baber/WOPTO huggingface dataset:
Patent JP-H0424538-A (JP)
Title: Apparatus for positioning substance to be measured in spectroscope device
Inventor: HATTORI HIDEO
IPC: G01N21/01
Filed: 1990-05-18
Abstract: PURPOSE:To facilitate position adjustment and to improve accuracy in position setting by observing a collimating body in the position relation-ship between the incident slit of a spectroscope and a mirror image, the image of a substance to be measured obtained through a condensing optical system or the image of the collimation body and the substance to be measured in an overlapping pattern, and adjusting the position of the substance to be measured. CONSTITUTION:A slant mirror 6 is rotatably held at one end P. The mirror surface can occupy the position of 45 deg. with respect to an optical axis A and the position which is in parallel with the optical axis. When the slant mirror 6 is positioned at 45 deg. with respect to the optical axis A, the optical axis A is bent by the slant mirror 6 and becomes A'. A collimation body 7 is arranged at the mirror image position of an incident slit 2 with respect to the slant mirror 6 on the optical axis 6'. The collimation body is in parallel with the image of the incident slit 2 on a transparent plate 7a which is vertically placed on the optical axis A'. An eyepiece 8 at the rear side of the collimation body 7 is focused on the collimation body 7 on the optical axis A'. When the collimation body 7 is observed through the eyepiece 8 at a position where the slant mirror 6 is set at 45 deg. with respect to the optical axis A, the image of a substance to be measured 5 is observed in the overlapped pattern with the collimation body. The measuring point of the substance to be measured 5 is adjusted so that the point is overlapped with the collimation body. Thereafter, the slant mirror 6 is set in parallel with the optical axis. Then, the slant mirror retreats from the optical axis A. The image of the specified position of the substance to be measured 5 is focused on the incident slit 2.
Patent JP-S62287736-A (JP)
Title: Synchronizing serial transfer system
Inventor: KAWAI ATSUO
IPC: H04L25/52
Filed: 1986-06-06
Abstract: PURPOSE:To improve the transfer efficiency by retarding a serial data from a data transmission side by 1/2 clock period, transferring the result to a data reception side so as to quicken the data latch timing at the data reception side. CONSTITUTION:A data 11 to be sent in a data transmitter 1 is loaded in a shift register 7 as a parallel data and transferred to a re-timing device 3 via a data line 4 as a serial data. The serial data is transferred to a data receiver 2 via a data line 5 while it is retarded by 1/2 clock. Then it is possible to fetch the serial data at the leading faster than the trailing of the clock signal by 1/2 clock period at the data receiving side. Thus, the transfer efficiency is improved.
Patent JP-S5833314-A (JP)
Title: Control circuit for channel display luminance of television receiver
Inventor: KASAHARA YASUHIRO
IPC: H03J1/04
Filed: 1981-08-21
Abstract: PURPOSE:To reduce the power consumption, by actuating a light emitting diode for display of a receiving channel with a low level of luminance during a receiving mode and displaying the switched channel at a high level of luminance for a certain period of time when the channel is switched. CONSTITUTION:When a channel CHA, for example, is received, a light emitting diode LED11 is turned on to display that the channel CHA is received. In this case, a transistor TR18 is turned off, and the LED11 is connected with resistances 15 and 19 and driven at a low level of luminance. If the reception of channel CHB is desired under such conditions, a CH up-switch 1 is pushed. Thus a counter circuit 3 counts up 1 and delivers it to a decoder circuit 4. The circuit 4 decodes the output of the circuit 3 and turns off and on the LED11 and LED12 respectively. In this case, a pulse (a) is fed to a pulse generating circuit 17 via the circuit 3. Then a pulse signal (b) of a certain duration is delivered from the circuit 17 to turn on the TR18 and to short-circuit the resistance 19. Thus an LED12 is driven with a high level of luminance. When the signal (b) is set zero, the TR18 is turned off. Then the LED12 is driven with a low level of luminance.
