baber/WOPTO huggingface dataset:
Patent JP-H0667712-A (JP)
Title: Ladder program editing method
Inventor: HARA ATSUNORI
IPC: G05B19/05
Filed: 1992-08-21
Abstract: PURPOSE:To provide the editing method for a ladder program for generating a sub-program of ladder parts by various operation units by generating it so as to be mainly composed of a comment, and thereafter, becoming a main program by arranging each sub-program in order of operation. CONSTITUTION:Sub-programs SP1, SP2 and SP3 of ladder parts (a), (b),... are generated by various operation units by generating them so as ot be mainly composed of a comment, and thereafter, by a correspondence table of the comment and an address A, each sub-program is generated by converting it to the address, and each sub-program is arranged in order of operation and a PC ladder program which becomes main program MP is edited by this ladder program editing method.
Patent JP-H03107238-A (JP)
Title: Service request transmission system
Inventor: AKASE YOJI
IPC: H04L12/40
Filed: 1989-09-20
Abstract: PURPOSE:To suppress an autonomous service request from a slave equipment and to attain data transfer by the control of a master equipment by providing a detection section detecting a serial poll from the master equipment to each slave equipment. CONSTITUTION:A master equipment 2 and slave equipments 3, 4 are connected via a GPIB 1 and each of the equipments 3, 4 is provided with a detection section 5 detecting a serial poll of the equipment 2. When the equipment 2 applies serial poll to the equipments 3, 4 via the GPIB 1, the detection section 5 detects it and the equipments 3, 4 activate a service request signal specified by the GPIB. Thus, a service request is sent to the equipment 2, the equipment 2 applies again serial poll to the equipments 3, 4, reads a status byte specified by the GPIB of the equipments 3, 4 to detect the service request and the data is transferred by the control of the equipment 2. Thus, autonomous service request from the equipments 3, 4 is suppressed, the data transfer by the control of the equipment 2 is attained and collision at data transfer is prevented.
Patent JP-H04122950-A (JP)
Title: Electrophotographic sensitive body
Inventor: NAKAGAMI YUICHI
IPC: G03G5/147
Filed: 1990-09-13
Abstract: PURPOSE:To form a protective film layer which has high transmittance of light, is not deteriorated in image quality by a degraded sensitivity and residual potential and to obtain excellent printing resistance by adding hydrogen atoms to carbon atoms to decrease the density of the uncouplers of the carbon atoms in the protective film layer. CONSTITUTION:For example, aluminum is used as a conductive base body 1, and org. photosensitive bodies as photosensitive layers 2 are formed in order of a charge generating layer and charge transfer layer at about 20 micron thereon. The protective film layer 3 consisting of a diamond-like thin film is formed thereon. The diamond-like thin film is formed by using methane (CH4) and hydrogen (H2), stimulating gaseous raw materials between meshed electrodes 6, and feeding the carbon atoms to a film forming chamber 4 side while removing the ions from the mesh spacings of the meshed electrode provided on the film forming chamber 4 side. The density of the uncouplers possessed by the carbon atoms in the layer 3 is thereby decreased. The light transmittance of the layer 3 is improved while the characteristics to attenuate the electrostatic charge light, etc., as the photosensitive body are maintained by adding the hydrogen atoms to the uncouplers of the carbon atoms.
Patent JP-S59149948-A (JP)
Title: Coloring agent blend
Inventor: PEETERU KURAIN
IPC: C09B67/42
Filed: 1983-12-28
Abstract: A colorant formulation is described for mass-coloring high-melting polyesters. It comprises colorant and support for the colorant. The colorant formulation has a recrystallization exotherm of 8 to 55 joule/g between 210 DEG  C. and 150 DEG  C.
Patent JP-S63190387-A (JP)
Inventor: HAN TSUONGU YUAN
IPC: H01L27/095
Filed: 1987-09-29
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-S61126014-A (JP)
Title: Aqueous liquid drug for transnasal administration
Inventor: SEKINE KUNIO
IPC: A61K38/095
Filed: 1984-11-22
Abstract: PURPOSE:To provide the titled liquid agent having a specific viscosity, containing a physiologically active polypeptide and hydroxypropylcellulose in an aqueous base, and capable of effectively transferring the polypeptide through the nasal mucosa to the body. CONSTITUTION:The titled liquid agent having a viscosity of 2-4,000cp (prefer ably 5-1,000cp) at 25 deg.C and a pH of 3.5-7.5 (preferably 5.0-7.5) is produced by dissolving (A) a physiologically active polypeptide and (B) a hydroxypro pylcellulose in an aqueous base. The component A is preferably a peptide hor mone having a molecular weight of 300-300,000 (e.g. calcitonin, insulin, lutenizing hormone, etc.), physiologically active protein, vaccine, etc., and the aqueous base is water, physiological saline water, buffer solution, etc. The active substance can be absorbed in high efficiency without causing pain, by administering the above liquid agent to the nasal cavity.
