baber/WOPTO huggingface dataset:
Patent JP-H02201132-A (JP)
Title: Optical fiber system distribution type temperature sensor
Inventor: OZAWA YASUO
IPC: G01K11/12
Filed: 1989-01-30
Abstract: PURPOSE:To accomplish averaging whose sampling time is short by dividing an addition circuit in an averaging processor to prestage and poststage circuits and making the number of processing bits of the prestage circuit larger than the number of output bits of an A/D converter and smaller than the number of processing bits of the poststage circuit. CONSTITUTION:The addition circuit 600 of an averaging processing circuit is divided to a prestage addition circuit 601 and a poststage addition circuit 602. The circuit 601 is constituted of an adder 62a and a memory 63a and the circuit 602 is constituted of an adder 62b and a memory 63b. The value converted into a digital quantity by the A/D converter 61 is inputted into the circuit 601, where each measuring input information is added. When a heating circuit attains some times No, the added result is inputted in the circuit 602 and storage in the memory 63a is erased. Then, in the circuit 602, the added result of the circuit 601 is inputted every addition No and added to the previously stored value, then it is inputted in the memory 63b. By repeating such operations, the final result becomes the output of the entire circuit 600.
Patent JP-S61180339-A (JP)
Title: On-line test system
Inventor: NAKAMURA SHIGERU
IPC: H04L69/40
Filed: 1985-02-06
Abstract: PURPOSE:To improve the operability and reliability of an on-line test at a high operating speed by performing automatically the initialization of a parameter, the start operation of a program to be tested and the confirmation of the processing result and displaying the executing time in an on-line application mode. CONSTITUTION:This system comprises a consol 1, a keyboard processor 2, an on-line test program 3, a program 4 to be tested and a definition table 5 containing the information needed for execution of the program 4 as well as the information needed for decision of the result after execution of the program 4. When the keyboard processor 2 is started by the console 1, a guide display of 'TEST No=' is given to show that the processing is started with the program 3. When a test number is supplied by a key, it is checked. Then an error is displayed if a fault is detected, and the program 4 is selected based on the table 5 in a normal state. Then a pre-execution time point is read out and the program 4 is carried out. The time passed is displayed after execution of the program 4. Thus a normal or abnormal state is displayed according to the result of decision and the table 5.
Patent JP-S61234724-A (JP)
Inventor: MISHIERU PETORIGUNANI
IPC: A01H5/08
Filed: 1986-01-31
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-S60165540-A (JP)
Title: Longitudinal split detector for conveyor belt
Inventor: ARAI TATSUO
IPC: G01N27/24
Filed: 1984-02-08
Abstract: PURPOSE:To improve reliability by detecting a longitudinal split on the basis of the number of pulse signals from a belt position detector and a detection pulse signal for the longitudinal split from a sensor for resonance circuit detection. CONSTITUTION:Resonance circuits 4 are installed in the conveyor belt 3 and the sensor 6 for resonance circuit detection detects a longitudinal split. Further, the belt position detecting means 12 is fitted to detect the run distance of the conveyor belt 3 as the number of pulses. Then, the number of pulse signals from the belt position detecting means 12 and the pulse signal detected by the sensor 6 for resonance circuit detection are stored in the memory 31 of a controller 30, and the number of pulse signals which is stored is compared with the number of pulse signals which are detected newly by an arithmetic circuit 32 to detect abnormality of the conveyor belt 3, thereby stopping a motor 8 with its detection output.
Patent JP-S61179788-A (JP)
Title: Thermal color forming method
Inventor: TAKAHASHI TOSHIO
IPC: B41M5/333
Filed: 1985-02-06
Abstract: PURPOSE:To obtain a thermal color forming method capable of being applied smoothly and advantageously, by forming a specified colored compound through thermal contact and reaction of specified compounds. CONSTITUTION:A compound of general formula (I) and a compound of general formula (II) or (III) are independently dispersed in a medium, and the compound (I) is brought into contact are reaction with the compound (II) or (III) in the medium by heating, thereby forming a colored compound of one of general formulas (IV)-(VI) in the medium. It is important that X in general formula (I) be at least one selected from the group consisting of HSO3, NH2SO2, CH2SO2 and NO2, whereby a color forming temperature comparable to that in the case of a conventional leucy-type dye can be used in this thermal color forming method. The method can be applied smoothly and advantageously without requiring any special modifications in the design of equipment or machines. The specified color forming compounds are free of the problems of water resistance, light resistance, solvent resistance or the like involved in theuse of conventional leuco-type dyes, and shows a merit regarding long-time preservability of recorded information.
