baber/WOPTO huggingface dataset:
Patent JP-S5977513-A (JP)
Title: Process monitoring method
Inventor: MIYAZAKI YASUAKI
IPC: H02J13/00
Filed: 1982-10-26
Abstract: PURPOSE:To visualize a process state by monitoring a state of a process by scanning it at a high speed, and simultaneously, executing a display in order of the scanning. CONSTITUTION:At the time of the first scanning of all process variables, all input signals obtained by scanning are processed by an operation processing part 5, but only a data of the process variable 1 is displayed on a display 6. Thereafter, scanning of all the process variables and processing of its input signal are repeated at a high speed, but a data of the process variable 2 is displayed at a visible time interval. When a data after the process variable 3 is also displayed at the same time interval in the same way, a data of the process variable is displayed successively from the left upper part to the right lower part on the picture. In this case, with respect to a color of a character of a data which is being updated, when a color being different from a character of other data is used, the sequence of scanning becomes clear.
Patent JP-S6166006-A (JP)
Title: Evaporating device
Inventor: SUZUKI JIRO
IPC: F23D3/40
Filed: 1984-09-06
Abstract: PURPOSE:To control the amount of vaporization correctly and stabilized it by a method wherein liquid vaporized by a heating body at the upper portion of the sucking body of the liquid is transported through an air path and the detecting unit of liquid temperature as well as the controlling unit of amount of conducted electric current of heating body are provided to decrease the amount of passing current in accordance with the increase of the liquid temperature. CONSTITUTION:A sucking body 6 covers the circumference of a heating body 5 and contacts with it while the lower part of it is dipped into oil. One end of an evaporater 1 communicates with a fan 7 and introduces air for transporting vaporizing gas, then, mixture, discharged from the other end of the evaporater, is burnt in a combustion unit 8. Almost all of the heat generated in the heating body 5 becomes sensible heat and latent heat vaporizing the oil of the sucking body 6. On the other hand, the temperature of the oil is detected by the detecting unit 9 while the amount of conducted electric current of the heating body 5 is controlled by a micro-computer 11 and a two-way thyristor 10 based on above detection. The amount of conducted electric current of the heating body 5 is increased in case the temperature of the oil is low and reduced in case the temperature of the oil is high. According to this method, the required amount of vaporization may be obtained even if the temperature of the oil is changed.
Patent JP-S5980159-A (JP)
Title: Switching regulator
Inventor: HANABUSA TOSHIO
IPC: H02M3/28
Filed: 1982-10-26
Abstract: PURPOSE:To enable to start completely even at a heavy load time and to reduce a ringing of a switching waveform by flowing a starting current to the base of a switching transistor through a starting resistor of a small value at the time of starting the transistor. CONSTITUTION:When a light emitting diode LED1 of a power source controller 4 emit a light, a phototransistor Q3 is turned ON, a switching transistor Q9 continues switching, and an output is produced at the secondary side of a transformer T2. The starting circuit of the transistor Q9 is formed of a transistor Q6 for flowing a starting current through a starting resistor R14 of small value to the base, and a transistor Q5 for turning OFF the transistor Q6 after starting. Accordingly, the starting current flows to the base only while the transistor Q9 is ON, thereby suppressing the ringing component of the OFF period.
Patent JP-S6082509-A (JP)
Title: Article storing device
Inventor: YOSHIE JINICHI
IPC: B65G1/02
Filed: 1983-10-07
Abstract: PURPOSE:To store a large quantity of articles by providing a picking station in contact with a rotating shelf including plural housing vessels provided movably along an annular moving passage, and conducting picking after drawing out said vessels toward said picking station. CONSTITUTION:Annular shelf tables 3 provided horizontally to each other are installed into plural stages on the upper and lower parts, and many housing vessels 4 are movably housed on the respective shelves 3. Namely, the respective housing vessels 4 are housed on a support member 5 movable connected to an endless chain 10 rotated by a sprocket wheel 11 placed on the upper surface of the shelves 3. A picking station is disposed in contact with a rotating shelf constructed as described above, and this is constituted to provide a bookshelf-shaped structure equipped with housing vessel delivery positions having the same stage numbers as said rotating shelves. In addition, a support member 18 for guiding and supporting a vessel 4 and a device 19 for drawing out and pushing back said vessel 4 are provided at the position for delivering each housing vessel.
