baber/WOPTO huggingface dataset:
Patent JP-H08158590-A (JP)
Title: Architectural fireproof panel
Inventor: NAKAGAWA TOSHIHIKO
IPC: E04C2/26
Filed: 1994-12-07
Abstract: PURPOSE: To facilitate the operation of execution by a method wherein a bent piece section is mounted around a metal plate to form a box shape, a rock wool material layer is stored in the box shape, a metallic foil is laminated on the rear side and a panel is molded. CONSTITUTION: A part of the peripheral section of a metal plate 1 consisting of a rectangular enameled steel plate is bent to the rear side to form a box shape, and a calcium silicate board as a first heat-insulating layer (a) is bonded into the box shape. A rock wool board having density of 100kg/m<3> or more as a second heat-insulating layer (b) is stuck, and an aluminum foil 4 as a thermal reflecting plate is stuck on the surface of the rock wool board, thus molding a fireproof panel. Accordingly, even when a surface is heated, a rear temperature is inhibited at a low value, thus promoting a heat-insulating effect.
Patent JP-H10135124-A (JP)
Title: Semiconductor manufacturing apparatus
Inventor: TAKAHASHI SHOJI
IPC: B05C5/00
Filed: 1996-10-30
Abstract: PROBLEM TO BE SOLVED: To provide a semiconductor manufacturing apparatus, which can evenly coat a processing substrate with a chemical liquid supplied from a liquid supply nozzle while saving the solution. SOLUTION: A semiconductor manufacturing apparatus 20 includes a liquid supply nozzle 23 which in turn has a nozzle frame base 24, a porous nozzle material 25 and a filling chamber 30. The porous nozzle material 25 is made of ceramic and is formed to have the same size and shape as those of a processing substrate 21. A valve 27 is opened to supply a chemical liquid 31 from a chemical supply pipe 26 to the filling chamber 30. After the valve 27 is closed, a valve 29 is opened to introduce pressurized air from a pressurized air/pure water supply pipe 28 into the filling chamber 30. This causes the chemical liquid 31 in the chamber 30 to exude from the surface of the nozzle material 25 and adhere thereto.  Under this condition, when a spacing α between the substrate 21 and the porous nozzle material 25 is made narrow, the chemical liquid 31 on the material 25 is also brought into contact with the entire surface of the substrate 21 at the same time. Thereafter, when the pressurized air is introduced as the spacing α is made wide, this causes the chemical liquid 31 within the chamber 30 to pass through the porous material 25 and to move onto the surface of the substrate 21.
Patent JP-H04176636-A (JP)
Title: Method for optical molding
Inventor: YASUDA YOICHI
IPC: B29C67/00
Filed: 1990-11-13
Abstract: PURPOSE:To mold automatically a granulated body by a method wherein an optically curable fluid substance is spread on a liq. with a larger specific gravity and an optically curing procedure is performed. CONSTITUTION:In a container 1, a substance which has a larger specific gravity than an optically curable fluid substance 2 e.g. glycerin, a flon-type liq. or a brom-type liq. etc., is placed in advance and the optically curable fluid substance is spread thereon. In this case, when glycerin is used, difference in specific gravity between glycerin and the spread optically curable fluid substance is sometimes small, but in such a case, polyvinyl alcohol, a soluble film such as a medical wafer or a low density polyethylene film with a thickness of 0.001mm or thinner is spread over glycerin and the optically curable fluid substance is fell and spread thereon and a required part is successively irradiated with a laser light 4 so as to obtain a required shape to cure the optically curable fluid substance 2. Specific gravity of the optically curable fluid substance 2 increases with curing and it sinks in the liq. 3 with a large specific gravity.