Patent JP-S57137510-A (JP)
Title: Controlling unit for wave, tide etc
Inventor: MIYAMA EIJI
IPC: E02B3/06
Filed: 1981-02-16
Abstract: PURPOSE:To perform operations to control and calm down waves and a tide, by a method wherein a triangular single unit is formed with a base member, the slope member at offing side, and the slope member at shore side, and a plural number of the single units is combined together. CONSTITUTION:A lower tenon 15 at the slop member 5 of offing side is inserted into a mortise 9a in a base member 3, a lower tenon 19 at the slope member 7 of shore side is inserted into a mortise 11a, and a mortise 13 in the slope member 5 at the offing side is supported by a mortise supporter of the slope member 7 at the shore side to tighten them by means of tightening means 17, 23, and 25. A mortise 31 in a scouring resisting member 27 is then inserted in the offing side between base parallel beams 3a and 3b, and is pivotably supported by a tightening means 33. A water current agitating member 29 is previously secured to the slope member 5 at the offing side and the slope member 7 at the shore side. Single units 1 are placed at the bottom of the water in one row, in a plural number of rows, or in a zigzag.
Patent JP-S56117107-A (JP)
Title: Measuring method of profile
Inventor: KAWASHIMA YOSHIO
IPC: G01B11/30
Filed: 1980-02-20
Abstract: PURPOSE:To make it possible to measure accurate profiles efficiently by means of noncontact procedure by projecting parallel beams into the area including the sectional circumference of an object and detecting beams from three ways touching with the circumference with image sensors. CONSTITUTION:The positions of beams to the respective directions of tangents L1 and L2 passing through points A and B on the sectional circumference of an object having a circular section and a beam to the direction of a tangent which touches the circumference at point C which is the intersection between the bisector of an angle of intersection D between L1 and L2 and the circumference and detected from beam positions (x), (y) and (z) of image sensor 3, 4 and 5 respectively to find length H  of segment CD. The profile of the section can be measured by measuring height H  as a function of rotational angle theta while rotating all tangents L1-L3 and section 2 relatively. Parallel beams B1-B3 of laser sources 26-29 are projected into wire rod 13 sent out from the center of the hollow shaft of rotation drum 12 to measure H as a function of theta through image sensors 30-33. Thus, accurate profiles can be measured efficiently by means of noncontact procedure.
Patent JP-H03226596-A (JP)
Title: Electroplating device
Inventor: ISO MASATOSHI
IPC: C25D21/10
Filed: 1990-01-30
Abstract: PURPOSE:To uniformly agitate plating liquid and to hold the plating state uniform and to form plating free from an unevenness by integrally forming both the blowout port of pressurized gas in an air supply path and the return port of plating liquid in a circulator thereof. CONSTITUTION:Firstly plating liquid returned through a circulation path 9 of plating liquid is introduced via an orifice 10' worked and formed to the side wall part of a nozzle main body 10. Then this plating liquid is progressed while holding the form of cohesiveness and allowed to nearly vertically collide against the face of the opposed side wall and made particulate. Simultaneously the pressurized gas i.e., compressed air is passed through an orifice 10' worked and formed to the lower part of the nozzle main body 10 and introduced from the rear part of the plating liquid. This plating liquid 1 is made particulate by this high-speed air flow. The particulate liquid is spouted and dispersed into the plating liquid 1 as the micro bubbles at high density. Therefore, the plating liquid is uniformly agitated as a whole or in a wide range.
