baber/WOPTO huggingface dataset:
Patent JP-H0340019-A (JP)
Title: Print data editing method for serial printer
Inventor: HAYASHI TOSHIHIRO
IPC: B41J21/00
Filed: 1989-07-06
Abstract: PURPOSE:To reduce a load on a computer by loading fixed data converted to a code by which data in a slip format fixed part is outputted to a printer in a printer buffer in advance, and editing the fixed part and a variable part at the printer buffer. CONSTITUTION:The part of variable data in a print data object is substituted to a control code 3 for variable part insertion, and a fixed data object 02F as the data in which a control code 1 for fixed part format identification is added on the print data object performing the above substitution is stored in the printer buffer 02. When a print output request to the printer 03 is issued, the print data object in which the control code 3 for variable part insertion of the print data object to be substituted on which the same control code as the control code for fixed part format identification in a variable data object is added is substituted is edited with the print data editing means 012C by using the variable data D of a variable data object 02D. Thereby, the load on the CPU of the computer can be reduced.
Patent JP-H03128343-A (JP)
Title: Novel zinc derivative of anti-inflammatory drug having improved therapeutic characteristics
Inventor: BUXADE VINAS ANTONIO
IPC: C07D498/04
Filed: 1990-07-02
Abstract: NEW MATERIAL: A zinc derivative of formula I [(m) is 1 or 2; (q) is 0-3, and when (q) is 2 or 3, the carbon atoms are linked via a double bond to form vinyl or acryl derivative; W is a cyclic or herterocyclic moiety of formula II, III or IV, etc., (X is CH, CR 3 , CR 5 , etc.; Y and Q are each CH, CR 3 , CR 4 , N, O, S, etc.); R 1 -R 5  are each H, halogen, carboxy, alkyl, alkoxy, etc.].  
     EXAMPLE: 2-(6-Chlorocarbazol-2-yl)propionic acid zinc.  
     USE: Non-steroidal antiinflammatory agents having especially antiinflammatory and mucous membrane-protective activities.  
     PROCESS: For example, an acid of formula V is reacted with zinc oxide, zinc hydroxide, zinc carbonate or zinc salt to give the compound of formula I. 
     COPYRIGHT: (C)1991,JPO
Patent JP-H0725149-A (JP)
Title: Reversible thermal recording material
Inventor: MAKISHIMA HIDEO
IPC: B41M5/28
Filed: 1993-07-15
Abstract: PURPOSE:To provide an inexpensive reversible thermal recording material capable of obtaining a sharp developed color image reduced in irregularity. CONSTITUTION:A reversible thermal recording layer containing a usually colorless or light-colored electron donating dye precursor and a reversible coupler causing a reversible hue change in the dye precursor by the difference of a cooling speed after heating as main components is provided on base paper. The base paper is allowed stand for 48hr under a humidity condition of density of 1.0g/cm<3> or more and RH of 40 deg.C-90% and the center line average roughness after standing and that before standing are set to Ra1 and Ra2 so that Ra1/Ra2 is 1.5 or less.
Patent JP-H0616967-A (JP)
Title: Primer composition
Inventor: KABETA KEIJI
IPC: C09D5/00
Filed: 1992-07-02
Abstract: PURPOSE:To provide a primer composition containing a poly(silalkylenesiloxane) having a specific structure, useful for bonding various sealing materials, etc., to an adherend and capable of keeping high adhesiveness over a long period under alkaline or acidic condition. CONSTITUTION:The composition contains a poly(silalkylenesiloxane containing a silicon functional group and having a molecular skeleton alternately containing silalkylene bonds and disiloxane bonds. The poly(silalkylenesiloxane) can be produced by hydrolyzing a disilalkylene containing hydrolyzable group such a dichlorotetramethylenedisilmethylene. The disilalkylene containing hydrolyzable group is obtained as a by-product of a direct synthesis process of methylchlorosilanes. The above composition is preferably compounded with 0.1-20wt.% of a catalyst such as tin octylate to attain high adhesiveness.
