baber/WOPTO huggingface dataset:
Patent JP-H10262701-A (JP)
Title: Rubber-soled sock, manufacture thereof and outsole of the sock
Inventor: OKAYASU HIDEO
IPC: A43D63/00
Filed: 1997-03-25
Abstract: PROBLEM TO BE SOLVED: To provide an excellent rubber-soled sock where the upper curved shape of a shank part can be maintained for a long time. SOLUTION: In a rubber-soled sock made by attaching the outsole to the upper 1, outsoles 3, 4 divided back and forth around shank parts 3A, 4A are used. The front sole 3 having the shape of the front part from the shank part 3A curved upward and vulcanization molded is adhered to the bottom of the upper, and the non-vulcanized back sole 4 having the shape of the rear part is adhered to the bottom of the upper, and this bottom part is vulcanization molded.
Patent JP-S5635071-A (JP)
Title: Antenna unit for azimuth measurement
Inventor: CHIBA TANEAKI
IPC: G01S3/48
Filed: 1979-08-29
Abstract: PURPOSE:To make small the size without narrowing the measuring range, by using the mutual coupling of elements for the antenna of at least two element constitution located with physical element interval and operating it as the antenna with wider equivalent element interval. CONSTITUTION:Two sets of 3-element Yagi antenna 21 forming respectively dipole antenna are located on the reflection plate 22 of 5.2lambda<phi> with element interval (= 0.11lambda). The equivalent element interval is designed as 0.25lambda. In this case, in the Yagi antenna 21, the interval of the wave director 211, exciting antenna 212, and reflector 213 is respectively 0.12lambda, 0.196lambda and the length of the wave director 211, exciting antenna element 212, and reflector 213, is respectively 0.178lambda, 0.237lambda, and 0.240lambda. To the exciting antenna 212, for example, the phase detector is connected.
Patent JP-H05307457-A (JP)
Title: Status indicator
Inventor: KURIMOTO YOSHINORI
IPC: G06F19/00
Filed: 1992-04-28
Abstract: PURPOSE:To enable a worker to recognize easily the progressing state of simulation or estimate easily the ending time of the simulation. CONSTITUTION:A bar graph 2 till the ending time of the simulation is displayed on a display 1. Then, a highlight part 2e is updated with the progress of the simulation. In this case, the ending time of the simulation indicates the number of events to be processed, that is, 87900, and this bar graph is updated on the basis of, what is called, simulation time in the unit of the number of processing to be executed in the simulation, i.e., the events. By making the number of the processing to be executed the unit, the summary of the processing state can be grasped even in the case that time required for whole work is unknown.
Patent JP-H076621-A (JP)
Title: Device for modulating light of discharge lamp
Inventor: SCHILLER URI
IPC: H05B41/392
Filed: 1994-04-27
Abstract: PURPOSE: To control light intensity inexpensively without flicker of a gas discharge lamp, by installing a dimming controller of a specific structure, in a dimming assembly for controlling light intensity of the gas discharge lamp. CONSTITUTION: A dimming controller 19 having an input terminal 21 connectable to one pole of an alternating current source, and having an output terminal connectable 22 to the line leading to one of the two filament electrodes of the lamp, and being adapted to provide an attenuated and conditioned power at its output terminal 22 is installed in a dimming assembly 17. Hereby, upon feeding the input terminal 21 with the current, the dimming controller 19 is operated in a first full power mode for a time period t1 , during which the link between the two terminals 21, 22 is in full conductance bringing about full light intensity of the discharge lamp, After t1 , the dimming controller 19 enters into a second dimming mode, during which the link between the two terminals 21, 22 is in partial conductance bringing about attenuated intensity of the discharge lamp.  The time t1 is sufficient to facilitate effective dimming in the dimming mode.
