baber/WOPTO huggingface dataset:
Patent JP-H0868719-A (JP)
Title: Automobile collision experiment device
Inventor: WATANABE YOICHI
IPC: G01M17/007
Filed: 1994-08-31
Abstract: PURPOSE: To achieve collision at a target speed by automatically correcting the amount of reduction until the collision after disconnecting the towing of a vehicle to be experimented. CONSTITUTION: In a collision experiment device for achieving collision by controlling an electric motor 2 for driving a wire 4 for towing a vehicle to be experimented with a speed command VR in a specific pattern and disconnecting the towing in a constant-speed state after acceleration ends, an operation circuit 21 for obtaining a towing force F from an electric motor detection current I and a detection part 22 for detecting the end of acceleration from the towing force F are provided.  Also, a memory part 23 for storing a friction FM of the towing device at a speed V at that time by driving the vehicle only with the towing device immediately before the experiment, a part 24 for setting a mass MV of the vehicle to be experimented, and an operation circuit 25 for obtaining an amount of reduction ΔV from a driving resistance FL and an equivalent mass MV of the vehicle which is set by obtaining the driving resistance FL by subtracting the stored towing device friction FM from electric motor drive force after the end of acceleration are provided and then the amount of reduction ΔV is added to a speed command VR for controlling the electric motor 2.
Patent JP-H02139038-A (JP)
Title: Manufacture of solid base
Inventor: SUZUKAMO TAKEO
IPC: B01J31/12
Filed: 1989-08-08
Abstract: PURPOSE:To obtain a solid base by heating alkaline earth metal compound with alumina at 300 to 600 deg.C and allowing alkali metal and/or alkali metal hydride to undergo a thermal action in an inert gas atmosphere, at 200 to 450 deg.C. CONSTITUTION:Alkaline earth metal compound of oxide, hydroxide or organic acid salt such as magnesium, calcium and barium is allowed to undergo a thermal action with alumina such as gamma-alumina, x-alumina, p-alumina or n-alumina at 300 to 600 deg.C. Next, alkali metal and/or alkali metal hydride are allowed to undergo a thermal action in an inert gas atmosphere such as nitrogen, helium or argon at 200 to 450 deg.C and thereby a solid base is prepared. The alkali metals used are sodium, potassium and their hydroxides. Thus the high solid base can be obtained at the above temperatures.
Patent JP-H1040309-A (JP)
Title: Work progress management system for ordered article
Inventor: FURUTA OSAMU
IPC: G06Q10/00
Filed: 1996-07-18
Abstract: PROBLEM TO BE SOLVED: To make it possible to speedily know the progress state at the time of checking it by sending work progress information on occasion from a terminal equipment installed in each section to each terminal through an on-line based on a management number determined in each ordered article. SOLUTION: When a business staff 6 receives a work order from a customer 5, a management number of the ordered article is determined and various information such as the customer information, product information and delivery information of the work is registered from an on-line terminal equipment 7 installing in a business section to a work progress information recording file 4 by using a management number as a code. The ordered work is sent to respective sections of a production management section 10. An on-line terminal equipment 17 is installed also in each section and information or the like is inputted from the terminal equipment 7 to the equipment 17. An on-line terminal equipment 27 is installed also in each section of each process in a plant production section 20 and the information or the like is inputted from the equipment 7.  At the time of requiring the check of a current progress state, the staff 6 checks the progress state of the work from the terminal equipment 7 installed in the business section.
Patent JP-H0255500-A (JP)
Title: Piezoelectric speaker equipment
Inventor: MUNAKATA TETSUO
IPC: H04R3/04
Filed: 1988-08-20
Abstract: PURPOSE:To avoid sound quality unpleasant of hearing in the case of reproducing an audio signal with large sound volume and much distortion by providing an equalizer in interlocking with a sound volume adjusting device whose constant is set so as to obtain a frequency characteristic where low and high frequencies are attenuated as the sound volume adjusting level is increased. CONSTITUTION:An equalizer circuit in interlocking with the sound volume adjusting device 3 comprising a variable resistor 3, capacitors 5-10 and resistors 11, 12 is formed. The high frequency characteristic is decided by capacitors 7, 8 and the low frequency characteristic is decided by capacitors 5, 6, 9, 10 and resistor 11, 12. The equalizer circuit is inserted to the input side of a low frequency power amplifier 2 to attenuate low and high frequencies as the sound volume increases and the reproduced sound from the piezoelectric speaker is made proper for music or announcement or the like.
