baber/WOPTO huggingface dataset:
Patent JP-H0888746-A (JP)
Title: Facsimile store and forward exchange system
Inventor: ONO TAKASHI
IPC: H04N1/32
Filed: 1994-09-20
Abstract: PURPOSE: To save trouble of transmission processing to reduce the communication cost and to improve the availability of a storage means by attaining re- transmission of original data whose deletion is awaited after the execution of transmission. CONSTITUTION: Original data in an original information storage area are sent through a CPU 21 and a communication controller 26. Then sent designation information is stored in a delete wait original information storage area. In the case of re-transmission, an original management serial number and designated information are entered by an operation controller 13 or facsimile equipments 12a-12n. The command information corresponding to the original data through the input is returned from the delete wait original information storage area to the original information storage area and stored again and then the re- transmission is executed after that. The command information corresponding to the original data for re-transmission is moved to the delete wait original information storage area and then deleted together with the original data in the original information storage area.
Patent JP-S59114675-A (JP)
Title: High-speed fourier conversion circuit of parallel pipeline
Inventor: NAKAZURU TOSHIROU
IPC: G06F17/14
Filed: 1982-12-21
Abstract: PURPOSE:To attain a high-speed Fourier conversion for the data point number which is shown in a desired type by executing a discrete Fourier conversion after dividing it into the front-stage and rear-stage point discrete Fourier conversions. CONSTITUTION:Four pieces of data are supplied to the data input terminals of front and rear corner turner circuits 1-X and 1-Y, respectively. Thus 32 pieces of data are stored in all with four clocks. An 8-point DFT circuit 2' carries out the 8-point DFT every time 8 pieces of data are transmitted from a front-stage corner curner circuit group 1'. Then the data underwent a conversion is sent to a rear-stage corner turner circuit group 3'. When 32 pieces of data are transmitted, the data of rear-stage corner turner circuits 3-X and 3-Y are turned at corners and delivered by the next clock. The data multiplied by a twist coefficient through a twist coefficient multiplier group 4' is supplied to 4-point DFT circuits 5-X and 5-Y respectively.
Patent JP-H0954911-A (JP)
Title: Method for polishing thin-film magnetic head and device for polishing thin-film magnetic head
Inventor: SUGAI TORU
IPC: G11B5/39
Filed: 1995-08-09
Abstract: PROBLEM TO BE SOLVED: To decrease the variations of a lower layer gap width by polishing a lower layer gap while under oscillation, thereby forming the prescribed lower layer gap width. SOLUTION: A wafer W of which the lower layer gap is directed toward a surface plate 12 side is held by using a wafer retaining jig 14. An oscillating jig 22 is then oscillated in a direction X by operating a driving means 24 of an oscillating means 20. While the wafer W is kept oscillated, the wafer is polished by the surface plate 12 until the thickness of the lower layer gap attains the prescribed thickness. The variations of the polishing are decreased by polishing the lower layer gap of the wafer W in such a manner. Then, the variations in the lower layer gap width of the thin-film magnetic head are decreased and the yield in production of the magneto-resistive head is improved.
Patent JP-H0393965-A (JP)
Title: Mortar leakage preventing device
Inventor: RII YUAN HOO
IPC: E04G11/36
Filed: 1989-09-01
Abstract: PURPOSE: To prevent mortar leakage, dispense with finishing work and improve construction efficiency by locking and fixing a seal material holding means by a locking means provided on the lower side surface of a peripheral edge panel to surely clamp a seal material. CONSTITUTION: The lower side surface near the peripheral edge 22 of a peripheral edge panel 20 of a form panel 20 for forming a floor slab 80 on a wall 60 is provided with a locking means having a transverse split opening 33 formed on the side facing to the peripheral edge 22. A seal material holding means 40 is locked and fixed with the side 46 fitted in the opening 33 like doweling by the locking means 30. In placing concrete, a seal material 70 is presed and clamped to the surface of the wall 60 by the edge part 22 of the peripheral edge panel 20 supported and fixed by a frame 50 and the holding means 40 to prevent mortar leakage. A required member may be provided to suitably adjust the tightly closeness of the seal material 70 and the wall surface of the wall 60.
