baber/WOPTO huggingface dataset:
Patent JP-S6220875-A (JP)
Title: Accumulated film formation device
Inventor: KATO MINORU
IPC: H01L21/205
Filed: 1985-07-19
Abstract: PURPOSE:To wash the inside of a reaction vessel after the formation of an accumulated film smoothly and with high efficiency by providing a collection tank wherein a reaction residue incorporated in the inside of the reaction vessel is collected to the route of an exhaust system and providing separately an exhaust system recovering the reaction residue collected therein. CONSTITUTION:A cylindrical electrically-conductive base body 6 is introduced into the inside of a reaction vessel 2 and mounted on a bearer 5 of the base body in allowing both the axial cores to coincide nearly with each other and the gates 23, 25 are closed. Then after performing the exhaust through an exhaust system A to decompress the inside of the reaction vessel 2 up to about 10<-2>-10<-6>Torr degree of vacuum, a gas for forming an accumulated film is introduced through the gas introduction pipes 7. Simultaneously high frequency electric power is fed to the vessel 2 to cause the glow discharge and the accumulated film is formed while allowing the base body 6 to remain stationary. In case of washing the reaction vessel 2 after the formation of the accumulated film, high-pressure inert gas is introduced through the gas introduction pipes 10 to transfer the reaction residue incorporated in the inside of the vessel 2 to the inside of a powdery material trap 14 provided to the exhaust system A, and therewith the nonaccumulated radical is solidified and collected in the inside of the trap 14 and recovered with a recovery means 17 provided to a subexhaust system B.
Patent JP-S5946791-A (JP)
Inventor: NAKAZAWA MASAO
IPC: F24C7/02
Filed: 1982-09-10
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-H06177-A (JP)
Title: Ct device
Inventor: SHINOHARA HISAHIRO
IPC: A61B5/055
Filed: 1992-06-18
Abstract: PURPOSE:To decrease necessity for setting manually a photographing condition so that a PAS system can be utilized effectively. CONSTITUTION:While referring to an input display part of an initial mode screen, a name of a person in charge is inputted by a keyboard, etc. (1). A photographing condition of an inspection department corresponding to the name of the person in charge is read out of a storage part (2), and only a PAS switch of the read-out photographing condition is displayed on a panel (3). Subsequently, when an operator selects the PAS switch displayed on the panel with one operation (4), the photographing condition is set (5).
Patent JP-S6314433-A (JP)
Title: Temperature control system of cleaning vessel
Inventor: KOBAYASHI SATOSHI
IPC: H01L21/304
Filed: 1986-07-05
Abstract: PURPOSE:To cut down the time for stabilizing the temperature of a cleaning solusion not to change the composition thereof by a method wherein, when the thermal medium in an isothermal vessel is heated for indirectly heating the cleaning solution in a cleaning vessel, the heating of thermal medium is stopped at the lower limit temperature of cleaning solution for cooling down for specified time later to be heated intermittently. CONSTITUTION:A heater 15 is arranged outside an isothermal vessel 7 to recirculate a heated thermal medium to the isothermal vessel 7 through a pipe 17b while a cooling thermal medium feeding pipe 19 is arranged on the bottom part of isothermal vessel 7. The cleaning solution 3 in a cleaning vessel 5 is indirectly heated or cooled down. The detecting signals from a temperature senser 23 immersed in the cleaning solution 3 in the cleaning vessel 5 are transmitted to a thermostat 27 to control the heater 15 or a cooling water feeding valve 21. When the temperature of cleaning solution is below the lower limit temperature of serviceable cleaning requirement, the output from heater 15 is increased to circulate the thermal medium for heating while to be stopped when the temperature is above the lower limit level. In such a constitution, the cooling water feeding valve 21 is opened at the lower side temperature in the proportional control temperature range to lower the temperature of thermal medium in the isothermal vessel so that the heater may be operated intermittently within the control range to maintain the constant temperature.