Patent JP-H03112957-A (JP)
Title: Renin control compound and method of its preparation
Inventor: MAIKERU ANSONII POSU
IPC: A61P13/02
Filed: 1990-09-14
Abstract: NEW MATERIAL: A compound of formula I [Z is SO or SO 2 ; R 1 , R 2  are each H, a 1-7C alkyl, a 2-7C alkylene, (CH 2 )m-aryl ((m) is 0-5), or the like; X is H, SO 2  R 11  (Rn 11  is a 1-7C alkyl, aryl or the like) or the like; R 3 , R 7  are H, a 1-7C alkyl or the like; R 4  is H or a 1-7C alkyl; R 5 , R 6  are H, a 1-7C alkyl, (CH 2 )-aryl, or the like], and the salt of the same.  
     EXAMPLE: [βR-(βR*,γR*,δS*)]-δ-amino-N-butyl-β,γ-dihydroxycylohexane pentanesulfonamide hydrochloride.  
     USE: An anti-hypertension agent, effectively used in the treatment of diseases relating to angiotensin.  
     PREPARATION: An oxazolidine carboxylic acid amide derivative of formula II (Prot is N-protecting group), and an amide compound of formula III are reacted to obtain a ketone compound of formula IV. Then the compound of formula IV is reduced to obtain an oxazolidine alcohol compound, and then is hydrolyzed by an acid to obtain a diode compound of formula V, and its N-protective group is removed to obtain the compound of formula I. 
     COPYRIGHT: (C)1991,JPO
Patent JP-H04125910-A (JP)
Title: Interlayer insulating structure of propulsion
Inventor: ONODERA ISAO
IPC: H01F41/12
Filed: 1990-09-18
Abstract: PURPOSE:To improve quality by heating a coil after winding an applying an interlayer insulating layer thereon in compliance with the chamber coil strand. CONSTITUTION:A propulsion coil, which is formed in a specified shape after interlayer insulation is formed, is heated at a temperature higher than or equal to about 80 deg.C for about one hour. Thermal contraction is made to occur in an interlayer insulating sheet 1 protruding from an element wire mutually overlapping part, and stuck so as to conform to the chamber R of strands. The coil is deformed in the direction of the layer out of two layers which has larger degree of thermal shrinkage. Thereby a sharp edge is not left between casting resins 3 molded on the whole periphery of the coil, and the generation of crack in the casting resin 3 can be prevented.
Patent JP-S6489203-A (JP)
Title: Lighting fitting
Inventor: KOBAYASHI KAZUTOSHI
IPC: F21V7/04
Filed: 1987-09-30
Abstract: PURPOSE: To form a reflector capable of providing diffusion reflection light at ease and at a low cost by setting the diffusion reflection part forming an annular uneven face centering the axis of a quadric surface of revolution on a top part side, and setting a flat mirror part on the adjoining projection opening part side. CONSTITUTION: A reflector 1 has a quadric surface of revolution, a diffusion reflection part 3 on the top part side of which an annular uneven face 2 centering the axis of the surface is formed is set, and a flat mirror part 4 and a lamp 5 set opposite to the reflector 2 are set adjacent to the reflector 3 on a projection opening part side. Since the reflector 2 has the quadric surface of revolution originally, the diffusion reflection part 3 is easily obtained just by setting a proper uneven face 2 so that a metal mold is easily manufactured. Since the projection opening part side is flat so that no working is required. Thereby, the reflector 1 can be easily formed by spinning work.
Patent JP-H0991080-A (JP)
Title: Detecting device for coordinates of touched position
Inventor: ITO ISAO
IPC: G06F3/043
Filed: 1995-09-25
Abstract: PROBLEM TO BE SOLVED: To provide the title device having simple constitution, inexpensive manufacturing cost and high coordinate position detecting sensitivity by the use of comparatively less circuit components by providing the device with plural transducers, preamplifier parts corresponding to respective transducers, a common main amplification part and a common positional coordinate detection part. SOLUTION: When the surface of a surface acoustic wave propagation base 1 is touched with a touch member, surface acoustic waves generated on the base 1 are respectively propagated to plural transducers 5 to 8 and converted into electric signals corresponding to respective surface acoustic waves detected by the transducers 5 to 8. These electric signals are preamplified by a preamplification part 2 including a pair of complementarily connected differential amplifiers, low-noise amplified by a main amplifier part 3 having a low noise amplification characteristic and the amplified signal is supplied to a positional coordinate detection part 4. The detection part 4 applies required signal processing to the supplied electric signal and outputs a signal expressing the coordinates of the touched position on the base 1.