Patent JP-H1020303-A (JP)
Title: Display panel and its production
Inventor: UEKI TETSURO
IPC: G02F1/1335
Filed: 1996-06-28
Abstract: PROBLEM TO BE SOLVED: To prevent the degradation in display quality even if the surfaces of glass substrate constituting a part of a liquid crystal display panel are flawed in a process for producing the liquid crystal display panel. SOLUTION: Polarizing plates 6, 7 are respectively stuck via transparent tacky adhesives 4, 5 on the respective surfaces of a pair of the glass substrates 2, 3 of a display cell 1. In such a case, the tacky adhesives 4, 5 consist of the tacky adhesives having the refractive index equal to or approximate to the refractive index of the glass substrates 2, 3. In case the surfaces of the glass substrates 2, 3 have flaws 8, the flaws 8 are embedded by the tacky adhesives 4, by which the change in the progression direction of light in the parts of the flaws 8 is averted.
Patent JP-S62162129-A (JP)
Title: Instruction device
Inventor: YOSHIDA EIJI
IPC: G06F3/038
Filed: 1985-08-26
Abstract: PURPOSE:To facilitate the large shifting of an indication point or the indication of one point by changing accuracy of the detection of the amount of rotation of a spherical body according to the speed of rotation of the spherical body. CONSTITUTION:When the spherical body is moved quickly, a register 2 is set to '1' if the value of a register 1 is small, less than '8', and the content of the register 2 is made to '0' by change of one time of an output signal of a rotary encoder. Accordingly, every time the pulse outputted by the rotary encoder changes, increment (decrement) is given to a register 3. When the spherical body is moved slowly, the register 2 is set to '8' if the value of the register 1 is large, more than 9, and the register 2 is made to '0' by the change of eight times of the output signal of the rotary encoder. Accordingly, increment (decrement) is given to the register 3 only after eight times of the change of the pulse outputted by the rotary encoder. Therefore, when the spherical body of the indicating device is moved slowly, the amount of rotation is detected at the accuracy of the detection 1/8 of that when moved quickly.
Patent JP-H0637194-A (JP)
Title: Package for housing electronic part
Inventor: NISHI KOJI
IPC: H01L23/02
Filed: 1992-07-14
Abstract: PURPOSE:To effectively prevent a brazing material, such as solder, etc., used as a sealing material from projecting outward from an insulating substrate and cap body in the form of sphere so that short-circuiting between wiring conductors on an external electric circuit substrate caused by falling of the projection on the external electric circuit substrate can be eliminated. CONSTITUTION:The title package is composed of a rectangular insulating substrate 1 coated with a frame-like first metallic layer 8 at its outer peripheral section on its upper surface and rectangular cap body 2 coated with a frame-like second metallic layer 9 at its outer peripheral section on its lower surface and airtightly houses electronic parts by joining the layer 9 of the body 2 to the layer 8 of the substrate 1 with a brazing material. The inner peripheral diameters of the layer 8 and body 2 are substantially the same and the outer peripheral diameter of the layer 8 is larger than that of the layer 9.
Patent JP-S5888928-A (JP)
Title: Delay switching circuit
Inventor: YAGISAWA MAMORU
IPC: H03K17/292
Filed: 1981-11-20
Abstract: PURPOSE:To attain continuous timer operation without giving an output to an output terminal at momentary power interruption, by providing an auxiliary gate circuit for a gate circuit consisting of a PUT and using a capacitor of a large capacitance independently of the leading speed of the gate. CONSTITUTION:The 1st charging circuit consisting of diodes 11, 12 for a gate capacitor 7 of a PUT5 and the 2nd charging circuit for an auxiliary gate capacitor 14 consisting of a resistor 8 and a diode 13, are provided. The auxiliary gate capacitor 14 uses a larger capacitance than that of a timer capacitor 2. Thus, the charging voltage of the capacitor 14 can be applied to a gate of the PUT 5 via a diode 15, allowing to attain continuous timer operation from the momentary power failure of a DC power supply 4 to the restoration of power failure  and to prevent an output from giving to a terminal 10.
