baber/WOPTO huggingface dataset:
Patent JP-H0634743-A (JP)
Title: Position detecting device for movable body
Inventor: NAKAMURA HIDEO
IPC: G01S1/68
Filed: 1992-07-20
Abstract: PURPOSE:To obtain highly precise detection of a position at low equipment cost and maintenance cost by regarding a marker, whose position is known, as a base station and obtaining a measurement error when a movable body passes the marker, in order to correct the position measured by a GPS (receiver). CONSTITUTION:In advance, a memory of a position correcting part 3 stores the precise position of a marker. On receiving a radio wave from an artificial satellite by means of an antenna 4, the geographical position is calculated by means of a GPS receiver 1, and the result is outputted to the position correcting part 3 together with a reference pulse corresponding to the time of calculation. In addition, continuous moving positions between two reference pulses are made more accurate by using the number of rotations of an axle 8. When a vehicle 5 moves and a marker detecting coil 6 in the vehicle 5 faces a ground marker 7, which is set on the ground at an interval of 500 to 1000m, a detection timing pulse is outputted from a marker detecting device 2 to the correcting part 3. In the correcting part 3, the position of the vehicle 5 at the time of reception of the pulse is calculated, and a marker 7, which is situated the nearest at this time, is selected. The difference between the position of the marker 7, which is known, and the position measured by means of the GPS receiver 1 is obtained, and this difference is deducted as a correction quantity so as to obtain a highly precise position of the vehicle.
Patent JP-S6276648-A (JP)
Title: Semiconductor integrated circuit device
Inventor: TAKASUKA YUTAKA
IPC: H01L21/3205
Filed: 1985-09-30
Abstract: PURPOSE:To block leaking currents, which are generated by cracks yielded in the vicinity of a power source line in an insulating film, by providing a diffusing layer, which is wider than the width of the power source line, has a specified thickness and also has properties that are reverse to a substrate, in contact with a silicon oxide layer in the substrate beneath the power source line. CONSTITUTION:In an n-type substrate beneath a power source line 2, a diffusing layer 3, which has the same potential as that of the power source line 2, is arranged on the side of a silicon oxide film SiO2. Since the substrate is of the n-type, the p-type diffusing layer is provided. When the substrate is of a p-type, the n-type diffusing layer is provided. Namely, the diffusing layer, which has the reverse properties with respect to the substrate, is provided. The diffusing layer 3 is provided beneath the power source layer 2 so that the width is slightly wider than the width of the power source line and has a specified thickness by one turn. When the substrate has a general PMOS type, i.e., the n-type, the positive electrode side of the n-type substrate is at a level of Vcc. The p-type diffusing layer 3 forms a diode. When the power source line is set at a negative side Vcc (normally on the ground side), leaking currents due to cracks from the side of the n-type substrate can be blocked.
Patent JP-2000069653-A (JP)
Title: Gas-insulated connecting cable, and manufacture and laying thereof
Inventor: MOISSON-FRANCKHAUSER FRANCOIS
IPC: H02G9/02
Filed: 1999-07-29
Abstract: PROBLEM TO BE SOLVED: To reduce manufacturing cost and to facilitate laying by filling the annular space lying between a core and a casing with an insulating gas, and surrounding the core by a pneumatic chamber, which after being inflated, has a cylindrical shape whose diameter is that of the outer sheath of the cable. SOLUTION: A pneumatic chamber 6 including ties is fitted to a specified position, by covering the core of a cable continuously with a pneumatic chamber developed flatly under the core. Two margins of the chamber are arranged next by bringing their end sections into contact with each other, along an axis 25 which is at the vertical upside of the core of the cable. Pneumatic strips 19 and 20 forming the margins of a top tie are lapped over the margins and caused to adhere to them. Lastly, a cover strip 26 puts covering an assembly produced as a result closes the pneumatic chamber, and this gives airtightness to this region, and strengthens it.
