baber/WOPTO huggingface dataset:
Patent JP-S57185511-A (JP)
Title: Loader for sequence controller
Inventor: SAKAKIBARA TERUO
IPC: G05B19/05
Filed: 1981-05-11
Abstract: PURPOSE:To execute the control operation from a failed point continuously with another controller at a failure of a controller, by providing a means transferring and storing data mutually between an internal memory device and an external device. CONSTITUTION:An internal memory device M of a sequence controller 1 consists of a program area A, a timer counter present value area B, a keep relay area C and a data area D and the like in order from the upper part. A loader 2 is provided with a recording start switch K transferring and storing the data of the device M to an external memory device 3, a reproduction start switch S transferring and storing the data in the device 3 to the device M, and storage area designation switch groups A'-D' designating to which area of the device M each data from the device 3 is stored. The switch groups A'-D' correspond to area A-D of the device M respectively so that the data in the device 3 can be stored in the specified area of the device M with the operation of the designation switch.
Patent JP-S57187548-A (JP)
Title: Hot water reserving type boiler
Inventor: KOJIMA HISAO
IPC: F24H1/18
Filed: 1981-05-13
Abstract: PURPOSE:To increase the effective heat transfer area of the titled boiler and to improve the heat exchange efficiency in order to make the boiler small, by erecting a plurality of heat absorbing tubes on the outer circumference of a combustion chamber, and arranging a partition at the upper section so that the burning gas is led to the outer circumference. CONSTITUTION:A hot water reserving chamber 2 is located above the combustion chamber 1, and the plurality of the heat absorbing tubes 4 each with fins 3 on the outer circumference are erected on an annular header 5, and the upper ends of the tubes 4 are inserted into the hot water reserving chamber 2 and are open to it. Further descending circulation tubes 6 are arranged between said tubes 4, and are open to the bottom of the hot water reseving chamber 2, and the partition 12 is located over the combustion chamber 12.
Patent JP-S61229818-A (JP)
Title: Immunological regulator
Inventor: NAGAI KANESHIRO
IPC: A61K31/195
Filed: 1985-04-05
Abstract: PURPOSE:A highly safe immunological regulator, containing a gamma-aminobutyric acid or a salt thereof as an active constituent, capable of extending the immunological regulating action even on the lesion tissue repair which is not found in the conventional immunological regulators and useful for immunity diseases such as serum disease or rheumatism. CONSTITUTION:An immunological regulator containing gamma-aminobutyric acid (abbreviated to GABA) expressed by the formula or a salt thereof as an active constituent. GABA exhibits the respective immunological regulating action in hemolytic plaque reaction in mice, hemagglutination reaction, delayed hypersensitivity reaction, etc., and is useful as an immunological regulator. Furthermore, the immunological regulating action extends to the lesion tissue repair. The regulator has clinical application to immunity diseases such as serum disease, lupus erythematosis, mixed type cryoglobulinemia, collagen disease, etc. The optimum dose is 3.5mg/kg/day by subcutaneous administration.
Patent JP-H11268980-A (JP)
Title: Production of granular compound fertilizer
Inventor: ITO AKIRA
IPC: C05B19/00
Filed: 1998-03-20
Abstract: PROBLEM TO BE SOLVED: To provide a method for producing a granular compound fertilizer by decomposing phosphate rock with an acid in a wet state and precipitating calcium as gypsum, capable of producing the gypsum having a specific surface area of <=2,000 cm<2> /g and capable of being industrially easily separated. SOLUTION: This method for producing a granular compound fertilizer comprises decomposing phosphate rock with an acid such as sulfuric acid or nitric acid in a wet state and precipitating calcium as gypsum. Therein, a trivalent metal salt and/or a trivalent metal hydroxide is added. The trivalent metal is preferably aluminum, iron, etc. Thereby, excellent effects such as the easy separation of the gypsum in the production process and the scarce coagulation of the produced granular compound fertilizer are exhibited.