Patent JP-S6097910-A (JP)
Title: Device for impregnating article related to molding of ceramic material with deodorizing cleaning agent
Inventor: TSUCHIKURA MITSURU
IPC: A01N59/00
Filed: 1983-11-02
Abstract: PURPOSE:The titled device capable of removing a smell from its root and preventing occurrence of bacteria and fungi previously, obtained by impregnating an article related to molding of a ceramic material with a deodorizing cleaning agent. CONSTITUTION:A device for impregnating optionally an article related to molding of a ceramic material (e.g., fine ceramic, alumina ceramic, silicon ceramic, or zircon ceramic, etc.), having absorption effect on the molding, permeability, or adsorption properties, and retention properties, with a deodorizing cleaning agent. The deodorizing cleaning agent is preparation of colorless, tasteless, or nonpoisonous aqueous solution, fine granule, or powder of stabilized chlorine dioxide (ClO2) having deodorizing, disinfecting, sterilizing, and antiseptic effects. The impregnated article has strong oxidative effect, is useful in a wide range, set by suspension, fixing, adhesion, etc., and effective for hygienic environmental cleaning and beautiful life.
Patent JP-H1151407-A (JP)
Title: Temperature-controlling structure of building
Inventor: HAYASHI YUICHI
IPC: F24F3/00
Filed: 1997-07-31
Abstract: PROBLEM TO BE SOLVED: To reduce the operation cost for cooling and heating by utilization of inexpensive nighttime service of electricity by connecting attic space to space under a floor via a temperature-controlling medium circulation passage, and by providing heat storage and cold storage materials and a means for heating and cooling them at one part of floor being located on the space under the floor. SOLUTION: In a building H, all of side walls and roofs are in a double structure, and a temperature-controlling medium circulation passage 3 is constituted of a passage 31 between the external wall of a room R1 and the double side wall of the building H, a passage 32 between the external wall except the window W1 and the double side wall of the building H, and a passage 33 between external walls of the rooms R1 and R2. Attic space 1 is connected to space 2 under the floor via the passages 31-33. In this case, double-layer heat and cold storage material HR and a heater unit are provided in the space between a supporting plate and a foundation constituting a floor F. Then, the heat and cold storage material HR where heat is stored by heating with the heater unit by utilization of nighttime service of electricity is radiated toward the surrounding in daytime, thus heating the temperature-controlling medium in the space 2 under the floor by the cooling.
Patent JP-S6184004-A (JP)
Title: Photo-magnetic recording medium
Inventor: SATO TAKASHI
IPC: C22C38/00
Filed: 1984-10-01
Abstract: PURPOSE:To provide high-density recording and extended, stable life-time characteristics by selecting suitable value for X, Y, and Z in the photo-magnetic recording medium whose full composition is expressed by Tbx(Fe100-Y)100-X-ZCrz. CONSTITUTION:A photo-magnetic recording material is constructed with non- crystalline thin alloy film which possesses the magnetizable axis in vertical direction with respect to the film surface. In this photo-magnetic recording material, the full composition should be constructed so that the atomic ratio therein for Tb is 15-40atomic%, the atomic ratio for Cr is 2-10atomic%, and the rest is a two-element composition of Fe or Fe and Co. However, when the rest is a two-element composition of more than the value shown above, the atomic-ratio for Co in this composition should be below 50atomic%. With such composition, the titled photo-magnetic recording medium provides a high- density recording when used as a so-called beam addressable file memory device and can realise stable working characteristics for an extended period of time.
