baber/WOPTO huggingface dataset:
Patent JP-H0910495-A (JP)
Title: Clothes dryer
Inventor: MATSUI SHOICHI
IPC: D06F58/02
Filed: 1995-06-30
Abstract: PURPOSE: To provide a clothes dryer to dry clothes by hot air in a rotary drum driven by a motor which can shorten the time to dry clothes if the clothes are well dried without correction of the drying time when the difference between the temperature inside the rotary drum and the air inlet temperature of the heating device is changed, and can lengthen the drying time if the clothes are not dried enough without the correction. CONSTITUTION: A PTC heater 3 is attached in an air channel to the rotary drum in which clothes are dried, and hot air is sent to the heater by a heat exchange type double blade fan driven by a motor 5 together with the rotary drum. A drying time selector 12 detect the condition of the dried clothes in the rotary drum and corrects the remaining time to further dry the clothes. The clothes dryer also has a correction device 11 to correct the remaining drying time selected by the drying time selector 12, so that the time to be corrected can be changed according to the remaining drying time when the remaining time is corrected by the drying time selector 12 based on the correction by the correction device 11.
Patent JP-H0831158-A (JP)
Title: On-vehicle apparatus
Inventor: HASHIMOTO TAKAO
IPC: B60R11/02
Filed: 1994-07-18
Abstract: PURPOSE:To reduce the size of an apparatus by providing an apparatus operating section with a locking mechanism which engageably and disengageably locks the apparatus operating section to an apparatus body. CONSTITUTION:The apparatus body 1a of a disk player 1 is mounted within a space 3 formed in a dashboard 2 of a vehicle. This player 1 has the apparatus operating section 1b removably disposed in a housing section 8 formed at the front part of the body 1a in addition to the body 1a mounted at the vehicle. The apparatus operating section 1b is provided with a locking device 9 with which the operating section 1b is attachably and detachably locked to the apparatus body 1a. A user pushes an unlocking button 23 in the case of being apart from the vehicle by parking. As a result, the front end 19a of a locking lever 19 is unlocked and released from a locking hole 21. Simultaneously, the operating section 1b is slightly inclined by the pressing force of a pressing lever 15, by which the engaging state of an engaging projection 10 and an engaging hole 11 is released and the operating part 1b is pushed forward from the housing section 8 by the pressing force of the lever 15. Then operating section 1b is easily removed from the housing section 8 by holding the operating section 1b and pulling the section forward.
Patent JP-S5787736-A (JP)
Title: Control circuit of illumination light for motor car
Inventor: NAKAMOTO HIROMASA
IPC: B60Q3/02
Filed: 1980-11-21
Abstract: PURPOSE: To enable to light up ignition key light and the like after a ride by a method wherein a timer circuit is restarted by a ride detection, in an illumination light control circuit starting a timer by an outer steering operation.  
     CONSTITUTION: Upon detection of operation of a steering wheel with a detector 1 a timer circuit 4 is actuated through an OR circuit 3 and a transistor 5 is turned ON causing lighting up of an ignition light 5 and a door key light 7. A driver, therefore, can insert a key into a lit up hole. When a car is left as it is for more longer time then a preset time after a door is unlocked a timer is turned off and the lights 6 and 7 are put off, but upon reriding in the car a signal of a ride detector 2 causes the timer circuit 4 to be restarted through the OR circuit 3. Therefore, the preset time can be shortened. 
     COPYRIGHT: (C)1982,JPO&Japio
Patent JP-S5687950-A (JP)
Title: Optical transmission system
Inventor: KISHIMOTO RIYOUZOU
IPC: H04B10/29
Filed: 1979-12-19
Abstract: PURPOSE:To increase the reliability and to make easy the maintenance, by connecting the light emitter and the relay unit installed in the station office with nonmodulated light transmission fiber different from the information signal light transmission fiber. CONSTITUTION:The information signal light transmitted from the station office 9-2 is transmitted to the relay device 2-1 with the information signal light transmission fiber 1 and received at the photoelectric converter 3-1 and converted into electric signal, and fed to the light modulator 6-1 after being amplified (reproduction) at the (reproduction) amplifier 4-1. Further, the nonmodulation light from the light transmitter 7-1 installed in the station office 9-1 is transmitted to the relay device 2-1 in the nonmodualtion light transmission fiber 8-1, all the nonmodulation light transmitted is input to the light modulator, and all the nonmodulation light is modulated with the electric signal amplified (reproduction) as mentioned above, it is transmitted to the information signal transmission fiber 1-1 and delivered to the station office 9-1.