Patent JP-S63156069-A (JP)
Inventor: WADA TAKAHIRO
IPC: C01B31/30
Filed: 1986-12-19
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-H08138574-A (JP)
Title: Deflection yoke device
Inventor: YAMAZAKI HITOSHI
IPC: H01J29/76
Filed: 1994-11-14
Abstract: PURPOSE: To provide a low-cost deflection yoke device which has a relieved B'ing, high deflection sensitivity for electron beams, and small dispersion in the deflecting characteristics. CONSTITUTION: A deflection yoke device is equipped with a pair of vertical deflection coils 4A, 4B in a troidal shape, wherein shunt circuit 7A, 7B provided through diodes 6A, 6B as switching element and resistors 5A, 5B are connected parallel with the coils 4A, 4B. The diodes 6A, 6B work so that the shunt circuits 7A, 7B are turned on alternately when the upper part of the screen of a cathode- ray tube is scanned (when a positive voltage is impressed on the coils 4A, 4B) and when the lower part of the screen is scanned (when a negative voltage is impressed). Thereby the intensity of the magnetic field SB of the vertical deflecting coil 4B becomes smaller than that of the magnetic filed SA of the vertical deflecting coil 4A when the upper part is scanned-when the lower part is scanned, the intensity of SA becomes smaller than that of SB.  Thus the balance of the intensity of SA and SB is corrected, and an excellent deflecting characteristic is generated with B'ing relieved.
Patent JP-S63156247-A (JP)
Title: Program controller
Inventor: OMA TOSHIO
IPC: G06F9/46
Filed: 1986-12-19
Abstract: PURPOSE:To surely control the execution of a program by setting the maximum monopolarization time of one program and interrupting the execution of the program to execute another program if the execution time exceeds said time. CONSTITUTION:An execution control part 1 sets the maximum monopolarization time of a program to be executed to a register 9 and sends a program execution command to a release processing part 2. The processing part 2 resets a timer 10 and starts program executing parts 3-1-3-N of the program to be executed to start executing the program. The timer, 10 is set to measure the execution time, and an interruption signal is sent to the control part 1 when it is detected by a comparing circuit 11 that this time exceeds the maximum monopolarization time. Then, the control part 1 instructs the processing part 2 to interrupt the program and resets the timer 10. Next, the next program executing part is started to surely control the execution.
Patent JP-H08206021-A (JP)
Title: Grip fixation mechanism for cooking pan hand grip
Inventor: GERUTOODEIITOHARUTO BAUMUGARUT
IPC: A47J27/00
Filed: 1995-11-22
Abstract: PROBLEM TO BE SOLVED: To improve a grip-fixing mechanism, release easily with little force of one hand and relock without backlash, and compose out of parts which are easy to fit together. SOLUTION: In a grip member 2, a hole 24 which ends at a notch is provided perpendicularly to the longitudinal direction of the grip member. An operation member 4 is movably supported in the hole toward the notch by means of the grip member 2 so as not to be lost. By applying load on a spring member by the actuation of the operation member 4 and also causing disengagement in shape, lock can be released from a hold member 1. The inside surface of the notch of the grip member 2 is, at least partially in its longitudinal direction, covered with a tubular metal sleeve locked in a fixed position in the notch, and the sleeve serves a means for fixing the position of one end of the spring member.
Patent JP-H04179862-A (JP)
Title: Ion current detector
Inventor: IKEUCHI MASAYUKI
IPC: F02D45/00
Filed: 1990-11-09
Abstract: PURPOSE:To obtain an ion current detector of excellence in detectability by applying positive-polarity bias voltage to a spark plug to cause an ion current with the movement of electrons. CONSTITUTION:At a spark timing for an internal combustion engine, ignition high voltage arises in the secondary winding 9b of an ignition coil 9 and discharge occurs between the electrodes of a spark plug 4 to ignite and fire mixture. At this time, the combustion of mixture involves electrolytic dissociation to create ions. With the movement of electrons due to positive-polarity bias from a power source 10, an ion current flows in a passage shown in an arrow mark, but electrons have greatly smaller mass and faster moving speed than positive ions so that a great amount of ion current is obtained. Voltage developed in an output terminal 12 by the ion current can be detected to identify the combustion of mixture. It is thus possible to obtain excellent detectability.
Patent JP-H07157676-A (JP)
Title: Quinophthalone compound
Inventor: MATSUZAKI YORIAKI
IPC: C09B25/00
Filed: 1993-12-06
Abstract: PURPOSE:To obtain a quinophthalone compound highly soluble in a liquid crystal material and a resin material, suitable for high density coloration and dyeing, and resistant against light and heat. CONSTITUTION:A quinophthalone compound of the formula [wherein R1 is an alkoxyl, alkoxyalkoxyl or alkylamino; and R2 is hydrogen, an alkyl, alkoxycarbonyl, alkoxyalkoxycarbonyl or an alkylaminocarbonyl].
