baber/WOPTO huggingface dataset:
Patent JP-S58146944-A (JP)
Title: Processor for information
Inventor: SAKAUCHI AKIRA
IPC: G06F9/30
Filed: 1982-02-26
Abstract: PURPOSE:To end the execution of an instruction after the time specified by a program, by executing the instruction stored in a main storage successively, and continuing the execution until a value applied by the instruction reaches a previously fixed value by the increment or decrement of the value. CONSTITUTION:Receiving an NOP (NO.OPERATION) instruction, a step 41 shifts the contents of the lower byte of the instruction to a work register TEMP in a processor. Subsequently steps 42, 43 execute the decrement of the contents in the TEMP and end the instruction at the time when the contents of the TEMP is turned to ''0''. The required time up to the end of the instruction is set up by the internal cycle time required for the execution of the steps 42, 43. Consequently the execution of the instruction can be end after the time specified by the program.
Patent JP-S58147092-A (JP)
Inventor: HONMA SEIJI
IPC: H05K3/42
Filed: 1982-02-26
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-H10228004-A (JP)
Title: Plastic spectacle lens
Inventor: MACHIDA KATSUICHI
IPC: C09K3/00
Filed: 1997-02-13
Abstract: PROBLEM TO BE SOLVED: To obtain a plastic spectacle lens capable of shielding light in the near infrared ray range at a high rate and excellent in eye protecting function. SOLUTION: A Cu ion-base ionic metallic component is dispersed by 1.0-50 parts by mass in 100 parts by mass of a copolymer obtd. by copolymerizing a monomer mixture of 2-60 mass % of phosphoric acid group-contg. monomer represented by the formula and 98-40 mass % of monomer copolymerizable with it. A UV absorber is preferably dispersed in the copolymer.
Patent JP-S58148638-A (JP)
Title: Mounting method for parts of explosion-proof rotary electric machine
Inventor: FUJII KAZUYUKI
IPC: H02K5/136
Filed: 1982-02-26
Abstract: PURPOSE:To improve the explosion-proofness of a rotary electric machine by forming the prescribed shortest distance to bolting holes at the engaging surface of a frame on the bottom of a mounting unit with the bottom of the engaging holes of a frame and forming the prescribed gap and the depth of the gap corresponding to the depth of the engaging hole between the side face of the unit and the side face of the engaging hole. CONSTITUTION:The finishing degrees of the bottoms of a mounting unit 16 and an engaging hole 11 are formed as the specified instruction, a bonding surface 17 is formed with the bottom surface of the unit and the bottom of the hole, the shortest distance L1 to the bolting hole 12 of the surface 17 is formed as the specified instruction, formed as the difference between the diameter of the hole 11 and the diameter of the unit 16, i.e., the gap W, and a depth L of the gap corresponding to the depth of the hole 11 is formed. After a field core 4 is fixed to the inside of a magnet frame 10, the part which is engaged with the hole 11 is removed from the unit 16, and a tongue 20 of a washer 19 with a  tongue is engaged with a groove 18 formed in advance at the outer longitudinal  peripheral direction.
Patent JP-H08197119-A (JP)
Title: Control method for plate thickness by hot continuous rolling mill
Inventor: MIYAGI YASUSHI
IPC: B21B37/18
Filed: 1995-01-24
Abstract: PURPOSE: To provide a control method for a plate thickness by a hot continuous rolling mill by which the plate thickness of a rolling stock can be controlled with a few errors by suppressing the variations of time series errors even in the case of plural rolling stands. CONSTITUTION: It is necessary to previously obtain respective actual values of the deviation Δh of an intermediate plate thickness to be measured when the tip part of a rolling stock 12 passes through a plate thickness meter 10 between rolling stands, the correction quantities ΔS of drawing down in the respective rolling stands, and the deviation of the final plate thickness of the tip part of the rolling stock 12 at the time of previous rolling.  Successively, when rolling the same kind of a rolling stock as that at the time of previous rolling to the same final plate thickness, the correction quantities ΔS of drawing down in the respective rolling stands are determined according to ΔS = G.f (Δh-b) by correcting a drawing down correcting gain G and the offset quantity (b) of the deviation Δh of the intermediate plate thickness by the deviation Δh of the intermediate plate thickness of the tip part of the rolling stock 12 to be measured and respective actual resultant values.