Patent JP-H0546634-A (JP)
Title: Charge payment management system in door-to-door delivery service system
Inventor: SUGAWARA TSUGUTAKA
IPC: G07F7/08
Filed: 1991-08-09
Abstract: PURPOSE:To ensure and facilitate the management related to money of a baggage to be delivered, by delivering a prepaid card added with no value to a collecting and delivering depot, and issuing it after adding the value by terminal equipment. CONSTITUTION:An integration ticket card and a coupon ticket card are primary- encoded, namely, they are encoded in only a basic part such as a start bit and an end bit, etc., by using an exclusive encoder 5 at a transpotation company, and the card incapable of being used as it is transported to each agent store 1 by a delivery truck 3. Then, in the case of the integration ticket card, it is secondary-encoded, namely, it is on-value-encoded by an off-line terminal 5 by the driver of the delivery truck 3, and is issued to each agent store 1. Besides, in the case of the coupon ticket card, it is secondary-encoded, namely, it is on-value-encoded by the off-line terminal 5 by each agent store 1, and is issued to a user.
Patent JP-S6288799-A (JP)
Inventor: IWAHASHI SATORU
IPC: H02J7/00
Filed: 1985-10-11
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-H0757695-A (JP)
Title: Discharge tube
Inventor: TSUJI HITOSHI
IPC: H01J61/06
Filed: 1993-08-19
Abstract: PURPOSE:To reduce a space in the peripheral part of the electrode device parts arranged in both end parts in a glass tube, expand an effective light emitting area, and reduce the number of part items and assembling manhours. CONSTITUTION:A column shape electrode 41 is formed in a column shape by compressing a material obtained by mixing Ti3Hg powder of a proper quantity in tungsten powder, and baking it in an N2 atmosphere equal to or lower than about 350 deg.C to mold a sintered metallic body, and applying or impregnating an emitter material to or into this sintered metallic body. After the inside of a glass tube 1 is sealed in a vacuum, since this column shape electrode 41 is heated at about 800 deg.C by high frequency heating from outside of the glass tube 1, mercury is supplied inside of the glass tube 1 from Ti3Hg, and the emitter material contained in the metallic body of a sintered base body after discharge of this mercury functions as an electron emitting substance.
Patent JP-S6469207-A (JP)
Title: Self-propelling machine
Inventor: HIGUCHI MINEO
IPC: H02G1/02
Filed: 1987-09-08
Abstract: PURPOSE:To obtain a self-propelling machine, capable of passing any obstacle on a stringing or the shoulder of a steel tower without any trouble, by a method wherein movable arms are provided at the front part and the rear part of a framework to support a self-propelling rotary body on the tip end thereof while a multi-wheel running means is provided on both sides of the movable arms. CONSTITUTION:A storage battery 29 and a controller 30 are attached to the lower both sides of a framwork 21 while movable arms 23, 25, whose tip ends are capable of being moved upward, are attached to the front part and the rear part of the framework. Running rotary bodies 22, 24, rotated and driven by a driving source respectively, are supported at the tip ends of the movable arms 23, 25 through bearings. Further, the framework 21 is provided with multi- wheel running means (caterpillars) 26, 27 at both sides thereof. When a self-propelling machine is run on a stringing 3 and has arrived at the part of a steel tower, the movable arms 23, 25 are moved upward and may be passed while running on the shoulders of the steel tower by the multi-wheel running means 26, 27.
Patent JP-H0389920-A (JP)
Title: Apparatus for decomposing organic halogenated compound by plasma reaction method
Inventor: YOSHIDA TOYONOBU
IPC: A62D3/30
Filed: 1989-08-31
Abstract: PURPOSE:To prevent harmful by-product from being generated by forcing gas or liquid into plasma from a passage outside a plasma generation region to forcibly eliminate plasma on the midway, decomposing organic halogenated compounds in the plasma, and quenching them after reaction. CONSTITUTION:A cylindrical pipe 2, gas feed nozzle 3, and RF coil 4 wound around the pipe 2 are provided, whereby plasma F is formed in the pipe 2, while organic halogenated compounds are fed into the formed plasma F through the nozzle 3, wherein an annular pipe 10 is provided on the midway of the pipe 2 so that gas or liquid is forced from the pipe 10 into the plasma F being formed in the pipe 2. As a result, plasma is forcibly eliminated in the midway so that, after the organic halogenated compounds are decomposed in the plasma, they are quenched, preventing thereby harmful by-products from being generated.
