baber/WOPTO huggingface dataset:
Patent JP-S61158494-A (JP)
Title: Transfer sheet with partially vapor-deposited layer
Inventor: AOTA YOSHIAKI
IPC: B41M3/12
Filed: 1984-12-28
Abstract: PURPOSE:To ensure that a vapor-deposited metal pattern is formed sharply even at thin lines, by providing a vapor-deposited metal pattern layer through using a vapor-deposited metal removing layer provided by foaming a foamable ink by heating and a vapor-deposited metallic layer. CONSTITUTION:A releasing agent layer 2, a printed pattern layer 3 and a vapor deposition stabilizing layer 4 are laminated on a heat-resistant film base 1, the vapor-deposited metal removing layer 5 is provided partially on the surface of the layer 4, and the vapor-deposited metallic layer 6 is provided at areas where the layer 5 is not provided. Thereafter, a foamable ink is foamed by heating, whereby the layer 6a is lifted up by the layer 5 to be separated from other parts of the layer 6. Projected parts 5a of the layer 5 formed by the foaming are removed by an appropriate means, and the layer 6a separated from the other parts of the layer 6 is also removed, whereby the layer 6 is partially left, and the vapor-deposited metal pattern layer 7 is obtained.
Patent JP-H03145093-A (JP)
Title: Heat radiating body of microwave oven
Inventor: ASAKINO KUNIHIRO
IPC: H05B6/64
Filed: 1989-10-30
Abstract: PURPOSE:To obtain a ceramic heat radiating body which converts electromagnetic wave energy into heat and radiates heat by sintering a mixture of specified clay and silicon carbide. CONSTITUTION:A heat radiating body is a sintered article of clay containing quartz, kaolinite, feldspar, mica, etc., and silicon carbide. It is shaped into a plate or a container and radiates heat in a microwave cooking appliance by absorbing electromagnetic wave energy, which is a main electromagnetic wave, in the silicon carbide in the heat radiating body and the heat radiation temperature becomes over 100 deg.C and rises nearly 500 deg.C depending on the use period. A food to be cooked which is put close to or have touch with the heat radiating body is cooked by the heat radiated by the food to be cooked itself and the heat of the heat radiating body. A ceramic heat radiating body which radiates heat by converting electromagnetic wave energy into heat is thus obtained.
Patent JP-S62138861-A (JP)
Title: Process unit for image forming device
Inventor: SATO MINORU
IPC: B41J29/13
Filed: 1985-12-12
Abstract: PURPOSE:To cut off external light securely and to prevent an image carrier such as a photosensitive body from being exposed to the external light by closing the opening of a process unit with a protection member easily and securely when the process unit is drawn out of a main device body. CONSTITUTION:When the process unit 2 is taken out of the main device body 1 for maintenance inspection, etc., a rotating member 10 is rotated as shown by an arrow and the protection member 11 is returned to an opening closure position with spring force, so that the unit is drawn out of the main body 1. Consequently, the photosensitive body 3 is not exposed to the external light through the opening 8a when the process unit 2 is taken out of the main body 1, and no internal toner overflows from the opening 8a during the movement of the process unit 2.
Patent JP-H11116630-A (JP)
Title: Production of vinyl-based resin
Inventor: TAKADA SHIGEKI
IPC: C08F2/20
Filed: 1997-10-14
Abstract: PROBLEM TO BE SOLVED: To provide a method for producing a vinyl-based resin excellent in defoaming effect on dry foam generated during the middle to latter stage of the polymerization process and filled at a high density by using a polymerization tank of high productivity, equipped with a reflux condenser. SOLUTION: This method comprises suspension polymerization of a vinyl- based compound in the presence of (A) a dispersion stabilizer for suspension polymerization, effected in a polymerization tank equipped with a reflux condenser, wherein (B) 0.001 to 0.5 pts.wt., per 100 pts.wt. of the vinyl-based compound, of a polyvinyl alcohol-based polymer having a degree of saponification of 85 mol.% or less is added, continuously or intermittently 2 times or more, to the reaction system when conversion of polymerization reaches 30 to 90%.