Patent JP-S6372418-A (JP)
Title: Continuously drawing device for tube
Inventor: KAMODA MATSUICHI
IPC: B21C1/14
Filed: 1986-09-11
Abstract: PURPOSE:To continuously perform rewinding, drawing, and winding of a long- sized and a small diameter tube by winding a worked tube rewinded from a payoff reel and contracted by a drawing part on a winding drum with the top end of the tube fixed by a clamp. CONSTITUTION:A tube stock A1 is wound on a reel 2 and is installed on a payoff reel 10. The top part of the stock A1 is contracted by swaging, is inserted into a drawing part 20, and then is fixed to a clamp of a winding drum 40. A motor 51 is actuated, the drum 40 begins to rotate, the stock A1 is drawn by the drawing part 20 and is wound on a winding part as a worked tube 2. As for the winding, one winding as the 1st winding is preformed onto the lowermost part being the min. diameter part of the winding part and the 2nd winding is performed onto a position lower than that of the 1st winding so that the 1st winding tube is pushed up by the 2nd winding. When the 3rd winding is performed onto a position lower than that of the 2nd winding, the 1st and 2nd winding tubes are further pushed up and the 1st winding tube is separated from the winding part to be free and is supported by a reel part.
Patent JP-S6289653-A (JP)
Title: Cyclohexanedione derivative
Inventor: TSUKAJIMA KEIICHI
IPC: C07C67/00
Filed: 1985-09-30
Abstract: NEW MATERIAL:A compound expressed by formula I (R1 represents lower alkyl; R2 represents lower alkyl or lower alkenyl optionally substituted by a halogen atom; R3 represents organic group containing S atom in the group). EXAMPLE:Lithium salt of 2-[1-(ethoxyimino)butyl]-5-(2-ethylthiopropyl)-3- hydroxy-2-cyclohexen-1-one. USE:A stable and readily available herbicide having superior crystallinity. PREPARATION:A compound expressed by formula II is reacted with a lithium salt such as lithium hydroxide, lithium carbonate, etc., in an organic solvent- water system at 0 deg.C - boiling temperature of the solvent, preferably at about room temperature, for 10min - several hr to obtain the compound expressed by formula I.
Patent JP-2000170297-A (JP)
Title: Wall and wall constructing method
Inventor: ISHIMARU MASAKICHI
IPC: E04B2/74
Filed: 1999-07-29
Abstract: PROBLEM TO BE SOLVED: To effectively use a waste material by eliminating the necessity of abandoning the waste material by housing a vessel housing the waste material of an incombustible or nonflammable building material in a space formed of boards and backing members or a space formed of the boards, the backing members and a building frame. SOLUTION: A partition wall is penetratingly arranged between a ceilng slab 10 and a floor slab 11, and is composed of plural columnar studs 14 (backing members) arranged at regular intervals between a steel upper runner 12 and a lower runner 13 and boards 15A, 15B composed of a gypsum board installed on both sides of these columnar studs. A box-shaped vessel 21 desirably composed of an incombustible material or a nonflammable material is housed in a space 20 formed of the boards 15A, 15B and the studs 14 being backing members, and a waste material 22 (for example, a waste material such as cutting chips of the gypsum board generated at a building site) of an incombustible or nonflammable building material is housed in it. This waste material is optionally filled, for example, by the densest filling.
Patent JP-H1047002-A (JP)
Title: Ring motor
Inventor: OTA HIROSHI
IPC: F01D1/06
Filed: 1996-07-29
Abstract: PROBLEM TO BE SOLVED: To prevent the occurrence of solid friction to a bearing part during high speed rotation of a rotor. SOLUTION: A ring motor comprises a nozzle 2b supported on a shaft 1 and injection a fluid pressure at an angle approximately equal to the direction a tangential line; a ring rotor 5 arranged at the periphery of the nozzle 2b and receiving a fluid pressure injected through the nozzle 2b by an arcuate blade 5b arranged at an inner peripheral part to effect high speed rotation; plane parts 2c and 4a arranged on both sides of the ring rotor 5 approximately paralleling both sides of the blade 5b with respective fine gaps therebetween; and a nozzle plate 2 and a nozzle cover 4 having slopes 2d and 4b positioned opposite to each other so that a gap 5c between the inner peripheral side and the slope 5a of the rotor 5 is wide and the gap between the outer peripheral side and the slope is gradually decreased.  The outer peripheral part of the blade 5b is slightly communicated with the gap 5c and further, it has a slide contact surface 6a making slide contact with the slope 5a of the ring rotor 5. A balance plate 6 is provided to be positioned on the outer peripheral side of the gap 5c and make slide contact with the slope 5a and form a fluid film between the slide contact surface 6a and the balance plate, and since no solid contact is made, a power loss hardly inccurs.