Patent JP-H1058547-A (JP)
Title: Formation of frp molding
Inventor: ONO TSUYOSHI
IPC: B29K105/08
Filed: 1996-08-27
Abstract: PROBLEM TO BE SOLVED: To provide a method for forming an FRP molding by which it is possible to secure the fitting of a winding into an engagement part when the winding is folded back by a guide and eliminate the generation of a waste in the winding and further, shorten a working time as a method for forming the FRP molding by a filament winding method(FW method). SOLUTION: When a guide 2 is positioned near the engagement part of a core mold 1, the guide 2 is rotated in the width direction of the guide 2 and to the downstream side with the rotation of the core mold 1 or more specifically, in the direction (c) in which the right side R of the guide 2 heads for the upstream side with the rotation of the core mold 1. The direction (c) in which the guide 2 rotates is a direction in which a winding 6R positioned at an area where the winding 6 coming into contact with the core mold 1 is delayed can come into contact with the core mold 1 at an early time.
Patent JP-2000271310-A (JP)
Title: Pachinko machine
Inventor: MORIOKA KAZUO
IPC: A63F7/02
Filed: 1999-08-09
Abstract: PROBLEM TO BE SOLVED: To make game balls to smoothly flow down at a successively provided part by providing a twisted rotary body obtained by providing a helical ball- cutting pawl at the successively providing part of plural game ball paths for passing game balls and one game ball path under it for passing the game balls in the state of being freely rotatably about a spindle of a horizontal direction. SOLUTION: Game ball paths 14a and 14b are formed on both of the left and right sides of a partition 31 at the upper end of a housing case 16 and a game ball path 15 is successively provided under the paths 14a and 14b. The path 15 has a width a little shorter than the portion of two game balls on its upper side, gradually reduces the width downward and has a width a little longer than the diameter of a game ball. A ball-cutting pawl 38 is provided around the outer periphery of a helical rotary body 23 in the state of a helical gear and a spindle pin 24 is put through a shaft hole 36 and the engaging hole 34 of a supporting projection 33 to support in the state of being freely rotatable. The game ball guided to the paths 14a and 14b enters inside of the path 15 while being divided by the pawl 38 of the body 23 at the successively provided part with the path 15.
Patent JP-S6285723-A (JP)
Title: Driving mechanism for omnidirectional moving vehicle
Inventor: SHIOTANI MASAHARU
IPC: B62D7/14
Filed: 1985-10-09
Abstract: PURPOSE:To achieve travelling and change of direction through single motor by arranging wheels rotatably on at least two of plural steering shafts at the positions shifted from the center of the shaft while arranging a driving means for driving to travel and to steer. CONSTITUTION:Wheels 3a, 3b are arranged respectively in the bearings 8 for two steering shafts 2 positioned diagonally in four steering shafts 2 arranged rotatably in the body 1 while shifting by predetermined interval (r) from the center of the shaft 2 and drive units 20 are provided for respective wheels 10 of respective wheels 3a, 3b. Pulleys 9 are arranged above respective steering shafts 2 and entrained with single belt 12 to couple respective shafts 2 while interlocking. When travelling a movable vehicle, the drive units 20 for respective wheels 3a, 3b are driven simultaneously while when changing the direction, they 20 are driven in the different directions.
Patent JP-H0674970-A (JP)
Title: Acceleration sensor
Inventor: SHIMOZONO SHIGERU
IPC: G01P15/135
Filed: 1992-08-25
Abstract: PURPOSE:To stabilize contact resistance between an electrode and a magnet assembly. CONSTITUTION:When a large external force occurring upon the collision or the like of vehicles is applied along an arrow A direction, a magnet assembly 14 advances to the forward end of a cylindrical body 12, thereby causing an electrode 60 to come in contact with another electrode 62. Then, the conductive material casing 18 of the magnet assembly 14 causes shortcircuit between the electrodes 60 and 62, and electric current flows across the electrodes 60 and 62. As a result, the occurrence of a change in acceleration over the predetermined threshold is detected and a vehicle collision is detected. The peripheral section 61 of the electrodes 60 and 62 is constituted in such a way as bent in a direction opposite to the magnet assembly 14. As the peripheral section 61 of the electrodes 60 and 62 where the magnet assembly 14 contacts, is bent in a direction opposite to the assembly 14, contact resistance between the electrodes 60 and 62, and the magnet assembly 14 becomes stable. The contact of the electrodes 60 and 62 with the assembly 14 can be thus detected with high accuracy, thereby enhancing remarkably the detecting accuracy of acceleration.