Patent JP-H0735094-A (JP)
Title: Device for preventing surging of compressor
Inventor: KAWAI ISAMU
IPC: F04D27/02
Filed: 1993-07-15
Abstract: PURPOSE:To provide a device for preventing surging of a compressor, which can immediately detect surging caused by any unexpected factor and then isolate the operating state of the compressor from a surging region, and can also enhance compression efficiency more than before by effective use of the capacity of the compressor. CONSTITUTION:Piezoelectric surge sensors 18, 19 are disposed respectively on the inlet and outlet sides of a compressor 1 and a normally closed spill-back valve 8 is disposed within a branch line 5 connected to a line 3 on outlet side of the compressor 1, and a controller 20 is provided in the required position which, when voltage signals 21, 22 input from the surge sensors 18, 19 abruptly rise and pulsate, outputs a command signal 23 to open the spill-back valve 8 until pulsation of the voltage signals 21, 22 is stopped after detection of surging in the compressor 1.
Patent JP-H0517520-A (JP)
Title: Production of ethylene polymer
Inventor: TAKAHASHI HAJIME
IPC: C08F4/60
Filed: 1991-07-16
Abstract: PURPOSE:To stably obtain a highly active ethylene polymer having a moderately wide distribution of molecular weight by bringing ethylene and an alpha-olefin into contact with a specific Ziegler type catalyst and carrying out polymerization. CONSTITUTION:Ethylene or the ethylene and a 3-10C alpha-olefin are brought into contact with a catalyst composed of (A) a solid catalyst component for a Ziegler type catalyst obtained by successively bringing (ii) a silicon halide, (iii) a halogenated hydrocarbon compound, (iv) an organic compound or halide of aluminum and (v) an organoaluminum compound into contact with (i) a solid catalyst component composed of a magnesium dihalide such as MgF2 a titanium alkoxide such as Ti(OC2H5)4 and/or a polytitanic acid ester such as tetra-n-hexyl polytitanate and polymer silicon compound such as methylhydropolysiloxane expressed by the formula (R<1> is hydrocarbon residue) and (B) an organoaluminum compound and polymerized to afford the objective polymer.
Patent JP-S5967279-A (JP)
Title: N-diphenylmethyl-3-piperidinopropionamide derivative
Inventor: ITOU YASUO
IPC: A61P21/02
Filed: 1982-10-07
Abstract: NEW MATERIAL:A compound shown by the formula (R is methyl or ethyl) and its pharmaceutically acceptable acid addition salt. EXAMPLE:N-Diphenylmethyl-2-methyl-3-piperidinopropionamide. USE:A remedy for muscle spasm dolorosa caused by locomotorium diseases such as lumbago, backache, herniated disk, spondylitis deformans, etc. Having improved muscle relaxation, suppression of spinal reflex, anticonvulsive action, etc. PROCESS:A novel N-diphenylmethylpropenamide derivative shown by the formula IIis reacted with piperidine shown by the formula III in a solvent (e.g., ethanol, isopropanol, benzene, toluene, etc.) in a solvent (e.g., ethanol, isopropanol, benzene, toluene, etc.) or in the absence of solvent to give a compound shown by the formula I . The reaction is carried out at room temperature -200 deg.C, preferably at 100-200 deg.C under heating.
Patent JP-H0343069-A (JP)
Title: Method for measuring live cell of microbial cell
Inventor: SUGATA KIYOSHI
IPC: G01N21/77
Filed: 1989-07-10
Abstract: PURPOSE:To remarkably shorten measuring time, enable direct automatic measurement of live cells and measure the live cells useful for food production plants, etc., by reacting a specific chemical substance with a sample which is an object of measurement containing microorganisms and irradiating the sample with light at a specific wavelength. CONSTITUTION:A chemical substance, reactive with enzymes or coenzymes present in live cells of microorganisms and producing a fluorescent substance in the cells is reacted with a sample which is an object of measurement containing the microorganisms, mixed and brought into contact therewith for a prescribed time. The sample is then irradiated with light at a wavelength required to excite the fluorescent substance produced in the cells. Light emitted from the individual microorganisms in the sample is subsequently measured as the number of spots at that time. Furthermore, e.g. homovanilic acid, are preferably used as the aforementioned chemical substance.
Patent JP-S6418982-A (JP)
Title: Carbon foam
Inventor: HASEGAWA KAZUHIRO
IPC: C04B38/08
Filed: 1987-07-14
Abstract: PURPOSE:To produce carbon foam of high compression strength and large flexural strength, by mixing carbon hollow balls, carbon short-cut fibers and a binder, compression-molded and calcined in a non-oxidizing atmosphere. CONSTITUTION:5-30wt.% of short-cut carbon fibers of less than 2mm length and 30-70wt.% of phenolic resin powder, as a thermosetting resin binder, are mixed using a blade blender. Then, 20-50wt.% of carbon hollow balls of 30-300mum is added to the mixture and they are mixed in a vibrating mixer to give a homogeneous mixture. The mixture is compression-molded in a mold using a hot press and calcined in a non-oxidizing atmosphere, such as N2- atmosphere to give the subject carbon foam of high compression and flexural strength and low thermal conductivity. The foam can be used not only as an insulating material for electric furnaces but also as a heat-resistant structural material.