Patent JP-S62253411-A (JP)
Inventor: JIYOO TEII MEI
IPC: B29C35/08
Filed: 1987-01-30
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-S63190256-A (JP)
Title: Electrolyte plate for fuel cell
Inventor: TAKAHASHI TSUTOMU
IPC: H01M8/02
Filed: 1987-02-02
Abstract: PURPOSE:To accurately impregnate with carbonate by laminating outer-layered electrolyte plates, which are not impregnated with carbonate and have lower porosity and higher buckling strength than an inner-layered electrolyte plate, on upper and lower sides of the inner-layered electrolyte plate, which is placed at the center impregnated with carbonate and has high porosity and low buckling strength. CONSTITUTION:After an electrolyte plate 4 is fabricated, temperature is increased and organic binder in electrolytic plates 4b located at upper and lower sides is evaporated, and the temperature is further increased to the melting point or higher of carbonate to melt the carbonate impregnated in a central electrolyte plate 4a. After the carbonate is melted, a load is added from both sides of the cell to buckle the center electrolyte plate 4a. By the arrangement, the thickness of the electrolyte plate 4 decreases and a holding amount of the carbonate in the central electrolyte plate 4a decreases and the overall impregnation takes place through penetration of surplus carbonate into pores of the electrolyte plates 4b with low porosity at upper and lower sides.
Patent JP-S58147434-A (JP)
Inventor: SANDORO JIYOBANARUDEI
IPC: C08J9/00
Filed: 1983-02-09
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-S63189080-A (JP)
Title: Teletext receiver
Inventor: SOBASHIMA HIROSHI
IPC: H04N7/025
Filed: 1987-01-31
Abstract: PURPOSE:To immediately display a designated program after the selection by converting an extracted teletext signal into a digital signal, storing it with compression and reading it by program selection so as to apply expansion control. CONSTITUTION:A signal inputted from a television video signal input terminal 1 is subjected to teletext signal extraction by as data clock circuit 4, converted into a digital signal and stored tentatively in a packet buffer 7. Then a data is compressed by the compression command of a program ROM 11 and stored in a memory 15 from a buffer 7. In using a remote controller 30 to select a program number of an object teletext, the data of the program designated the memory 15 is read by using data sent to a CPU 9 via a photodetector section 31 and a system control section CPU 20 and decoded into the original data and displayed based on the expanded command of the program ROM 11.
Patent JP-S59146189-A (JP)
Inventor: IKEDA NOBUO
IPC: H05B6/76
Filed: 1983-02-10
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
Patent JP-S53106364-A (JP)
Title: Takeout method for tightly wound wire coil
Inventor: IIJIMA EIJI
IPC: B65H54/76
Filed: 1977-02-26
Abstract: PURPOSE: To prevent the damage of the wire, by dropping the bunch of the coiled wire opening the wire stocker only when the diameter of the wire coil in the wire stocker is in a suitable range. 
     COPYRIGHT: (C)1978,JPO&Japio
Patent JP-H06198251-A (JP)
Title: Static electricity-free vibration floating type sorter
Inventor: KIYOKAWA TADASHI
IPC: B07B13/11
Filed: 1991-02-14
Abstract: PURPOSE:To provide a static electricity-free vibration floating type sorter which can carry out sorting properly based on shapes by making a system wherein almost spherical articles roll and fall on a sorting plate due to the gravity, and almost flat articles climb the plate upward while riding the floating waves and bounding on a face having small holes. CONSTITUTION:A mixture of intermediate products M and plated balls B is placed in a storage hopper 42 and the mixture is moved on the route 41 of a dropping apparatus 4 to send the mixture to a dropping hole by vibrating the route 41 and the mixture is dropped on a sorting plate 1. The sorting plate 1 is tilted at about 5 degree, and sending waves proceed upward of the tilted plate by a vibrator 3. Consequently, rectangular parallelepiped articles do not go down on the tilt, and move upward on the tilt while riding the floating waves and spherical articles roll by the vibration and, at the same time, go downward and fall on the tilt due to extremely small coefficient of rolling friction. The spherical articles here are plated balls B, and the rectangular parallelpiped articles are intermediate products M of ceramic fixed resistors.
Patent JP-H09214636-A (JP)
Title: Method and device for voice communication imbedded with data
Inventor: MATSUI KINEO
IPC: G10L19/018
Filed: 1996-02-07
Abstract: PROBLEM TO BE SOLVED: To facilitate ciphering of data such as character information and error correction by setting data of coded character information or the like to low-order bits of a data imbedded voice signal so as to attain communication of digital voice information imbedded with the data. SOLUTION: A sampling means 2 samples an output 101 of a low pass filter 1 by using a frequency signal of 8kHz. A quantization means 3 quantizes a sampled value 102 in 128 steps to generate a quantization output 103. A character information input means 4 is an input means for character codes coded in 8-bit. A coding means 5 applies 8-bit binary coding to the output of the quantization means 103 to generate binary coded voice data. Low-order n-bits (n is an integer being one or over and 7 and lower, practically 4 or below) of the 8-bit voice code are replaced with n-bits in 8-bit character code 104. The character information imbedded voice code is generated through the replacement and outputted as a character imbedded voice signal 105.
