baber/WOPTO huggingface dataset:
Patent JP-S62212399-A (JP)
Title: Monoclonal antibody
Inventor: TAKAHASHI TOSHITADA
IPC: C07K16/00
Filed: 1986-03-14
Abstract: NEW MATERIAL:A monoclonal antibody NE-25, capable of carrying out antigen- antibody reaction with a protein antigen, present in human pulmonary parvicellular cancer and having 25X10<3> daltons molecular weight, having the following properties and belonging to IgG1 isotype. Reactive with human pulmonary parvicellular cancer, neuroglioma and neuroblastoma as well as normal cells of human nerve, thyroid gland and adrenal gland. Unreactive with normal tissues of human lungs, stomack, small intestines, colon and kidney. USE:A diagnostic agent for human pulmonary cancer. PREPARATION:For example, a cultivated strain of a pulmonary parvicellular cancer is administered to immunize a BALB/C mouse and splenic cells are collected and subjected to cell fusion with myelomatous cells to give a hybridoma, which is then cloned by a limiting dilution method, etc., and monocloned. The resultant hybridoma is further administered to a mouse abdominal cavity, etc., and multiplied to afford the aimed monoclonal antibody from the ascites.
Patent JP-S59229915-A (JP)
Inventor: HAAMAN AARU PAASON
IPC: H03H7/34
Filed: 1984-03-26
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-S55149338-A (JP)
Title: Resin composition
Inventor: OOZEKI TOSHIO
IPC: C08L57/00
Filed: 1979-05-09
Abstract: PURPOSE: To provide a resin composition with excellent heat resistance and weather resistance, by adding a polynuclear polyhydric phenol ester of an alkylthiocarboxylic acid to a petroleum resin or a cumarone resin.  
     CONSTITUTION: To 100pts.wt. of (A) an aliphatic petroleum resin based on 4W5C fraction an aromatic petroleum resin based on 9C fraction or a cumarone resin or the like, 0.001W5pts.wt., pref. 0.01W3pts.wt. of a polynuclear polyhydric phenol ester of an alkylthiocarboxylic acid (B) shown by the formula (wherein R is 1W32 alkyl, A is di-to teruhydric polynuclear polyhydric phenol residue; n is 1W5; a is 1W4; b is 0W3) and, according to recessity, 0.001W10pts.wt., pref. 0.1W3pts.wt. of an org. acid metal salt (C) such as zinc octylate or calcium stearate are added. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-H06264698-A (JP)
Title: Method for constructing tunnel
Inventor: HONDA MASATO
IPC: E02D3/12
Filed: 1993-03-17
Abstract: PURPOSE:To construct a tunnel with a high working efficiency. CONSTITUTION:At least one lead hole 3 is excavated and formed so as to extend in a longitudinal direction of a tunnel in the ground in an area 2 corresponding to the outline of the tunnel to be constructed. The lead hole is utilized as a work pit and an arch-shaped supporting is formed along the cross section of the tunnel in an area corresponding to the outline of the tunnel by application of a pipe arcuate push construction method. A supporting is formed successively in the longitudinal direction of the tunnel by repeating the push construction method thereby forming an arch shell. And the interior of the arch shell is excavated. In the pipe arcuate push method, a leading pipe 9 provided with a sideward extending ground stirring rod is used to stir the ground and chemicals are injected into the stirred ground, whereby an underground hardened wall is formed on either side of the pipe supporting simultaneously with the formation of the pipe supporting.
Patent JP-H02235326-A (JP)
Title: Manufacture of solid electrolytic capacitor
Inventor: TSUCHIYA SOJI
IPC: H01G9/004
Filed: 1989-03-08
Abstract: PURPOSE:To obtain a highly reliable capacitor by a method wherein an anodic oxide film is formed on the surface of a metal base body made selecting either of Ta and Al, MnO2 is adhered on this film and a conductive electrolytic polymerization high- molecular film is laminated on this MnO2 using a solution, in which carboxylic acid and the like and/or its salt and the like and borondisalicylate and the like are contained. CONSTITUTION:An Al foil 1 which is a valve metal is used as a metal base body, is etched to increase its surface area and an anodic oxide film 2 is formed on the surface of this Al base body 1 with an adipic acid aqueous solution or the like using an electrochemical technique. Then, after the film 2 is once dipped into a manganese nitrate aqueous solution, a thermal decomposition treatment of 250 to 300 deg.C is performed in an air atmosphere and MnO2 is adhered on the film 2 to form an MnO2 film 3. Then, this film 3 is dipped into a solution for polymerization use, in which a monomer capable of performing an electrolytic polymerization on a solvent and an electrolyte are contained, and a conductive electrolytic polymerization high- molecular film is adhered on the surface of the film 3. As the monomer, pyrrole, thiophene and the like are used and as the electrolyte, ammonium borondisalicylate, sodium borondisalicylate and the like are used.