Patent JP-2000229223-A (JP)
Title: Electrolytically deionizing device and its operation
Inventor: MORIBE TAKAYUKI
IPC: B01D61/46
Filed: 1999-02-05
Abstract: PROBLEM TO BE SOLVED: To effectively suppress the deposition of scale in a concentration chamber by providing a means for controlling the temp. of water supplied to the concentration chamber to equal to or above a specific value in an electrolytically deionizing device constituted so as to alternately form the concentration chamber and a desalination chamber by alternately arranging plural anion exchange membranes and plural cation exchange membranes. SOLUTION: A part of raw water successively pretreated in an activated carbon column 1 and an RO membrane separation device 2 is supplied to a concentration chamber 3B of the electrolytically deionizing device 3, the remainder is supplied to the desalination chamber 3A and treated and the flow-out water from the desalination chamber 3A is taken out as a treated water (product water). On the other hand, a part of the flow-out water from the concentration chamber 3B is discharged out of the system and the remainder is circulated to the supply side of the concentration chamber 3B by a pump 6. The feed water, composed of the raw water and the circulated water, to the concentration chamber 3B is heated to >=25 deg.C by a heat exchanger 4, in which a hot water valve is opened and closed by being linked with a thermometer 5.  As a result, the deposition of the scale in the concentration chamber 3B is effectively suppressed and stable operation is continued over a long period.
Patent JP-S54120263-A (JP)
Title: Roll forging apparatus for roll
Inventor: HONDA JIYUNTAROU
IPC: B21H1/14
Filed: 1978-03-11
Abstract: PURPOSE: To form the plastically worked layer in the outer shell of the roll, and to make possible the roll of good quality to be economically manufactured through the roll forging, by arranging in the roll forging apparatus for the roll, the support member of special mechanism, the roll forging member, etc.  
     CONSTITUTION: In the roll blak 1 (internal temperature is low, and temperature of the outer shell is high), one end is supported by the turn drive chuck 2, and another end is supported by plural rollers 3 so as to be axially stretchable. In the meantime, the roll forging member 4 is installed on the moving bed 8 consisting of a mechanism freely rotatable and slidable longitudinally and laterally, and is provided with the loosely rotating roller 6 of a circular (or straight) type internally provided with the cooler 5. The surface of the roll 1, being rotated by the roller 6, is pushed (at adjustable pushing angle), and the axial movement is repeated; hererby, the outer shell of the roll is worked into the specified roll provided with the plastically worked layer. Hereupon, it is possible to fix the roll forging member 4 and move and adjust the support members. The producivity and economical efficiency can be improved as compared with the machining method. 
     COPYRIGHT: (C)1979,JPO&Japio
Patent JP-H06241808-A (JP)
Title: Magnetic amplitude detection device
Inventor: TERAOKA HIROKI
IPC: G01C17/38
Filed: 1993-02-18
Abstract: PURPOSE:To provide a magnetic amplitude detection device which is not affected by magnetization without reducing the detectable maximum magnetic field and does not cause the drive circuit of excitation current to be complex. CONSTITUTION:In a magnetic amplitude detection device 10, DC voltages XD and YD from integration type differential amplifiers 18a and 18b are converted to DC current by voltage/current converters 24a and 24b and are fed back to first and second detection coil windings 12c and 12d. The DC current to be fed back stabilizes the internal magnetic field of a flux gate type sensor 12 to nearly zero constantly by generating feedback magnetic field in the direction for canceling surrounding magnetism. Even if magnetism remains in a core 12a, the internal magnetic field of the flux crate type sensor 12 to be detected stays within the range of a detectable linear region. Adoption of an excitation circuit 26 generating current with a single polarity as the drive circuit of excitation current easily constitutes the excitation circuit 26.