Patent JP-H05305110-A (JP)
Title: Paper diaper with sheet for treating filth
Inventor: TAGUCHI AKIRA
IPC: A61F13/551
Filed: 1992-05-06
Abstract: PURPOSE:To facilitate the treating of filth by making a treating sheet made of a thin film absorbing member adhere to an external surface of a disposable diaper free to peel to reduce the quantity of a treating material such as tissue paper for wiping the filth off a human body to be prepared separately. CONSTITUTION:One treating sheet 2 made of a thin film absorbing material is made to adhere to an external surface of a disposable paper diaper 1 in such a manner as to be peeled off easily. In the treating of filth, the treating sheet 2 is peeled off the paper diaper 1 to wipe the filth off a human body using the treating sheet 2. As a result, the quantity of a treating material such as tissue paper for wiping the filth off the human body to be prepared separately can be reduced. Especially in the case of feces. the treating sheet 2 is formed larger than an ordinary tissue paper and the most of the filth can be wiped out thereby facilitating the after treatment by the tissue paper or the like.
Patent JP-S642028-A (JP)
Title: Diaphragm device for camera
Inventor: ASAKURA YASUO
IPC: G03B9/24
Filed: 1987-06-24
Abstract: PURPOSE: To impress a voltage equal to the voltage of a specified diaphragm aperture on an actuator after executing a reset action so as to attain the control of stop of high reproductivity by impressing a reset voltage for making a diaphragm blade in a previously specified reset state with the aid of the driving circuit of the diaphragm device for camera on the actuator.  
     CONSTITUTION: A bimorph type piezoelectric actuator 1 is provided on the diaphragm device for the camera and the voltage is impressed on the actuator 1 from an Av and Tv values operation means 21 as the driving circuit. The diaphragm blade 8 is made to open and close with an actuating mechanism according to the displacement of the actuator 1. The voltage for resetting the diaphragm blade 8 in the previously specified reset state with the aid of the operation means 21 as the driving circuit is impressed on the actuator 1. After executing the reset action, the voltage equal to that of the specified diaphragm aperture is impressed on the actuator 1, so that the lowering of precision in the control of the diaphragm caused by hysteresis characteristic can be prevented. 
     COPYRIGHT: (C)1989,JPO&Japio
Patent JP-H11338399-A (JP)
Title: Flag pole holder
Inventor: TAKAHATA MASAKAZU
IPC: G09F17/00
Filed: 1998-05-21
Abstract: PROBLEM TO BE SOLVED: To enable the simple and sure fixation of a flag pole to a pole and to facilitate the removal thereof. SOLUTION: The flag pole 7 is fixed to an object 21 to be mounted, such as the pole, by using a flag pole holder l. This flag pole holder 1 has flat pole fitting grooves 66 capable of fitting the required portion in the longitudinal direction of the flag pole and is mounted to the object 21 to be mounted by using tapes 26. After the flag pole 7 is fitted into the flat pole fitting grooves 66, fixing caps 17 are closed. The fixing caps 17 are opened at the time of removing the flag pole 7.
Patent JP-H118993-A (JP)
Title: Torque controller of reluctance motor
Inventor: DEGUCHI YOSHITAKA
IPC: H02P25/08
Filed: 1997-06-16
Abstract: PROBLEM TO BE SOLVED: To enhance the controllability of torque, in spite of the error in manufacture of a reluctance motor or the error in the detection of the position of a rotor. SOLUTION: This device is equipped with a rotor positioning means 4 which detects the position of rotor of a reluctance motor 3, a current command value operating means 1 which operates the current command value to each excitation phase of the reluctance motor 3 according to a torque command value and the position of the rotor, and a current control means 2 which confirms the current of each excitation phase of the reluctance motor 3 to the current command value. Here, the current command value operating means 1 makes the current command value to the excitation phase zero or a value, where the effects on the generated torque of the motor become markedly small, in a specified angle range in the vicinity of the angle of rotation, where the code of the differential value to the angle of rotation of self inductance switches.
Patent JP-H11341477-A (JP)
Title: Image storage processing unit
Inventor: ISHIBASHI MASAMICHI
IPC: H04N19/00
Filed: 1998-05-25
Abstract: PROBLEM TO BE SOLVED: To provide the image storage processing unit that efficiently stores image information on happenings the occurrence of which cannot be predicted, easily retrieves the information and has a remarkably improved storage capacity. SOLUTION: An analog video signal received from an external image pickup device 6 is given to an A/D converter section 1, where the video signal is converted into a digital video signal. The digital video signal is given to an image data compression section 2, where the video signal is compressed and a storage section 3 stores the obtained image compression data. The stored image compression data are transferred to a D/A converter section 4, where the data are selected and expanded, and the obtained image expansion data are given to a D/A converter section 5, where the data are converted into an analog video signal and fed to a television monitor 9 and displayed thereon.  A trigger signal input section 8 receives a trigger signal that is generated in response to occurrence of an event, and a control section 7 controls the storage device and the compression section so as to compress and store only a required image in response to the trigger signal and selects optionally the required image to allow the television monitor 9 to display the image. Since only the required image is stored and compressed in this way, a high storage efficiency is obtained.