Patent JP-H0292659-A (JP)
Title: Printer
Inventor: FUJIMORI TSUTOMU
IPC: B41J11/46
Filed: 1988-09-30
Abstract: PURPOSE:To start printing from the same position at the times of use and unuse of bottom feed by setting a print starting position for a continuous sheet set in a conveying mechanism depending upon whether or not a sensor to be used at the time of the bottom feed is mounted. CONSTITUTION:A CPU 31 reads a bottom feed ID signal through an I/O controller 33 at the time of initialization of a printer. If the signal indicates the mounting state of a bottom feed kit 17, it is judged that a continuous sheet 11 is inserted from the bottom of a device body, data beta' is read from a data storage area 34a according to a program in a ROM 34, and stored in the column position storage register 35a of a RAM 35. On the other hand, if the ID signal indicates the unmounting state of the kit 17, the CPU 31 judges that the sheet 11 is inserted through a normal sheet conveying path, data beta is read from the area 34a, and stored in a register 35a. Thus, the CPU 31 reads the data of the register 35a, sets the print starting position, and executes printing.
Patent JP-S63101405-A (JP)
Title: Production of propylene copolymer
Inventor: MATSUURA MITSUYUKI
IPC: C08F4/658
Filed: 1986-10-17
Abstract: PURPOSE:To produce the title copolymer excellent in rigidity and impact strength, by polymerizing propylene or a propylene/ethylene mixture in two stages in the presence of a specified catalyst. CONSTITUTION:A catalyst is obtained by combining a solid catalyst component obtained by contacting a solid component containing Ti, Mg and a halogen with a silicon compound of formula I (wherein R<1> is a branched hydrocarbon residue, R<2> is R<1> or a different hydrocarbon residue, R<3> is a hydrocarbon residue and 1<=n<=3) at -50-200 deg.C with an organoaluminum compound (e.g., trimethylaluminum) and an alkoxy compound of formula II (wherein M is a metal selected from among B, Al, C, Si, P, Ti and Zr, R<4-5> are each a 1-20C hydrocarbon residue, X is a halogen, x is a number of from 1 to the valence of the metal M and x+y+z= the valence of the metal M). Propylene or a propylene/ethylene mixture of an etylene content >=5wt% is polymerized in one or more stages to obtain 60-95wt% of the total weight polymer, and a propylene/ethylene mixture of an ethylene content of 20-100wt% is fed to the reaction system and polymerized to obtain 40-5wt% of the total weight of polymer.
Patent JP-S61125628-A (JP)
Title: Method and device for compensating reactive electric power
Inventor: HATANO YUKIHIKO
IPC: G05F1/70
Filed: 1984-11-21
Abstract: PURPOSE:To minimize losses in a transformer and a snubber circuit by compensating a large capacity basic wave component and a small capacity one by a low frequency PWN control and a high frequency PWN control, respectively. CONSTITUTION:A basic wave reactive current is added to a compensation current given from a voltage control circuit 12, and a difference between currents in a basic wave reactive power compensating device 14 is given to a PWN control circuit 11 from an adder/subtractor 16, whereby said device 14 compensates the basic wave reactive power. On the other hand, a high frequency reaction current can be available by obtaining a difference between outputs of a reactive current converting circuit 10 and a band-pass filter 13 by means of an adder/subtractor 17. This high frequency reactive current is added to a subject for keeping the DC voltage of the compensation current (capacitor 5') given from the voltage control circuit 12, and the difference between the currents (output of a current detector 7') in a high frequency reactive power compensating device 14' is given to the PWN control circuit 11. Thus said device 14' compensates the reactive current of the high frequency component.
Patent JP-H03108674-A (JP)
Title: Digital power measurer
Inventor: TANAKA KOJI
IPC: H02H3/02
Filed: 1989-09-22
Abstract: PURPOSE:To enable realization of a measurer which can determine a true value even when a phase difference occurs in a detecting means, by detecting a voltage and a current on a signal transmission line, by calculating an active-reactive power of a certain period from the respective instantaneous values thereof, by correcting it on the basis of a phase difference between an input and an output at each time of detection, and by calculating then a true active-reactive power. CONSTITUTION:Detection signals of a current transformer 24 for measurement and a transformer 26 for measurement of a signal detecting element 10 are supplied to an input conversion element 12 and sampled herein in a prescribed period, and the instantaneous values thereof are stored sequentially in a prescribed area of a memory 16. Data on phase differences of the current transformer 24 and the transformer 26 are also stored therein. Based on these data, then, an active-reactive power containing a phase error is calculated. Based on this phase error, subsequently, a corrective value is calculated and a true active-reactive power is calculated thereby in an arithmetic element 14 and displayed 18. According to this method, the true active-reactive power can be calculated even when a detecting means of the quantity of electricity has the phase error.