Patent JP-H01230926-A (JP)
Title: High frequency heating device
Inventor: IWABUCHI YASUSHI
IPC: A47J37/00
Filed: 1988-03-10
Abstract: PURPOSE:To prevent a thermal deterioration through a high temperature of a dampening member and prohibit its damage by a method wherein a vibration-proof dampening member is fixed to a supporting table for fixing a bread container to a bottom surface of a heating chamber and the dampening member may also be taken out together when the bread container is taken out of the heating chamber. CONSTITUTION:A high frequency heating device is constructed such that when a bread container 12 is taken out of a heating chamber 1, a dampening member 45 is also taken out together with it. In case that a turn table 19 is to be used, the turn table 19 on which a heated item 18 is placed and a rotating table 20 for supporting this turn table 19 are placed within the heating chamber 1 and then the turn table 19 is rotated by a transmission driving member 16 at 5 to 6rpm. A heated item 18 can be heated and cooked by a high frequency energy supplied within the heating chamber 1 or by an upper heater 4 and a lower heater 5. In addition, in case of applying a high frequency heating not using the bread container 12 or a grill cooking or an oven cooking at a temperature of 250 deg.C, a dampening member 45 is not present in the heating chamber 1, so that there is not thermal deterioration and damage caused by a high temperature.
Patent JP-S57172784-A (JP)
Title: Thermoelectric conversion element
Inventor: TAKAGI TOSHINORI
IPC: H01L35/34
Filed: 1981-04-17
Abstract: PURPOSE: To perform thermoelectric conversion with high efficiency by a method wherein composition is formed by using a substance preferentially oriented a crystal axis in  the direction differing from the direction flowing a current in a thermoelectric conversion element generating a voltage across both terminals of a substance providing  thermoelectric conversion action by supplying temperature difference across both the  terminals.  
     CONSTITUTION: A metal plate 3 becoming a high-temperature holding region is formed  on an insulating substrate 6 and conversion output electrode plates 4 and 5 composing  a low-temperature holding region are formed at both sides of the metal plate 3 by providing a suitable interval. Next, a P type PbTe film 1 preferentially oriented a crystal  axis in a vertical direction to the surface of the substrate 6 is formed on the substrate  6 exposed between the electrode plate 4 and the metal plate 3 by a cluster ion beam  evaporation method while bridging the end sections on the electrode plate 4 and the  metal plate 3. In the same way, an N type PbTe film 2 preferentially oriented a crystal axis is also formed between the metal plate 3 and the electrode plate 5. A thermoelectric power of 450μV/°C is generated across two electrodes by maintaining the region  including the metal plate 3 at 100°C and that including the electrode plates 4 and 5 at 10°C. 
     COPYRIGHT: (C)1982,JPO&Japio
Patent JP-H08254554-A (JP)
Title: Power factor operating method
Inventor: YANO KOJI
IPC: G01R21/00
Filed: 1995-03-16
Abstract: PURPOSE: To obtain a method for operating a power factor accurately based on effective and reactive powers without requiring any dedicated power factor detector. CONSTITUTION: The inventive system comprises an effective power P detector 1, a reactive power Q detector 2, means 3 for comparing the magnitude of effective and reactive powers P, Q, and a power factor operating means 4. The power factor operating means 4 comprises means 41 for dividing the smaller one of the effective and reactive powers P, Q by the larger one to operate an argument (x), a table 42 for storing the values of (1+x<2> )<-1/2> calculated previously for the argument (x) in the range of 0<=x<=1, and a multiplying means 43. When the effective power P >= the reactive power Q, the table 42 is referred with the argument (x) and the referred value (z) is employed as a power factor.  When the reactive power Q > the effective power P, the table 42 is referred with the argument (x) and the referred value (z) is multiplied by the argument (x) through the multiplying means 43 and the product zx is employed as a power factor.