Patent JP-2000108902-A (JP)
Title: Estimate device for stopped state
Inventor: HARADA RYOICHI
IPC: E01F1/00
Filed: 1998-10-01
Abstract: PROBLEM TO BE SOLVED: To reduce the number of sensors and the number of part items in the device for estimating the thereafter stopped state of a moving body advancing while reducing the speed on a definite running road R. SOLUTION: This device is provided with an emitting means 11 of a search light 1, a reflection means 12 for polarizing this to a prescribed at least three directions, a light receiving means 30 receiving respective search lights L1-L3 interrupted by the moving body T during a speed reduction, a time count means 40 for counting respective times elapsed from the light receiving of a first search light upto the light receiving of a second search light and from the second search light upto the light receiving of a third search light by making either one of respective search lights L1-L3 to a first search light and other two to second/third search lights and an estimate means 50 for estimating the running amount of the moving body T based on these two elapsed time and its difference. Favorably, respective means are arranged on the side of the running passage R of the moving body T or only the light receiving means 30, the time count means and the estimate means 50 to the moving body T. Further, the reflection means 12 is formed by a semi-conductor process.
Patent JP-2000113443-A (JP)
Title: Magnetic recording medium and magnetic disk device
Inventor: SATO KENJI
IPC: G11B5/64
Filed: 1998-10-01
Abstract: PROBLEM TO BE SOLVED: To provide a magnetic recording medium which allows the use of glass, etc., having excellent impact resistance as a substrate, eliminates the need for interposition of a tight contact layer between the substrate and a ground surface film, has high coercive force linking to high reproduction output, lessen noise, may be improved in S/N and is capable of making high density recording. SOLUTION: This magnetic recording medium 10 is constituted by disposing a magnetic film 5 consisting of a magnetic metallic material on the nonmagnetic substrate 1 and interposing the Cr ground surface film 3 which arms to have the easy magnetization direction of the magnetic film 5 within the film face and consists essentially of chromium between the substrate 1 and the magnetic film 5. In such a case, the recording medium is further provided with an additional CrP ground surface film 2 consisting essentially of the chromium and containing phosphorus in the form of being adjacent to the substrate 1 between the substrate 1 and the Cr ground surface film 3.
Patent JP-H0592433-A (JP)
Title: Core grasping mechanism
Inventor: INABA ZENJI
IPC: B22D17/24
Filed: 1991-10-02
Abstract: PURPOSE:To provide the title mechanism having a simple structure capable of simultaneously grasping a fixed core and a movable core even when there is slight shape or diameter difference between them. CONSTITUTION:A core grasping mechanism consists of the core 2 in a mold and the core grasping tools 3 provided to the hand of a robot. The core 2 is equipped with grasping parts 4a, 4b through the stepped parts at the corresponding positions on both sides thereof across a parting surface PL. Each of the core grasping tools 3 has two ridges 7a, 7b provided to the grasping surface thereof and also has the grasping part 9 provided between the ridges. The grasping parts 4a, 4b of the core 2 are grasped in the diameter direction of the core 2 by the grasping parts 9 of the core grasping parts 3 and grasped in the axial direction (d) of the core 2 by the ridges 7a, 7b to grasp the core 2 by the core grasping tools 3.
Patent JP-H10118516-A (JP)
Title: Impact pneumatic pulverize
Inventor: URAYAMA KIYOSHI
IPC: B02C19/06
Filed: 1996-10-23
Abstract: PROBLEM TO BE SOLVED: To provide an impact type pneumatic pulverizer whose pulverizing efficiency is improved. SOLUTION: This pneumatic pulverize is provided with an accelerating pipe 9 for conveying and accelerating powder by compressed air, a pulverizing chamber 7a communicating with an air outlet 9b installed at one end of the accelerating pipe 9, and an impact member 16 having an impact surface 17 for making the conveyed and accelerated powder impact on it to pulverize it and arranged in the pulverizing chamber 7a so that the impact surface 17 may be opposite to the air outlet 9b of the accelerating pipe 9. In this case, the impact surface 17 in the shape of a circular or polygonal plane is equally divided into plural regions 17a around the central point, and each region 17a is inclined so that difference in step between the regions 17a, 17a may be produced and also the impacted powder dispersed in all the circumferential directions.