Patent JP-S60149897-A (JP)
Inventor: ROORANDO GURAHAMU HOWAITEINGU
IPC: F41A19/21
Filed: 1984-10-01
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-2001030617-A (JP)
Title: Coating film
Inventor: OKAJIMA NARIAKI
IPC: C08J7/043
Filed: 1999-07-22
Abstract: PROBLEM TO BE SOLVED: To improve the transparency of coating film, its glossiness, adhesiveness with a facing agent and resistance to interlocking by first applying a coating liquid containing a polymer with an oxazoline group to the surface of a polyester film and drying/stretching the coating layer, which is, in turn, arranged as an undercoating layer of an ink jet image receiving layer. SOLUTION: First a coating liquid containing a polymer with an oxazoline group is applied to the surface of a polyester film and the dried and stretched coating layer is arranged on at least one face of the film as an undercoating layer of an ink jet image receiving layer. In this case, the polymer with an oxazoline group is water-soluble and is made up of (meth)acrylonitrile and styrene as copolymerization components and further, the equivalent of oxazoline is set to be 300 g/equivalent or below. The coating liquid contains at least one kind of resin selected from among polyester, polymethacrylate and polyurethane. In addition, the polyester film to be used is a polyethylene terephthalate film or the like.
Patent JP-S60100552-A (JP)
Inventor: MARUTEIN MIHINA
IPC: B01J23/00
Filed: 1984-10-04
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-H0372080-A (JP)
Title: Plasma vapor phase growth device
Inventor: NAKAHIRA JUNYA
IPC: C23C16/50
Filed: 1989-08-10
Abstract: PURPOSE:To provide the plasma vapor growth device which grows thin films of a uniform thickness on a substrate to be treated by coating the peripheral part of an upper electrode having gas supply openings facing a lower electrode imposed with the substrate with insulating films patterned and formed to concentrical or radial shapes. CONSTITUTION:Plasma CVD having the upper electrode 2 and lower electrode 3 of a parallel flat plate shape shown in the figure is used and silane and NH3 are used as reaction gases 5. The above mentioned gaseous mixture is supplied 8 by gaseous N2 as a carrier gas into a reaction chamber 1. While the vacuum degree in the chamber 1 is maintained under 1Torr by operating a discharge system, a high frequency power source 7 of 13.56MHz is operated. Plasma is generated between the upper electrode 2 and the lower electrode 3 in this way to effect plasma CVD and to form an Si3N4 film of about 1mum thickness on the substrate 6 to be treated. The peripheral part of the electrode 2 and the inner side thereof are coated with the plural concentrical insulating films 10 or radial insulating films 11 so that the film is formed with the good film thickness distribution even if the diameter of the wafer 6 is large.
Patent JP-H0493611-A (JP)
Title: Position detecting device
Inventor: TOMITA MASAMI
IPC: G01D5/34
Filed: 1990-08-03
Abstract: PURPOSE:To enable a position to be detected with high accuracy and sensitivity by molding a position detecting movable body with resin for molding an insert as a reflection body therein, and covering the reflection body with resin for forming a non-light reflection section. CONSTITUTION:The torque of a motor 2 is transmitted to a position detecting gear 10 and a gear 11 via a train of reduction gears 3 to 9. When the gear 10 rotates and a light reflection section 16a comes to be positioned on a light receiving and transmitting unit 112, light from a light emitting element 113 is reflected with the light reflection section 16a and received with a light receiving element 114. When a non-light reflection section 17 comes to be positioned on the unit 112, light from the element 113 is not received with the element 114. The unit 112 outputs a signal to a system controller 115, corresponding to a light receiving condition. Upon receipt of the signal, the controller 115 detects the operation mode of a drive mechanism, and controls the operation of a motor 2.
Patent JP-H0744319-A (JP)
Title: Input device for cursor shift command
Inventor: YAMAMOTO KOUJIROU
IPC: G06F3/038
Filed: 1993-07-28
Abstract: PURPOSE:To prevent the cursor shifts in the undesired directions and to stabilize the shifts of a cursor by providing a detecting means, a storing means, a shifting direction deciding means, and a cursor shift commanding means. CONSTITUTION:A storing means receives a detection signal from a detecting means and stores the center position data on a depressing part consisting of plural contact points in quantity equal to the latest plural times. A shifting direction deciding means receives the center position data and decides whether the shifting direction of a cursor is changed or not at the center position. A cursor shift commanding means receives the deciding result of the direction deciding means and produces a command to shift the cursor by an extent according to the center position of the depressing part when the shifting direction of the center position of the pressing part does not change in both horizontal and vertical directions. When the shifting direction of the center position is changed, the cursor is shifted in the changed shifting direction by an extent less than the shift extent caused when the shifting direction does not change or the cursor is not shifted at all. As a result, the cursor can be faithfully shifted only in the original shifting direction of the depressing part and the shift of the cursor is stabilized.