Patent JP-H0927386-A (JP)
Title: Induction heating device
Inventor: YAMADA SATOSHI
IPC: H05B6/06
Filed: 1995-07-12
Abstract: PROBLEM TO BE SOLVED: To control heat input in such a manner that a target non-attained part is minimized in the initial stage of heating. SOLUTION: This induction heating device has a heater coil 1 for heating a material 3 to be heated, a variable power source 2 for supplying a power to the coil 1, and an arithmetic control part 50 for controlling the variable power source 2. The device has a thermocouple 41 for setting an outer diameter Dw, a target temperature θs, a coil efficiency ηc, and radiation ratio in a condition setter 71 and detecting the coil internal temperature, the condition set data is read to a main control quantity arithmetic part 601 to calculate the Eo expression shown in the drawing by the detected coil internal temperature θc, and the correction control quantity ▵E from a correction control quantity arithmetic part 57 for temperature feed back is added thereto by an adder 54 to control the variable power source.  Since the smaller the θc, the larger the Eo, the Eo in the initial stage is larger than the Eo in steady state. Thus, the necessary power is increased in the initial stage to reduce the target non- attained part of a material to be heated.
Patent JP-S57100509-A (JP)
Title: Track detecting system of self-travelling cart
Inventor: MIYAJIMA SEICHIYUU
IPC: G05D1/02
Filed: 1980-12-15
Abstract: PURPOSE:To give the steering control to a self-travelling cart in a desired direction and along a branching track, by detecting the existence of a guide track coated or stuck horizontally on the surface of a travelling path by means of a track detecting means attached to the bottom of the cart. CONSTITUTION:For a detecting means 5 attached to the bottom of a cart 1, detectors 7 are arrayed orthogonally to the travelling direction of the cart 1 and with a prescribed interval to detect the reflection of light of a guide track 6, and the width of the track 6 is set equal to a space equivalent to a detector 7. In case when the cart 1 travels along the track 6 of an ordinary straight line or curve, the steering system of the cart 1 is controlled so that the center detector 3 is always on the track 6. When the cart reaches a curved branching track, the detectors 3 and 4 are turned ON; while the detectors 3, 4 and 5 are turned ON when the cart on a T-shaped and right-angled branching track. After recognizing these facts, the cart 1 travels the subsequent course by a command.
Patent JP-S5876487-A (JP)
Title: Method and apparatus for recovering sensible heat of coke oven gas
Inventor: HAMADA MITSUNORI
IPC: C10B27/00
Filed: 1981-11-02
Abstract: PURPOSE:To suppress coking, and to recover the sensible heat of coke oven gas, in high efficiency, by carbonizing coal in a coke oven, heat exchanging the produced hot coke oven gas at the heat recovery part between the ascension pipe and the dry main, and recovering the condensed tar to the dry main. CONSTITUTION:The ascension pipe 1 attached to the top of a coke oven is connected with the dry main 2 through the connecting tube 3, which contains a straight tube part 8 extending vertically from the top of the tube 3 to the bottom. A heat exchanger 11 suspended from the lid 9 is placed in the straight tube part 8. The hot coke oven gas generated during the carbonization of coal in the coke oven is subjected to the heat exchange in the heat exchanger 11 with a thermal medium to recover the sensible heat of the coke oven gas. The tar component of the coke oven gas is condensed in the heat exchanger 11, and recovered to the dry main 2 placed below the conneting tube 3. The coking is suppressed, and the sensible heat of the coke oven gas is recovered effectively by this process.