Patent JP-H07297223-A (JP)
Title: Method and means of teaching bonding coordinate
Inventor: SASANO TOSHIAKI
IPC: H01L21/60
Filed: 1994-04-27
Abstract: PURPOSE:To realize reduction of an operation time and improvement of positioning precision by providing an image processing part for calculating a coordinate of each lead part on the basis of input of coordinates of first and second lead parts. CONSTITUTION:When a camera 11 is moved immediately above first and second lead parts by using a manual input means 45 and its coordinate is input, a distance from a lead tip of both leads parts and a deviation amount from a lead width center are calculated by an operational control part 24 of an image processor 20. Then, a coordinate manually input based on the deviation amount is corrected by an operational control part 35 of a device driving part 30 and is stored in a bonding coordinate memory 36 as a new bonding coordinate of each of the first and second lead parts. As for third and following lead parts, a lead part is moved by a difference of another two new bonding coordinates and the operational control part 24 calculates a deviation amount. Then, a coordinate wherein the camera 11 moves is corrected by the operational control part 35 and is stored in the bonding coordinate memory 36 as a new bonding coordinate.
Patent JP-S62266591-A (JP)
Inventor: TSUKAHARA TAKEO
IPC: G06F3/0485
Filed: 1986-05-14
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-S5235038-A (JP)
Title: Voltage transformer for use in automobiles
Inventor: TSUZUKI YOSHIHIKO
IPC: B60R16/03
Filed: 1975-09-10
Abstract: PURPOSE: To provide a voltage transformer for use in automobiles, which functions to cut off power supply from battery when engine is not operated and thus to prevent unnecessary discharge of the battery, by means of a switching device responding to the revolution speed of the engine. 
     COPYRIGHT: (C)1977,JPO&Japio
Patent JP-H05304828-A (JP)
Title: Device for discharging grain
Inventor: AKIYAMA TAKAO
IPC: A01F12/46
Filed: 1992-04-28
Abstract: PURPOSE:To keep a removing speed of a grain discharging device driven by a driving source at a prescribed speed even in reducing the working speed of the driving source low so as to suppress noise and vibration and to maintain operation efficiency. CONSTITUTION:An infinitely variable gear 4 is arranged in a transmission path between a grain discharging device 2 for removing grain in a grain storage device 1 to the outside and a driving source 3 for working the grain discharging device 2. A linking means 6 for operating the infinitely variable gear 4 based on the detected result of a discharging speed detecting means 5 for discovering the removing speed of the grain discharging device 2 is installed to constituted the grain discharging device.
Patent JP-H05302880-A (JP)
Title: Apparatus for fatigue test
Inventor: WAKASHIMA KENJI
IPC: G01B11/00
Filed: 1992-04-28
Abstract: PURPOSE:To measure the strain of a test piece in a non-contact manner, to make an apparatus small in size and to improve the measuring precision of a test by keeping the surrounding part of the test piece in an inactive gas ambience or vacuum and by detecting the strain of the test piece in the non- contact manner by using a laser displacement meter. CONSTITUTION:A test piece 32 is fitted to the lower end of an upper rod 22 and the upper end of a lower rod 20 of a fitting device. Next, the surrounding part 34 of the test piece surrounded by a covering wall 24 is made vacuum by a vacuum pump and then an inactive gas is filled up in the part. Then, the test piece 32 is heated to a desired temperature by an infrared radiation heating furnace 26 and a repeated stress is applied to the test piece 32 by pulling or compressing it by operating a load cell 14 or an actuator 12. On the occasion, a laser beam is applied to the test piece 32 by a laser oscillator 28 and the beam is received by a laser beam receiver 30. The amount of the laser beam reaching the receiver 30 changes in accordance with the elongation and contraction of the test piece 32. The amount of the laser beam is measured and the amount of the strain of the test piece 32 is detected from a change with time of the measured amount of the beam.
Patent JP-S5445479-A (JP)
Title: Test device of radiation
Inventor: OGATA KEISHIN
IPC: G21C23/00
Filed: 1977-09-16
Abstract: PURPOSE: To obtain a test device of radiation capable of easy decomposing work, by means of making one end of the test vessel of radiation into a spherical seat, and of allowing the vessel to be holded by be inserted this spherical seat in the holes of a panel fixed on an entrance nozzle.  