Patent JP-S55150012-A (JP)
Title: Test unit
Inventor: OOSHIMA KEIJI
IPC: G05B23/02
Filed: 1979-05-11
Abstract: PURPOSE:To perform the correct and efficient monitor for both the hardware and the software concerning the process input and output, by distributing properly the switch unit and the test probe. CONSTITUTION:Switching unit 5, test probe 6 and display input device 7 are installed each. In the case of the hardware test, real and mimic switching program 61 switches the control mode to the mimic mode with reception of the mode switching setting input from device 7. In other words, switching unit 51 is connected to mimic data 4, and both ON/OFF switching unit 52 and switching unit 53 are turned on. For the test of the process output, the supplied data is set to real data area 22 via renewal program 62. In the case of the software test, application program 1 delivers  the output and thus the output data is written into the mimic data area via the renewal of the I/O information and extraction program 21. And the output event itself is informed to device 7 via output information program 66. Device 7 performs  the output extraction display through reference of the mimic data and renewal program 63.
Patent JP-S54149801-A (JP)
Title: Insulation tester of rotary electric machine winding
Inventor: INNAN TOSHIO
IPC: H02K11/00
Filed: 1978-05-16
Abstract: PURPOSE: To detect damaged locations on the surfaces of windings, by insertion clamping an  inner frame jig and an outer frame jig produced by disposing independent electrode groups to the  whole surfaces of portions contacting with the inner and outer circumferences of winding ends on  the inner and outer circumferences of the winding ends, and by charging electricity among the  windings and the whole electrodes.   
     CONSTITUTION: An inner frame jig 3 is a device inserted into an inner enclosure of a rotary  electric machine winding end 2, the outer circumference is provided with conductivity in each unit  area coinciding with the accuracy of detection required and electrode groups 5 connected to the  outside by means of several lead wires 6 are arranged every each unit. An outer frame jig 7 is a  device inserted into an outer enclosure of the winding end 2, and electrode groups 5 are disposed  to the inner circumference in the same manner as mentioned above. Winding ends 2 are fitted by  means of these inner and outer frame jigs 3, 7, and clamped and assembled by means of the outer  frame jig 7. When applying voltage among the windings 2 and the whole electrodes, currents flow  through the damaged portions of films on the surfaces of the windings 2. The short-circuiting  locations can separately be detected in the section of the electrode groups 5 for detection, which  become independent to the jigs 3, 7 every unit. 
     COPYRIGHT: (C)1979,JPO&Japio
Patent JP-2000256654-A (JP)
Title: Cmp abrasive material and abrasion of substrate
Inventor: KOYAMA NAOYUKI
IPC: B24B37/00
Filed: 1999-03-04
Abstract: PROBLEM TO BE SOLVED: To provide CMP abrasive material which is easy in waste liquor treatment, capable of abrading the surface to be abraded of a silicon oxide film and the like at high speed without a mark, and renders a ratio of the abrasion rate of the silicon oxide film to that of silicon nitride film of not smaller than 10, and a method of abrading substrates by using these CMP abrasive materials. SOLUTION: The abrasive material is composed of cerium oxide particles, a cerium oxide slurry containing a dispersing agent and water, and an additive liquid containing a biodegradable additive and water. The additive liquid containing a biodegradable additive is preserved at a pH of not lower than 10 or at a pH of not higher than 5. A method of abrading a substrate comprises pressing a substrate on which a film to be abraded has been formed to the abrasive cloth of an abrasion surface plate, pressurizing the substrate, and operating the substrate and the abrasion surface plate while supplying the CMP abrasive material between the film to be abraded and the abrasive cloth to effect the abrasion of the film.
Patent JP-H09250983-A (JP)
Title: Method and apparatus for measuring taste value of rice
Inventor: TATSUBAYASHI KENICHI
IPC: G01N21/35
Filed: 1996-03-14
Abstract: PROBLEM TO BE SOLVED: To accurately measure the taste value by using a near infrared analyzing method. SOLUTION: A near infrared light is emitted to sample powder 1 obtained by grinding the surface layer of polished rice, and the spectrum of the reflected or transmitted light is measured by a near infrared measuring instrument 2. A spectrum calculator 3 calculates the absorbance of the designated wavelength of the spectrum, and a calibration type calculator 4 substitutes the absorbance for a calibration formula to calculate the taste value. A display unit 5 displays the calculated result of the value.  A control recorder 6 stores the wavelength which can explain the physically functional taste value of the powder obtained by grinding the surface layer of the polished rice and the formula for representing the relationship between the absorbance of the wavelength and the taste value, designates the wavelength which can explain the function taste value for the calculator 3, and designates the formula for the calculator 4.