Patent JP-2000045990-A (JP)
Title: Motor integral type thrust bearing
Inventor: OKADA TOSHINORI
IPC: F04D29/04
Filed: 1998-07-30
Abstract: PROBLEM TO BE SOLVED: To simplify the bearing structure and reduce the device size and number of parts and thereby to reduce cost by providing a mechanism for generating pressure on at least one of either the upper or lower end of the rotor of a motor and constructing the thrust bearing with the rotor end and the housing of at least one of the impellers. SOLUTION: A thrust groove 7 for generating pressure on a ring 1 for a thrust bearing is made. A motor rotor is formed by fixing a rotor iron core with the ring 1 from up and down. A double pressed dynamic pressure thrust bearing is made by inserting the motor rotor with an impeller housing 3 with a clearance h. In the case where a thrust force generated by a lower side impeller 8 is greater than a thrust force generated by an upper side impeller 8 and thus double pressed thrust bearing is not required, the ring 1 having the thrust groove 7 for generating pressure is disposed on only one side of a rotor iron core 2. Further, a dynamic pressure thrust bearing is formed with the ring 1 and an impeller housing 3 opposed thereto.
Patent JP-H0265392-A (JP)
Title: Video signal reproducing device
Inventor: KUDO YOSHIMICHI
IPC: H04N9/87
Filed: 1988-08-31
Abstract: PURPOSE:To attain the noise suppression of less after-image generation, etc., by providing an arithmetic circuit to suppress the noise, which is included in a signal based on difference with a signal almost before one field, independently to a luminance signal and a carrier chrominance signal concerning a signal which is separated to the luminance signal and carrier chrominance signal. CONSTITUTION:Data selectors 14 and 21 and switches 27 and 28 are connected to an N-side in a figure. Then, the output of an arithmetic circuit 9 is induced through the data selector 14 to an adder circuit 15 and the output of an arithmetic circuit 17 is induced through a chrominance modulating circuit 22 and the data selector 21 to the adder circuit 15 respectively. Thus, a video signal, for which a noise component is suppressed, is obtained. In a subtracting circuit 10a, the noise component extracted in a coefficient circuit 11 is subtracted from the luminance signal, which is separated in a Y/C separating circuit 8, and the output of the subtracting circuit 10a, namely, the output of the arithmetic circuit 9 obtains the luminance signal, for which the noise component is suppressed. On the other hand, the suppression of the noise component is executed in the arithmetic circuit 17 wholly samely as the luminance signal concerning the chrominance signal. However, concerning the chrominance signal, the carrier chrominance signal separated in the Y/C separating circuit 8 is converted to two color difference signals, for which time-division multiplexing is executed, in a chrominance demodulating circuit 16.
Patent JP-S59106822-A (JP)
Inventor: FUKUHARA MASARU
IPC: H02H3/26
Filed: 1982-12-08
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-H0664679-A (JP)
Title: Work housing case
Inventor: OKETANI HIROI
IPC: H05K7/14
Filed: 1992-08-12
Abstract: PURPOSE:To prevent attachment of dust on a work when the work is put in and out of a work housing case, or when the work housing case is carried and stored by a method wherein a partition is provided between side plates to divide a work supporting part by one pair. CONSTITUTION:This work housing case is provided with side plates 2a and 2b, a top plate 3 and a bottom plate 4. On the opposing inner surfaces of the side plates 2a and 2b, that is, on the inside of a work housing case 1, work receiving parts 6a... and 6b... protruding opposingly to each other are arranged in parallel to the top and the bottom plates 3 and 4, with a prescribed interval in the vertical direction. A pair of one of the respective work receiving parts 6a... and 6b... receive the both ends of a work 9 to house it horizontally. A partition 7 is provided to divide the work receiving parts 6a and 6b by one pair. Dust dropping from a rear surface of the work 9 and the work receiving parts 6a and 6b are caught by the upper surface of the partition 7, so that it does not attach to the upper surface of the work 9.