Patent JP-S58138662-A (JP)
Title: Sealing method of surface of heat-sensitive recording head
Inventor: HIDA TADAO
IPC: B41J2/335
Filed: 1982-02-15
Abstract: PURPOSE:To greatly raise the efficiency of sealing operation by eliminating the needs for masking, curing of resin, and removal of mask by a method in which a heat-resistant adhesive tape is adhered to the surface of the wiring of a heat- sensitive recording head so as to provide a protective insulation for the wiring. CONSTITUTION:On the surface of a grazed ceramic base plate 2, various kinds of wiring of heating resistors, etc., together with a diode array 4 and a block terminal 5, are formed, and a wiring surface 1 is further formed on the uppermost layer. A heat-resistant adhesive tape 6 of a given dimension is adhered to the wiring surface 1, whereby sealing up the wiring surface 1 of the heat-sensitive recording head. In this way, the needs for masking, curing of resin and removal of mask, as needed in the conventional sealing operation using resin coating, can be eliminated.
Patent JP-H01197640-A (JP)
Title: Measure system of ionized layer propagation delay time utilizing spectrum reverse spread
Inventor: MIKI CHIHIRO
IPC: G01W1/08
Filed: 1988-02-02
Abstract: PURPOSE:To detect directly a voltage which is proportional to the difference in the delay time of an electromagnetic wave in an ionized layer by multiplying two frequencies after spectrum spread modulation using the same code. CONSTITUTION:Signals L1 and L2 received by an antenna 1 are converted by frequency converters 2 and 3 to an intermediate frequency. Both signals are multiplied by a multiplier 12 to obtain the correlation between the L1 and L2. Here, when the phase delay difference phi between the L1 and L2 is zero, the correlation output is maximum and when there is a phase delay difference, the correlation output decreases. Then the correlation output is passed through a band-pass filter 13 to extract only a desired signal. Then this signal is passed through an amplitude detector 14 to detect the level of the signal. The output of the amplitude detector 14 is the voltage proportional to the difference in delay time between the L1 and L2. Consequently, the voltage which is proportional to the difference in the delay time of the electromagnetic wave in the ionized layer is detected directly.
Patent JP-H02201543-A (JP)
Title: Processing system for privileged instruction of virtual computer
Inventor: YAMAMURA NAOMI
IPC: G06F9/46
Filed: 1989-01-30
Abstract: PURPOSE:To effectively use a processor by operating an executable process in a virtual computer simultaneously with the privileged instruction simulation processing of a VM monitor even at the time of execution of a privileged instruction on the virtual computer. CONSTITUTION:When a privileged instruction is executed in an executing proc ess 21 at the time of existence of the executing process 21 and executable processes 22 and 23 in a virtual computer 20, occurrence 1 of the privileged instruction is reported to a VM monitor 2. Though the privileged instruction is executed on the virtual computer 20, another executable process in the virtual computer 20 can be executed simultaneously with the privileged instruction simulation processing of the VM monitor 2 when existing. Thus, the execution of the virtual computer 20 is not stopped even during the processing of the VM monitor 2.