Patent JP-S63227813-A (JP)
Title: High-elastic modulus and high-strength polyester fiber and production thereof
Inventor: TSURUNO TAKESHI
IPC: D01F6/62
Filed: 1987-03-12
Abstract: PURPOSE:To obtain the titled fiber suitable as tire cord materials, etc., by adding a polyester.polyether.block copolymer in a specific proportion to an ethylene terephthalate based polyester, melt spinning the resultant blend and drawing the obtained yarn under specific condition. CONSTITUTION:0.2-15wt.% polyester.polyester.block copolymer is added and blended with an ethylene terephthalate based polyester having >=0.7 intrinsic viscosity (IV) and the resultant blend is then melt spun at a temperature above the melting point of the polymer (A) and taken off so as to provide >=0.020 birefringence ratio of the resultant yarn after cooling and solidifying. The obtained yarn is subsequently drawn at >=90 deg.C temperature and a draw ratio expressed by the formula [NE is then natural draw ratio (%) of the undrawn yarn] and then drawn at 150-250 deg.C to afford the aimed fiber having >=150(g/d) initial tensile elastic modulus and >=8(g/d) tensile strength.
Patent JP-H09246575-A (JP)
Title: Manufacture of infrared sensor
Inventor: UEMURA MASAYO
IPC: H01L31/0264
Filed: 1996-03-14
Abstract: PROBLEM TO BE SOLVED: To facilitate the highly accurate position alignment with respect to the manufacturing method of an infrared sensor including the process for fixing a plurality of infrared-ray sensing element parts on a substrate. SOLUTION: Metal bumps 3a and 3b are formed at a plurality of places around the light receiving surfaces and the surfaces on the opposite side of infrared-ray sensing element parts 1a and 1b. Metal bumps 4a and 4b are formed at the positions facing the bumps 3a and 3b of the infrared-ray sensing element parts 1a and 1b on a substrate 2. Furthermore, optical hardening bonding agents 5a and 5b are applied to the surfaces for fixing the infrared-ray sensing element parts 1a and 1b. The infrared-ray sensing element parts 1a and 1b are mounted on the substrate 2 and positioned so that the bumps 3a, 4a, 3b and 4b face to each other.  The bumps are compressed and fused, and vacuum sucking is performed through vacuum sucking holes 6a and 6b so that the substrate 2 and the infrared-ray sensing element parts 1a and 1b are brought into contact through the optical hardening bonding agents 5a and 5b. The optical hardening bonding agents 5a and 5b are hardened, and a plurality of the infrared-ray sensing elements parts 1a and 1b are fixed on the substrate 2.
Patent JP-S60202193-A (JP)
Title: Deashing of concentrated aqueous slurry of coal
Inventor: OOSAWA AKIRA
IPC: C10L9/02
Filed: 1984-03-27
Abstract: PURPOSE:To recover coal having a low ash content with a high yield, by dehydrating a mixt. of pulverized coal having a low ash content obtained in a flotation machine with tail coal flocked by addition of a binder and dehydrating the mixt. CONSTITUTION:Pulverized coal having such a particle size that particles of 200 mesh or smaller may account for 70-95% is mixed with water to a coal concn. of 5-20wt% and mixt. is fed into a flotation machine 1 together with a frother 24 and a collector 25 for deashing and aearation into coal with a low ash content 11 and tail coal 12. Water 14 is added to the tail coal 12 to a coal concn. of 1-20wt% and a binder 27 such as fuel oil, gas oil or kerosene is added in a mixer 5. The mixt. is supplied to a cohesion tank 6 for flocking and a frother 24 and a collector 25 are added to the resulting slurry 17. The slurry is treated in a flotation machine 7 for separation into flocked tail coal 18 and ash 19. Then the coal 11 is mixed with the tail coal 18 and, after dehydration in a dehydrator 2, the coal is mixed with an aqueous soln. of surfactant 26 in a slurry conditioning tank 3.
Patent JP-S54148565-A (JP)
Title: Holding structure of electronic watches
Inventor: FUJIMORI MOTOYUKI
IPC: H01H13/52
Filed: 1978-05-15
Abstract: PURPOSE: To achieve the improvement in the workability at the assembling to external cases and the improvement in the quality of the watch by so constituting the watch body that it is elastically fitted into the external case by the spring force of the spring part provided in the watch body.  