Patent JP-H04102548-A (JP)
Title: Synthetic resin transportation pallet
Inventor: ANDO KAZUO
IPC: B65D19/24
Filed: 1990-08-16
Abstract: PURPOSE:To obtain a standardized transportation pallet having a proper degree of strength by forming the bottom of a lattice groove into a slightly swollen shape and by providing reinforcement ribs in a mount. CONSTITUTION:A transportation pallet is molded when a synthetic resin sheet of 4-5mm thickness is heated and subjected to vacuum molding. As materials for synthetic resin, polypropylene or polyethylene is suitable. A peripheral wall is formed into a trapezoid shape, the upper edge of the peripheral wall is folded back inward to constitute an erected periphery 2 and, inside the periphery 2, the top surface of a mount is provided in a position slightly lower than the upper edge of the periphery 2. A plane lattice groove 3 is provided inside the erected periphery 2 and a trapezoid-shaped mount 4 is provided between grooves. The bottom 5 of the groove 3 is formed into a shape slightly swollen upward in section to enhance the strength of the whole pallet. The top surface 6 of the mount 4 is provided with reinforcement ribs 7 to stiffen the strength of the top surface 6. Fork-inserting holes 9 are formed in the facing peripheral wall 1 and wait 10 of the mount and the fork of the forklift is inserted into the fork-inserting holes 9 so that the pallet is transported.
Patent JP-S6267081-A (JP)
Inventor: TESUFUAIE BIFUTSU
IPC: C07C45/78
Filed: 1986-09-13
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-2001045769-A (JP)
Title: Controller for capacitor commutation converter
Inventor: KONISHI HIROO
IPC: H02J5/00
Filed: 1999-07-29
Abstract: PROBLEM TO BE SOLVED: To start and operate a capacitor commutation type converter stably even in a DC transmission system including a system having no power source. SOLUTION: The controller for capacitor commutation type converter comprises a control means 201 for determining the firing phase of a thyristor valve in a capacitor commutation type converter 2, a pulse phase control means 202 generating a firing pulse according to the control means, and a firing pulse control means (firing pulse sum setting interval setter 203, forward voltage detection port 204, forward voltage detection lock signal command circuit 205, forward voltage generation logic circuit 206, firing pulse generating circuit 207) outputting a firing pulse generated from the pulse phase control means regardless of presence or absence of forward voltage of a thyristor.  The firing pulse control means outputs a firing pulse regardless of presence or absence of forward voltage only for a preset time at the time of starting and outputs a firing pulse which is the sum of one specific pulse between three-phase bridges and a next pulse.
Patent JP-H1049900-A (JP)
Title: Variable band apc circuit
Inventor: MIYAZAKI YASUYUKI
IPC: G11B7/125
Filed: 1996-07-26
Abstract: PROBLEM TO BE SOLVED: To provide a variable band APC(auto power control) circuit which is optimum both for a pre-mastered disk in which recording has been made and for a recordable disk which is recordable/reproducible. SOLUTION: The variable band APC circuit has a semiconductor laser 2 for selectively radiating a laser beam to a pre-mastered disk 11 in which recording has been made and a recordable disk 12 which is recordable/reproducible, and a photodiode 6 provided near the semiconductor laser 2 for monitoring the output of the semiconductor laser. The band of the output from the photodiode 6 is set in response to the operation mode of the pre-mastered disk 11 and the recordable disk 12. At the time of reproduction of the pre-mastered disk 11 and at the time of reproduction of the recordable disk 12, the laser output is controlled by narrowing the band of an APC circuit 7. On the other hand, at the time of recording of the recordable disk 12, the laser output is controlled by broadening the band of an APC circuit 8.
Patent JP-2000046615-A (JP)
Title: Coriolis mass flowmeter
Inventor: OSAWA NORIKAZU
IPC: G01F1/84
Filed: 1998-07-30
Abstract: PROBLEM TO BE SOLVED: To provide a Coriolis mass flowmeter with high accuracy improved in stability and oscillation resistance, by improving the nonconductivity of internal oscillation. SOLUTION: This flowmeter is constituted so that a fluid to be measured flows in an oscillating tube 11, and a Coriolis force is generated by the flow of the fluid and the angular oscillation of an oscillating tube 11 to cause the oscillating tube 11 deformation oscillation. The oscillating tube 11 consists of a first oscillating tube 111 and a second oscillating tube 112, which are mutually axial symmetric about a reference axis 14 connecting an upstream fixed end 12 where the oscillating tube 11 branches and a downstream fixed end 13 where the branched oscillating tubes join, always occupy positions which are symmetric about the reference axis 14, even in an excited steady oscillation state, and always carry out simple harmonic oscillation on a circumferential line apart from each point of the reference axis 14 by prescribed distances.