Patent JP-H07239046-A (JP)
Title: Slide valve
Inventor: FUKUZAWA SATORU
IPC: F16K11/074
Filed: 1994-02-28
Abstract: PURPOSE:To ensure that water is prevented from leaking from between the respective opposite parts of a lever holder and a valve element in a slide valve in which a valve hole in a valve seat is opened and closed by sliding of the valve element by control of a lever shaft supported on the lever holder. CONSTITUTION:A valve seat 6 having a valve hole 10a is provided inside a valve box 1 and a valve element 11 is provided above the seat 6. To a lever holder 12 provided above the valve element 11, a lever shaft 15 is attached via a pin 16 in such a way as to freely rock, and the lower end of the lever shaft 15 is connected to the valve element 11. A ring-shaped seal member 24 is mounted on the upper part of the valve element 11 and an elastic lip 26 provided on the outside diameter of the seal member 24 is brought into elastic contact with the lower surface of the lever holder 12. The valve element 11 is slid by the rocking and rotation about an axis of the lever shaft 15, so as to open and close the valve hole 10a. When liquid is delivered, the elastic lip 26 is deformed toward the lower surface of the lever holder 12 by the delivery pressure so as to prevent water from leaking out from between the respective opposite parts of the valve element 11 and the lever holder 12.
Patent JP-S56128212-A (JP)
Title: Air conditioner for automobile
Inventor: UEKUSA YASUYUKI
IPC: F24F11/02
Filed: 1980-03-10
Abstract: PURPOSE:To obtain an optimum temperature control by setting a temperature control target line corresponding to a temperature difference between a passenger room temperature and a set temperature when the temperature difference exceeds a predetermined value. CONSTITUTION:When the air conditioner is operated at time t1, RAM19 reads out the passenger room temperature T10 and set temperature Ts in response to a signal from a timer 18, and CPU17 obtains the temperature difference ¦T10-Ts¦ and in accordance with thus obtained temperature difference, determines a temperature control target line Tg which is curved from an initial value T10 to the set temperature Ts. CPU17 Controls an air mixing door so that the passenger room temperature Ti follows the target line Tg. A solenoid 23a or 23b of an electropneumatic converter is turned-on or-off by a control signal fed through an output interface 21 and an amplifier 22.
Patent JP-H01204777-A (JP)
Title: Printer
Inventor: KAWADA TADAICHI
IPC: B41J29/52
Filed: 1988-02-10
Abstract: PURPOSE:To enable printing to be surely performed within a set range and avoid wasting a paper, by printing by ignoring an output from a paper end sensor after a printing range is set. CONSTITUTION:Where a TOF length for a cut paper having an arbitrary size is set to a value corresponding to, for example, 66 lines, if a printing range is not set, a printing operation is stopped when the trailing end of the paper is detected by a paper end(PE) sensor 1 upon printing about 60 lines, and the paper is forcibly discharged. On the other hand, when a printing range is set to 63 lines by a console-display panel 16 or a host computer 18, an output from the PE sensor 1 is ignored even if the trailing end of the paper is detected by the sensor 1 upon printing 60 lines. When printing of the remaining three lines in the set range is finished, the paper is fed by a predetermined amount, and is then forcibly discharged. Where the same setting as above is made in use of a long-sheet paper, the setting of the printing range is cleared when the paper is fed by a predetermined amount after printing of 63 lines is finished. Therefore, the subsequent control of printing range is carried out based on the output from the PE sensor 1, thereby preventing needless paper feeding.
Patent JP-H07240649-A (JP)
Title: Agc circuit
Inventor: ADACHI TOSHIMASA
IPC: H03G3/30
Filed: 1994-02-28
Abstract: PURPOSE:To prevent the inter-modulation of analog and digital modulating signals and to prevent the degradation of reception signal quality by mixing a local oscillator signal with the received signal for which an attenuation processing is performed, performing a frequency conversion and controlling attenuation amount by the output. CONSTITUTION:After radio waves where analog modulation signals and digital modulation signals to be transmitted from a prescribed transmission system coexist are received and the waves are converted by a low noise frequency conversion circuit, an attenuation processing is performed in a variable attenuation circuit 18, and local oscillator signals are mixed with the received signals for which the attenuation processing is performed, and the signals are converted into intermediate frequencies in a frequency mixer circuit 21. A distribution circuit 31 supplies these converted outputs to each of a band-pass filter 22 and an AGC voltage generation circuit 32. The band-pass filter 22 performs a band limit of the output of the frequency mixer circuit 21 and derives the output to a demodulation part via an amplifier circuit 23. The voltage generation circuit 32 generates control voltage so that the variable attenuation circuit 18 may have a prescribed attenuation amount based on the modulation signal level taken out from the front step of the band-pass filter 22 by the distribution circuit 31.