Patent JP-H06181212-A (JP)
Title: Manufacture of semiconductor device
Inventor: GURIIMU MAIKERU WAIBOON
IPC: H01L21/3205
Filed: 1993-09-10
Abstract: PURPOSE: To allow a tungsten contact to selectively grow by accumulating a contact on a capping layer, and then integrating the via of aluminum or aluminum alloy and a boundary layer with a few non-conductive components formed of capping layer materials. CONSTITUTION: An insulating layer 14 is accumulated on a capping layer 12 in a desired pattern. The insulating layer 14 is patterned so that a contact hole 16 can be provided. A contact 18 constituted of a tungsten plug 18 is selectively accumulated in the contact hole 16. The contact 18 is made of selective copper or selective aluminum accumulated in the contact hole 16. The contact 18 acts so that an aluminum fluoride layer on an aluminum mutual connecting layer can be prevented from being formed in the selective accumulation processing, and guarantees that a contact with a low resistance is formed between the via or the contact 18 and the aluminum mutual connecting layer 2.
Patent JP-H0274067-A (JP)
Title: Semiconductor device
Inventor: TAKAIRA TATSUMI
IPC: G05F1/10
Filed: 1988-09-09
Abstract: PURPOSE:To enable trimming to be executed two times or more so as to control the characteristic of a semiconductor device accurately by a method wherein a PROM is made to serve as an electrically re-writable semiconductor memory element. CONSTITUTION:For instance, if M1 and M2 are both 'ON', the outputs of selective signal generating circuits both become zero, and T2 and T6 are turned 'ON' and a nodal point 3 is connected to an intermediate point between R4 and R5. At this point, provided that the potential of the nodal point 3 is represented by VR, a reference voltage VREF becomes five times VR. Next, when M1 is turned 'ON' and M2 is turned 'OFF', T1 and T4 are turned 'ON' and the nodal point 3 is connected to an intermediate point between R2 and R3, and VREF becomes five-thirds of VR. Therefore, trimming call be repeated two times or more by making electrically re-writable semiconductor memory elements M1 and M2 serve as a trimming PROM element, so that a semiconductor device can be improved in characteristic accuracy.
Patent JP-H0558065-A (JP)
Title: Thermal sublimation transfer medium
Inventor: SAEKI ATSUO
IPC: B41M5/395
Filed: 1991-09-05
Abstract: PURPOSE:To prevent the flocculation and precipitation of the dye in a dye holding layer at the time of preservation in a thermal sublimation transfer medium wherein the dye holding layer composed of a binder resin containing a heat-sublimable or a heat-transferable dye is provided to one surface of a base material. CONSTITUTION:The resin binder of a dye holding layer is composed of a mixture of polymethyl methacrylate with a glass transition point of 46 80 deg.C or higher and a wt. average mol.wt. of 1X10<4>-10<6> and other resin and polymethyl methacrylate is contained in an amount of 0.3-3 pts.wt. when the total amount of the resin binder is set to 10 pts.wt.
Patent JP-S59119066-A (JP)
Title: Valve timing controller for internal-combustion engine
Inventor: NAKAMURA NORIHIKO
IPC: F02P5/155
Filed: 1982-12-24
Abstract: PURPOSE:To enable to control to obtain an optimum ignition timing, by changing over an ignition timing in accordance with a change in a valve timing, when changing over the valve timing. CONSTITUTION:Signals from a crank angle sensor 39, a load sensor 80 and a temperature sensor 81 are impressed on an input/output port 82. An input/output port 83 is wired to a motor 64 through a motor-driving circuit 84, and is wired to an ignition plug 21 through an ignitor 85. By driving the motor 64 in accordance with the operating condition of the engine, the valve timing is changed over. When the valve timing is changed over from one side to the other, an ignition advance is corrected by an amount corresponding to the change-over, whereby the ignition timing is prevented from deviating from a calculated value, even when a distributor shaft connected to a cam shaft is being rotated.