Patent JP-H1030996-A (JP)
Title: Light quantity adjusting method for lighting system for measuring thermal expansion coefficient
Inventor: ASAKURA HIDEO
IPC: F27D21/02
Filed: 1996-07-17
Abstract: PROBLEM TO BE SOLVED: To obtain a light quantity necessary for automatic measurement even in the case where smoke is generated and to automatically measure thermal expansion coefficient of a specimen which generates a large quantity of smoke by adjusting the light quantity based on comparative computation of light and darkness digital signals which indicate bright parts and dark parts detected by line sensor cameras. SOLUTION: Two lighting systems 31, 32 illuminate both ends of a specimen 11 through a window formed in an electric furnace 10 and the light is received by two line sensor cameras 41, 42 on the opposite to the lighting systems through a window formed in the electric furnace 10. The cameras 41, 42 are for detecting the shadow of the end parts of the specimen and measuring displacement of the length and the quantities of light from a dark part where light is shield and a bright part where light reaches is converted into electric signals. Opto scales 43, 44 detect and display the converted electric signals as oscillographic waveforms and at the same time the light and dark signals of the dark parts and light parts are converted into digital signals.  An automatical light quantity adjusting apparatus 30 compares the digital signals with previously containing standard values and the voltage of the lighting systems 31, 2 are so controlled as to make waveforms of the opto-scales normal and thus light quantity adjustment is carried out.
Patent JP-S6165634-A (JP)
Title: Supervisory system
Inventor: NAKAZUMI MASASHI
IPC: H04J1/16
Filed: 1984-09-07
Abstract: PURPOSE:To attain simultaneous supervision by detecting alarm information when the alarm information is generated in a device to be supervised and switching an internal circuit so that voice/data passes through a band compression circuit in a supervisory device and the supervised device and utilizing a produced excess band to transmit all alarm information to the supervisory device. CONSTITUTION:Switch circuits 20, 21 are operated by an output of an alarm circuit 10 detecting alarm information from a subscriber or a terminal station equipment and a series circuit comprising a memory 12 and a band compression circuit 13 is connected to a multiplex separation circuit 7 and a line 5 and a series circuit comprising a band compressing circuit 14 and a memory 16 is connected between the line 5 and a multiplex separation circuit 8 respectively. Then a multiplexed signal is compressed to 1/2 at the band compression circuit 13 or 16. Further, the alarm information of the subscriber and the terminal station equipment collected in the alarm circuit 10 is inserted with the alarm information in a predetermined order by using an excess band of 1/2 produced by the band compression and transmitted to a station equipment via the line 5.
Patent JP-S6249471-A (JP)
Title: Sentence editing system
Inventor: DOI MIWAKO
IPC: H04N1/387
Filed: 1985-08-28
Abstract: PURPOSE:To entirely invalidate a series of operation by one touch and to lighten the burden of a user largely by storing the content of correction by the same editing key until other editing key or cursor key is inputted, and invalidating all corrections made by the same editing key. CONSTITUTION:For instance, when a deleting key is inputted, the content of an operation storing section 3 is cleared to deal with the later depression of a canceling key, and a correction flag is set to 1 to indicate that correction was made. Here, character string in an extent instructed by the cursor is stored in an operation storing section 4. Then, the character string in an extent instructed by the cursor is deleted and the result is displayed. When the deleting key is depressed in succession, the process is repeated, and becomes the state of waiting for deletion inputting. When a canceling key is inputted, all the content of the deleting key is read out, the operation storing section 4 is cleared, and the correction flag is made to 0. Thus, operations made successively by a user can be canceled by one canceling operation.