Patent JP-H0654459-A (JP)
Title: Charging current changeover circuit
Inventor: KIKUCHIHARA TSUTOMU
IPC: G05F1/56
Filed: 1992-06-10
Abstract: PURPOSE:To set a charging current by turning on or turning off a semiconductor switch, based on the command from a microcomputer, concerning the fine control of the charging current. CONSTITUTION:Reference voltage Vs, which is made by dividing power source voltage Vcc with the resistors R1 and R2 connected to a semiconductor switch Q1, is applied to the noninverted input terminal + of an operational amplifier 1, and in case that the semiconductor switch Q1 is off, the reference voltage Vs is at ground potential. Moreover, the voltage corresponding to a charging current Io is superposed on bias voltage Vb. On the other hand, bias voltage Vb being divided with resistors R4, R5, and R3 is applied to the noninverted input terminal - of the operational amplifier 1. A plurality of series circuits consisting of semiconductor switches (Q2-Q4) and resistors (R6-R8) are connected each in parallel to the resistor R4, and in case that the semiconductor switch is on, the bias voltage Vb rises. The reference voltage is changeable two ways and the bias voltage V6, eight ways.
Patent JP-H1123156-A (JP)
Title: Fusion furnace for metal, and fusion method for metal
Inventor: SUWA TOSHIO
IPC: F27B3/20
Filed: 1997-07-01
Abstract: PROBLEM TO BE SOLVED: To provide a fusion furnace for metal and fusion method for metal which enables the heat energy by the combustion of an oxygen burner to be utilized efficiently, and improves the productivity. SOLUTION: These are a fusion furnace of such constitution that it is provided, in a body, with a preheating part 5 through a throttle 12 having a smaller diameter than the inside diameters of a fusing part 4 and a preheating part 5, above the fusion part 4 equipped with an oxygen burner 1, that it is provided, in a body, with a basin 6 being equipped with an oxygen burner 2 through a molten metal passage 8 at the bottom of the fusing part 4, and that this basin 6 is provided, in a body, with a retainer 7 equipped with an oxygen burner 3 through a molten metal passage 9 and besides having a molten metal outlet 10, and a method of fusing the metal continuously by this fusion furnace.
Patent JP-H0465631-A (JP)
Title: Laser positioner and fixed point marking method using same
Inventor: FUKUNAGA NOBUYUKI
IPC: G01C7/06
Filed: 1990-07-05
Abstract: PURPOSE:To project a pattern on an object of construction optically at plural marking positions with laser light by inputting a deflection control signal which is obtained by arithmetic to the scanning system of a laser fixed-point projector. CONSTITUTION:A laser survey device 11 capable of measuring a distance and an angle is installed at a reference position opposite a surface to be marked and a set value such as a control signal is inputted to an arithmetic controller 22 to drive and control the device 11. Consequently, the controller 22 calculates a reference position based upon a known reference point an absolute position coordinates on the marked surface. Then an object fixed position position to be set on the preset object surface is calculated with position data indicating position coordinates and sent as a control command to a laser fixed-point projector 13. A laser scanning system 13b is driven and controlled with an arithmetic result of the device 22 regarding the object fixed point to deflect laser light emitted by an oscillator 13a continuously, thereby generating a laser pattern for projecting the object fixed point on the object marked surface.
Patent JP-H116576-A (JP)
Title: Base isolation type saddle snap tap
Inventor: MORI TOSHIYUKI
IPC: F16L55/00
Filed: 1997-06-16
Abstract: PROBLEM TO BE SOLVED: To provide a base isolation type saddle snap tap of simple structure by connecting a bellows between a lower end part of a tap body of the saddle snap tap and an upper surface of a snap tap mounting part of a saddle band, and interposing a supporter surrounding the bellows. SOLUTION: Shaft holes 1b, 2c in a lower end part 1a of a tap body 1 and a saddle part 2b of an upper band 2a are connected to each other by a bellows 3 in an airtight manner. A supporter 4 consisting of the plastic is interposed in the space between the tap body 1 and the upper band 2a surrounding the bellows 3. When the snap tap is subjected to the initial earthquake wave, etc., the supporter 4 is first broken to keep the bellows 3 in a free condition. Then, the bellows 3 part is freely deformed and distorted to absorb the shock wave to bring the base isolation effect. The base isolation function can be realized only by connecting the upper band 2a of the saddle band 2 to the lower end part 1a of the tap body 1 by the bellows 3 in a watertight manner.
