baber/WOPTO huggingface dataset:
Patent JP-H0957061-A (JP)
Title: Method for deodorizing garbage treating device and device therefor
Inventor: SEKINE KENJI
IPC: B09B3/00
Filed: 1995-08-22
Abstract: PROBLEM TO BE SOLVED: To reduce the heating time in heating and regenerating a catalyst, to increase the exhaust volume and to sufficiently deodorize a garbage treating device by heating an oxidation catalyst to an activation temp. by a heater before an adsorptive oxidation catalyst is heated and regenerated, stopping a fan, heating and regenerating the adsorptive catalyst with a heater. SOLUTION: An oxidation catalyst 56 and an adsorptive oxidation catalysts 58a and 58b are kept at ordinary temp. in normal operation. The malodorous gas sucked by a fan 52 from the fermenter of a garbage treating device passes through the oxidation catalyst 56 without the malodorous component being asorbed and flows downward in a gas passage 55, the malodorous gas and catalysts 58a and 58b arranged in series on the downstream side, and the gas is discharged from an exhaust port 54 as almost odorless air. Before the adsorptive catalysts 58a and 58b are heated and regenerated, the oxidation catalyst 56 is heated to an activation temp. by a first heater 57, the fan 52 is stopped, and then the adsorptive oxidation catalysts 58a and 58b are heated by a second heater 59 and regenerated.
Patent JP-H1054519-A (JP)
Title: Discharge device for thermal decomposition reactor
Inventor: YOKOO NAOKI
IPC: F23G5/027
Filed: 1996-08-13
Abstract: PROBLEM TO BE SOLVED: To prevent a hindrance from being given to a seal mechanism without requiring much cooling neat by providing a separation means to separate large incombustibles mixed into thermal decomposition residuals in a discharge device and providing an extracting means comprising a screw conveyor filled with solids such as sands. SOLUTION: In a discharge device 10, pyrolysis gas G1 is separated from thermal decomposition residuals (b), and the gas G1 is discharged upwards, while the residuals are fed onto a separation plate 10d being a means for separating large incombustibles and the residuals (b) having relatively small particle diameters are allowed to fall down and led to a cooling device and a separation device. And large incombustibles (m) passing over the plate 10d are fed onto a surface layer of sands S filled into an extracting means 100. A constant quantity of sand is always fed to the means 100 from a sand feed port 100d on the side of the device 10 and a sand feed port 100d on the side of drawing-out screw conveyor 100a so that a certain amount of sand of lower layer is always discharged and circulated by means of a sand extractims conveyor 100b.
Patent JP-H0771481-A (JP)
Title: Clutch release device
Inventor: IGUCHI HIROAKI
IPC: F16D23/12
Filed: 1993-08-30
Abstract: PURPOSE:To prevent slipping-out of a pinion shaft without adding a special slipping out preventive structure by forming the incomplete gear part on the tip side of the pinion shaft in succession to the complete gear part where a pinion meshes with a rack. CONSTITUTION:When a pinion shaft 14 is rotated by actuation of a clutch release arm 16, a rack 13 is actuated by meshing of the complete gear part 15a of a pinion 15 with the clutch release rack 13, and a clutch is released. On the other hand, when the pinion 15 is worked in the tip part of a pinion shaft 14, for example, by a bob cutter 23, the work is stopped in a condition where work of the complete gear part 15a is finished, and the incomplete gear part 15b composed of the upward cut part whose tooth groove depth is put in a shallow condition is formed on the tip side. In this way, even if pulling-out directional force acts on the pinion shaft 14 in a meshing condition of the complete gear part 15a of the pinion 15 with the rack 13, since the incomplete gear part 15b of the pinion 15 comes into contact with the tooth part of the rack 13, the slipping-out is prevented completely.
Patent JP-S6457095-A (JP)
Title: Lamination type heat exchanger
Inventor: NAGASAKA YOSHIKIYO
IPC: F28F3/08
Filed: 1987-08-27
Abstract: PURPOSE:To make it possible to constantly maintain a uniform pitch between tube elements by providing a junction having recessed parts and protruded parts alternatingly along the periphery of molded plates on an opposite tank side and by butting the opposite tank side of the adjacent tube elements against the junction. CONSTITUTION:A tube element 1 is formed by joining two molded plates 3, 3 at their peripheries. Before a heat exchanger is assembled, the molded plates and the like are clad with a brazing material, and end plates 10, outlet and inlet joints 11a, 11b, the molded plates 3 and fins 2 are laminated together. As for the molded plates 3 mutually constituting other tube elements, their tank side is butted against swollen portions 6a, 6b for forming a tank, and their opposite tank side against a junction 15. In this instance, the fins 2 are interposed between the molded plates 3 to be made into one body, and a plurality of them are laminated to be assembled. Thereupon, they are fixed with a jig and put into a furnace to be brazed. Accordingly, even when compressive load is imparted in the laminated direction during the brazing operation, a uniform pitch can be maintained between the tube elements.