     CONSTITUTION: In an electronic watch having a power source, time standard source, circuit blocks, etc., the liquid crystal cell frame 6 composed of plastic material constituting the watch body is provided with elastic portions 6a, 6b near the outside circumference, protruding parts 6c, 6d on the outside circumferential part of their center and raised parts 6e, 6f on the outside circumference opposing to said protruding parts 6c, 6d. To assemble the watch body into a case 15, the case 15 with the tapered part 15a of its inside diameter as a guide is elastically fitted into the minimum inside diameter part 15b by making use of the elastic force of the elastic portions 6a, 6b. Tapered parts are provided to the protruding parts 6c, 6d and raised parts 6e, 6f to facilitate assembling of the watch body and make its separation difficult. 
     COPYRIGHT: (C)1979,JPO&Japio
Patent JP-H11241571-A (JP)
Title: Window sash
Inventor: KATO SHOZABURO
IPC: H05B3/20
Filed: 1998-02-24
Abstract: PROBLEM TO BE SOLVED: To improve the function of a device by forming a surface of one or more transparent plate material fitted in the inside of a sash frame with a heat generating film arranged in the predetermined condition. SOLUTION: One or more plate material 2 made of glass or the like are fitted inside of a sash frame 4, and a surface of the plate material 2 at a room-inside A is coated with a thin film of a transparent and conductive heat generating film 3 made of the predetermined metal and/or metal oxide thereof oxidized with carbon and oxygen. Continuously, the heat generating film 3 is formed to a position near the sash frame 4, and the heat generating film 3 is electrified for heating so as to heat the sash frame 4, and the dew condensation is thereby prevented. In place of this method, the heat generating film 3 is made to contact with the sash frame 4 in the electrical insulating condition, and the heat generating film 3 is electrified for heating so as to directly heat the sash frame 4, and the dew condensation can be thereby prevented.  With this structure, since the heat generating film reflects the heat ray so as to lower the transmitted variable in summer, the air cooling load can be reduced, and in winter, the heat generating film is electrified for heating so as to prevent the generation of cold draft, and the air warming load can be reduced, and furthermore, generation of dew condensation is prevented so as to maintain the comfortable room-inside environment.
Patent JP-H07307794-A (JP)
Title: Method and device for testing interface identifier
Inventor: WATABE TOMOYUKI
IPC: H04Q3/545
Filed: 1995-03-16
Abstract: PURPOSE:To simplify and facilitate confirmation of an interface identifier by repeatedly testing a test signal while using an interface for recognizing the application of the interface identifier. CONSTITUTION:When information contained in an incoming number information request inside a message is matched with information held by an ISDN subscriber device 10 that receives a test start instruction message, the ISDN subscriber device 10 sets a repeat bus concerning a B channel on the designated interface and returns a response message, for which only the message class in the received message is changed, to an exchange 18 for station. Before a test start response timer is time-out, the exchange 18 which receives the test start response message transmits the test signal to the B channel on the designated interface, and that signal is repeated at the ISDN subscriber device 10 and returned to the exchange 18 for station. When this repeated signal is normal, a test end instruction message is transmitted to the ISDN subscriber device 10 and a test end response waiting timer is started.
Patent JP-S60203743-A (JP)
Title: Hydraulic circuit for construction machinery such as hydraulic shovel
Inventor: KAWAMOTO MASAHARU
IPC: F15B11/17
Filed: 1984-03-27
Abstract: PURPOSE:To enable to perform straight forward running even if other actuator is actuated during running of a machinery, by a method wherein, in a hydraulic circuit formed with two direction switching valve groups and 2 hydraulic pumps, a switching valve is disposed between the hydraulic pumps. CONSTITUTION:In the case of only running of the vehicle, a switching valve 6 is brought to a position A, and pressure oil is individually fed to direction switching valves 4d and 5c for running on both sides with the aid of hydraulic pumps 1 and 2. When an arm is actuated during running, the switching valve 6 is brought to a position B to operate it. In which case, pressure oil in the hydraulic pump 1 is distributed to lines 7 and 8, pressure oil in the hydraulic pump 2 is distributed to lines 9 and 10, and pressure oil from the 2 pumps is joined together to feed it to the direction switching valves 4d and 5c for running on both sides. With an arm being controlled, pressure oil, flowing through the line 7 of the pump 1, is fed to an arm direction switching valve 4b, but the lines 9 and 10 are in a communication state, and this causes uniformization of an amount of oil to running motors on both sides.