     CONSTITUTION: A supporting panel 16 in which tapered holes 15' for holding of capselles 4 and holes 17 for regulating the flow quanitites of coolant are bored, is fixed at an entrance nozzle 12. Spherical seats 15 to be engaged with the tapered holes 15, are set up for the capssel of test containing to be arranged within a wrapper tube 1, and the capssels are holded by means of engaging the spherical seats 15 with the tapered holes 15'. Beacuse that the capssels 4 are pressed by a handling head 13 via springs 18 in the upper part, the capssels 4 can be pull away only by means of taking off this head 13 
     COPYRIGHT: (C)1979,JPO&Japio
Patent JP-2000301696-A (JP)
Title: System and method for regulating amount of ink supply
Inventor: SUGIMOTO HIROSHI
IPC: B41F31/02
Filed: 1999-04-19
Abstract: PROBLEM TO BE SOLVED: To provide a system and a method for regulating the amount of ink supply which enable accurate regulation of the amount of ink supply and execution of correct printing. SOLUTION: A C-solid patch 11, an M-solid patch 12, a Y-solid patch 13 and a gray patch 14 wherein ink of these colors is integrated are printed in a color bar 15 of a print 10. A measuring-computing device 4 measures a density value of each of these patches and determines a density difference from a target density value as to the gray patch 14. This density difference and the respective main color component density and impure color component density in the C-solid patch 11, the M-solid patch 12 and the Y-solid patch 13 measured every time when the gray patch 14 is measured are substituted in an arithmetic formula. Thereby the density difference is converted into a main color component density difference of each ink and this is given to a printing control device 3.  Based on this main color component density difference, the printing control device 3 determines an opening regulation value of an opening-closing key of an ink fountain 50 of a printing press 2 on the basis of a matrix stored beforehand and outputs it to the printing press 2.
Patent JP-S60259628-A (JP)
Title: Gas-phase production of carbon fiber
Inventor: UCHIYAMA KEISUKE
IPC: D01F9/12
Filed: 1984-06-01
Abstract: PURPOSE:A gas feeder which has the inner cross section of a specific shape and gas-jetting nozzles of a specific area is set in the core tube in an electric furnace and starting gases are fed to the core tube to enable stable production of a large quantity of carbon fibers of high quality. CONSTITUTION:One or a plurality of gas feeder 8 are set in the tube 2 set in the center of an electric furnace 1 and starting gases are jetted out of nozzles 12 into the heating zone in the tube 2. The area of the cross section in the feeder 8 is less than 10% of the inner cross section of the center tube 2 and the area of nozzles 12 in each gas feeder 8 is made 0.1-10% of the inner cross section of the center tube 2. It is preferred to use a fine powder of a transition metal as a catalyst for pyrolyzing the starting gases.
Patent JP-S5830549-A (JP)
Title: Torque transmitting belt
Inventor: TSUTSUMI MITSUSATO
IPC: F16G5/16
Filed: 1981-07-16
Abstract: PURPOSE:To prevent each endless metallic belt for a carrier from colliding against the necks of a V-block by a method wherein at least one of the endless metallic belts slidingly contacting with the V-block is formed so as to be bent in the transversal section thereof. CONSTITUTION:An endless V-belt is formed by a method wherein a multitude of V-blocks are arranged slidably with respect to endless metallic belts 6a-6e. At least one of the endless metallic belts 6a-6e, or the endless metallic belt 6e, for example, at the outermost side of the belts, is curved in the free condition thereof so as to have the center of curvature thereof at the side of the center of the belt in the transversal section thereof with respect to the peripheral direction of the belt. The other endless metallic belt or the endless metallic belt 6a, for example, is not curved in the free condition thereof but it is curved when a tension is applied to the belt.
Patent JP-H04317891-A (JP)
Title: Aircraft for vertical take-off and landing
Inventor: HATANO HIROSHI
IPC: B64C27/08
Filed: 1991-04-15
Abstract: PURPOSE:To perform the change between a, rotary wing and a fixed wing by a comparatively easy control and allow highly efficient low speed flight and high speed flight. CONSTITUTION:An aircraft for vertical take-off and landing has two sets of rotors 1, 2 rotating in mutually reverse directions, a fixed position changing mechanism 3 for rotary wing, a nonstage speed changing mechanism 4 of the rotating speed of the rotary wing and an engine for giving a propulsive force in fixed wing mode which is independent from or commonly used with a rotary wing driving engine. This aircraft can efficiently fly in helicopter mode at low speed and in fixed wing mode at high speed.