Patent JP-H0939984-A (JP)
Title: Easily openable hexagonal bottom valve bag
Inventor: HIGASHIJIMA MIERO
IPC: B65D30/24
Filed: 1995-08-01
Abstract: PROBLEM TO BE SOLVED: To provide a hexagonal valve bag with a high degree sealability being suitable for the packaging of fine powder which is easy to scatter or has a high flowability, which is easily openable, and is improved by providing a perforation being in parallel with or adjacent to the edge which is equivalent to the bottom edge of an isosceles right angled triangle, of both triangular folded parts of a hexagonal bottom valve bag. SOLUTION: On the inside of at least a lower end part (1b) of a paper cylinder 1 without pleats, a closed cylindrical body with a length which exceeds 8 first folding line 4b is affixed, and the upper and lower ends (1a), (1b) of the paper cylinder are folded with the first folding lines 4a, 4b as the centers, and triangular folded parts 7a-7d are formed at both corners. In addition, a filling part 8 is provided on one 7a of the triangular folded parts on the upper end part (1a), and at the same time, on both sides of the first folding lines 4a, 4b of the upper and lower ends (1a), (1b), second folding lines 9a-9d being in parallel with the first folding lines 4a, 4b are provided. Then, the external parts of the second folding lines 9a-9d are folded inward and superposed, and easily peelably affixed to form a bottom part.  Then, a perforation 25 which reaches the second folding 9c from the upper end 4b of the closed cylindrical body, is provided.
Patent JP-S6192718-A (JP)
Title: Centering position control method of strip
Inventor: YAMAMOTO YASUO
IPC: B65H23/038
Filed: 1984-10-15
Abstract: PURPOSE:To perform automatically a meandering correction by detecting the differential stress of the right and left with finding the load difference of the operation side of a strip and the driving side and by deciding the meandering correction quantity from the value thereof in the processing line performing a continuous process. CONSTITUTION:The respective detected value FW, FD are inputted into a computing element 11 from a load detector 6 of a driving side and a load detector 5 of a operation side and a differential load DELTAF is calculated by an equation. This calculated value is inputted into a meandering correction control device 12, which controls the devices 8, 9 changing the inclination of CPC roll based on the input signal so as to descent the roll of the operation side in case of DELTAF being plus and so as to ascend the roll of the driving side to the contrary in case of minus.
Patent JP-S60223538-A (JP)
Title: Dredger
Inventor: NAKAJIMA TADAO
IPC: E02F3/90
Filed: 1983-11-16
Abstract: PURPOSE:To raise the efficiency of excavation by a method in which pressure water is supplied to the jet nozzle at the tip of the blade of a cutter turning on the tip of a ladder through a rotary coupler attached to a rotary shaft, and excavation and water jetting are made concurrently. CONSTITUTION:A cutter 1 is pivotally supported on the tip of a ladder 2 pivotally supported on a barge 9 in a vertically rocking manner. Pressure water from a rotary valve type coupler 14 is received by a water channel 13 provided at near the tip of a rotary shaft 11 in the ladder 2, and then supplied to a jet nozzle 18 provided at the tip of each blade 17 of the cutter 1 on the tip of the rotary shaft 11. Rock bed is excavated while jetting water jet onto the rock bed and the water is sucked up from a suction tube, thereby enhancing the efficiency of excavation.