Patent JP-S63134593-A (JP)
Inventor: HASEGAWA MOKUHARU
IPC: C05F3/00
Filed: 1986-11-27
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-H02128122-A (JP)
Title: Optical liquid surface sensor
Inventor: ASANUMA KAZUYUKI
IPC: G01F23/50
Filed: 1988-11-07
Abstract: PURPOSE:To obtain an optical liquid surface sensor with a high safety for an inflammable liquid with a handy construction by arranging a box body, a float, a fluorescent fiber, a projection means and a light shielding member. CONSTITUTION:A float 15 containing a permanent magnet 16 is fitted into the outside of a box body 21 fastened on an internal wall of a tank 1. A light emitting diode (projection means) 22 having a lead 23 connected is fastened on an internal wall of the box body 21 and the box body 21 and a coaxial fluorescent fiber 24 are inserted into the box body 21. A light shielding magnetic member (light shielding member) 25 moves vertically with a vertical movement of the float 15 along the external surface of the fiber 24. The box body 21 is fastened in such a manner that the diode 22 facing the side of a flat 15 floating on a desired level of a liquid surface 7. When the liquid surface 7 is lower than the desired level, an outgoing light of the diode 22 is incident into the fiber 24 to be detected on an end face thereof. When the liquid surface 7 reaches the desired level, the outgoing light from the diode 22 is intercepted with the member 25 to be kept from being incident into the fiber 24 and the interception thereof is detected on an end face of the fiber 24.
Patent JP-H11122518-A (JP)
Title: Underwater television camera and underwater television camera system for virtual body sensation
Inventor: MARUKI HIDEAKI
IPC: G01N21/84
Filed: 1997-10-14
Abstract: PROBLEM TO BE SOLVED: To improve the convenience and the operability of management of a photographed object image by providing a remote control means that remotely controls the underwater television camera via a cable, displaying an image from the television camera, synthesizing or editing an image different from the television camera and character information and displaying or recording the resulting image. SOLUTION: An operation device 10 supplies a torque of an underwater television camera 1 and enters a propeling direction to a controller 4, which produces a control signal and gives it to the underwater television camera 1 to guide the camera 1 up to an installed position of an object to be checked. A photographed image is received by an edit generator 5, from which the image is displayed on a display device 7. An object is confirmed by the image displayed on the display device 7 and a name of the object and its checked positions are read from data denoting names of buildings containing the underwater object and checked positions stored in advance in a database system 8 by means of the operation device 10 via the controller 4, the data are synthesized by the edit generator 5 and displayed on the display device 7.
Patent JP-S62139549-A (JP)
Title: Heat developable photosensitive material
Inventor: IWAGAKI MASARU
IPC: G03C7/00
Filed: 1985-12-13
Abstract: PURPOSE:To obtain the titled material having a less tendency for generating a sticking and a dusting by incorporating a solid heat-meltable solvent to the heat developable photosensitive layer, and a thermoplastic mat agent to the non-photosensitive protective layer respectively in the title material which is provided with the heat developable photosensitive layer and the non-photosensitive protective layer on the substrate body. CONSTITUTION:The titled material is formed by providing at least >=1 kind of the heat developable photosensitive layer and at least >=1 kind of the non-photosensitive protective layer on the substrate body. The heat developable photosensitive layer which is the most far from the substrate body contains the water insolube solid heat- meltable solvent. As the solid heat-meltable solvent, for example, methylbenzamide (m.p. 160 deg.C) and phenylacetamide (m.p. 156 deg.C) are used. At least one layer of the non-photosensitive protective layer contains for example, the mat agent such as a polymethylmethacrylate or a methylmethacrylate-ethylmethacrylate copolymer is used. The mean particle size of the mat agent is about 0.5-10mu. Thus, as the titled material contains the solid heat-meltable solvent and the mat agent, the titled material having a less tendency for generating a gloss unevenness and a density unevenness is obtd.
Patent JP-2001101343-A (JP)
Title: Character reader
Inventor: ISHIKAWA KAZUHIRO
IPC: G06K9/62
Filed: 1999-09-30
Abstract: PROBLEM TO BE SOLVED: To improve a character-recognizing rate in a character reader for compositely recognizing characters by judging the correspondence of plural character positions through the joint use of plural character segmenting methods whose algorithms are different from each other. SOLUTION: This character reader 100 has N character segmenting parts 132 and 142 whose character-recognizing algorithms are different from each other and character recognizing parts 133 and 143 respectively recognizing characters, which are segmented from data of a character-reading object by these N character segmenting parts, and outputting the recognizing result.  In particular, the reader 100 is provided with a composite judging part 160 which judges whether there are overlapped characters in the characters respectively segmented by the same character segmenting part, edits the position of the characters when there are, then judges whether there are characters whose positions correspond to each other between the respective character recognizing parts and compositely decides a final recognizing result from respective recognizing results at the character recognizing parts of the respective corresponding characters concerning the characters judged to correspond.