Patent JP-S60116421-A (JP)
Title: Extracting device for molded part
Inventor: ISHII TAKAYUKI
IPC: B29C45/42
Filed: 1983-11-30
Abstract: PURPOSE:To select molded shapes at every cavity and without damaging them by sucking molded parts projected from mold cavities by a vacuum suction head and transferring the parts in a product storage box. CONSTITUTION:When molding is completed and mold opening is ended, a lifting lever is turned in the counterclockwise direction by a lifting cam 29, and a lifting base 20 is lifted by the revolution of the lifting lever. A traversing base 17 progresses up to a predetermined position and stops while a cam switch is operated, and coupling with a motor 28 is disengaged. Each suction port 48 in a vacuum suction head 11 is positioned severally where opposite to cartridges at that time. Consequently, an ejecting plate 14 is moved, and molded shapes are projected by an ejecting pin 15. However, said projected molded parts are sucked from the suction ports 48 because the suction ports 48 in the vacuum suction head 11 are brought to a vacuum state. The molded parts are carried into each parting chamber 53 in a product storage box 13.
Patent JP-H1070322-A (JP)
Title: Polarization method for piezoelectric element
Inventor: SHINODA TOMOHARU
IPC: H01L41/257
Filed: 1996-08-28
Abstract: PROBLEM TO BE SOLVED: To eliminate polishing work after polarization by forming an electrode for polarization on the surface which faces a piezoelectric element by using a paste composed of a non-migration generating metal and a resin which melts with a solvent, polarizing the piezoelectric element, and removing the electrode after polarization by cleaning the piezoelectric element. SOLUTION: On a face 2 which faces a piezoelectric element 1, a paste 3 composed of a metal which does not generate migration, such as carbon and nickel, and a resin which melts in a solvent, is printed and dried, an electrode 4 for polarization is formed, and a piezoelectric element 1 is polarized by applying a voltage to the electrode 4. After polarization, the piezoelectric element 1 is cleaned and the electrode 4 is removed. Since the piezoelectric element 1 and the electrode 4 are bonded by the resin which melts with a solvent and by anchor effect of the piezoelectric element 1, the electrode 4 can be removed by cleaning the solvent. Thus, polishing is not required, and the piezoelectric element 1 having desired characteristics is obtained.
Patent JP-H04108991-A (JP)
Title: Hydraulic excavating bucket
Inventor: EGAWA KIKUJI
IPC: E02F3/47
Filed: 1990-08-30
Abstract: PURPOSE:To restrain oscillation and noise by rotating a rotating roller at the time of dropping excavating bucket bodies, driving a hydraulic pump to store pressure oil in an accummulator, sending it to a shell opening and closing driving device for operation, and carrying out the excavating and scooping of earth and sand. CONSTITUTION:A rotating roller 6 which comes into contact with the bore surface of a casing is rotated at the time of dropping excavating bucket bodies 1, 2 to transmitted to a hydraulic pump 5 and to drive the hydraulic pump 5, and pressure oil is sent to an accumulator 25, and dropping energy of the excavating bucket bodies 1, 2 is stored in the accumulator 25. When the excavating bucket bodies 1, 2 are fallen onto a surface to be excavated, a switch valve 26 is changed over, the pressure oil is sent to a hydraulic cylinder 11, and the hydraulic cylinder 11 is operated in an expanding direction. Then the lower body 2 is operated downward to lower a slide tube 14, a ring-shaped stepped part is made to come into contact with a ring-shaped protruding part 19 to rotate a shell 16, thus carrying out excavating and scooping of earth and sand by the shell 16.
Patent JP-S6472464-A (JP)
Title: Metallic oxide-hydrogen cell
Inventor: YAGASAKI ERIKO
IPC: H01M4/38
Filed: 1987-09-11
Abstract: PURPOSE:To secure a cell excellent in safety and less in self-discharge by using an hydrogen absorption alloy with a specified composition. CONSTITUTION:A metallic oxide-hydrogen cell is provided with a negative electrode composed of a positive electrode, an alkaline electrolyte and a hydrogen absorption alloy which are the main ingredients. This hydrogen absorption alloy has the composition of a formula I, where M is rare earth metal, and the quantity of Ni, Co, Mn, Fe, Al other than the rare earth metal is expressed at atomic percentage to a 1 gram atom of M each with x, y, z, v and w, and each of them contains numerical value in the range of a formula II. In the hydrogen absorption alloy like this, a good characteristic in regard to sufficient hydrogen absorption quantity, a low balanced platear pressure and chemical stability in an electrolyte is securable, so that the cell composed of this alloy as a negative material is large in capacity and long in service life and, what is more, it comes to such one that is excellent in safety and less in self- discharge.