Patent JP-H02209363-A (JP)
Title: Device for automatic towel folding machine
Inventor: NAKAI MITSUO
IPC: B65H45/14
Filed: 1989-02-08
Abstract: PURPOSE:To make the folding and packing of a towel into automation by folding the towel with a folder and a bending plate and then holding it between both upper and lower sheets and pressing the towel by a heater. CONSTITUTION:A towel 3 is uplifted by a folder 2 and, after being folded double, the folder 4 is moved in the longitudinal direction on a base 4, whereby it is folded quadruple. Then, the folder 4 is extracted from the towel 3, and a front bending plate and a rear bending plate of the base 4 is bent in order, thus the front and rear of the fourfold towel are folded. The folded towel 3 is held between both upper and lower sheets, and pressed tight by a heater moving up and down, thus the folded towel is packed in this way. Consequently, the towel 3 can be automatically folded and packed.
Patent JP-H10229494-A (JP)
Title: Halftone-expressing method and software, and printer
Inventor: OSHIO HIROSHI
IPC: H04N1/407
Filed: 1997-02-13
Abstract: PROBLEM TO BE SOLVED: To print images with high quality a according to the characteristics of a printer and the image characters by generating plural tone curves in consideration of the printer characteristic, selecting one of these tone curves, in response to the distribution of image levels, and printing the images in a halftone expression by means of the selected tone curve. SOLUTION: An image information deciding tone curve selection part 31 selects one of tone curves 33 to 35, based on the image data stored in an input image data information memory 40. An input/output conversion part 32 converts the image data received from the memory 40, based on the selected tone curve and supplies the converted image data to an image memory 41 of a printer 20. The printer 20 prints the image data, which have been converted and stored in its memory 41. The curves 33 to 35 are generated in consideration of the print characteristic of the printer 20, e.g. the ratio set between the dot diameter and pitch, the actual printing lightness, etc.
Patent JP-H03234649-A (JP)
Title: Ink jet recorder
Inventor: DOI JUN
IPC: B41J2/05
Filed: 1990-02-13
Abstract: PURPOSE:To achieve improvement of throughout of recording by enabling good recording to be always performed by a method wherein a head recovery device is driven during a period for replacement of a recording medium. CONSTITUTION:A CPU 82 of a printing control part 81 receives a data to be sent from a body 6, and executes a program such as a series of recording operation preliminarily stored in a ROM/RAM 83 according to said data, a head recovery operation, etc. Then, the recovery operation of a head 10 is so established as to be executed by driving a head recovery device 16 during a period wherein recorded recording paper is substituted by recording paper to be recorded. In the case where the data from the body is a paper feed command of recording paper, the CPU 82 turns on a paper feed flag indicating start of feed of recording paper, and makes the ink jet recording head 10 transfer to a recovery position. Thereafter, the CPU 82 drives a medium feeder 86 by starting a medium feed drive part 84 and besides, drives the head recovery device 16 by starting a head recovery device drive part 85.
Patent JP-S56126496-A (JP)
Title: Water treatment
Inventor: FUJIMOTO TADAO
IPC: C02F11/04
Filed: 1980-03-08
Abstract: PURPOSE: To recover and utilize the methane produced by fermentation so that the economical efficiency may be improved, by treating the excessive sludge in a deep tank with anaerobic bacteria after it is treated with aerobic bacteria in the course of water treatment.  
     CONSTITUTION: The sludge settled and separated at the first settling tank 2 and the excessive sludge settled and separated at the second settling tank 4 and remained after a part of sludge is returned to aerating tank 3, are sent to condenser 5 and condensed. Then, the separated liquid is supplied to supplying passage 1 and retreated and, at the same time, the condensed sludge is decomposed at treating tank 6 under a pH conditions where aerobic bacterias are active. Then, at deep tank 7 buried in the earth to ≥10m depth and provided with a circulating current passage of descending passage R 1  and ascending passage R 2  connected to the former at depth, the condensed sludge is treated and changed into a gas under a pH conditions where anaerobic bacterias are active. The methane gas produced by fermentation is recovered and utilized at the post-treatment device. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-H10217037-A (JP)
Title: Manufacture of polygonal static pressure bearing
Inventor: MURAKAMI MITSUO
IPC: B23H7/02
Filed: 1997-01-29
Abstract: PROBLEM TO BE SOLVED: To simply form plural plane-like bearing surfaces for slidably supporting the respective side surfaces of a polygonal spindle, by wire-discharge- working a metallic block as the main body part of a bearing. SOLUTION: Holes 11a-11d for changing a work direction, and moreover a round hole 12 for inserting a wire are formed on places corresponding to the respective corner parts of four bearing surfaces 10a-10d. Then, a discharge working wire 13 is inserted into the round hole 12, and a direction is changed on by the holes 11a-11d in the respective corner parts to move a block 10 to carry out discharge work so that the locus of the wire 13 can be the bearing surfaces 10a-10d. This can form angle holes on a block 10, and concurrently four side surfaces of the angle holes can be formed on the bearing surfaces 10a-10d of the angle spindle 1.