Patent JP-H08159737-A (JP)
Title: Relative angle detection device
Inventor: UMEDA YUICHI
IPC: G06F3/0346
Filed: 1994-12-08
Abstract: PURPOSE: To provide a relative angle detection device which can expand the operable range of a portable input device and can attain a wide range of control at a relatively fast control response. CONSTITUTION: The relative angle detection device is provided with an information processing device 1 to be controlled and a portable input device 2. The information processing device 1 is provided with a light emitting part 2, a display part 3, and a light reception part 4 and an input device 5 is provided with a splitting light reception element 6, current/voltage converters 7a-7d for converting current into voltage, a switching circuit 8 for converting the output voltages of the current/voltage conversion parts 7a-7d into time-sharing output voltages, a signal processing part 10 for generating relative angle data by processing the time sharing output voltages, and a control part 12 for transmitting a coordinate signal obtained by the operation and calculation of the relative angle data to the light reception part 4.  The control part 12 generates a gain control signal and controls the electrical circuit gain of the signal processing part 10, at the same time, generates a quantity-of-light control code and transmits it to the light reception part 4, controls the quantity of emitted light of the light emitting part 2 according to the received quantity-of-light control code, and preferentially control the electrical circuit gain as compared with the quantity of emitted light.
Patent JP-H02151129-A (JP)
Title: Synchronizing adjusting system for squelch level response time of receiver
Inventor: TAKAGI TADASHI
IPC: H04B1/10
Filed: 1988-12-02
Abstract: PURPOSE:To attain stable reception without repetition of on/off of squelch by extending the on-response time of squelch when a squelcn level is set low and applying delay time adjustment so as to quicken the off-response time simultaneously. CONSTITUTION:The system is so configurated that a control circuit 6 and a delay time adjustment section 7 are provided not only to adjust the squelch sensitivity through the adjustment of an adjustment operation section 5 for squelch sensitivity simply but also to adjust the delay time simultaneously. That is, when the squelch level is brought to a low level, the on-response time of squelch is extended and the off-response time is quickened simultaneously. When a level of an input radio wave is low, the squelch level is set low, but since the squelch on-response time is extended at the same time, the radio is restored before squelch-on is set in the case if momentary interruption of a radio wave simply, and then the squelch is not set in this case. Moreover, since the off-response time is quickened, even when the squelch is set, the squelch is reset immediately after the radio wave is restored and the usual reception state is restored immediately.
Patent JP-H09147756-A (JP)
Title: Color cathode-ray tube
Inventor: KAWAMURA TAKAO
IPC: H01J29/02
Filed: 1995-11-24
Abstract: PROBLEM TO BE SOLVED: To prevent color shifts resulting from temperature rises so as to maintain high picture quality by providing arrangement such that the bending angle of each plate-shaped spring supporting a shadow mask structure against the interior wall of a panel is approximately zero when they are fitted to pins on the interior wall of the panel. SOLUTION: A shadow mask structure 1 comprises a shadow mask 2 whose end is welded to the mask welding bars 3a, 3b of a mask frame 3 bridged and fixed by U-shaped support arms 4a, 4b. The plate-shaped springs 6a to 6d of spring suspension mechanisms 5a to 5d which are welded to base plates 7a to 7d suspend the structure 1 from the interior wall of a panel on the inner surface of which a phosphor is formed. In this case, while the springs 6a, 6b secured to the bars 3a, 3b via the plates 7a, 7b have their respective ends fitted to the interior wall of the panel, they are arranged so that bending angle is approximately zero. Thus color shifts resulting from the relative movements of the mask 2 and the phosphor due to temperature rises are prevented, and high picture quality can be maintained.
Patent JP-H11138894-A (JP)
Title: light quantity control circuit for image forming device
Inventor: ARISAKA KATSUMI
IPC: H01L33/00
Filed: 1997-11-07
Abstract: PROBLEM TO BE SOLVED: To control the output more stably by executing voltage setting at an operat ing point of high S/N and determining the voltage at a control operation point of low S/N using a set voltage thereby operating an LD at that operating point. SOLUTION: A quantity of light control circuit for setting two control voltages VB, VB2 prior to image formation on a drum comprises a light emitting element 11 and a light receiving element 12, an amplifying means delivering a voltage for determining the driving current of the light emitting element based on a detection value from the light receiving element, current circuits 22, 23 for determining the driving current level for the light emitting element based on an output value from the amplifying means, and a switch means forming a loop for controlling the driving current of the light emitting element with the output from the light receiving element.  Prior to image formation on a drum, the quantity of light control circuit for setting two control voltages VB, VB2 sets the quantity of light being emitted with a second control voltage at k times (k<1) as high as that being emitted with a first control voltage at the time of control operation. At the time of image formation, the light emitting element is driven with the quantity of light for the first control voltage different from that for the second control voltage using the operated values of first and second control voltages.