Patent JP-S5688262-A (JP)
Title: Manufacture of electrode plate for storage battery
Inventor: KITAMURA TETSUO
IPC: H01M4/20
Filed: 1979-12-18
Abstract: PURPOSE:To make part of either papers or sheets to be buried in an active material, and thereby prevent any separation of the papers or the like, by placing either the papers or the microporous sheets on both surfaces of the electrode plate which is filled with the active material, before the electrode plate is passed between rollers having rough surfaces and is pressed. CONSTITUTION:A continuous expanded grid 7 is sent, with either a paper or a synthetic-resin sheet 6 placed on the under surface of it, while an active material 5 is packed into the expanded grid 7 by means of an active-material packing machine 8. After that, either a paper or a micro-porous synthetic-resin sheet 6' is placed on the upper surface of the grid 7, and the grid 7 is passed between rollers 9' having rough surfaces and is pressed. As a result, the papers or microporous sheets 6 and 6' are partially buried in the active material 5, and the buried parts of the papers or sheets 6 and 6' physically stick to the active material 5. Thus any separation of the papers or the like can be obviated even in a dry condition.
Patent JP-S5687330-A (JP)
Title: Manufacture of semiconductor device
Inventor: NISHIMURA SUSUMU
IPC: H01L23/50
Filed: 1979-12-18
Abstract: PURPOSE:To easily remove burrs produced in mold coating by a method wherein when a semiconductor element is applied a mold coating with resinous material, first, a metallic layer is formed on a surface of a lead portion, being mold-coat in succession and further, an etching is applied. CONSTITUTION:The metallic layer 3 is formed within the limit of 2mm. from a part  of the lead segment 2 to be expected for applying a mold coating. Then, after the  mold coating with epoxy resin 8 has been finished, the part at the lead end left unformed on the metallic layer is coated with wax 9. Subsequently, the lead segment  is dipped in an etching liquid of hydrochloric acid and sulfuric acid and the like to  remove the metallic layer 3 and the lead part exposed from the resinous material 8  is applied a brushing. Thus, the burrs 8a which is formed by resin flowed out along  the lead segmnt 2 at mold coating can readily be removed. Iron and nickel are used  for the metallic layer 3 and are preferred to be made less than 50mum thick.
Patent JP-H0330870-A (JP)
Title: Method for uniformly bonding substance to surface of rotary body using robot
Inventor: KOBAYASHI HIROHIKO
IPC: B05D1/02
Filed: 1989-06-29
Abstract: PURPOSE:To uniformly bond a substance to the surface of a rotary body by calculating the radius of the rotary body at the moving position of a substance outflow device calculated from the outflow speed and thickness of the substance and driving a robot so as to position the nozzle of the substance outflow device at the position in the rotary shaft direction of the rotary body and the radius position of the rotary body at every elapse of time. CONSTITUTION:A rotary body 1 is rotated at a constant speed and, from the relational expression guiding the radius of the rotary body with respect to the position of the rotary body in its rotary shaft direction preset to a robot control apparatus 10, outflow speed of the substance from the nozzle 2 mounted to the leading end of a robot arm and the thickness of the substance bonded to the rotary body, the moving position of a substance outflow device 40 for bonding the substance to the surface of the rotary body in a set thickness in the rotary shaft direction is calculated as the function of a time. The radius of the rotary body at this moving position is calculated from said relational expression and a robot is driven in order to position the nozzle at the rotary shaft direction position of the calculated function of a time and the radius position thereof at every elapse of time.