Patent JP-2001073792-A (JP)
Title: Four-cycle outboard motor
Inventor: DAIKOKU KEISUKE
IPC: B63H20/00
Filed: 1999-08-31
Abstract: PROBLEM TO BE SOLVED: To aim at curtailed oscillation, improved stability of operation, and reduction in size outboard motor as a whole, by shifting center of gravity forward. SOLUTION: With this outboard motor, crankshaft 4 is arranged almost vertically inside an engine 3, and rotational power of the crankshaft 4 is transmitted to propulsion system through drive shaft 10. In this case, the axis core of crankshaft 4 and drive shaft 10 is arranged either above the axis line 31, in plan view, of cylinder comprising engine, or above center line of engine 3 extending from front to back of outboard motor through axis core of crankshaft 4, and at the same time, axis core of drive shaft 10 is offset toward rear of motor from axis core of crankshaft 4.
Patent JP-H04127039-A (JP)
Title: Identification of material by fluorescent spectrum
Inventor: MATSUI SHIGERU
IPC: G01N21/64
Filed: 1990-09-19
Abstract: PURPOSE:To enable identification of materials at a high efficiency by comparing fluorescent spectrums for unknown material and respective reference materials in measurements with more than one excitation wavelengths. CONSTITUTION:Combination of a band pass filter 2, a dichroic mirror 3 and an absorption filter 6 is prepared in plurality so as to select a plurality of excitation wavelengths and the combinations are switched with an excitation wavelength switching mechanism 20 which is operated by control of a microcomputer 13. Fluorescence transmitted through the absorption filter 6 is analyzed with a diffraction grating 9 and converted to a digital signal with a photomultiplier 11 and an A/D converter 12 to be taken into the microcomputer 13. Comparison using fluorescent spectrums in measurements with a plurality of excitation wavelengths enables identification of a plurality of materials thereby yielding an effect for improving an identifying capacity of unknown material.
Patent JP-H0887392-A (JP)
Title: Printer device
Inventor: ADACHI KOJI
IPC: G06F3/12
Filed: 1994-09-14
Abstract: PURPOSE: To obtain a final printing output in a short time without increasing the traffic on a network by selecting printer devices on the network other than a printer device which can hold high-resolution image data and transferring the data at the time when the latter printer device is under a condition where it cannot perform printing. CONSTITUTION: Plural host devices 2A to 2D and plural printer devices 3A to 3D are connected through the network 1, and the printer device 3A is equipped with an image data storage device part 14A which holds the high- resolution image data. When print information of a page layout program is sent to the printer device 3A from the host devices 2A to 2D and the printer device 3A can not print it, the printer device 3A investigates whether or not there are printable data on other printer devices 3B to 3D. The printer device 3A transfers the high-resolution image data directly to another printer device that the printer device 3A itself selects.
Patent JP-2000074416-A (JP)
Title: Air processor
Inventor: KOBAYASHI SHOICHI
IPC: F24F3/14
Filed: 1998-09-01
Abstract: PROBLEM TO BE SOLVED: To eliminate an energy loss and accurately regulate humidity, particularly stably and accurately regulate a low humidity range by disposing an air intake port of a humidifier to an air passage between a front cooler and a rear cooler and an air exhaust port of the humidifier to the passage downstream of the rear cooler. SOLUTION: The air A in a housing 11 is cooled by coolers 3, 4, supplied to two processing systems Dp downstream side of the cooler 4, humidified by a humidifier 5p to become the air Adp,... regulated at a temperature and a humidity, and the air is supplied to two spaces Sp,... to be air conditioned. The air A supplied to the humidifiers 5p,... is taken from air inlets 5ip,... opposed to an air passage 2 between the coolers 3 and 4. Since air outlets 5op,... are connected to communicate with a bottom 11d of the housing 11 downstream of the cooler 4, wet airs (steam) generated from the humidifier 5p,... are advanced from the outlets 5op,... to the passage 2 in which heaters 12p,... are arranged.