Patent JP-S6078610-A (JP)
Title: Removal of nitrogen gas contained in gaseous mixture containing at least carbon monoxide, nitrogen gas and carbon dioxide by adsorbing method
Inventor: SAKURATANI TOSHIKAZU
IPC: C01B32/40
Filed: 1983-10-06
Abstract: PURPOSE:To remove nitrogen gas from stock gas containing carbon monoxide gas and nitrogen gas by using a selective adsorbent of a synthetic zeolite system according to a pressure swing type adsorptive separation method. CONSTITUTION:Stock gas (a) is introduced into an adsorbing tower A under pressure and a valve 1 is opened to raise the pressure of said tower A from a vacuum state. After pressure is raised, a valve 3 is opened so as to hold the adsorbing pressure of the adsorbing tower A to about 20kg/cm<2> G and, after an adsorbing process, which is performed for a definite time sufficient to recover hardly adsorbable gas to a gas holder, is finished, the valves 1, 3 are closed and a valve 5 is opened to reduce the internal pressure of the adsorbing tower A to atmospheric pressure. Valves 7, 3 are opened to enter a purge process for purging hardly adsorbable component in the gap of the adsorbing tower A while product gas pressure is held to atmospheric pressure. Subsequently, a valve 9 is opened while the valves 7, 3 are closed and a vacuum pump for desorbing an easily adsorbable component is operated to perform vacuum exhausion to recover CO being product gas. This operation is successively repeated in respective adsorbing towers.
Patent JP-H0611460-A (JP)
Title: Work inspection machine
Inventor: NISHIKAWA SUSUMU
IPC: B65G47/80
Filed: 1992-06-22
Abstract: PURPOSE:To perform works effectively by mounting a magnet for work holding onto an endless transport table, sorting works automatically with a sensor, and gathering acceptable articles in a specified position. CONSTITUTION:In the position P1, a work 9 is attracted by a magnet M, and a transport table 2 is rotated by a drive device. When the transport table 2 stops in the position with a sensor 3, a cylinder 3a sinks, and a sensor element 3c at the tip senses whether the applicable place inspected on the work 9 is good or bad - if good, good article signal is given, which is stored temporarily. When the inspection is ended, the cylinder 3a rises, and the transport table 2 moves again. When the work inspected 9 comes to the position with a work exhaust device 4, good article signal is fed to the device 4 to actuate sinking of an exhaust cylinder 4a, and a knocker 4b at the tip of a cylinder rod acts on the work 9 to shake off to the outside of the transport table 2. Because actuation takes place only when the good article signal is fed, any bad work is rotated to the position P1 and collected.
Patent JP-H0474254-A (JP)
Title: Microprocessor diagnostic system
Inventor: SAITO TAKENORI
IPC: G06F15/16
Filed: 1990-07-16
Abstract: PURPOSE:To shorten the CS diagnosing time by setting the selection registers included in plural processors with a total processor selection command produced by a diagnostic processor and diagnosing simultaneously the control storages CS of all processors by means of a diagnostic command generating circuit contained in the diagnostic processor. CONSTITUTION:When a total processor selection command is produced form a diagnostic command generating circuit 21 contained in a diagnostic processor 2, both selection registers 19 and 20 of processors 3 and 4 are turned on at one time. The the processor 2 produces the read instructions of both CS 7 and 8 to set them to both command registers 17 and 18 of each processor. These set instructions serve as the resources of the CS address generating circuits 9 and 10 and the CS control signal generating circuits 11 and 12. Then these circuits 9-12 read the CS 7 and 8, and the error check circuits 13 and 14 check the presence or absence of errors for the data read out of both CS 7 and 8. Then the errors, if checked are registered in the error registers 15 and 16.
Patent JP-S59135299-A (JP)
Inventor: SUTANRII YATOOMIN CHIYUN
IPC: C11D7/56
Filed: 1983-10-06
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-H0742933-A (JP)
Title: Controller
Inventor: FUJIMOTO YOSHIO
IPC: F23N5/12
Filed: 1993-07-29
Abstract: PURPOSE:To suitably execute maintenance by designating switching of an ordinary operation mode and a maintenance operation mode from designating means to control means, hence controlling an operating unit based on maintenance operation information, and displaying detection information of the unit. CONSTITUTION:A controller comprises an operating unit D, and detecting means S for detecting the unit S itself of a state of an object to be controlled by the unit D. An operation of the unit D is controlled by control means H based on detection information and operation control information of the means S. In this case, switching of an ordinary operation mode and a maintenance operation mode is designated from designating means 18 to the means H. The means H is so constituted as to operate the unit D based on a plurality of maintenance operation information M1-M3 at the time of the maintenance operation mode. Further, the detection information of the means S is displayed on display means 14 in the case of the maintenance operation mode.