Patent JP-S6219046-A (JP)
Inventor: FUNAHASHI TAKESHI
IPC: A21D13/00
Filed: 1985-07-18
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-S6137866-A (JP)
Title: Electroluminescent element
Inventor: EGUCHI TAKESHI
IPC: C09K11/06
Filed: 1984-07-31
Abstract: PURPOSE:To yield an improved luminescence efficacy and high luminance even by low-voltage drive, by a construction wherein two thin films comprising an org. compd. and having electrochemical properties different from each other are combined to yield layers having an EL function, which are laminated to form a luminous layer. CONSTITUTION:A luminous layer 3 comprising a plurality of layers is provided between a transparent electrode 1 and a back electrode 2. In the formation of the luminous layer 3, the third layer comprising a monomolecular (cumulative) film of an insulating compd. 4-1, the first layer comprising a monomolecular (cumulative) film of a mixture of a relatively electron-accepting org. compd. (e.g., of formula I ) and an electron donor (e.g., of formula II) 5-1, and the second layer comprising a monomolecular (cumulative) film of a mixture of a relatively electron-donating org. compd. (e.g., of formula III) and an electron acceptor (e.g., of formula IV) 6-1 are formed successively on the transparent electrode 1. The luminous layer 3 is formed by laminating repeatedly again in this order on the above construction, thus yielding the intended electroluminescent element.
Patent JP-S643767-A (JP)
Title: Data transmission control unit in multi-cpu system
Inventor: ARAKI KAZUHIRO
IPC: G06F15/177
Filed: 1987-06-26
Abstract: PURPOSE:To continue the communication operation of the system even when the power of an optional slave CPU is interrupted or reset by providing a pull-down resistor or the like to a 3-state gate side of a control line and a pull-up resistor to an output port side. CONSTITUTION:Pull-down resistors 7-1-7-3 are provided to 3-state gates 6-1-6-3 of an enable line through which a signal is sent to the host CPU 1 from CPUs 2-1-2-3 and pull-up resistors 11-1-11-3 are provided to a slave CPU side. When a CPU 2-1, for example, is subject to power-off or reset, the control input of the gate 6-1 is brought into a low level by the resistor 7-1 and the gate 6-1 is opened. Thus, an enable signal to the CPU 2-1 is inputted to the CPU 2-2. That is, even when an optional slave CPU is subject to power-off or reset, a transmission enable signal is bypassed to the slave CPU of the next stage without any operation thereby keeping the communication operation of the system.
Patent JP-H1079166-A (JP)
Title: System for recording and reproducing pulse-code-modulated digital audio signal
Inventor: KYO CHOKEN
IPC: G11B20/00
Filed: 1997-06-16
Abstract: PROBLEM TO BE SOLVED: To obtain a system by which a recording operation can be performed even when a sampling frequency is different by a method wherein an audio sample inside an existing reference unit is converted into a transfer coefficient in a frequency region and the transfer coefficient is formatted by an existing recording format. SOLUTION: A sampled audio signal is quantized by using a linear PCM operation or the like so as to be input to a reference-unit formation device 10. The formation device 10 divides the input digital audio signal into reference units whose size is already set. The reference units are decided by a tone quality, a transmission-medium characteristic or the like. The formation device 10 sequentially supplies the reference units to a conversion part 20, and it converts an audio sample into a transfer coefficient in a frequency region. The performance of the conversion part 20 is decided by the voice of the audio signal as a target. When the individual reference units are region-converted, the obtained transfer coefficient is output to a formatting part 30 which is segmented for every reference unit.  The formatting part 30 formats the transfer coefficient inside every reference unit by using one out of a first recording format and a second recording format, and a recording part 40 records it on a recording medium.
Patent JP-H10309388-A (JP)
Title: Scissors with knife
Inventor: FUJIMURA KIYOTAKA
IPC: B26B13/22
Filed: 1997-05-12
Abstract: PROBLEM TO BE SOLVED: To improve convenience by integrating scissors and a knife since the conventional scissors and knife are separate and unconvenient. SOLUTION: A knife 2 is added and integrated with scissors 1.