Patent JP-2001040597-A (JP)
Title: Hydrophilic nonwoven fabric, battery separator and battery
Inventor: NAKAHARA MAKOTO
IPC: D21H13/26
Filed: 1999-07-22
Abstract: PROBLEM TO BE SOLVED: To obtain a hydrophilic nonwoven fabric having a high liquid-sucking rate and a high tensile breaking strength, and suitable for a battery-separating material. SOLUTION: This hydrophilic nonwoven fabric contains a fibrillated and pulp state aramid fiber and a polyphenylenesulfide fiber, in which the content of the fibrillated pulp state aramid fiber is 10-90 wt.%, and preferably exhibits >=10 mm/30 min absorption rate of 30 wt.% aqueous potassium hydroxide solution measured based on Bylek method stipulated in JIS L-1096. The battery separating material is used suitably for an alkaline battery such as a nickel cadmium battery, nickel hydrogen battery, and the like.
Patent JP-S6266545-A (JP)
Title: Rotary anode x-ray generator
Inventor: YAMABE MASAKI
IPC: H01J35/10
Filed: 1985-09-19
Abstract: PURPOSE:To prevent any contamination of cooling water by compressed gas so as to achieve an improved cooling effect by locating a cooling water injection hole between two exhaust holes and installing a double seal outside the exhaust holes to seal the rotary shaft and the housing. CONSTITUTION:The body which consists of a disk-like anode 1 where a cooling water path 3 is formed and a rotary shaft having cooling water inflow and outflow paths 4 and 5, is freely rotatably supported in a housing 41 by means of bearings 9. An injection hole 43 for cooling water 12 and two exhaust holes 42 and 44 are arranged in the longitudinal direction in such a manner that the injection hole 43 is located between the exhaust holes 42 and 44. A double seal 20 using compressed gas is installed outside the exhaust holes 42 and 44 to seal the rotary-anode X-ray generator. Due to the above structure, the cooling water 12 before it is used for cooling is not contaminated by compressed gas leaking while it is injected into the seal 20 although compressed gas may contaminate the cooling water 12 after it is used for cooling. Consequently, it is possible to stably produce X-rays of high output without causing any reduction of the cooling effect.
Patent JP-2001028903-A (JP)
Title: Levee plastering machine
Inventor: KAYAHARA HIROBUMI
IPC: A01B35/00
Filed: 1999-07-22
Abstract: PROBLEM TO BE SOLVED: To provide a levee plastering machine having a pretreating member to perform the tillage of a field and a part of an old levee and build-up the soil in the form of a levee and a levee-forming member to turn the soil tilled by the pretreating member and form a levee wherein the pretreating member and the levee-forming member are rotatable in horizontal direction or have adjustable offset level. SOLUTION: A pretreating member 19 and a levee-forming member 20 are made to be rotatable around a transmission frame 12 in horizontal direction by 180 deg. with a link 25 attached to the base of the transmission frame 12. The base side of the transmission frame 12 is supported in a manner to enable the adjustment of horizontal offset level via parallel links 5, 6 relative to the main body frame 2. Cylinder mechanisms 22, 26 are inserted between a supporting transmission frame 7 and the link 25 and between a link pivot of either one of parallel links 5, 6 and the intermediate part of the other link. The extending and contracting motion of the cylinder mechanisms 22,26 enables the horizontal turn of the pretreating member 19 and the levee-forming member 20 or the adjustment of the horizontal offset level.
Patent JP-S58107530-A (JP)
Title: Silver halide emulsion and its preparation
Inventor: KOITABASHI HIROO
IPC: G03C1/015
Filed: 1981-12-21
Abstract: PURPOSE:To improve sensitivity, fog resistance, storage stability, etc., by adding a solvent for silver halide to a monodispersed silver halide emulsion having silver halide octahedral or tetradecahedral crystals to execute specified processing. CONSTITUTION:A monodispersed silver halide emulsion having silver halide particles of octahedral or tetradecahedral crystals is prepared, and a solvent for silver halide is added to said emulsion so as to form a slightly roundish vertex of each crystal face of silver halide grains and to control to <8% a ratio of diffraction line intensities of the face (220) to the face (111) measured by the X- ray diffraction powder method with respect to the emulsion oriented on a base.  A desired silver halide emulsion is obtained by desalting the treated emulsion  and chemically digesting it. A preferable embodiment of the solvent used is  tetramethylthiourea, thioether, etc.