Patent JP-H04333379-A (JP)
Title: Electrode mobile speed control method for resistance welding machine by motor driving
Inventor: YAMAGUCHI TERUZO
IPC: B23K11/11
Filed: 1991-05-07
Abstract: PURPOSE:To prevent the occurrence of wear and deformation of an electrode by controlling the mobile speed of the electrode by the number of pulses and a pulse interval from a pulse oscillator linking with rotation of a motor. CONSTITUTION:When the motor 1 is driven to rotate an axis 3 of rotation, the electrode 4 in an open state advances toward a work 11 and the approximate number of pulses till this electrode 4 attains the vicinity of a pressurizing force point is inputted to a controller 10 in advance. Accordingly, a pulse is sent to the controller 10 from the pulse oscillator 9 with driving of the motor 1 and the electrode 4 advances at high speed till the number of pulses attains the predetermined number of pulses. When the predetermined number of pulses is sent to the controller 10, braking is applied to the motor 1 by the controller 10 and the electrode 4 is slowed down up to the low speed. When the rotating speed of the motor, namely, the mobile speed of the electrode 4 attains the specified low speed by this braking, the position is known by the number of pulses and the pulse interval from the time of braking. In addition, when the electrode 4 attains the low speed, the pressurizing force of a set current value of the motor 1 is obtained by subjecting the motor 1 to constant current control.
Patent JP-H0224321-A (JP)
Title: Aromatic copolyetheramide processable as thermoplastic resin, its production and use thereof in production of molded body
Inventor: HARARUTO SHIERUDORON
IPC: C08G69/42
Filed: 1989-05-25
Abstract: The structure of the aromatic copolyether amide which can be processed as a thermoplastic comprises recurring units of the formulae -CO-Ar1-CO- (A), -NH-Ar1-O-Ar1-X-Ar1-O-Ar1-NH (B) and -NH-Ar2-NH- (C) in which Ar1 denotes a divalent, unsubstituted or substituted aromatic radical having 6 carbon atoms which is linked in the p-position, X represents a 2,2-propylidene link and Ar2 is identical with Ar1 or is Ar1 which is linked in the m-position, or is the -Ar1-Z-Ar1- group in which Z is a direct bond or is a radical -CH2-, -C(CH3)2-, -SO2-, -CO-, -O-, -CH=CH-, -CO-NH- or -O-Ar1-O- or the radical  <IMAGE>  in which R represents hydrogen or a branched or unbranched alkyl radical having 1-4 carbon atoms. The proportion of units (A) and of the sum of units (B) and (C) is each 100 mol-%, the proportion of units (C) being up to 50 mol-% and, if Z represents -SO2-, up to 75 mol-%. The Staudinger index [ eta ] of the copolyether amide is in the range from 50 to 1000 cm3/g, and the value of the glass transition temperature is above 200 DEG  C. The copolyether amide is prepared by a low-temperature solution, solid, interface or melt condensation process. The moldings produced therefrom in the form of filaments, wires, films and other moldings are obtained by processing the pulverulent copolyether amides or their solutions.
Patent JP-H0696674-A (JP)
Title: Lead forming method for display tube panel
Inventor: KAJIWARA MASATAKA
IPC: H01J9/28
Filed: 1992-05-22
Abstract: PURPOSE:To form a display tube panel lead at low cost with a general purpose jig by applying the constitution where the formation is separately undertaken for each side of the panel. CONSTITUTION:A display tube panel 1 having a plurality of leads 2 at one side is placed on a female mold 3 and, then, fixed with a variable stopper 12 for setup. Thereafter, a vertical motion handle 15 is operated to push down a vertical motion arm 14, thereby pressing the leads 2 with upper and lower lead pressers 5 and 6. Then, the handle 15 is further moved downward to form the leads 2 to the predetermined shape with a male mold 4 and the upper lead presser 6. Regarding the leads 2 at two opposite sides of the panel 1 in this case, the leads 2 at one side are formed according to the above-mentioned method. Then, the direction of the panel 1 is reversed and the panel 1 is reset on the female mold 3. Furthermore, the handle 15 is again operated to repeat the above-mentioned process, thereby forming the leads 2 to the predetermined shape at the opposite side.
Patent JP-H01303016-A (JP)
Title: Diagnostic method and device for power supply facility
Inventor: SHIROMIZU KOICHI
IPC: H02H6/00
Filed: 1988-05-30
Abstract: PURPOSE:To improve the soundness and the safety of entire facility, by calculating over time and temperature based on measured temperature and time and a preset allowable temperature then comparing the accumulated product of the over time and temperature with a preset degradation set value. CONSTITUTION:Signals are fed from a temperature sensor 2 for a cable 1 and an ambient temperature sensor 3 to thermometer 4. On the other hand, time is measured through a timer 5 and signals are fed from the timer 5 and the thermometer 4 to a microcomputor 6. The microcomputor 6 calculates the temperature exceeding over an allowable level preset based on the measurements end further calculates an over time. The product of the over temperature and the over time is accumulated then the accumulated product is compared with a preset degradation set value thus diagnosing the soundness of the cable 1.