Patent JP-S61231188-A (JP)
Title: Method for controlling aluminum surface cleaning agent
Inventor: YAMAZOE KATSUYOSHI
IPC: C23G1/36
Filed: 1985-04-04
Abstract: PURPOSE:To control simply and efficiently the titled cleaning agent by replenishing a water soluble iron compound and an oxide to a treating bath of a specified pH contg. ferric ions at a specified concn. but not contg. Cr ions as the cleaning agent so as to maintain the concn. of ferric ions. CONSTITUTION:An acidic aqueous soln. contg. 0.2-4g/l ferric ions but not contg. Cr ions and adjusted to 0.6-2.0pH with sulfuric acid and/or nitric acid is prepd. as a treating bath. The surface of Al is treated in the treating bath at room temp. - about 80 deg.C for about 10-120sec. At this time, in accordance with lowering in the concn. of ferric ions, a water soluble iron compound and an oxide or an oxidizing agent are replenished. Ferric sulfate or ferric nitrate is used as the water soluble iron compound and hydrogen peroxide, nitrite ions, peroxysulfate ions or the like as the oxide. Thus, the concn. of ferric ions in the treating bath can be kept at a regulated value.
Patent JP-S58188414-A (JP)
Inventor: NAGAI MASAYA
IPC: A47J31/08
Filed: 1982-04-27
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-H08245208-A (JP)
Title: Metallic compound having apatite structure and method for synthesizing the same
Inventor: WAKAMURA MASATO
IPC: C01G1/00
Filed: 1995-03-07
Abstract: PURPOSE: To provide a metallic compd. maintaining an apatite crystal structure but quite different from apatite in crystal form by substituting elements for part of a metallic element M over the entire volume of crystal particles. CONSTITUTION: When a metallic compd. having an apatite structure and a compsn. represented by the formula M10 (ZO4 )6 X2 (where M is a metallic element selected from among Ca, Pb, Cd, Sr, Ni, Eu, Al, Y, La, Ce, Na, K, Cu and Co, Z is an element selected from among P, As, V, Cr, Si, C, Al, S and Re and X is an element or an atomic group selected from among OH, F, Cl, Br, I, O, N, CO3 and H2 O or a hole) is synthesized by a wet synthesis method, wet synthesis is carried out under coexistence of plural kinds of starting materials different from each other in the metallic element M to form crystals contg. plural kinds of metallic elements as the element M in the formula and practically having an apatite structure.
Patent JP-S56168825-A (JP)
Title: Denitrating and carbon monoxide oxidizing method for waste gas
Inventor: ISHIKAWA YASUAKI
IPC: B01D53/86
Filed: 1980-05-30
Abstract: PURPOSE: To utilize latent heat of CO in waste gas by regenerating CO oxidizing  catalyst using waste gas of sintering produced in manufacturing process of sintered  ore and bringing the waste gas in contact with the catalyst of activated state.  
     CONSTITUTION: Waste gas 1, about 150°C in temperature, produced in manufacturing process of sintered ore is desulfurized and is heated to about 310°C by passing through a heat exchanger 2. A part 1a of this waste gas is mixed with air 3 and made to high temperature gas 6 by burning fuel 5 in a heating furnace 4. The remaining part 1b of the waste gas 1 is mixed with said high temperature gas to make the temperature to about 300W360°C and made to flow into one of oxidizing reactors 8, 9 through a changing-over valve 7 to oxidize CO in the waste gas. It is then flowed into a denitrating device 10 for denitration. Further, it is cooled by passing  through the above-mentioned heat exchanger 2 and discharged to outside. Air  heated to about ≥300°C is introduced into another oxidizing reactors 8, 9 from a  heat source 11 through a purging device 12 to regenerate the CO oxidizing catalyst.  
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-H09257625-A (JP)
Title: Method and apparatus for inspecting leakage of gas piping
Inventor: SUYAMA KIICHI
IPC: G01M3/00
Filed: 1996-03-27
Abstract: PROBLEM TO BE SOLVED: To provide a method and apparatus for inspecting the leakage of gas piping, which collects the information required for judging the leakage and can estimate and detect the leakage even under the conditions wherein the gas is used 24 hours as pilot flames and the like as in the gas piping for supplying the gas to a multiple dwelling house and the gas is not stopped. SOLUTION: A minimum-flow-rate detecting means 27a-2 obtains the minimum flow rate at every inspecting time based on the gas flow rate at every unit time in a gas bypass line 11a, which is detected by a flow-rate detecting means 15 and recorded by a gas-flow rate measuring means 27a-1. At the time of the minimum flow rate when a no-leakage judging means 27a-3 does not judge no leakage, a leakage judging means 27a-4 compares the minimum flow rates, which are obtained during the specified inspecting periods located before and after, and judges whether there is the doubt of the leakage including the leakage component in the above described minimum flow rate. A minute-leakage detecting means 27a-5 detects the presence of the minute leakage based on the judgments of the presence of the doubts, which are continued by specified number of times.