Patent JP-H0333029-A (JP)
Title: Improved porous glass body
Inventor: SADA TOSHIKATSU
IPC: B01J41/10
Filed: 1989-06-29
Abstract: PURPOSE:To form an inorganic porous glass body into which ion exchange groups are stably introduced by bonding ion exchange groups to a porous formed body of silicic acid-based glass containing specific amounts of Al2O3. CONSTITUTION:The subject porous glass body is formed by bonding ion exchange groups to a porous formed body of silicic acid type glass containing >=5wt.% Al2O3 and is suitably obtained, e.g. by coupling ion exchange groups with a porous silicic acid-based glass containing, by weight, >=5% Al2O3 and produced from a basic glass containing, as essential components, 8-25% CaO, 8-30% B2O3, 45-70% SiO2, and 5-15% Al2O3 by a phase separation-extraction process. At this time, it is preferable that the above-mentioned introduction of the ion exchange groups is carried out by bringing a silane coupling agent having ion exchange groups or functional groups capable of introducing ion exchange groups into react with the prescribed glass body and then preperably introducing, if necessary, cation exchange groups and/or anion exchange groups.
Patent JP-S6142915-A (JP)
Title: X-ray mask transfer apparatus
Inventor: SHIRAKAWA AKIRA
IPC: H01L21/30
Filed: 1984-08-06
Abstract: PURPOSE:To perform positioning in high accuracy by a method wherein a substrate stage is controlled so that the output of an X-ray sensor located at the back side of a substrate indicates max. when X-ray is exposed on only each mark part of an X-ray transfer mask and a semiconductor substrate by using an X-ray shutter. CONSTITUTION:X-ray from an X-ray generator 4 is given to a mark 10a of a mark 2 and a mark 8b of a semiconductor substrate 1 through an aperture 3a of a shutter 3, the X-ray beam of a small diameter is given to an X-ray sensor 5. A controller 7, using the sensor output signal, controls a substrate stage so that the max. sensor signal output is obtained. Thereby, positioning in high accuracy within a short time is enabled by using the X-ray from the X-ray generator to be used for transfer.
Patent JP-S5954913-A (JP)
Title: Calibrating method and jig for radiation thickness gage
Inventor: TAIRA UTAROU
IPC: G01N23/06
Filed: 1982-09-22
Abstract: PURPOSE:To shorten the time required for test and calibration, by testing a radiation thickness gage, which is arranged directly after the time when it is delivered out of a rolling mill, under the actual measuring state. CONSTITUTION:Thickness parts of 4a-4f of a jig 4 are placed at the intermediate position between a radiation source 6 and a transmitted radiation detector 7 of a radiation thickness gage 8. Then, e.g., a test is performed at the thickness part 4a. When the average value is deviated from the correct value by a certain range or more, the value is corrected. Then a lifting cylinder 2 is lifted. Under the state the jig 4 is lifted, a mounting table 1 is moved by a specified distance, and the thickness part 4b is placed at the position between the radiation source 6 and the detector 7 of the thickness gage 8. Then the lifting cylinder 2 is lowered, and the jig 4 is mounted on rollers 10 in a rolling line. The testing and calibration of the other thickness parts are performed by the same procedure.
Patent JP-S6145310-A (JP)
Title: Matching device
Inventor: IIZUKA KAZUO
IPC: H01L21/68
Filed: 1984-08-09
Abstract: PURPOSE:To improve the accuracy of a process from matching through handling by providing a rotary drive function to a pressure roller to reduce the minimum allowance value of the frictional coefficient needed between a drive roller and a wafer. CONSTITUTION:A wafer 4 supported by a wafer support stage 23 by air pressure is moved toward free rollers 3, 5, 6 and 15 by a drive roller 16 attached to a pressure mechanism 18 in response to an action with which a matching substrate 25 moves toward the matching position. While a clutch 17 is energized after the plate 25 reaches a matching action point and turned with revolutions of the roller 16 produced by a motor 24. Thus the pressing force actuates the moment in opposite direction to the wafer 4 when an end of an orientation flat 4' of the wafer 4 reaches the roller 16. Then the clutch 17 is turned off with the detection signal of the flat 4'. Thus the rotation of the wafer 4 can be prevented. This can avoid an overrun state as well as a matching unable state.