Patent JP-H0863497-A (JP)
Title: Generating device for probe information
Inventor: YOSHIMURA OSAMU
IPC: G06F17/50
Filed: 1994-08-18
Abstract: PURPOSE: To provide information which enables the inside of a megamacro that a user specifies to easily be analyzed when the megamacro is included in a design circuit at the time of logical simulation. CONSTITUTION: This device consists of a circuit connection file (101), a general name file (102) wherein general names of internal elements of the megamacro to be probed are described, a contrast information file (103) wherein the general names of specific elements in the megamacro and probe information on the specific elements in the megamacro are described, and a probe information generation part (104) which generates the probe information. Further, when the megamacro specified with a general name is included in circuit connection information, probe information for a logical simulator is outputted to a probe information file (105) on the basis of the actual name of the internal element of the megamacro included in the contrast information.
Patent JP-2000042489-A (JP)
Title: Antibacterial/insect-proof processing
Inventor: TOSAKA EISAKU
IPC: B05D1/02
Filed: 1998-07-30
Abstract: PROBLEM TO BE SOLVED: To prevent the erosion of constitution members such as underfloor members by termites and to control the generation of ticks in constitution members such as indoor members by applying a hinokitiol solution to buildings by using a spray coater, or the like. SOLUTION: A first solution is applied to underfloor 11 constitution members, and a second solution is applied to other constitution members. Each solution is prepared by mixing a specified amount of hinokitiol in a solvent. An oil having high permeability into wood such as alcohol is used as the first solution, and hinokitiol is mixed in the oil to make a high concentration of at least 500 ppm. The first solution is put in the tank of the spray coater and ejected in all directions under a high pressure from the nozzle 3 of the coater which was inserted between the underfloor 11 members to be applied to the surfaces, or the like, of sills 11b and underfloor short woody support pillars on concrete mounds on the ground. Hinokitiol permeates each constitution member from the surface and remains there.  The second solution whose solvent is water is applied to the constitution members other than the underfloor 11 members such as the indoor 12 members and the ceiling backsides of a wooden building 1.
Patent JP-H0939453-A (JP)
Title: Thermal magnetic recording medium
Inventor: KAWASHIMA HIROSHI
IPC: B41M5/42
Filed: 1995-07-31
Abstract: PROBLEM TO BE SOLVED: To provide a thermal magnetic recording medium having excellent conservation property, particularly excellent preservative property under high temperature and humidity, while excellent thermal recording property and magnetic recording property usable also as a rolled paper and cards are maintained. SOLUTION: In a thermal magnetic recording medium having at least a magnetic recording layer, a masking layer, a thermal recording layer, and a protective layer layered in sequence on a base body, an anchor layer having, as a main component, at least one kind of resin to be selected from a nitrocellulose resin and an acrylic resin is provided in between the magnetic recording layer and the masking layer. The thermal recording layer contains a leuco dye and a developer which are substantially insoluble in an aromatic hydrocarbon solvent and a resin soluble in the aromatic hydrocarbon solvent as main components.
Patent JP-H0378340-A (JP)
Title: Connection processing controller
Inventor: UEMICHI SATORU
IPC: H04L12/28
Filed: 1989-08-22
Abstract: PURPOSE:To prevent the occurrence of a busy state by providing a detection means detecting the busy state and an information means multiple address- informing an information processor of the detected result for a connection processor. CONSTITUTION:A WAN channel supervisory means 9 being the detection means detecting the busy state of a communication amount related to communication passing through a self processor and a multiple address information means 3 being the information means multiple address-informing the information processor connected to LAN to which the self processor is connected of the detected result are included in respective connection processors. Then, A GW allocation/ alteration information packet reception means 14 being a selection means in which the communication amount selects one of the connection processors in a non-busy state based on the detected result of the detection means 9, which arrives from the information means 3, and a LAN access means 11 being an access connection means which sets the connection processor selected in the selection means 14 to be a path with an exchange network are included in the information processor. Thus, the occurrence of the busy state is prevented.