Patent JP-H04155204-A (JP)
Title: Optical three-dimensional position detector
Inventor: IIJIMA KENZABURO
IPC: G01B11/00
Filed: 1990-10-18
Abstract: PURPOSE:To obtain a three-dimensional position of a movable body using an interval between two measuring means to reduction-compensate a two-dimensional scanning range to make it follow the movement by scanning the movable body by light emitting parts of the two measuring means and by detecting a light reception amount corresponding to an incident angle reflected by an omni-directional reflector. CONSTITUTION:After semiconductor laser of sensors 32, 33 is lit, an MPU 21 grounds switches SW1, SW2 to issue an instruction for rotating mirrors 11, 12 of the sensors 32, 33 at predetermined angle speed within an angle range of a large amplitude mode L. When the instruction is received via a light receiving element 22 and a comparison circuit 25, SW1, SW2 are switched over to D/A conversion circuits 26, 27. With values corresponding to incident angles to encoders 15, 16 at the time of light reception used as offset values, following of a movable body 31 is started. A scanning range is reduction-compensated, and the MPU 21 issues an instruction for rotating the mirrors 11, 12 of the respective sensors at predetermined angle speed within an angle range of a small amplitude mode M. When as a result the laser detects an omni-directional reflector 34 of the movable body 31, angle information is obtained from latch circuits 19, 20 so that the MPU calculates a position of the movable body.
Patent JP-H02127929-A (JP)
Title: Drawing machine
Inventor: SAKUMA TATSUO
IPC: B30B13/00
Filed: 1988-11-07
Abstract: PURPOSE:To execute an automatic progression for drawing of plural times by the same working machine by providing a progressive mechanism for bringing a work in a drawing die to draw-in on a drawing hole by interlocking with the up-and-down motion, and feeding it out automatically to a drawing part drop hole position. CONSTITUTION:When secondary drawing is further performed to a work A which is brought to primary drawing, this primary work A is inserted and held by a first finger 222 of a progressive mechanism 2 provided on the lower die 1 by a push-in rod 24. When the upper die 4 executes the ascending motion from a holding position to the top dead center, and thereafter, starts the descending motion, a movable plate 21 for constituting the progressive mechanism 2 moves to the right (i) by a cam mechanism 3 interlocked with the up-and-down motion of this upper die and the work A is inserted and held by a first finger 221 attached to the movable plate 21 and carried to a drawing hole position of the lower die 1. Its work A is set so that a drawing pin with a spring 42 does not move, and also, a stripper holding pin 43 of the upper die works on a stripper part 25 and the finger 221 is opened. Subsequently, while the movable plate 21 moves to the left and a second finger 222 comes to a position of the work A existing in the drawing hole position, the drawing pin 42 is pushed into a drawing hole 122 and second drawing is started.
Patent JP-H04155554-A (JP)
Title: Memory diagnostic system
Inventor: MORIOKA TOSHIYUKI
IPC: G06F12/16
Filed: 1990-10-19
Abstract: PURPOSE:To shorten a diagnostic time by writing data for diagnosis in a memory being the diagnostic object of an access, reading the data for diagnosis, writing arithmetic result data in the memory, and comparing the read arithmetic result data with arithmetic solution data. CONSTITUTION:A data writing part 2 writes the data for diagnosis in a memory 1 being the diagnostic object by a writing command, a data reading part 3 reads the written data for diagnosis from the memory 1 by an arithmetic command, and an arithmetic part 5 operates the prescribed operation of the data for diagnosis. The obtained arithmetic result data are written again in the memory 1 by the data writing part 3 as a continuous operation of the arithmetic command, the arithmetic result data are read out again, the arithmetic result data are compared with the arithmetic solution data to be obtained by the operation by a comparing part 4, and when the compared result is coincident, this memory 1 is judged to have no fault. Thus, the reading and writing of the operator to be operated can be executed by one arithmetic command, and the diagnosis can be executed in a short time.