Patent JP-S6056987-A (JP)
Title: Penem derivative
Inventor: FURUKAWA MINORU
IPC: A61P31/04
Filed: 1983-09-08
Abstract: NEW MATERIAL:A compound (salt) shown by the formula I [R1 is H, or hydroxy lower alkyl; R2 is carbamimidoyl lower alkyl, guanidino lower alkyl, or group shown by the formula II (Q1 is lower alkylene; Q2 is lower alkylene, or NH); R3 is H, or ester residue]. EXAMPLE:p-Nitrobenzyl( 5R,6S,8R )-2-ethylsulfinyl-6-( 1-hydroxyethyl)penem-3-carboxylate. USE:An antibacterial agent against Gram-positive bacteria and Gram-negative bacteria including Pseudomonas aeruginosa. PREPARATION:For example, a penem derivative shown by the formula III (R4 is alkyl, aryl, or aralkyl) shown by the formula III is oxidized with an oxidizing agent in a solvent to give a sulfoxide derivative shown by the formula IV, which is reacted with a thiol compound shown by the formula R2-SH, and the protecting group is eliminated, to give a compound shown by formula I .
Patent JP-H1114409-A (JP)
Title: Measuring system
Inventor: IKEDA YOSHIAKI
IPC: G01D9/28
Filed: 1997-06-23
Abstract: PROBLEM TO BE SOLVED: To realize parallel data collection from a plurality of objects to be measured by acquiring a multichannel data simultaneously, processing the multichannel data in parallel and storing the processed data while decimating based on the measuring interval and period of an object to be measured. SOLUTION: The measuring system for collecting a data in parallel from a plurality of experimental circuits comprises a multichannel measuring unit and a control means, e.g. a computer, comprising a control circuit, a memory circuit and a display circuit wherein a plurality of input signals from objects of experiments A-G are connected with respective inputs of the multichannel measuring unit, for example. At first, data of all channels are acquired and a decision is made sequentially whether the data matches the measuring interval of each experiment A-G. A processing required for the data of a channel corresponding to each experiment is then performed only when the data matches the measuring interval of each experiment. Management can be facilitated when the channels are grouped and assigned with the experiments, respectively.
Patent JP-S6057408-A (JP)
Title: Locus controller of robot
Inventor: NISHIMOTO KATSUSHI
IPC: B25J9/18
Filed: 1983-09-08
Abstract: PURPOSE:To pass a peculiar point with no big variance and to shift this point through an entire space as the continuous spots by controlling each joint at a prescribed and minute speed in the same direction as the speed immediately before detection of the peculiar point on the basis of the information on detection of the peculiar point. CONSTITUTION:A speed generating part 2 obtains a difference from angle thetaK' of each joint after a minute time calculated from angle thetaK of each present joint on the basis of a command for shift of a robot arm 1 to a prescribed position. Then each joint is controlled by a rotary speed thetaK'' corresponding to said difference. These operations are repeated successively to detect the present angle thetaK of each joint. Thus the arm 1 is shifted smoothly to a designated position in response to a prescribed locus. When a peculiar point is detected, the locus follow-up control using an orthogonal coordinate mode is discontinued temporarily on the basis of the detection information of the peculiar point. Then each joint is shifted at a prescribed and minute speed in the same direction as the speed set immediately before detection. Thus a smooth shift is secured for the peculiar point.
Patent JP-H0610867-A (JP)
Title: Delivery valve structure for compressor
Inventor: UENO HIROMICHI
IPC: F04C29/00
Filed: 1992-06-24
Abstract: PURPOSE:To provide accurate opening/closing operation of a reed valve without causing decrease of compressor efficiency. CONSTITUTION:An electromagnet 17 is arranged adjacently to a reed valve 15 arranged in a delivery port 7b of connecting a high pressure chamber 9b to case internal space 2a, and when a pressure in the high pressure chamber 9b reaches a predetermined delivery pressure, the reed valve 15 is forced to perform opening/closing operation by electromagnetic force of the electromagnet 17. In this way, an overcompressive condition according to a delay of opening the reed valve 15 is avoided, and a power loss is reduced to improve compressor efficiency.