Patent JP-H05119272-A (JP)
Title: Lighting optical system for endoscope
Inventor: MORI TAKAO
IPC: G02B23/26
Filed: 1991-10-25
Abstract: PURPOSE:To provide the optical system which is usable even for a wide-angle endoscope and gives a spherical body a nearly uniform illuminance distribution and even a plane body and a tubular cavity body an excellent illuminance distribution by making at least one surface of a positive lens aspherical and satisfying specific conditions. CONSTITUTION:The optical system which includes the positive lens with one aspherical surface r2 so that the curvature of the aspherical surface r2 becomes less than approximate curvature as the distance from the optical axis increases is so constituted that h ftheta holds, where the focal length of the whole system when the aspherical surface r2 is represented as the approximate curvature, (h) is the height of a light beam which is emitted by a light source in parallel to the optical axis and made incident on the optical system, and the angle theta of projection of the light beam from the optical system. Thus, when a convex lens is interposed between a lighting lens and the light source, the aspherical surface r2 does not become large in power so much as toward the periphery of the lens compared with the approximate curvature while r1 and r2 (aspherical surface) and r3 and r4 are arranged in order from the object-side surface, so even when the surface r2 is made large in power so as to obtain a wide illuminance distribution, the total quantity of reflected light of the light source on the surface r1 does not increase so much.
Patent JP-S62158275-A (JP)
Title: ((4-(4-(4-phenyl-1-piperazinyl)phenoxymethyl)-1, 3-dioxolan-2-yl)methyl)-1h-imidazoles and novel derivative of 1h-1, 2, 4-triazoles
Inventor: YAN HEERESU
IPC: A61K31/495
Filed: 1986-12-23
Abstract: Novel lH-imidazoles and lH-l,2,4-triazoles of formula <CHEM>  wherein Y-R<1> is a radical having the formula <CHEM> the pharmaceutically acceptable acid addition salts and possible stereochemically isomeric forms thereof, which compounds are antimicrobial agents; pharmaceutical compositions containing such compounds as an active ingredient and methods of preparing said compounds and pharmaceutical compositions.
Patent JP-H10131333-A (JP)
Title: Manufacture of vacuum thermal insulating panel and device therefor
Inventor: TONARI YOSHIRO
IPC: E04B1/80
Filed: 1996-10-30
Abstract: PROBLEM TO BE SOLVED: To obtain excellent thermal insulating property and durability by arranging packing bags having thermal insulating material (a) filled into a chamber, and sealing openings of the packing bags in a state of keeping the chamber evacuated to form a vacuum thermal insulating panel. SOLUTION: Packing bags A inserting plate-like thermal insulating materials (a) into them are supplied to a supply section 3 of a manufacturing device 1 in advance by a robot 2, and the packing bags S supplied to the supply section 3 are subsequently conveyed to a mounting section 4 and are mounted on a pallet P. Then, the pallet P mounting the packing bags A in the mounting section 4 is conveyed to a sealing section 15 from a piling up section 7 by a chuck 9, and a chamber cover 17 is turned downward with a hinge section as the center and is stored inside a chamber 18 in an enclosed state.  Then, after the inside of the chamber 18 is sufficiently made to reduce pressure, opining sections A' of the packing bags A are welded by heaters to seal, and the sealed and packed packing bags A are covered to a trimming section 31 from a taking out section 30 in a state to mount the packing bags on the pallet P to manufacture the vacuum in succession. Accordingly, wrinkles occurring with the contraction of a packing body can be prevented.
