuit 24. Based on the signal received by the video chroma processing circuit 24, the circuit 24 provides an output of a vertical deflection signal, a horizontal deflection signal and an S-shape correction signal to control a deflection circuit 32. Thus, the deflection circuit 32 conducts the processing in response to the control signals.
Patent JP-S6339049-A (JP)
Title: Diagnosing device
Inventor: SAKAI SEIKI
IPC: G06F11/22
Filed: 1986-08-01
Abstract: PURPOSE:To improve availability of a system by giving the initial diagnosis only to a lower diagnosing device where an initial diagnosis end flag is not set yet. CONSTITUTION:A higher diagnosing device part checks the power supply signals 201-203 via a power supply OFF recognizing part 10 and resets a flag 104 as long as the signal is set at '0' showing a power supply OFF state to give no initial diagnosis to the corresponding lower diagnosing device. The initial diagnosis is unconditionally given to the lower diagnosing device part set at '1' showing a power supply ON state with signals 201-203 as long as a signal 207 received from a forcible initial diagnosis switch 105 is set at '1'. While an initial diagnosis end flag register 104 is checked by a flag checking part 11 when the signal 207 is equal to '0'. Thus the corresponding bit is reset in a power supply OFF state. Then the power supply is turned on and an initial diagnosis instructing part 13 gives an instruction for execution of the initial diagnosis only to the lower diagnosing device part set at '0' showing that the initial diagnosis is not finished yet.
Patent JP-S6427147-A (JP)
Title: Image display device
Inventor: SEKIHARA TOSHINOBU
IPC: H01J31/12
Filed: 1987-07-22
Abstract: PURPOSE:To provide an image of high quality by constituting the arrangement from a drawout electrode, a signal electrode, etc., a deflecting electrode having a plurality of through holes below a specified plate thickness, and a rack-shaped member formed by placing a plurality of approx. rectangular electroconductive plates below a specified plate thickness in the same plane and parallelly to one another. CONSTITUTION:To electrostatically deflect an electron beam, the deflection sensitivity is proportional to Vl/d, where l is width of deflector plate, d is distance between deflector plate, and V the deflecting voltage. When a vertical eccentric electrode is made in a thin plate as below 0.3mm, l becomes smaller to worsen the deflection sensitivity, but the electron beam will not be paralleled by lessening d too and locating a vertical focusing electrode 32 backmost, and enlarging V a little will surely provide good deflection sensitivity. Because the group of electrodes 28-32 consist all of a thin electroconductive plate below a plate thickness of 0.3mm, through hole, slit, etc., can be processed under precision control by means of etching process. In case approx. rectangular electroconductive plates separated such as horizontal focusing electrode 31 and vertical focusing electrode 32 are arranged in the same plane and parallelly to one another to form a rack-shaped arrangement, fabrication can be made with particularly good preciseness.
Patent JP-S6075591-A (JP)
Title: Bipolar laminated type electrolytic cell
Inventor: YOSHITAKE MASAMI
IPC: C25B9/19
Filed: 1983-09-30
Abstract: PURPOSE:To provide a titled electrolytic cell which is made thin over the entire part of the device and is reduced in weight by laminating positive and negative pole chambers packed with liquid permeation type electrode materials in chamber frames having a suitable thickness, a diaphragm and a partition plate contg. a conductive material having an adequate thickness thereby constituting the electrolytic cell. CONSTITUTION:A bipolar laminated type electrolytic cell is constituted of a unit cell obtd. by laminating successively a positive pole chamber packed with a liquid permeation type electrode material 3 in a chamber frame 2, a diaphragm 5, a negative pole chamber packed with a liquid permeation type electrode material 3 in a chamber frame 4 and a partition plate 1 contg. a conductive material. The frames 2, 4 in the above-mentioned electrolytic cell are respectively constituted of a hard material such as a hard resin, metal, etc. having >=1.5mm. thickness. A material having corrosion resistance and conductivity such as a carbon plate, a resin-bound carbon plate, etc. having <=1mm. thickness is used for the plate 1. The above-mentioned electrolytic cell is made smaller in size and lighter in weight without decreasing efficiency by providing structural strength with the frames 2, 4 and forming thinly the conductive partition plate.