Patent JP-S59104551-A (JP)
Title: Method for measuring high pressure hydrogen transmission quantity
Inventor: IMANAKA TAKUICHI
IPC: G01N33/20
Filed: 1982-12-06
Abstract: PURPOSE:To measure the transmission quantity of high pressure hydrogen easily in real time, by leading gaseous hydrogen, which is transmitted through a sample and is spouted to the other side of a cylindrical airtight space, to a gas analyzing device with a carrier gas to analyze this gaseous hydrogen when the hydrogen transmission quantity of the sample in the environment of high pressure hydrogen is measured. CONSTITUTION:First, circular plane plate-shaped metallic sample 10 is arranged in the approximate center part of, for example, a microcylinder 12 constituting a cylindrical airtight space 14 so as to demarcate said space 14. Next, high pressure hydrogen taken out directly from a compressor or a hydrogen bomb 16 is introduced to one side 14a of said space 14, and one face of the sample 10 is exposed to high pressure hydrogen. Then, a part of hydrogen is transmitted through the sample 10 arranged in the cylinder 12 and is spouted to the other side 14b of said space 14. This gaseous hydrogen is mixed with the carrier gas of pure helium supplied from a gas bomb 20 connected to the cylinder 12 through a valve 18 and is led to a analyzing device of minute quantity of gas, for example, a quadruple-pole mass spectrograph 24 through a flow passage switching valve 22 and is analyzed.
Patent JP-S58114371-A (JP)
Title: Tape cassette adaptor
Inventor: KAMIYAMA TOSHIBUMI
IPC: G11B23/04
Filed: 1981-12-25
Abstract: PURPOSE:To make a small-sized cassette adaptable to a deck of a normal-size cassette, by securing the interlocking between a control lever which controls a pair of tape draw-out members that draw a tape out of the small-sized cassette and a member which gives the engagement/disengagement of an idler gear. CONSTITUTION:A small-sized cassette 32 having the distance between reels reduced down to about 1/2 compared with a normal-size cassette is loaded into an adaptor main body 21 having an external form exactly same as that of a normal-size cassette. Thus the cassette 32 can be applied to a deck of a normal- size cassette. When a control lever 27 is moved toward an arrow 38, a tape 37 is drawn out to the tape position of the normal cassette by tape draw-out arms 24 and 25 and an interlocking arm 26. A knob 27d releases a gear release lever 31 with interlocking to the action of the lever 27, and therefore an idler gear 29 engages a take-up reel 36. Then the reel driving force is transmitted to the reel 36 from a take-up gear 30. Thus the tape 37 is taken up.
Patent JP-2001041877-A (JP)
Title: Spectral analyzer and method for analyzing impurity in gas
Inventor: KASHIWAGI KAZUHIRO
IPC: G01N21/35
Filed: 1999-07-28
Abstract: PROBLEM TO BE SOLVED: To stably analyze impurities such as moisture which exists by a trace amount in a sample gas at high precision by housing devices such as a light source, cell, and detector in a sealed vessel while the sealed vessel is evacuated for introducing purge gas, to eliminate the effect of moisture, etc., present in an optical system. SOLUTION: A main body part 10 is a sealed vessel in which an interferrometer 12 is housed with a light source 11, a semi-transparent mirror 12a, a fixed mirror 12b, and a moving mirror 12c provided. A detecting part 20 is a sealed vessel housing a pair of mirrors 21 and a detector 22, and a cell part 30 is a sealed vessel whose interior acts as a cell 31. A calculation means 40 performs Fourier-transform of a measurement value from the detector 20 to calculate an impurity concentration. A vacuum pump 52 is operated to evacuate the main body part 10, detector 20, and cell part 30 while a purge gas such as nitrogen gas is introduced from a purge gas guiding pipe 55 for analyzation. For example, at analyzing a trace-amount moisture in a sample gas, the effect of water content contained in the atmosphere within each sealed vessel is reduced for effective measurement.
Patent JP-H0655921-A (JP)
Title: Hydraulic suspension device for wheel type crane
Inventor: SAOTOME YOSHIMI
IPC: B60G17/056
Filed: 1992-08-11
Abstract: PURPOSE:To prevent sudden contractive operation of a suspension cylinder when being transferred to normal travel after crane work is carried out on tires. CONSTITUTION:Pilot pressure is supplied to an extension side pipe conduit 4 of a suspension cylinder 1 simulatneously with a pilot check valve 6, and an interceptive pilot type throttle valve 13 is arranged, and opening operation of the throttle valve 13 is started later than the pilot check valve 6 by means of a throttle valve 15 arranged in a pilot line 14 of the throttle valve 13, and oil going toward an acuumulator 2 from a cylinder 1 is squeezed in this delay time.