Patent JP-S61232532-A (JP)
Title: Manufacture of fluorescent lamp
Inventor: SAITO MICHIHISA
IPC: H01J9/395
Filed: 1985-04-08
Abstract: PURPOSE:To minimize an amount of mercury dropping into a fluorescent lamp for efficiently exhausting the tube inside by providing the coolest point after mercury dropping within a half of the whole length of a glass tube on the side of an exhaust pipe for generating a mercury cohesion stain. CONSTITUTION:The lead-in lines 2 for energizing a filament are sealed inside the glass tube 3 of a fluorescent lamp while exhausting the inside of the glass tube 3 in a vacuum state with an exhaust pipe 1 and mercury is enclosed with an exhaustion head 6. An air nozzle 4 for generating a mercury stain is arranged on the side of the exhaust pipe 1 within a half of the whole length of said glass tube 3 for forming the mercury stain 5 generated on said spot by cooling. Then, the mercury cohesion stain is generated on the spot of the mercury stain 5 for minimizing an amount of mercury dropping into the fluorescent lamp while making exhaustion inside the glass tube 3 effective.
Patent JP-S57187857-A (JP)
Title: Fluorescent lamp
Inventor: OSADA KIMIO
IPC: H01J61/56
Filed: 1981-05-14
Abstract: PURPOSE:To provide a mounting construction which enables a stabilizer to be secured not to move in any direction relative to a chassis and heightens the efficiency of mounting of the stabilizer and makes the mounting convenient for automation. CONSTITUTION:A stabilizer 10 is pinch-held between supports 8 and steps 14, 14, 15, 15 are engaged with tongues 16 so that the stabilizer is kept from moving in the diametral direction of a cylindrical part 4. The stabilizer 10 is kept by claws 13 and support arms 9 from moving in the axial direction of the cylindrical part 4. As a result, the stabilizer 10 is secured on a chassis 10 so that the stabilizer cannot move in any direction. For that reason, no matter what the direction of turning-on operation of the fluorescent lamp unit is, it is supported stably forward and its shock resistance is greatly enhanced.
Patent JP-S61231615-A (JP)
Title: Power controller
Inventor: ISHINO YOSHIKAZU
IPC: G05F1/455
Filed: 1985-04-08
Abstract: PURPOSE:To attain smooth start and power saving by providing a phase control circuit and phase control adjusting circuit so as to apply a large voltage to a load such as a induction motor at start. CONSTITUTION:When a main power switch 32 is applied, a voltage of a load 38 reaches, e.g., 85V by the voltage drop operation of the phase control circuit 36. The induction motor 48 as a load 38 is not start but a large start current flows. A timer 72 is started by the large start current and a phase control adjusting circuit 70 is operated. Since an output of the circuit 70 decreased the voltage drop by the phase control circuit 36, a full voltage 100V is applied to the motor 48. Thus, the motor 48 is started smoothly. When the timer 72 reaches a set time, the motor 48 is operated at 85V and power is saved.
Patent JP-S58190309-A (JP)
Inventor: KANEKO TATSUMI
IPC: A01D59/00
Filed: 1982-04-30
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-S55165919-A (JP)
Title: Preparation of polytetramethyleneetherglycol
Inventor: MASUDA TAKAYOSHI
IPC: C08G65/00
Filed: 1979-06-11
Abstract: PURPOSE: To prepare a high-quality polytetramethyleneetherglycol in good yield, by polymerizing tetrahydrofuran, in the presence of a silver salt other than a silver halide, using oleum and chlorosulfonic acid as a polymerization catalyst.  