Patent JP-S62266941-A (JP)
Title: Collision detecting method for transmission line
Inventor: SUGITA MASAYOSHI
IPC: H04N7/14
Filed: 1986-05-15
Abstract: PURPOSE:To detect collision even by an equipment other than an equipment sending a signal and to suit the titled method to CATV system and the like by providing a circuit detecting power level at collision to a communication equipment. CONSTITUTION:In receiving a signal from a reception input terminal 11, only a control channel signal is sent to an operational amplifier 13 by a BPF 12, and with the signal amplified by the amplifier 13 reaching a prescribed level or over, the signal is detected by a comparator 14. Then a sampling circuit 15 receives a detection signal of the comparator 14 and in case the confirmation of the signal level exceeding a prescribed level over a prescribed period, it is regarded as the signal collision and the result is supplied to a collision detection signal output terminal 16. For example, if a collision takes place on a control channel, in case the sollision of two waves, since the level of the carrier is increased to 2<1/2> times, the collision is detected by detecting the power level at the collision by the comparator 14. Thus, even if the content of a sent signal is not accurately grasped, the collsion is detected surely.
Patent JP-H07317971-A (JP)
Title: Tube fitting
Inventor: FUJITA SHINICHI
IPC: F16L19/08
Filed: 1994-05-25
Abstract: PURPOSE:To provide easily a tube fitting in which a nut cannot be rotated with a bare hand, but the nut can be rotated to fasten by using a fastening tool such as a spanner, by breaking or removing a seal tape. CONSTITUTION:This tube fitting consists of a joint main body 11; a nut 12 screwed to the joint main body 11; an interpolation member such as a bite type spring 13 installed between the joint main body 11 and the nut 12; and a seal tape stuck along both outer surfaces of the joint main body 11 and the nut 12 installing the interpolation member. The nut 12 cannot be rotated by a bare hand because it is sealed by the seal tape, but the nut 12 can be rotated to fasten by using a fastening tool such as a spanner, because the seal tape is broken or removed by the fastening tool.
Patent JP-S60253764-A (JP)
Inventor: KUMAKAWA NORIO
IPC: F25B1/00
Filed: 1984-05-31
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-S61181-A (JP)
Inventor: NISHIZAWA TAKESHI
IPC: B65D85/86
Filed: 1984-05-31
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-H10300910-A (JP)
Title: Reflecting member for reflection type liquid crystal
Inventor: GOTOU MASAMI
IPC: G02F1/1335
Filed: 1997-04-28
Abstract: PROBLEM TO BE SOLVED: To provide a reflecting member which is suitably used for a reflection type liquid crystal display device and chromatic and has a diffuse reflection factor, superior designability, and a wide field angle. SOLUTION: This reflecting member for reflection type liquid crystal is constituted by sticking a high polymer film (color film) 30 which transmits visible light of specific wavelength and has a <=50 nm retardation value and a reflecting body 40 which has a metal thin-film layer provided as a reflecting layer on one side of an unevenness-processed base material across an adhesive (or sticking agent) 20. Thus, the reflecting member is obtained which has absorption and diffuse reflection to the visible light range. Consequently, the reflecting member is usable as a reflection body of a reflection type liquid crystal display device and superior in designability and can obtain a wide field angle.
Patent JP-H01281974-A (JP)
Title: Rule line printing control system for printer device
Inventor: AOKI MASANORI
IPC: B41J29/26
Filed: 1988-05-10
Abstract: PURPOSE:To obtain a continuous rule line, by a system wherein, in response to an input of a character code specifying a rule line to be printed in a rule line printing area, a vector generator reads printing pattern data and starting/ ending position data on the rule line from a vector data table. CONSTITUTION:A rule line printing area 4 includes a character printing area 2 and a character non-printing area 3. When a character code specifying a rule line to be printed in the rule line printing area 4 is inputted to a printer device 1, a vector generator 6 reads printing pattern data, starting position data and ending position data on the specified rule line from a vector data table 5. Vectors are generated according to the data, and the rule line is printed from the vectors. Thus, any rule line can be printed in a continuous form, without generating an unnatural connection of rule line parts at the boundary between adjacent rule line printing areas.