Patent JP-H0961504-A (JP)
Title: Apparatus for displaying remaining capacity of battery
Inventor: HINOSUGI MASAKI
IPC: H02J7/00
Filed: 1995-08-23
Abstract: PROBLEM TO BE SOLVED: To confirm the remaining capacity even when an apparatus is stopped, by activating a discharging means when a remaining capacity confirmation switch is turned on, bringing the apparatus into a state equivalent to a reproduction state and detecting the remaining capacity of a battery. SOLUTION: When a remaining capacity confirmation switch 9 is turned on, a microcomputer 1 outputs 'Low' to a discharging means 7 for a fixed time. In this state, a remaining capacity detection means 6 detects a voltage of a battery 2 and inputs the level of the voltage to the microcomputer 1. The microcomputer 1 judges whether or not the voltage level is enough to activate a motor 4. If the voltage level is enough, the microcomputer 1 subsequently outputs 'Low' to a discharging means 8 for a fixed time. The detection means 6 detects a voltage of the battery 2 in this state and inputs a voltage level to the microcomputer 1. The microcomputer 1 judges the level and controls/ outputs to a display means 10 to make a display correspond to the voltage level. The display means 10 displays for a fixed time. In this manner, a user can confirm the remaining capacity of the battery with the same accuracy as the apparatus is in a reproduction state even when the apparatus is stopped.
Patent JP-H0262917-A (JP)
Title: Residual oil quantity detection device for oil tank
Inventor: SUZUKI YASUSHI
IPC: F24H3/04
Filed: 1988-08-30
Abstract: PURPOSE:To accurately detect the residual quantity of oil by placing a lever having a supporting point at the one side and the slider of a potentiometer at the other side on a placing table. CONSTITUTION:The lever 15 is disposed on the placing table 11 by making the one side of the lever 15 the supporting point 12 and the other side the slider 14 of the potentiometer 13. An oil pan 16, an oil tank 17 and a pump 18 are placed on the lever 15. Then, the fixed side 19 of the potentiometer 13 is fixed to the placing table 11. Besides, a spring mechanism 20 supporting the weight of the oil tank 17 or the like is inserted between the lever 15 and the placing table 11. Thus, the slider 14 of the potentiometer 13 is moved by the residual quantity of the oil and the resistance ratio of the potentiometer 13 is changed. Next, the residual quantity of the oil can be accurately detected by reading the resistance ratio into a microcomputer and displaying it with the aid of controlling a display part.
Patent JP-S6191452-A (JP)
Title: Operation controller of air conditioner
Inventor: MAEDA SHIRO
IPC: F24F11/02
Filed: 1984-10-12
Abstract: PURPOSE:To set the installation position of the air conditioning unit in a wide range and to make the light receiving sensitivity of the air-conditioning unit constant by mounting light emitting elements transmitting infrared ray light emitting signals to the light receiving device of the air-conditioning unit on at least two adjacent surfaces of the air conditioner. CONSTITUTION:Humidifiers 2 are controlled by infrared ray light emitting signals transmitted from light emitting elements 4a and 4c of a light emitting part 4 provided on the front and bottom surfaces of the air conditioner 1. The light emitting element 4a provided on the front surface of the air conditioner 1 transmits an infrared ray light emitting signal 3 to the front side, whereas the light emitting element 4c provided on the front side of the air conditioner 1 transmits an infrared ray light emitting signal 3 to the bottom side. A light emitting angle 4i is a totallized point of the light emitting angle of the light emitting element 4a provided on the front surface side of the air conditioner 1 and the light emitting angle of the light emitting element 4c provided on the bottom side of the air conditioner 1. The infrared ray light emitting signals 3 from the air conditioner 1 can reach any of positions A, B and C, and this eliminates the difference in the light receiving sensitivities depending on the installation position of the humidifier 2.
Patent JP-S6369164-A (JP)
Inventor: HARAYAMA CHIHARU
IPC: H01R13/627
Filed: 1986-09-11
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-S6368743-A (JP)
Title: Fuel feeding control device for internal combustion engine
Inventor: SHINSHI MAMORU
IPC: F02D41/14
Filed: 1986-09-10
Abstract: PURPOSE:To restrict the variation of the air-fuel ratio, by storing as a learnt value a variation pattern of a fuel correction coefficient found from a parameter related to the output torque when an engine is transferred to a transient condition, and correcting the fuel feeding amount for the next transient operation depending on the learnt value. CONSTITUTION:Detecting devices (a)-(c) are provided to detect the engine operational condition, the combustion pressure, and the transfer to a transient condition of the engine respectively. And a parameter related to the engine output torque and its object value are computed responding to the engine combustion pressure and the operational condition in arithmetic devices (d) and (e) respectively. In order to compute the initial fuel correcting coefficient and the decrease of the fuel correction amount depending on the parameter and its object value, when the engine is transferred to a transient condition, a correction arithmetic device (f) is provided, and its output is stored as a learnt value. And, when the engine is transferred to a transient condition, the basic feeding amount is corrected depending on the initial fuel correction coefficient, and then, the increased corrected feeding amount is reduced depending on the decrease coefficient.