     CONSTITUTION: Tetrahydrofuran (THF) containing not more than 3wt% of water, is polymerized at -40W50°C, for 1W10hr, with addition of 3W60wt% oleum of SO 3  concentration 3W45wt%, 0.1W30wt% of chlorosulfonic acid of 90wt% purity, and a silver salt other than a silver halide (silver carbonate, acetate, etc.), 0.1W5 times as much as the chlorosulfonic acid, in equivalent, as a polymerization catalyst, in the presence (absence) of 5W200wt%, based on the THF, of an organic solvent. Then the polymerization is ceased by the addition of water and the product is hydrolyzed at 60W150°C, for 30minW5hr. After neutralization, impurities such as a residual catalyst, is removed, and the organic solvent and water are distilled off, to obtain a polytetramethyleneetherglycol of average MW 1,000W3,000. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-H0843394-A (JP)
Title: Multilayered dry immunoassay element and execution of immunoassay
Inventor: ROBAATO TEII BERII
IPC: G01N33/543
Filed: 1995-03-30
Abstract: PURPOSE: To provide a multilayer dry immunoassay element and an immunoassay method. CONSTITUTION: A multilayer dry immunoassay element comprises an expanding layer having a sample applying area and a signal reading area, a separating receptor layer, and a radiation transparent support body arranged in such a manner the expanding layer and the receptor layer are present on the support body. The expanding layer comprises a light absorptive material.
Patent JP-H11256189-A (JP)
Title: Liquid detergent composition
Inventor: SHIMIZU TOMOKO
IPC: A61K8/20
Filed: 1998-03-05
Abstract: PROBLEM TO BE SOLVED: To improve the safety of a liquid detergent. SOLUTION: In a liquid detergent containing a foamable detergent component selectively mixed with an anionic surfactant such as an alkyl sulfate or its salt and a soap, or the like, a nonionic surfactant, an amphoteric surfactant, or the like, this liquid detergent composition comprises 20-80 wt.% of an aqueous solution of Sasa albo-marginata component, 0.1-5 wt.% of sodium chloride or 20-80 wt.% of an aqueous solution of Sasa albo-marginata component, 0.1-5 wt.% of sodium chloride and 0.1-5 wt.% of pumpkin oil in the liquid detergent.
Patent JP-H09245937-A (JP)
Title: Heater for taking warmth
Inventor: YAGUCHI OSAMU
IPC: A47K13/30
Filed: 1996-03-04
Abstract: PROBLEM TO BE SOLVED: To provide a heater which performs quick warmth taking, operates safely, and consumes less electric energy by using a pressure-sensitive heating element as a heater for taking warmth, and thereby heating only the applicable region when it is necessary where the operations of turning on and off a switch can be omitted. SOLUTION: A sheet-form heating element 1 is structured so that a pressure- sensitive conductor rubber 2 is interposed by electrodes 3, 4. This rubber piece 2 consists of silicone rubber in which graphite particls are mixed dispersively in a specified density. The heating element 1 is cut into such a shape as capable of being pressed and contacted to a certain part of a human body and is affixed to an applicable object, for example a toilet seat, using a two-sided adhesive tape etc. Because the resistance value of this element 1 decreases in accordance with the pressing force, only the pressed part runs temperature automatically when any object is contacted to give pressure, and temp. running ceases automatically when pressurization goes out.
Patent JP-S61231429-A (JP)
Title: Chassis dynamo for four-wheel driven car
Inventor: KODAMA TAKUO
IPC: G01L3/22
Filed: 1985-04-05
Abstract: PURPOSE:To well perform the measurement of power by reproducing an actual running state with due regard to the driving force allotting ratio of drive wheels, by mounting first and second load operation means, a load control means for a main drive wheel, a differential speed detection means and a load control means for a follower drive wheel. CONSTITUTION:A first load operation means 22 operates the running resistance of a main drive wheel at the time of constant speed running on the basis of a driving force allotting ratio and a second load operation means 24 operates the electric inertia load of the main drive wheel corresponding to acceleration. The load control means 44 for the main drive wheel controls the rotary load of a main power meter 12a in a real time on the basis of the operated value of the allotted resistance load corresponding to the main wheel calculated by adding said running resistance load and electric inertia load. By this method, the running load corresponding to the allotting ratio is applied to the main drive wheel through a main roller. At the same time, a differential speed detection means 80 detects the differential speed of a follower drive wheel to the main drive wheel and the load control means 84 for the follower drive wheel performs the follower control of the rotary load of a power sub-meter 12b so as to set the differential speed to 0. By this method, the running load corresponding to the allotting ratio is imparted to the follower drive wheel in the same way as at the time of actual running.