Patent JP-S5356755-A (JP)
Title: Clothe dryer
Inventor: SHIMIZU HAJIME
IPC: F26B11/06
Filed: 1976-11-01
Abstract: PURPOSE: To obtain a strengthened rotating crum with on added performance by manufacturing integrally a lifter and auxiliary lifter with a rotating drum and making them perform lifting actions. 
     COPYRIGHT: (C)1978,JPO&Japio
Patent JP-H02309157-A (JP)
Title: Two-stage compression refrigeration cycle device and operation thereof
Inventor: YOSHIDA YUJI
IPC: F25B13/00
Filed: 1989-05-24
Abstract: PURPOSE:To enable a device to be adapted for a case in which a heating condition and a cooling condition are sustantially varied as found in case of a cooling or heating device or a cooling or hot water supply device by a method wherein a refrigerant outlet for a high stage is connected to an intermediate part between a compressor at a lower stage and a compressor mechanism at a higher stage and a suction temperature at the compressor mechanism at the higher stage is controlled by a sub-metering device. CONSTITUTION:A load side heat exchanger 4 always acting as a condensor through a changing- over operation of a four-way valve 3 is constructed such that a low stage refrigerant inlet of a refrigerant-to-refrigerant heat exchanger 8 and a high stage refrigerant inlet through a sub-metering device 9 are connected to an outlet of a heat source side heat exchanger 6. The low stage refrigerant outlet is connected to an inlet of a heat source side heat exchanger 6 or an inlet of a load side heat exchanger 4 acting as an evaporator through a main metering device 5. Accordingly, a suction temperature control at the higher stage by the sub-metering device 9 and a suction temperature control at the lower stage by the main metering device 5 are separated from each other. With such an arrangement above, even in case that the operation condition is substantially varied, a variation at the lower stage side may be absorbed and then a stable and highly reliable operation at the higher stage can be assured.
Patent JP-S63293445-A (JP)
Title: Inside diagnostic device for equipment
Inventor: KUMAMARU TOMOO
IPC: G01N21/84
Filed: 1987-05-27
Abstract: PURPOSE:To easily decide an abnormal place by providing a video control part, an image storage part, an image data part, etc., and displaying a still image on the screen of a display device successively together with a video- recorded image when video recording information is reproduced. CONSTITUTION:Light (d) emitted by a light source part 6 becomes light (b) through the optical system of the video control part 5 and is projected in the piping of a condenser 1. Then when a light detection signal from a video probe is inputted to a scope 3, it becomes an image pickup signal (a), which is inputted to an input part 4. This signal (a) is converted into a digital signal (c), which is inputted to the control part 5. This control part 5 supplies image information (i) generated according to the signal (c) to the image data part 11 and also supplies a select signal (f) to the image storage part 8. This storage part 8 sends out image information (k) determined with the signal (f) to the data part 11. The data part 11 sends out a signal l generated by superposing the information (i) from the control part 5 and the information (k) from the storage part 8 one over the other to an output part 7. This output part 7 encodes the signal linto a display signal (m), which is displayed 12, thereby easily deciding the abnormal place.
Patent JP-H05317766-A (JP)
Title: Carrying device for coating device
Inventor: GOTO KATSUHIKO
IPC: B05B12/00
Filed: 1992-05-22
Abstract: PURPOSE:To prevent the adhesion of a coating material as much as possible and travel a carriage without lowering travel performance by forming a constitution of a guide means on the side of facing a coating work zone provided with a roller mechanism for supporting the load of a coating device and a guide means on the side of not facing the zone provided with a slide bearing mechanism for guiding the coating device. CONSTITUTION:A carrying device 11 is supported and traveled by supporting a carriage 16 on which a coating robot 15 is mounted by means of a couple of guide means provided in parallel along a coating work zone. Out of the two units of guide means, one guide means on the side of facing the coating work zone is provided with a roller mechanism consisting of a roller 13 and a rail 12a and rotating while supporting the load in the vertical direction of the coating robot 15. The other means on the side of not facing the coating work zone is provided with a slide bearing mechanism consisting of a rail 12b and a linear bearing 14 for guiding the coating robot 15 along the coating work zone.