Patent JP-H0983314-A (JP)
Title: Pulse expansion circuit
Inventor: ZON FUN PAKU
IPC: G11C11/4076
Filed: 1995-09-01
Abstract: PROBLEM TO BE SOLVED: To speedily correspond to an input pulse signal and to secure sufficient delay time by providing a pulse stretching apart stretching the input pulse signal and a delay part stretching a signal outputted from the pulse stretching part. SOLUTION: The pulse stretching part 100 and the delay part 200 are provided. Signals outputted from the pulse stretchers 110 and 120 of the pulse stretching part 100 are stabilized in the inverter 131 and 132 of an inverter part 130 and are outputted as signals P2 having prescribed pulse width. The pulse output signals outputted from the inverter 131 are delayed in the general delay circuit 210 of the delay part 200 and they are NORed with pulse output signals P2 outputted from the inverter 132 in a NOR gate 220. The signals outputted from the NOR gate 220 are delayed in a delay circuit 230 again and are NORed with the pulse output signals P2 and are stretched. The signals outputted from the NOR gate 240 are inverted in an invertor 250 and are finally outputted as stretched pulse output signals P3.
Patent JP-H0675388-A (JP)
Title: Electrophotographic sensitive body
Inventor: NAGAO TOMOHIRO
IPC: G03G5/05
Filed: 1992-08-25
Abstract: PURPOSE:To provide an electrophotographic sensitive body maintaining excellent printing resistance and electrophotographic characteristics over a long period of time. CONSTITUTION:A photosensitive layer is formed on an electric conductive substrate and a polycarbonate copolymer consisting of repeating units (I) represented by formula I and repeating units (II) represented by formula II and contg. the repeating units I by 1-90mol% of the total amt. of the repeating units I, II is used as a resin binder in the photosensitive layer to obtain the objective electrophotographic sensitive body. In the formula II, each of R<1> and R<2> is halogen, 1-6C alkyl, 6-12C aryl or 5-12C cycloalkyl, each of (a) and (b) is an integer of 0-4 and X is a single bond, -O-, -S-, -SO-, -SO2-, -CR<3>R<4>- (where each of R<3> and R<4> is H, trifluoromethyl, 1-6C alkyl or 6-12C aryl), 5-11C 1,1- cycloalkylidene or 2-10C alpha,omega-alkylene.
Patent JP-H0992858-A (JP)
Title: Photovoltaic element forming method
Inventor: SANO MASAFUMI
IPC: H01L21/203
Filed: 1995-09-26
Abstract: PROBLEM TO BE SOLVED: To suppress the surface oxidation of a reflection layer by cooling specified support down to specified temp. after deposition of an AlSi alloy-made reflection layer at specified support temp. and depositing a reflection-enhanced layer at specified support temp. which improves the rough surface of the AlSi reflection layer to provide a surface condition capable of displaying enough the light confining effect. SOLUTION: A support 100 is carried into a carrying vacuum chamber and deposition chamber, the back side of the support is closely contacted with a support heating heater to heat the support enough at 200-500 deg.C to generate an Ar plasma whereby an Ag light reflective layer 101 is formed. The support temp. is lowered below 100 deg.C in a support cooling gas atmosphere and then increased to 200-400 deg.C to generate an Ar plasma to form a surface reflection enhancing oxide layer 102 on the surface of the AlSi layer 101. This provides a surface condition capable of displaying enough the light confining effect of the reflective layer 101 and suppresses the surface oxidation of this layer enough to maintain a high reflectivity of the layer 101.
Patent JP-S62108560-A (JP)
Title: Water-cooling fin for semiconductor device
Inventor: SHISHIDO TAKAO
IPC: H01L23/36
Filed: 1985-11-06
Abstract: PURPOSE:To improve a cooling effect without increasing the number of parts and man-hours on assembly by interposing an insulator to the inner circumferential surface of a cooling-water flow path. CONSTITUTION:A pipe 7 made of a metal is fixed previously to a water-cooling fin 2 for a semiconductor device by using solder 8, and the inner circumferential surface of the pipe 7 made of the metal, in which cooling water passes, and the outer circumferential surface of the pipe 7 made of the metal projected from the water-cooled fin 2 for the semiconductor device are coated with an insulator 9. The insulator 9 consists of a resin such as tetrafluoride resin, and forms a coating layer through baking treatment or is applied by using an epoxy group resin, an insulating coating etc. Cooling water passing in the pipe 7 made of the metal and the water-cooling in 2 for the semiconductor device are insulated completely by the insulator 9, thus directly bringing the flat type semiconductor device 1 into contact with the surface of the water-cooling in 2 for the semiconductor device. Accordingly, the number of parts and man-hours an assembly can be reduced while excess parts are not interposed, thus obtaining an excellent cooling effect.