Patent JP-S62228866-A (JP)
Inventor: KOBAYASHI TOA
IPC: D06B3/02
Filed: 1986-03-31
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-H04309140-A (JP)
Title: Method for measuring complexity of program structure
Inventor: SASAKI EIKICHI
IPC: G06F11/28
Filed: 1991-04-08
Abstract: PURPOSE:To display the complexity of program structure with a concrete numerical value by mechanically measuring the number of branched instructions and the number of traveling routes in a source program. CONSTITUTION:A branched instruction number measurement part 4 and a traveling route number measurement part 5 are provided to measure the numbers of branched instructions and traveling routes in a source program 2 read from a source program storage file 3 by a keyboard 1 among input devices, an output part 6 is provided to output the result of measuring the numbers of the branched instructions and the traveling routes, and the result is outputted to a printer 2 of an input/output device.
Patent JP-S61232661-A (JP)
Title: Joining method for silicon crystal body
Inventor: ARAKI YOICHI
IPC: H01L21/304
Filed: 1985-04-09
Abstract: PURPOSE:To form an insulating layer in a semiconductor substrate by shaping silicon nitride layers to one or both of two silicon single crystal boards and integrally joining both silicon single crystal boards. CONSTITUTION:A silicon nitride layer 2 in predetermined thickness is formed onto one surface of a first silicon single crystal board 1 through a decompression CVD method, etc. The surface of the silicon nitride layer 2 is changed into a planished surface through polishing, etc. so that surface roughness reaches 500Angstrom  or less, and the planished surface is washed and treated for several min with pure water, and spinner-treated at room temperature and dehydrated. One surface of another second silicon single crystal board 3 is planished to the same roughness, 500Angstrom  or less. When the planished surface of the silicon single crystal board 3 is fast stuck to the planished surface of the silicon nitride layer 2 on the first silicon single crystal board 1 and thermally treated at a temperature of 200 deg.C or higher, preferably, 1,000-1,200 deg.C, the first and second silicon single crystal boards 1 and 3 are integrally joined through the silicon nitride layer 2.
Patent JP-S55439-A (JP)
Title: Element responsive to magnetic force
Inventor: SUGANO EIICHI
IPC: G01R33/00
Filed: 1978-06-17
Abstract: PURPOSE: To stabilize the dynamic characteristics by using a cylinder made of a non-magnetic material.  
     CONSTITUTION: A non-magnetic cylinder 10 is prepared, and annular magnets 12 and 14 of the same size are arranged through a yoke 24 and a guide plate 20 which is formed with a magnetic ball guide hole 18 having such a diameter as is smaller than the inside diameter ϕ 1  of the magnet 12 and larger than the diameter ϕ 3  of a magnetic ball 16. The magnetic ball 16 is arranged therein through a ball seat 26 made of a non-magnetic material. Thus, the ball 16 is lightly held on the seat 26 by the balance between its own weight and the magnetic action so that the distribution of the magnetic flux for the ball 16 is held so proper that the ball 16 imparts the centripetal action to the cylinder 10 at the center axis. If vibrations are imparted to the cylinder 10, the ball 16 intrisically vibrates on the seat 26 so that it is moved substantially vertically upward without any rolling, while being prevented from contacting with the magnet 12 by the guide plate 20, so that the responding characteristics of the element can be always held at a constant level. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-S571503-A (JP)
Title: Manufacture of strip material for use of spiral spring
Inventor: SHIMOZEKI MASAYOSHI
IPC: B21B1/16
Filed: 1980-06-03
Abstract: PURPOSE: To manufacture the titled strip material with a large ratio of breadth to thickness, by passing a hard steel wire rod of a round section in a prescribed length through a four-high flat rolling stand and next a multiple-high finishing rolling  stand in order to apply a cold rolling work.  
     CONSTITUTION: A hard steel wire rod, in a prescribed length with a round section 1' having a sectional area equal to that of a purposed strip material, is passed through a four-high flat rolling stand 2 and is subjected to ≥1 passes of a cold flat rolling work; hereby, the cross section of the steel rod is flattened into an elliptic shape 3'. This elliptic sectioned rod is then passed through a multiple-high finishing rolling stand 4 and is subjected to ≥1 passes of a cold finishing rolling work; as a result, the strip material is finished into a cross section 5' having a prescribed size and accuracy wherein the ratio R=b/t, that is the ratio of breadth (b) to thickness (t), is regulated to 10W20. 
     COPYRIGHT: (C)1982,JPO&Japio