Patent JP-H1062860-A (JP)
Title: Camera
Inventor: HIGAKI RIICHI
IPC: G03B17/24
Filed: 1996-08-14
Abstract: PROBLEM TO BE SOLVED: To correctly decide whether a re-loaded film is an unexposed frame or an exposed frame so as to prevent double exposure by counting the number of the bit of digital data recorded by each frame and deciding the frame whose counted value is equal to or less than a specified value decided based on the number of the bit of minimum data recorded on one frame as the unexposed frame. SOLUTION: A magnetic head 87 and an amplifier circuit U5 reproduce the digital data magnetically recorded on a film. A counting means MCU counts the number of the bit of the digital data by each reproduced frame. A deciding means MCU decides the frame whose counted value obtained by the counting means is equal to or less than the specified value as the unexposed frame. The specified value is decided based on the bit number of the minimum data recorded on one frame. The bit number of the digital data recorded by each frame is counted, and the frame whose counted value is equal to or less than the specified value decided based on the bit number of the minimum data recorded by each frame is decided as the unexposed frame.
Patent JP-S58112325-A (JP)
Title: Manufacture of semiconductor crystal substrate
Inventor: UEDA TOMOSHI
IPC: H01L21/465
Filed: 1981-12-25
Abstract: PURPOSE:To form the epitaxial crystal layer with smooth surface by a method wherein the surface of the second epitaxial crystal layer is ground making it smooth and then the second layer is etched until it reaches under-surface of the first epitaxial crystal layer. CONSTITUTION:The CdTe crystal layer 13 etched until it reaches undersurface of Ng1-xCdxTe crystal layer 12. In this case, CdTe crystal 13 being etched at the speed almost equivalent to that of Hg1-xCdxTe, the Hg1-xCdxTe crystal layer apparently looks as if it is thickly formed on the substrate and due to the smooth surface of the crystal layer 13, the etching operation is performed forming Hg1-xCdxTe epitaxial crystal layer with smooth surface. The etched part of CdTe crystal layer 13 and Hg1-xCdxTe crystal layer 12 are represented by dotted lines. Through these procedures, the Hg1-xCdxTe crystal layer 12 with smooth surface may be formed by means of etching the Hg1-xCdxTe crystal layer 12 until its corrugated surface disappears entirely.
Patent JP-H0957670-A (JP)
Title: Robot orbit control device and durability testing device
Inventor: NAKADA YASUYUKI
IPC: G05B19/18
Filed: 1995-08-23
Abstract: PROBLEM TO BE SOLVED: To use an orbit obtained from a detecting position detected by a result of this search for reciprocating operation of a robot as it is by generating a searching method in a period shorter than a time interval when searching operation of a going passage is performed in searching operation of a returning passage. SOLUTION: A locus of a going passage calculated with every comparatively long (with every several seconds) sampling period is used for an orbit search of a returning passage. In the first place, a circle parameter calculating part 6 reads out locus data of the going passage from a returning orbit storage part 2, and calculates a circle parameter. A search direction generating part 3 calculates a target force vector to command the direction for driving a robot in the first place on the basis of a parameter of a circular orbit calculated by the circle parameter calculating part 6. A force control part 4 outputs the preset target number and a driving signal D to drive a tip part of the robot in the initial searching direction of the returning passage.
Patent JP-H0716166-A (JP)
Title: Chair for bath unit
Inventor: TAZAKI KAZUYO
IPC: A47K3/12
Filed: 1993-06-30
Abstract: PURPOSE:To provide the chair for a bath unit in which a washing place for washing the body in a seated state can be secured in the outside of a bathtub, even in a small-sized bath unit into which a toilet is integrated. CONSTITUTION:On a stool 21 of a toilet positioned in a bath unit, the lower side plate part 11 of a chair main body 10 is mounted, a projecting part 14 provided on the lower face of the lower side plate part 11 is fitted into the inside peripheral part of the stool 21, and by the upper side plate part 12 of the chair main body 10, a seating part on which a user can be seated is constituted.