Patent JP-S60174834-A (JP)
Title: Method for controlling cooling of plate
Inventor: TEZUKA SAKAE
IPC: B21B45/02
Filed: 1984-02-21
Abstract: PURPOSE:To realize stable controlled cooling by expressing the heat transfer coefft. between a refrigerant to be ejected and the surface of a plate as the function of the surface temp. of the plate, the temp. of the refrigerant and the flow rate of the refrigerant, solving the heat transfer equation and approaching the temp. to stop cooling of the plate to the target based on the flow rate of the cooling rate and cooling time. CONSTITUTION:A plate 1 is conveyed 3 and the surface temp. thetas thereof is measured 5 and is transmitted to a control calculator 3. The size, component and required material quality of the plate are inputted from an input device 6 to the calculator 3. The refrigerant flow rate Ws and refrigerant ejection time, i.e., refrigerant stop time tf necessary for obtaining the required material quality are calculated from the size, components, required material and temp. thetas of the plate and the refrigerant temp. thetaw in the calculator 3 and are outputted to a control valve 8. The result thereof is confirmed by the feedback signal from a flowmeter 7. The calculator 3 checks the time tf with an internal timer and closes the valve 8 upon lapse of said time. Said calculator emits also a transportation command to a conveying installation 2 and the refrigerant is ejected 9 to the plate 1 while the valve 8 is open.
Patent JP-S58149398-A (JP)
Inventor: KATSURA TOORU
IPC: D21H17/50
Filed: 1982-02-25
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-H01253505-A (JP)
Title: Four-cycle engine
Inventor: YOSHIKAWA MASAAKI
IPC: F01L1/04
Filed: 1989-02-10
Abstract: PURPOSE:To reduce the measure of an engine in the direction of a camshaft by specifying positional relations between three intake valves and two discharge valves per cylinder, side relations between mushroom diameters of the valves, and positional relations between bearings. CONSTITUTION:Three intake valves 5 and two discharge vales 6 are arranged per cylinder, facing a combustion chamber 3. The vales 5, 6 are respectively driven by camshafts 9, 10, which are supported by means of cam bearings 14, 15. The valves 5, 6 are arranged on both sides of a center line l3 which passes the center of the combustion chamber 3 and is parallel to the camshafts 9, 10, while symmetrically arranged in relation to a perpendicular l6 crossing the center line l3. The cam bearings 14, 15 are arranged symmetrically in relation to the center line l3, while mushroom diameters (d) of the intake valves are set smaller than the shade diameters D of the discharge valves.
Patent JP-H02238158-A (JP)
Title: Overhead camshaft internal combustion engine
Inventor: FUTAKUCHI YORIO
IPC: F01L1/04
Filed: 1990-02-13
Abstract: PURPOSE:To tighten fastener bolts without detaching bearing caps by setting the bearing caps above the fastener bolts, and forming escape parts for a tool which tightens the fastener bolts, at the bearing caps. CONSTITUTION:A crack case (a), a cylinder (b) and a cylinder head (c) are positioned through a plural number of positioning parts 1, 2 respectively, and are fastened and fixed through a plural number of the fastener bolts 3, 3. In this case, at upper parts of the cylinder head (c), a plural number of cam shafts 14, 14 which rotate intake and exhaust valves, respectively, are set above the respective bolts 3, 3. Journal parts of the cam shafts 14, 14 are supported with bearing which are composed of the bearing parts (c, c') of the cylinder head (c) and the bearing caps 16. At upper parts of the bearing caps 16, communication ports 18, 18 are opened so as to correspond with axial lines of the fastener bolts 3, 3. Escape parts for a tool which tightens nuts 12 of the fastener bolts 3, 3 are formed by the communication ports 18, 18.