Patent JP-S6227203-A (JP)
Title: Continuous freight feeder
Inventor: TOMIYOSHI MASANORI
IPC: B65G1/00
Filed: 1985-07-26
Abstract: PURPOSE:To make a carrying-in speed higher than ever before, by forming a roller conveyor of a stacker crane and a freight receiving part into a skewer each, and setting up each skewer type so as to be crossed in a peripherals circuit of a circulating skewer tray, in case of a device bearing the above caption for a three-dimensional warehouse or the like. CONSTITUTION:Each freight to be conveyed in succession out of a feed conveyor 7 is transferred onto a skewer freight receiving station 8 by a transfer device 9 of a stacker crane 1. And, a skewer freight receiving part 2 of a vertical circulation conveyor 4 passes through an interval between skewer members of a freight receiving part 8 from bottom to top, scooping up the freight and making it go up. On the other hand, since a skewer roller conveyor 6 on a lifting carriage 5 is on standby as opposed to a housing rack, when the freight receiving part 2 holding the freight passes through an interval between these skewer rollers 6 from top to bottom, the freight is transferred onto these rollers 6. And, the freight is conveyed from these rollers 6 to each rack. With this constitution, continuous high-speed operations are attainable.
Patent JP-H1116908-A (JP)
Title: Formation of embedded conductive portion
Inventor: KANEMURA RYUICHI
IPC: H01L21/302
Filed: 1997-06-23
Abstract: PROBLEM TO BE SOLVED: To provide a method of forming embedded conductive portions capable of suppressing differences in etch rate, etch selectivity and the like which can be attributed to microloading effect at the time of the formation of recesses in which to embed conductors by etching. SOLUTION: In a method of forming embedded conductive portions first by forming recesses 17 and 19, that reach a lower conductive layer while etching an insulating film using a mark material 21 having a plurality of openings as a mask, and then by embedding conductors into the recesses, the shape of the second recess 19 that is longer than the first recess 17 is such that a plurality of unit shapes are formed in series with one another. Each unit shape has a portion, whose length is L21 and whose width W21 is equal to W1, and a portion whose length is L22 and whose width W22 is smaller than W1, and such unit shapes are arranged adjacent to one another with their central axes aligned with one another. By using such recesses, the differences in the etch rate, each selectivity and the like which can be attributed to microloading effect are suppressed.
Patent JP-H07362-A (JP)
Title: Cornea photographing method and device therefor
Inventor: HAMADA YOICHI
IPC: A61B3/12
Filed: 1993-06-10
Abstract: PURPOSE:To provide a device automatically performing the optical axis matching and focusing of a photographing system and capable of measuring the cornea thickness concurrently with endothelial photographing when the cornea endothelial cells of a testee are enlargedly photographed. CONSTITUTION:The cornea reflected image of the alignment light projected to the eyeball face 2 coaxially with the optical axis 4 of a front eye section observing optical system is picked by a television camera 8. A photographing system 3 constituted of an observing optical system, an illumination system slit-illuminating the eyeball face 2 slantly, and an enlargement photographing optical system forming the enlargement image of an inspected section with the television camera 8 based on the illumination light is automatically moved in the X, Y-directions relative to the optical axis 4 so that a light spot on a photographing screen by the reflected light falls on the prescribed position of the screen. When the light spot falls on the prescribed area of the screen, the advance of the photographing system 3 is started while the light spot is followed in the optometrical direction, the focusing of the cornea epithelium and cornea endothelium is detected by a light receiving element 30 via an optical path separate from the television camera 8, the cornea endothelium of the inspected section isenlargedlyphotographed, and the cornea thickness is measured.
Patent JP-S6320754-A (JP)
Title: Reel driving device
Inventor: MIHASHI YASUO
IPC: G11B15/46
Filed: 1986-07-14
Abstract: PURPOSE:To ensure a fast forwarding mode and a fast rewinding mode without injuring a magnetic tape by detecting the position of the tape from revolving speeds of both feed and take-up reels and controlling the take-up speed in accordance with the position of the magnetic tape. CONSTITUTION:The reflecting plates 25 and 29 having black/white contrasts are attached to the rotary shafts of motors 24 and 28 which drive a take-up reel 19 and a capstan 13. The optical sensors 26 and 30 detect the revolutions of both motors and send pulse signals to a microcomputer 32. The microcomputer 32 counts the number of pulses of signals and detects the position of a magnetic tape from the amount of tape remaining on the reel 19. A control circuit 33 produces the DC voltage at the head of the tape 3 so that the reel 19 has the maximum number of revolutions. Thus both motors 24 and 28 have the maximum number of revolutions respectively. Then both motors have the minimum number of revolutions under the control of the circuit 33 at the termination of the tape 3. Thus it is possible to ensure both fast forwarding and rewinding modes with a reel driving device without injuring the tape 3.