Patent JP-H06320379-A (JP)
Title: Automatic aligning device of feed screw mechanism for machine tool
Inventor: SAWADA KIYOSHI
IPC: B23Q5/40
Filed: 1993-05-13
Abstract: PURPOSE:To automatically regulate the axial core of a feed nut to that of a feed screw shaft during linear movement and to ensure smooth feed operation by a method wherein a support means comprises a plurality of metallic plate members in each of which a leaf spring operating part is incorporated. CONSTITUTION:When displacement between the axial core of a feed screw shaft 20 and that of a feed nut 22 occurs during feed operation of a feed screw mechanism, the feed nut 22 is displaced in a plane vertical to the axis of the feed screw shaft 20 through resilient displacement of a resilient support means 30 and aligning operation is effected so that a concentric state is produced following the axis of the feed screw shaft 20. Thus, since concentricity of the feed nut 22 with the axis of the feed screw shaft 20 is always maintained, the feed nut 22 and a linear moving body 24 coupled to the feed nut 22 through a resilient support means 30 is caused to effect smooth linear movement. In this case, the resilient support means 30 comprises two leaf spring elements 32a having the same structure as each other and vertically arranged; and a horizontally arranged leaf spring element 32b locked to the upper sides of the two leaf spring elements 32a.
Patent JP-S62266781-A (JP)
Title: Thermal off tracking preventing system
Inventor: OTSUKA SHIGEJI
IPC: G11B21/10
Filed: 1986-05-14
Abstract: PURPOSE:To prevent a thermal off tracking from occurring by recording an offset detecting data in respective magnetic disks, and reading the said data while operating to correct the offset for each magnetic head. CONSTITUTION:The offset detecting data 4 and 4' are recorded beforehand in either or both of the outer guard band 2 and the inner guard band 3 of the magnetic disk 1. After the turn-on of a power source, the magnetic head 5 is regularly carried to on the track in the band 2 or 3 based on a servo information to read either the data 4 or the data 4' or both. The difference between the optimum position of the head 5 after its fine positional adjustment and the seek position controlled by the head 5' based on the servo information comes to be the offset amount of the disk 1, and this amount is stored in an area of a storage part 6 corresponding to the head through a selector part 7. A control part 8 read out the offset amount corresponding to the head 5 from the storage part 6, and gives commands of the correction amount and the direction for the positioning point controlled by the head 5' to a driving part 9.
Patent JP-S5538960-A (JP)
Title: Nonferrous metal recovering apparatus
Inventor: KUCHIMURA SHIYOUJI
IPC: C22B7/04
Filed: 1978-09-11
Abstract: PURPOSE: To efficiently separation-recover a nonferrous metal from metal slag formed in a nonferrous metal melting furnace while observing the state of the slag by attaching movably and rotatably a recovering pan to a recovering apparatus with a forklift in treatment of the slag in the apparatus.  
     CONSTITUTION: Metal slag formed by melting a nonferrous metal such as Al, Zn, Pb or Sn is charged into recovering pan 2. After adding a separating agent the slag is agitated with agitating vane 3 and separated into a metal component and slag. At this time, forklift frame 6 is attached to the bottom of pan 2, and a flange plate is set at the outside of the upper end of pan 2 to prevent the slag from spilling. The agitating area of vane 3 is regulated so that the slag is not scattered independently of a change in condition such as speed of revolution of vane 3. The lower part of the front of heat insulating cover 10 of apparatus 1 is removed, and the nonferrous metal is separated from the slag rationally and rapidly while observing the slag. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-S605348-A (JP)
Title: Program trapping circuit
Inventor: YAMADA NAOKI
IPC: G06F11/36
Filed: 1983-06-23
Abstract: PURPOSE:To obtain a trapping circuit which detects specific program operation of a processor by detecting whether an address and data from the processor and a processor state coincide with set values and state or not. CONSTITUTION:The address signal S11, data signal S12, and processor state signal S13 regarding the execution of the processor 1 are led out and inputted to the program trapping circuit. The address signal S11 is applied to an address coincidence circuit 2, which outputs a signal S2 when detecting the coincidence. The data signal S12 is applied to a data coincidence circuit 3, which outputs a signal S3 when the input coincides with the preset data. When the processor state signal S13 coincides with the preset state in terms of one of instruction fetch, write instruction, read instruction, interruption factor, etc., a signal S4 is outputted from a coincidence circuit 4; when all the signals S2-S4 are outputted, an AND circuit 5 generates an output to trap the program.