Patent JP-2000321065-A (JP)
Title: Target for laser
Inventor: SAWADA KAZUHIKO
IPC: G01C15/06
Filed: 1999-05-12
Abstract: PROBLEM TO BE SOLVED: To locate a target accurately by enhancing visibility at the irradiating position of a laser beam on the target and preventing the profile of the laser beam from being blurred. SOLUTION: The laser target is produced by adding a fluorescent material to the transparent basic material of a target plate 10 being irradiated with a laser beam 3. When a laser beam is incident on the target plate, the fluorescent material absorbs and accumulates the laser beam to emit light. Since the basic material is transparent and has no directivity, the fluorescence can be visually confirmed easily even from the direction oblique to the optical axis of the laser beam. The fluorescence can be visually confirmed easily even in a bright place because attenuation thereof is suppressed.
Patent JP-H0425886-A (JP)
Title: Fixing device
Inventor: KONNO SHINICHI
IPC: F16H7/18
Filed: 1990-05-21
Abstract: PURPOSE:To secure the stable traveling of an endless film by adjusting the position of an axis by a 2nd roller in addition to deviation preventing operation by a 1st roller. CONSTITUTION:If a deviating force is initially generated as shown by an arrow (b), an eccentric plate 25 which is fitted in a side plate 27 is rotated clockwise, one end of a driving roller 2 is lifted, and a fixation pin 26 is fitted at a position where the deviating force becomes small. If the deviating force is initially generated as shown by an arrow (c), on the other hand, the eccentric plate 25 is rotated anticlockwise and the pin is fixed at a position where the deviating force becomes small. Therefore, the width of deviation control over the fixation film 1 which is an endless film is made small and the film 1 can be made to stably travel.
Patent JP-H01303091-A (JP)
Title: Controller for synchronous motor
Inventor: SOEDA KATSUJI
IPC: H02P6/32
Filed: 1988-05-27
Abstract: PURPOSE:To enable sudden rise and stable operation by driving a synchronous motor as a brushless motor until a rotor reaches synchronous speed and driving the motor as a synchronous motor after the rotor reaches synchronous speed. CONSTITUTION:An output from a pole detecting means 16 for a rotor is converted into a voltage proportional to speed by a first DC voltage generating circuit 20. An output from a three-phase rectangular-wave oscillation circuit 6 proportional to synchronous speed is changed into voltage proportional to synchronous speed by a second DC voltage generator 22. A comparator 24 compares these voltage and transmits an output from a synchronous-speed drive-signal generating circuit 26 to a driver circuit 34 for a synchronous motor 2 when the number of revolution of the rotor is higher than synchronous frequency and an output from a brushless-motor drive-signal generating circuit 28 to the driver circuit 34 when the number of revolution of the rotor is lower than synchronous frequency. Accordingly, the synchronous motor 2 is used as a brushless motor at low speed and as the synchronous motor when the number of revolution reaches synchronous speed.
Patent JP-S5921047-A (JP)
Title: Leadless chip carrier
Inventor: MITA TSUNEMASA
IPC: H01L23/498
Filed: 1982-07-27
Abstract: PURPOSE:To improve strength and reliability in bonding with an outer lead of a printed wiring substrate, and to enable mount with high density by positively burying and setting up electrode terminals from the insulating layer of the surface of the bottom of the carrier and forming the carrier in structure in which the surface of the bottom and at least one part of the electrode terminals relatively have stepped differences. CONSTITUTION:A leadless chip carrier 20 is constituted approximately by an insulating layer 21, an electrode terminals 22 and a cap 23 for protecting an internal circuit, the electrode terminals 22 are particularly buried and set up from the insulating layer 21 of the surface of the bottom in the chip carrier 20, and structure in which these insulating layer 21 and electrode terminals 22 relatively shape stepped differences is formed. Accordingly, when the leadless chip carrier 20 is set up to the printed wiring substrate, the external leads of the substrate and the electrode terminals 22 do not adhere closely while melted solder collects in the electrode terminal 22 sections buried and set up, thus increasing the quantity of solder and the surface area related to bonding, then also improving adhesive strength largely.