Patent JP-H0530211-A (JP)
Title: Automatic decision control system for busy state service
Inventor: NISHIGAYA TAKESHI
IPC: H04M3/42
Filed: 1991-07-23
Abstract: PURPOSE:To enable a network side to decide the optimum busy state service automatically and to execute it in place of a caller when a called party is busy. CONSTITUTION:Data and intelligence required for deciding automatically the optimum busy state service are registered respectively to a database 22 and an intelligent base 23, and when a caller A makes a call to a called party B, a computer 14 generates a service management process 24a in response to the caller A. The service management process 24a decides the optimum busy state service based on the data and intelligence registered in the database 22 and the intelligent base 23 when the called party B is busy and executes the decided busy state service.
Patent JP-H03178185-A (JP)
Title: Method for formation of electric connection which takes place on general purpose substrate
Inventor: EMIIRU SATOKURIFU
IPC: H05K3/00
Filed: 1990-07-09
Abstract: PURPOSE: To utilize a general purpose board optimally by generating a control data for guiding at least one contact means from a partial volume of data and then performing a contact or separation process based on that data. CONSTITUTION: A partial volume of data required for predetermined wiring of electric circuit is calculated from all connectible quantities of a board. A control data for guiding at least one contact means is generated from the partial volume of data and then a contact or separation process is performed on a contact point based on that data. A wiring to be contacted or separated is then inspected and an inspection data is used for determining an additional quantity to be wired on a predetermined circuit diagram. They are further utilized for possible post-treatment of the board thus utilizing a general purpose board optimally.
Patent JP-S57106050-A (JP)
Title: Decision of path of wiring pattern
Inventor: SATOU KATSUYA
IPC: G06F17/50
Filed: 1980-12-23
Abstract: PURPOSE:To reduce the generating rate of short-circut between patterns by a method  wherein the wiring region is divided arbitrarily by straight lines, and the intervals between the patterns passing on the straight lines are made to be dispersed uniformly to the utmost. CONSTITUTION:When the wiring region is to be divided into the regions S, R by the  straight lines to form a matrix of mXn, an element Aij=Fsj+Frj+Gj indicates inevitability of that the i-th pattern to occupy the j-th passing point, provided that F is defined as the reciprocal number of expected wiring length in the region when the passing point is j, G is defined as weight of the expected wiring to be obtained from the  degree of approach of the end of wiring to the boundary line, and they are regulated  as to satisfy the formula. When the x-th passing point is in wiring trouble, it is defined as Aix=0, and when adjoining also is not desired, the value at the neighborhood  is also reduced. The wiring region is divided into two by the boundary a-a' by this  way, and the passing point Pa whereat the wiring pattern 7-7' to cross the dividing  straight line is decided. Then the region is divided into two by the boundary b-b', the  passing point Pb is decided, division into two is performed in order to decide the passing point Pi, and when the divided region becomes to have the intended size or less,  the wiring pattern 8 in the respective regions can be obtained, and the original wiring pattern 7-7' can be decided.
Patent JP-2000023094-A (JP)
Title: Information recording device of information recording and reproducing device
Inventor: HIOKI TOSHIAKI
IPC: H04N5/781
Filed: 1998-06-29
Abstract: PROBLEM TO BE SOLVED: To provide a recording or reproducing device for image information which records a moving image and records a desired scene also as a still image. SOLUTION: Record data inputted by an input means 17 is compressed as data for a moving image by an encoder 11 and when a signal is inputted from an operation button 16, a scene at a point of time when the signal is inputted is compressed also as data for a still image and is outputted to a memory 12. A timing setting circuit 13 reads the data for a moving image and the data for a still image from the memory according to an instruction from a controlling part, produces a timing signal which is for recording the data for a moving image and the data for a still image synchronizing with a synchronizing signal from a synchronizing signal generation circuit 8, and outputs it to a magnetic head driving circuit 14 and a laser driving circuit 15.  The magnetic head drive circuit and the laser driving circuit drive, based on the timing signal, semiconductor lasers in a magnetic head 2 and an optical pickup 3 and record the data for a moving image and the data for a still image on a magneto-optical recording medium 1.