Patent JP-H029823-A (JP)
Title: Leukocyte separating material, separator and separation method
Inventor: YURA HIROFUMI
IPC: B01D15/38
Filed: 1988-06-29
Abstract: PURPOSE:To provide a leukocyte-separating material capable of readily and rapidly separating and purifying the leukocyte in a high yield and in a high purity without affecting various activities of cells by immobilizing a specific carbohydrate on the surface of a water-insoluble solid substance or forming water-insoluble granules from the carbohydrate as a basic material. CONSTITUTION:A leukocyte-separating material is provided by (1) immobilizing a carbohydrate on a water-insoluble solid substance (preferably a granular acrylate ester polymer having an average granule size of 0.05-5mm) with a covalent bond, physical bond, etc., or (2) gelling the carbohydrate by a suspension distillation method, ion complex method, etc., and crosslinking the gelled product with a multifunctional epoxide, aldehyde, etc., to produce water-insoluble granules (average granule size is preferably 0.05-5mm), the carbohydrate having high affinity with granulocytes and monocytes and adsorbing a B lymphocyte fraction in lymphocytes in preference to other lymphocyte fractions. The carbohydrate includes starch, dextrin, glycogen, cellulose, dextran, chitin, pectin, etc.
Patent JP-S5859306-A (JP)
Title: Cam shaft bearing structure for engine
Inventor: MUNETOU TAKASHIGE
IPC: F02F1/24
Filed: 1981-10-05
Abstract: PURPOSE:To prevent any influence of thermal deformation over a bearing by a method wherein the bearing for the cam shaft pivotally supported in the cylinder head of an engine is supported in the cylinder head through a resilient member. CONSTITUTION:A cam shaft 3 is supported by a bearing 4. A member 5 is of a gasket or plate-shaped resilient member of silicone rubber and acrylic rubber etc. The bearing 4 is supported in a cylinder head 2 via this resilient member 5. Bolts 8 are inserted into the bearing 4, resilient member 5 and bolt holes 6 passed through the cylinder head 2 via cylindrical spacers 7, the bolts 8 are directly fastened to a cylinder block 1 and the bearing 4 is resiliently supported on the cylinder head 2. Thereby, no displacement is found between the axis of the cam shaft 3 and the axis of the bearing 4.
Patent JP-S6220148-A (JP)
Title: Optical recording/reproducing device
Inventor: SATO SHUNICHI
IPC: G11B11/105
Filed: 1985-07-18
Abstract: PURPOSE:To improve specially the S/N of an optical signal obtained from a recording medium by providing an optical system to have a beam splitter in which one end plane interposed among the light source, the recording media and the reading means is formed so as to make a special angle specified beforehand. CONSTITUTION:A beam splitter 14 is formed so that one edge surface can form the special angle specified beforehand. From a laser device 11 to a beam splitter 14, the remaining laser beam, in which the laser beam made incident in the B2 direction of an arrow will not transmit, is reflected in the B3 direction of an arrow and made incident on an edge surface 27 by an incident angle thetab which is a Brewster angle. Consequently, the laser beam, which is a P polarized light, is all transmitted as shown in the arrow B7, the reflecting light in the direction of an arrow B3 is further reflected at the edge surface 27 and the reduction of S/N of the signal read can be prevented.
Patent JP-H117169-A (JP)
Title: Image forming device
Inventor: OGIWARA ATSUSHI
IPC: G03G15/01
Filed: 1997-06-17
Abstract: PROBLEM TO BE SOLVED: To prevent malfunction in control or oscillation and to control an error in controlled variable to be within specified tolerance by reducing/ eliminating the influence of the change of the state of an image forming device. SOLUTION: A 1st manipulated variable correction arithmetic part 51 decides manipulated variable coincident with a target value based on a control rule from a control rule retrieval part 30. A manipulated variable tolerance decision part 53 decides the tolerance of the manipulated variable based on the target value of the controlled variable and the allowable error of the controlled variable. A 2nd manipulated variable correction arithmetic part 52 calculates the manipulated variable showing a point on the boundary of the tolerance and having the shortest distance from the point of the manipulated variable coincident with the target value in the coordinate space of the manipulated variable.  When the manipulated variable of previous time is out of an allowable manipulated variable range of this time, a gate part 54 transmits the manipulated variable decided by the arithmetic part 52 to a manipulated variable memory 32.