Patent JP-2000014797-A (JP)
Title: Mixed injection port
Inventor: MICHIGAMI AKITOSHI
IPC: A61M39/02
Filed: 1998-07-02
Abstract: PROBLEM TO BE SOLVED: To prevent a liquid leakage from a mixed injection hole from occurring when a mixed injection member is pulled out from the mixed injection hole by specifying the insertion length of an insertion tip end which is formed into a tapered shape, of the mixed injection member to be inserted in the mixed injection hole equipped with an elastic valve for a mixed injection port which is used when a liquid is mix- injected from a liquid feeding path, or collected. SOLUTION: This mixed injection port 1 is constituted of a mixed injection hole 2, a main liquid feeding path 3, and a valve 5 on which a slit 4 is formed. For the mixed injection hole 2, a disk valve 5 made of an elastic raw material is provided at the lower side, and the valve 5 warps when being pushed in by a male lure 6, and opens to the main liquid feeding path 3 side.  In this case, the dimension of the mixed injection port 1 is set in a manner to satisfy (D1<L1<=D2) when a length from the upper end 8 of the mixed injection hole to the tip end 9 of the male lure when the male lure 6 is inserted in the mixed injection hole 2, is taken as an insertion length L1 of the male lure 6, a length from the upper end 8 of the mixed injection hole to the upper end of the valve 5 is taken as a non-penetrated depth D1, a length from the upper end 8 of the mixed injection hole to the lower end of the valve 5 is taken as a penetrated depth D2, and a length from the upper end to the lower end of the valve 5 is taken as L2.
Patent JP-H0474693-A (JP)
Title: Image receiving medium for sublimable thermal transfer
Inventor: MOROHOSHI NAOYA
IPC: B41M5/382
Filed: 1990-07-18
Abstract: PURPOSE:To improve a releasability between a dye accepting layer and a dye transfer layer by a method wherein in an image receiving medium provided with the dye accepting layer on a substrate, a block polymer containing alkyl fluoride group as a component is incorporated in the accepting layer. CONSTITUTION:This image receiving medium has a constitution in which a dye accepting layer B mainly composed of a dyeable resin and a block polymer containing alkyl fluoride group as a component is provided on an image receiving substrate A. The heating of a thermal head 1 causes a dye to sublimate and diffuse from a dye transfer layer 4 of a sublimable transfer recording medium to transfer to the dye accepting layer B. Then, the dye diffuses in the dyeable resin and dyes the resin. As the dyeable resin, polyester, polycarbonate, and the like are exemplified. The block polymer is an A-B type block polymer of a vinyl monomer made of a functional segment superior in surface migration properties and a compatible segment having a compatibility with the dyeable resin, which can sustain the effect of improving a releasability for a long time. As the substrate A, synthetic paper, art paper, wood free paper, and the like are used in a single or laminate form.
Patent JP-H0478715-A (JP)
Title: Heating device utilizing exhaust heat for automobile
Inventor: SATO SHINICHI
IPC: B60H1/20
Filed: 1990-07-18
Abstract: PURPOSE:To prevent the excessive increase of the internal pressure in a heating device utilizing a heat pipe principle, by switching an exhaust flow passage selecting door to a heater bypass side when the exhaust temperature is a certain value or higher, while by closing a partitioning valve in a return pipe when the steam temperature is a certain value or lower and a heater is stopped. CONSTITUTION:A controller 24 receives the temperature of the exhaust sent into an exhaust pipe 1, as the temperature signal (a), by an exhaust temperature sensor 22 and receives the steam temperature sent from a heater 5, as the temperature signal (b), by a steam temperature sensor 23, and controls selecting door 7 between a first exhaust flow passage 3 (heater 5 side) and a second exhaust flow passage 4 and a partitioning valve 12 between a reservoir 11 and the heater 5. Accordingly, when the exhaust temperature based on the exhaust temperature signal (a) is over a prescribed value, the selecting door 7 is selected to the flow passage 4 so as to bypass through the heater 5. Further, when the steam temperature based on the steam temperature signal (b) is a certain value or lower, or the device is brought to a stop, the partitioning valve 12 is closed.