Patent JP-2000317386-A (JP)
Title: Method for curing primer coating film
Inventor: MAEKAWA HIROYUKI
IPC: C09D7/00
Filed: 1999-05-12
Abstract: PROBLEM TO BE SOLVED: To provide a primer coating film of an unsaturated polyester resin which reinforces a woody base material and shows outstanding conduit sealing properties and further is smooth without gloss by applying the primer coating of an unsaturated polyester resin to a base material and irradiating the surface of the coating film with active energy radiation after the coating film is internally cured. SOLUTION: A primer coating of an unsaturated polyester resin containing an organic peroxide, a metallic salt of carboxylic acid and a photopolymerization initiator is applied to a woody base material, and the coating film is internally cured at normal temperatures or under heat, and further the surface of the coating film is cured by irradiating it with active energy radiation. In this case, the metallic salt of carboxylic acid is preferably a cobalt salt of higher fatty acid, especially favorably a cobalt octeate. In addition, the equilibrium moisture content of the woody base material is preferably 3-20 wt.% and the air-dried density of the woody base material is preferably 0.30-1.90 g/cm3. The active energy radiation is preferably ultraviolet rays.  Thus, the upgrading of the surface hardness and the abrasion resistance of the coating film of the unsaturated polyester resin is achieved.
Patent JP-H10320969-A (JP)
Title: Moving image database system and recording medium
Inventor: SHIBAZAKI HIROSHI
IPC: G06T1/00
Filed: 1997-05-21
Abstract: PROBLEM TO BE SOLVED: To obtain moving image data that an operator desires rapidly, efficiently, and positively. SOLUTION: When moving image data are to be registered at a moving image database system, a key scene and a representative shot are specified and registered for all moving image data (steps 16 and 17). The key scene is the image section information of the characteristic part of the moving image of the moving image data, while the representative shot is the arbitrary characteristic image (feature image) of the moving image indicated by the moving image data. Then, when all moving image data being extracted by searching the moving image database based on arbitrary conditions in the moving image database system are to be displayed, icon display based on the representative shot is performed and at the same time a key scene is repeated and reproduced, thus easily specifying the moving image data.
Patent JP-H07308720-A (JP)
Title: Method for bending tube
Inventor: AISAKA SHINICHIRO
IPC: B21D7/08
Filed: 1994-05-19
Abstract: PURPOSE:To suppress the ellipticity of a bending part within a specific range with respect to all the bending radiuses while preventing the occurrence of a surface flaw on a bent part in performing bending with different bending radiuses by a caliber roll with one caliber in three-roll bending of a tube. CONSTITUTION:The caliber diameter (d) of three caliber rolls 2a, 2b and 2c, are set to larger than the maximum value of the dispersion of the outside diameter of a tube stock 1. The upper limit of the caliber diameter (d), is set to 1.05 X nominal outside diameter. The center caliber roll 2b is displaced in the axial direction to the caliber rolls 2a and 2c on both sides. The bias quantity deltais set to <= (caliber diameter (d) - nominal outside diameter). The lower limit of the displaced quantity delta, is set to that with respect to a required ellipticity, which is found from the relationships among the caliber diameter (d), the bias quantity delta and the ellipticity.
Patent JP-H09290610-A (JP)
Title: Suspension arm
Inventor: WAKATSUKI HIDEAKI
IPC: B60G3/18
Filed: 1996-04-26
Abstract: PROBLEM TO BE SOLVED: To reduce road noise by forming a curved part extending in the direction connecting an inner end and an outer end as well as forming a second arm part in a plate shape extending in the direction crossing the longitudinal direction of a vehicle along the vertical direction. SOLUTION: A plate shape rear side arm part 28 as a second arm part is supported on a car body 22 free to pivotally move around an axis 36 through a bracket by a joint 34 including a rubber bush on an inner end, and it is connected to an outer end of a front side arm part 26 which is a first arm part by a fastening means by welding, etc., on an outer end. Thereafter, one rib shape curved part 28a projecting to the front or the rear of a vehicle and extending in the longitudinal direction of the rear side arm part 28, that is, in the direction connecting the inner end and the outer end is provided on a central part in the cross direction of the rear side arm part 28. Consequently, it is possible to avoid resonance of the rear side arm part 28 caused by oscillation of a wheel at the time of traveling and to reduce road noise.