Patent JP-H03225462-A (JP)
Title: Roman character/kanji converter
Inventor: INKI AKIHIKO
IPC: G06F17/22
Filed: 1990-01-30
Abstract: PURPOSE:To obtain a KANJI (Chinese character)/KANA (Japanese syllabary) conver sion result corresponding to a tone [un (one of Japanese syllabary) + vowel] or a tone (un + semivowel) by generating a main candidate KANA character string and a sub candidate KANA character string and performing KANA/KANJI conversion, respectively when Roman character/KANA conversion is performed. CONSTITUTION:The main candidate KANA character string and the subcandidate KANA character string are generated by inputting a Roman character string from an input line 11 in an alphabetical character code, and referring to a Roman character/ KANA conversion table with a Roman character/KANA conversion part 12. A KANJI collation part 13 outputs KANJI/KANA mixed inscription for both the main candidate KANA character string and the sub candidate KANA character string obtained from a Japanese language morphemic analysis part 14 to an output line 15 in Japanese character code as a KANJI conversion result summary of summary format. In such a way, when vowels (a), (i), (u), (e), and (o) or the semivowel (y) is inputted behind the syllabic nasal (un), it is possible to obtain the KANJI conversion result correspond ing to the tone (un + vowel) or the tone (un + semivowel) in addition to that corre sponding to a tone in a [na(Japanese syllabary)] row or the one in a [nya(Japanese syllabary)] row.
Patent JP-H02201708-A (JP)
Title: Reproducing circuit for disk device
Inventor: KIMURA TOSHIKI
IPC: G11B5/09
Filed: 1989-01-31
Abstract: PURPOSE:To improve the reliability of signal reproduction by individually providing an equalizing circuit to correct the peak shift and the equalizing circuit to correct the amplitude fluctuation, inputting the reproduced signals from a head in parallel, and regulating the signals to the optimal values inherent in the respective circuits by means of an attenuator provided on the input stage of an adding/subtracting amplifier. CONSTITUTION:A first equalizing circuit 12 to correct the peak shift and a second equalizing circuit 14 to correct the amplitude fluctuation are individually provided, read signals from a head 10 are branched into two, and respectively inputted to the circuits. Further by attenuators 18-1 and 18-2 provided in the first equalizing circuit 12, the optimal value to correct the peak shift can be set, and the optimal value to correct the amplitude fluctuation can be set by attenuators 18-3 and 18-4 provided in the second equalizing circuit 14. Thus by optimizing the correction of the peak shift and amplitude fluctuation, the reliability at the time of reproducing the signals can be improved.
Patent JP-H03227122-A (JP)
Title: First-order digital pll
Inventor: GOTO MASATAKA
IPC: H03L7/06
Filed: 1990-01-31
Abstract: PURPOSE:To optionally select an oscillator generating an internal high speed clock by adding a multiplier outputting a fixed number of control pulses and an arithmetic circuit outputting a 1 pulse addition signal or a 1 pulse elimination signal. CONSTITUTION:A 1 pulse addition signal I2 from a rate multiplier 8 at free-run state is a 1 pulse addition signal I0 of an arithmetic circuit 9 as it is and one pulse is added to a pulse train of an internal high speed clock Rf0 in a 1 pulse addition or elimination circuit 6 by using the 1 pulse addition signal I0. In this case, the free run frequency is a frequency higher than the frequency f0. the number of position decision clocks CI, CD and the generated position are decided by the number of the 1 pulse addition signal I2 outputted from the rate multiplier 8. Thus, the free run frequency is finely adjusted.
Patent JP-S58154511-A (JP)
Inventor: HOWAADO MIIDO PATSUKU
IPC: A61K31/535
Filed: 1983-02-10
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
Patent JP-H05194135-A (JP)
Title: Dental restorative material composition
Inventor: JIYON EE YAAN
IPC: A61K6/884
Filed: 1992-01-13
Abstract: PURPOSE:To obtain the subject dental restorative material composition, excellent in surface smoothness similar to that of the natural tooth, having small polymerization shrinkage so as not to form gaps between the tooth and the restorative material, excellent in physical properties and having X-ray contrast properties. CONSTITUTION:The objective dental restorative material is composed of (A) a methacrylate or an acrylate monomer having at least one unsaturated double bond, (B) (B1) an organic and inorganic filler, prepared by mixing glass powder having <=10mum maximum gain diameter and 0.1-5mum average grain diameter, preferably <=5mum maximum grain diameter and 0.1-2mum average grain diameter with the monomer, preferably the same component as that in the component (A), curing the resultant mixture and pulverizing the cured mixture and having preferably 5-50mum average particle diameter, (B2) the glass powder and (B3) a fine particulate filler having 0.01-0.04mum average particle diameter and (C) a photopolymerization initiator. This composition preferably contains glass powder having X-ray contrast properties in an amount of >=20wt.% based on the total amount of the glass powder and has the effects.