Patent JP-H02151127-A (JP)
Title: System for detecting depressing of specific key
Inventor: YODA HIROYOSHI
IPC: H03M11/22
Filed: 1988-12-01
Abstract: PURPOSE:To decrease the program capability and to reduce a specific key depression detection processing time by detecting the depression of a specific key in a 1st step and detecting it that keys other than the specific key are not depressed in a 2nd step. CONSTITUTION:An output control section 2 is provided so as to output a 1st output signal being at a low level in a specific x direction signal line and at a high level in other x direction signal line and a 2nd output signal having an opposite sign to the 1st output signal switchingly. Moreover, a detection section 3 is provided to detect a level of an input signal from each signal line in the (y) direction. When the 1st output signal from the output control section 2 is applied to a key matrix 1 and when the detection section 3 detects it that the input signal from the specific y direction signal line goes to a low level and the input signal from other y direction signal line goes to a high level and the input signal from all the y direction signal lines with the 2nd output signal applied goes to a high level, the depression of a specific key is detected.
Patent JP-H06159544-A (JP)
Title: Solenoid valve
Inventor: SEKIGUCHI AKIHIKO
IPC: F16K31/06
Filed: 1992-11-16
Abstract: PURPOSE:To reduce resistance at the time of normal braking so as to carry out a speedy braking operation, and realize ideal intermittent operation at the time of anti-lock braking. CONSTITUTION:A solenoid 3 is such constituted as to select at least two stages of operating force. A first and a second spring 4, 5 are provided, in a valve shaft 1, for energizing the valve shaft 1 in the direction retreating from a valve seat 2. When operating force imparted by the solenoid 3 is low, only the first spring 4 is contracted so that the valve shaft 1 approaches the valve seat 2. Meanwhile, when the operating force exerted by the solenoid 3 is high, the first and the second spring 4, 5 are contracted so that the valve shaft 1 abuts the valve seat 2.
Patent JP-2000127019-A (JP)
Title: Working fluid replacement control method for a wire saw and its device
Inventor: YAMAMOTO SEIJI
IPC: B28D5/04
Filed: 1998-10-27
Abstract: PROBLEM TO BE SOLVED: To reduce the undulation on the surface of the cut face of a work to be cut. SOLUTION: The quantity of a used working fluid 54 to be discarded and the replacement quantity of the working fluid 54 which is the quantity of a new working fluid 75 to be fed are calculated based on one of the specific gravity value and viscosity value of the used working fluid 54 after cut machining is completed and the expected value of the quantity of the chips of an ingot 42 of a work mingled in the next cut machining so that the cut powder concentration of the ingot 42 of the work contained in the working fluid 54 does not exceed the prescribed quantity when the next cut machining is completed. The precision for cut machining is kept at the satisfactory state, and the working fluid 54 can be effectively used with no waste.
Patent JP-S63157875-A (JP)
Title: Thin film growing device
Inventor: EHATA HITOSHI
IPC: C23C16/52
Filed: 1986-12-22
Abstract: PURPOSE:To uniformize the thickness, specific resistance, etc., of vapor grown thin films, by previously storing priority information on plural substrate imposing positions and carrying the substrates in and out by selecting the substrate imposing positions in accordance with the priority information at the time of a treatment. CONSTITUTION:The data on the priority information corresponding to the imposing positions of the plural substrates 100 on a susceptor 27 is stored in a 1st storage part 43 of a data bus 41 connected to a central processing unit CPU40. A temporary memory part 44 and a 2nd memory part 45 to store a processing program are connected to the data us 41. The imposing position of the substrate is selected by the program on the basis of the priority information according to the number of the substrates to be actually treated. The substrates 100 are carried in and out by a conveyor 15 to and from the selected position. The characteristics of the device are thereby effectively utilized and the thin films having desirable characteristics are formed.
Patent JP-H11143173-A (JP)
Title: Image forming device and image output device
Inventor: OGURA TOKIHIKO
IPC: H04N1/46
Filed: 1997-11-07
Abstract: PROBLEM TO BE SOLVED: To prevent printing in wrong color. SOLUTION: A first development-unit is freely exchangeable, and a color recognition device 18 recognizes the color of the attached color-development-unit 16, and informs a CPU 46 of it. A second development-unit 22 contains black toner. In the case a user selects the color other than black, a host computer 52 inquires what developing unit besides black one a printer 48 is equipped with. The CUP 46 of the printer 48 informs the host computer 52 of the result of the recognition of the color recognition device 18. In the case the printer 48 does not have the color selected by the user, the host computer 52 displays warning as the indication of it onto the screen of a monitor, and also displays the color of the unit which the printer 48 is equipped with.