Patent JP-H06123701-A (JP)
Title: Method for identifying kind of resin material
Inventor: KOHAMA KATSUMI
IPC: G01N21/35
Filed: 1993-07-16
Abstract: PURPOSE:To obtain a method for efficiently and surely identifying the kind of resin material separated from waste products and the like. CONSTITUTION:Measurement light having specified wave length width is cast on a resin material, its reflection quantity is measured and wave length distribution of the absorption quantity of the measurement light caused by the resin material is obtained from the reflection quantity. Next, differential operation processing of the wave length distribution of the absorption quantity is performed, so that a differential operation value of the absorption quantity of the measurement light is obtained in a plurality of specified wave length. The differential operation value is compared with a reference value previously set every kind of the resin materials for the purpose of identification of the kind thereof.
Patent JP-S6238104-A (JP)
Inventor: HOSOGOE RYUICHI
IPC: A43B23/24
Filed: 1985-08-10
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-H0464048-A (JP)
Title: Detecting device of humidity
Inventor: TANABE KYOJI
IPC: G01N27/12
Filed: 1990-07-03
Abstract: PURPOSE:To attain reduction of an error at a low humidity, reduction of a burden at a high humidity, etc., by providing a humidity detecting circuit with an output-side circuit element and a plurality of input-side circuit elements being different in a characteristic of relative humidity and impedance from one another. CONSTITUTION:One of a plurality of input-side circuit elements 14A to 14C being different in a characteristic of relative humidity and impedance from one another is made to be a circuit element on the side of a reference input serving as a reference of humidity detection, by a control circuit 30. In accordance with an impedance value thereof, the element having an impedance region advantageous to the humidity detection is selected. This selected element is driven and the humidity at that time is detected. In this way, a system of selecting the element having the impedance region advantageous to the element and a driving or detecting circuit for each relative humidity range of the atmosphere is obtained, and use of a nonlinear region of a humidity sensor is dispensed with. Accordingly, a detection output becomes highly precise on the low humidity side and a correct relative humidity is detected in a wide range.
Patent JP-S57108083-A (JP)
Title: 5-phenyltetrazole compound
Inventor: KAARU SHIYUTSURUMU
IPC: C07D333/20
Filed: 1981-11-05
Abstract: What are disclosed are salidiuretic compounds of the formula <IMAGE>   and physiologically acceptable salts thereof, wherein R is phenyl, furyl or thienyl, intermediates of said compounds, methods for making said compounds, salidiuretic pharmaceutical preparations containing said compounds or salts, and methods for treating humans and other mammals with such compounds or salts.
Patent JP-S6234595-A (JP)
Inventor: OIWA GIHEI
IPC: D06F33/02
Filed: 1985-08-09
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-S5966757-A (JP)
Title: Variable length record access system
Inventor: MOCHIZUKI TSUNEMI
IPC: G11B20/10
Filed: 1982-10-07
Abstract: PURPOSE:To relieve the load of the software and to attain small capacity of internal memory, by attaining random access of variable length record with the hardware processing. CONSTITUTION:An output of an adder circuit 16 is inputted to a coincidence circuit 24 together with a latch data of a latch circuit 11. The circuit 24 compares an output of the adder circuit 16 with a latch data of the latch circuit 11 and a coincidence detecting signal sets a flip-flop FF 25. This FF 25 is reset with an end detecting signal of a sector. Further, this end detecting signal is transmitted to a CPU. Then, the output of the FF 25 is transmitted to an S/P converting circuit 27 via an AND circuit 26 together with the data read out from the record area of a disc. This circuit 27 converts the input data into parallel data, outputted to a data bus DB via a bus driver 28 and transmits to the CPU.
Patent JP-H0470934-A (JP)
Title: Watchdog timer circuit
Inventor: UENO HIDEO
IPC: G06F11/30
Filed: 1990-07-04
Abstract: PURPOSE:To set a time constant without carrying out any changing job in terms of hardware by detecting an access cycle to use this detected cycle as the time constant of the next access cycle. CONSTITUTION:An UP counter 8703 detects the cycle of a trigger signal TG1 applied to a watchdog timer circuit 87 from a CPU 80, and this detected cycle is multiplied by a coefficient '5/4', i.e., the ratio of the dividing coefficients between a 4-divider 8702 and a 5-divider 8710. So that the value of the allowable time is obtained and used as a time constant used for monitoring the access cycle. Then a fact whether the next signal TG1 is inputted or not within the allowable time shown by the monitoring time constant is decided based on a fact whether a borrow signal BRW is outputted from a DOWN counter 8704 or not. When the output of the signal BRW is confirmed, an error signal ER1 is outputted. Thus a desired time constant is set without carrying out any changing job in terms of hardware.