Patent JP-H04358985-A (JP)
Title: Small type electrically-driven vehicle
Inventor: TAKADA NOZOMI
IPC: B60L3/00
Filed: 1991-06-04
Abstract: PURPOSE:To keep off such a sudden start as against a driver's intention with certainty by monitoring any motional response immediately after the starting of a traveling electric motor, judging the boarding or alighting of a driver, and on the basis of the judged result, stopping the motor at the time of unboarding. CONSTITUTION:A lower part of a seat tube 16 is formed into a tubular form opened down, housing an electric motor 22 in this tube, and rotation of this motor 22 receiving electric power from a battery 50 is transmitted to a driving shaft via a one-way clutch and a gear train, thereby turning a rear wheel 14. In addition, this rear wheel 14 is rotatable too even by input through the leg power of a pedal 32. The motor 22 is controlled by a controller but in this case, there is provided a boarding judging means, judging whether a driver is boarded or not, in this controller. In the case where car weight is heavy and a rise in motor velocity is late, it is so judged that the driver is boarded, while in the case where the car weight is light and a rise in the motor velocity is quick, it is so judged that it is at time of unboarding, and when it is judged to be at unboarding, a motor stopping signal is generated, thereby stopping the motor 22.
Patent JP-H0210584-A (JP)
Title: Storage medium follow-up device
Inventor: SAITO YUTAKA
IPC: G11B7/09
Filed: 1988-06-29
Abstract: PURPOSE:To promptly operate a follow-up means by calculating the fluctuation between calculating positions from the displacement of the plural arbitrary measuring points, and correcting the follow-up operation of the follow-up means based on a calculated value. CONSTITUTION:In a RAM 65, data from a focusing control circuit 45, namely, fluctuations Da and Dc in the focusing direction at a point Pa in the external peripheral part and a point Pc in the internal peripheral part of an optical disk 1 are stored through an A/D converter 51, and a CPU 63 calculates a fluctuations Db in the focusing direction at an arbitrary point Pb between the points Pa and Pc based on the fluctuations Da and Dc. The data of a calculation result are fed back through a D/A converter 53 to a focusing control circuit 45. Thus, the follow-up operation of an objective lens 17 is corrected, and the optical disk 1 promptly follows the sharp fluctuation in the focusing direction.
Patent JP-S6220073-A (JP)
Title: Image processing method
Inventor: OSAWA HIDESHI
IPC: G06T11/60
Filed: 1985-07-19
Abstract: PURPOSE:To obtain a variable power image different at every optional area in an original image data by executing a variable power processing different at every designated split area by an area designating means of one line, and synthesizing them. CONSTITUTION:Three pieces (40a-40c) of (y) address generating parts are provided, and unmagnification/magnification/reduction by each different magnification can be executed with respect to three areas. To each latch 51a-51c, a value corresponding to a magnification of every area is set, and to a latch C51a, a latch D51b, and a latch E51c, a value corresponding to each magnification of an unmagnification value, reduction and magnification is set, respectively. In clock generating circuits A-C (52a-52c), a count-up clock of a (y) address register 53 is outputted by a clock rate corresponding to a value which is set to said each latch 51. Also, (y) address pointers N61, S62 and R63 for holding a switching value, etc. to each (y) address in case of a variable power processing of the (y) direction are provided in a control part 11. In such way, in areas A, B, different magnification/reduction can be executed.
Patent JP-H0869912-A (JP)
Title: Superconducting coil device for magnetic levitation train
Inventor: MAEDA HIDEAKI
IPC: H01F6/04
Filed: 1995-06-26
Abstract: PURPOSE: To provide a superconducting coil device for magnetic levitation train which can prevent a superconducting wire constituting a wound body from being quenched by intruding heat resulting from the slip between the wound body and fixtures. CONSTITUTION: A superconducting coil device for magnetic levitation train houses a wound body 11 formed by winding a superconductive wire a plurality of times in the state of a race track, hardened resin layer 12 which is formed so that the layer 12 can firmly fix the adjacent parts of the wire of the wound body 11 to each other and cover the wound body 11, and heat conductors 31 which are arranged in at least the inward radial direction out of the inward and outward radial directions of the wound body 11 in the resin layer 12. In addition, the coil device is provided with a cryostat 13 which cools the wound body 11 in a superconducting state and fixtures 15 which are put between the surface of the resin layer 12 and the wall of the cryostat 13 and fix the wound body 11 in the cryostat 13.