Patent JP-S62140389-A (JP)
Inventor: HIRAMATSU ONORI
IPC: B01F13/08
Filed: 1985-12-16
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-H05118678-A (JP)
Title: Room cooling and heating device
Inventor: MACHIDA KAZUHIKO
IPC: F25B1/00
Filed: 1991-10-28
Abstract: PURPOSE:To prolong the service life of a refrigerant pump by a method wherein an auxiliary pump unit is provided between an indoor machine and an outdoor machine and a difference between a detected inlet pressure and a detected outlet pressure is operated to drive the refrigerant pump of the auxiliary pump unit and close a refrigerant bypass valve when the operated difference is higher than a predetermined value. CONSTITUTION:An auxiliary pump unit 27, constituted of the second four-way valve 22, the second refrigerant pump 23, the second refrigerant amount regulating tank 24, the refrigerant pump bypass 25 and the refrigerant pump bypass valve 26 of an utilizing side refrigerant cycle, is arranged on the half way between an indoor machine 12 and an outdoor machine 10. The control device 28 of an auxiliary pump unit 27 is provided while the inlet pressure and the outlet pressure of a first refrigerant pump 17 are detected by pressure sensors 18, 19 and detecting means 29, 30 respectively. A differential pressure detecting means 31 operates the difference of both pressures. When the pressure difference excesses a first predetermined value, the second refrigerant pump 23 is driven until the pressure difference becomes lower than a second predetermined value and the bypass valve 26 is closed. According to this method, the life of the first refrigerant pump 17 is elongated and properties, coping with a high lift and a long pipeline, are improved.
Patent JP-H09129022-A (JP)
Title: Recessed luminaire
Inventor: YAMAMOTO SHOZO
IPC: F21V21/04
Filed: 1995-10-30
Abstract: PROBLEM TO BE SOLVED: To provide a recessed luminaire with good operability and working property in mounting by holding a presser fitting mounted on an arm in such a manner as to be attachable and detachable, and vertically movable by a holding means, and releasing the holding in a prescribed position. SOLUTION: When a luminaire body 1 is inserted to the mounting hole of a ceiling, the presser piece 6b of a presser fitting 6 in a mounting device 3 receives the pressing force from the circumferential wall of the mounting hole, and the presser fitting 6 is rotated on the body 1 side by the deflection of the leg part 5b of a V-shaped spring 5. The presser piece 6b gets close to an arm 4, and a hook 6c is released from the notch 4b of the arm 4 and slid down along the arm 4. When the lower end part of the presser piece 6b then makes contact with the upper surface of the ceiling, the ceiling board is nipped by the lower end part of the presser piece 6b and the flange part 2 of the body 1, and the body 1 is mounted on the ceiling.  Thus, only by inserting the body into the mounting hole, a recessed luminaire can be mounted on the ceiling, and the operability and working property in mounting can be enhanced.
Patent JP-H06127497-A (JP)
Title: Rocket launching device
Inventor: HONDA NOBUHIRO
IPC: F41F3/04
Filed: 1992-10-20
Abstract: PURPOSE:To form an air curtain and to maintain air cleanliness of a clean room at a high level by forming a plurality of air injection nozzles in one of the wall surfaces, positioned facing each other, of a boundary part between an upper crane room and a lower clean room and forming a plurality of intake air holes in the other thereof. CONSTITUTION:In a rocket launching device wherein a crane room 4 having an overhead crane 1 installed therein is partitioned in an upper part and a clean room 8 having a rocket 7 on which a satellite 19 is mounted is partitioned in a lower part, a plurality of injection nozzles 5 arranged horizontally linearly are formed in a wall being a boundary between the two rooms 4 and 8 and meanwhile a plurality of intake air holes 6 linearly arranged facing the respective injection nozzles are formed in a wall surface on the opposite side to the above. The injection nozzle 5 and the intake air hole 6 are interconnected on the outer periphery of a launching device through a blast pipe 9 in which a blower is located. A horizontal air curtain 17 is formed through suction of air, injected through the injection nozzles 5, through the intake air holes 6. The two rooms 4 and 8 are partitioned by the air curtain and the interior of the clean room 8 is kept in a clean state.