Patent JP-S6362091-A (JP)
Inventor: ONOMOTO RIYUUICHI
IPC: G07D9/00
Filed: 1986-09-02
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-H0879221-A (JP)
Title: Data transmission system
Inventor: KORI TAKEJI
IPC: H04L25/08
Filed: 1994-08-31
Abstract: PURPOSE: To provide a data transmission system capable of transmitting data provided with an optional transmission speed and obtaining high line quality. CONSTITUTION: A timing information generation circuit 11 generates timing information for taking a value '1' when a generation timing pulse and a transmission timing pulse match when they are compared and taking the value '0' in the other case. An encoding circuit 13 convolution-encodes the transmission data and the timing information and outputs encoded signals, a transmitter 12 fetches and transmits the encoded signals based on the transmission timing pulse and a receiver 14 receives the encoded signals and supplies them to a most likelihood decoding circuit 15. The most likelihood decoding circuit 15 decodes the encoded signals and separates the transmission data and the timing information from the signals.  A data timing generation circuit 16 extracts the generation timing pulse based on the timing that the timing information takes the value '1' and a retiming circuit 17 retimings the transmission data by using the generation timing pulse.
Patent JP-S5997719-A (JP)
Title: Correcting method of tension leveler
Inventor: OKIMOTO MASARU
IPC: B21D1/05
Filed: 1982-11-29
Abstract: PURPOSE:To enable delicate operation possible and to improve quality control by detecting the rotating angle of an eccentric shaft which moves upward and downward the rolls of a tension leveler and correct the intermesh in the case when the rolls wear. CONSTITUTION:A tension leveler is provided with plural sets of work rolls 12 supported respectively via lower and upper roll supports 4a, 4A on lower and upper traverse chocks 2, 3 as well as backup rolls 13 and deflector rolls 11 and improves the flatness of a strip 14 by forming a suitable intermesh IM. An electric motor 9 provided with a speed reducer is run to rotate an eccentric shaft 8 to move upward or downward the lower roll support 4a and to adjust the distance between the work roll 12 and the deflector roll 11 on wearing of the rolls in the above-mentioned tension leveler. The rotating angle of the shaft 8 is detected with a pulse generator 10, and the actual value of the intermesh is corrected from the relation A=IM'i-IM between the abrasion loss A of the roll and the intermesh IMi, IM'i before and after the wear of the rolls.
Patent JP-2000039348-A (JP)
Title: Flow-rate measurement method using thermal type flow- velocity sensor
Inventor: NAKAYAMA YOSHINOBU
IPC: G01F1/696
Filed: 1998-07-23
Abstract: PROBLEM TO BE SOLVED: To accurately measure a flow rate by using the measurement result of a thermal-type flow-velocity sensor and a conversion function due to a tentative parameter, by calculating the estimation value of a measurement flow rate, by using the conversion function due to an optimum parameter being determined according to the estimation value, and by calculating the final flow rate. SOLUTION: As a conversion function Fv for converting a flow rate, a function being indicated by an expression is used. In the expression, the output voltages of electrical heating elements hu and hd at upstream and downstream sides should be set to Vhu and Vhd, the output voltage of a sensor should be set to Vhdu, Vhdu/Vhu when a flow rate Q is equal to 0 should be equal to (e), and (m) should be set to an index parameter. First, the value of the (e) when the flow rate Q is equal to 0 is determined in advance. Also, an estimation value (m0) being used as the average value of the index parameter (m) is obtained in advance. After this, the output voltages Vhdu and Vhu are practically measured.  The (e) being determined for the measurement result and the inputted estimation value (m0) are used, the Fv conversion value is obtained according to the expression, the estimation value of the flow rate Q is obtained, and the value of the index parameter (m) is determined. Then, according to the relationship between the Fv conversion value where temperature compensation is made based on the expression and the flow rate Q, the final flow rate Q is determined.