baber/WOPTO huggingface dataset:
Patent JP-S63127352-A (JP)
Title: Common bus transfer control system
Inventor: TEJIMA TORU
IPC: G06F13/12
Filed: 1986-11-17
Abstract: PURPOSE:To contrive to attain high speed data transfer processing by comparing an address stored in an address buffer with an address of a request data and transferring its data to a data transfer request input/output controller so as to update an operation history in case of dissidence. CONSTITUTION:A channel controller 3 compares 9 an address stored in an address buffer 7 with a memory address of a request data with respect to a data transfer request from an input/output controller 6. As a result, the operation history of an area of a data buffer 8 corresponding to the address being the result of comparison coincidence is updated into the newest information, the data is read and transferred to the input/output device 6 requesting the transfer via a common bus 5. In case of comparison dissidence, the controller 3 applies request of use of a memory bus 4 to the CPU 1 and monopolizes, the memory bus 4 to access the memory 2. Then the memory address is written in the area of the buffer 7 corresponding to the area written in the buffer 8 to update the operation history for an operation history control section 10 corresponding to the area into the newest using history.
Patent JP-H03136702-A (JP)
Title: Numerical control device having compensating function for backlash in y-axial direction
Inventor: SUZUKI FUMIO
IPC: B23B3/16
Filed: 1989-10-19
Abstract: PURPOSE:To compensate a backlash in the Y-axial direction while sustaining the positional accuracy in the Y-axial direction by slightly rotating a stationary gear which causes the backlash in the Y-axial direction but is irrelevant to the turning of a turret, so as to compensate the backlash in the Y-axial direction. CONSTITUTION:When a servo-motor 7 is driven so as to turn a turret 1, an intermediate gear 9, a unit gear 10 and a Y-axis unit 3 are turned in the same direction so as to locate the position of the Y-axis unit 3. Accordingly, the intermediate gear 9 that is rotated about a stationary gear 8 in association with a turn of the turret 1, rotates the unit gear 10 so that the rotary tool shaft 6 of the Y-axis unit 3 is held in parallel with the X-axis. With a Y-axis instruction value from memory, the turning direction of the turret 1 in the Y-axial feed direction is determined. If the turning is normal, an instruction is transmitted to a turret turning shaft control section so as to locate the position of the Y-axis unit 3 in order to perform the Y-axis machining. If the turning is reverse, an instruction is transmitted to a cylinder control section so as to slightly turn the stationary gear 8 by way of a turning lever 19 in association with the stroke of a hydraulic cylinder 20 so as to compensate the backlash in the Y-axis direction, and thereafter, the Y-axis machining is carried out.
Patent JP-H03133644-A (JP)
Title: Blanket cylinder of offset rotary press
Inventor: HARA AKIRA
IPC: B41F30/00
Filed: 1989-10-19
Abstract: PURPOSE:To prevent an mixture of a washing liquid, dusts, ink, and others from invading into a gap by providing a gap bridge which covers the gap produced between the ends of a blanket wound at the upper end of a groove to be nearly flush with the outer circumferential surface. CONSTITUTION:A gap bridge which covers a gap produced at the upper end of a groove 20 between the ends of a blanket 4 wound into the groove 20 to be nearly flush with the outer circumferential surface is composed of an inverted L-shape member 30 having one edge held to be nearly level with the outer circumferential surface of the blanket 4 and a fitment 32 fixing the inverted L-shape member 30 to the blanket 4. A material of the inverted L-shape member 30 is not limited to a metal, but a hard plastic and the like may be used. The blanket 4 with the gap bridge 30 fixed is wound around the outer circumference of a blanket cylinder 2. The both ends are inserted from the upper end of the groove 20 to be fitted into slits of blanket winding shafts 22a, 22b. Then, the blanket 4 is windingly fastened so that the top surface of the gap bridge 30 is made to be nearly flush with the pheripheral surface of the blanket 4.
Patent JP-H02119050-A (JP)
Title: Polymer secondary battery and manufacture thereof
Inventor: DEMACHI ATSUSHI
IPC: H01M4/36
Filed: 1988-10-28
Abstract: PURPOSE:To enhance quick charge-discharge performance by forming a polypyrrole film by electrolytic polymerization on a current collector made of a conductive woven fabric having good corrosion resistance. CONSTITUTION:A current collector having good corrosion resistance is manufactured by cutting, for example, a stainless steel woven fabric in a required dimension and conducting seam welding in its periphery. The stainless steel woven fabric has a sufficient surface area and conductivity as the current collector of a polymer secondary battery and has such rigidity that it does not bent by its dead load when it is uprighted with the lower end fixed. A solution in which pyrrole, a supporting salt, and cation exchange resin are dissolved is prepared. The current collector is immersed in this solution and electrolytic polymerization is conducted. Since the conductive woven fabric having remarkably large surface area compared with a mesh is used as the current collector, adhesion of a conductive polymer is increased and a conductive polymer film having sufficient film thickness can be formed.
Patent JP-H02119030-A (JP)
Title: Cathode-ray tube and deflection yoke testing device
Inventor: YANAGIHARA TOSHIO
IPC: H04N17/04
Filed: 1988-10-27
Abstract: PURPOSE:To enable the device in the title to secure linearity in a deflection yoke and to make its fine adjustment even if the deflection yoke has a large compensating quantity, by synthesizing bilateral pincushion distortions and horizontal deflection distortions respectively with a sawtooth wave, a square waveform and a double square waveform for being compensated, subsequently adding the compensation results together, and then submitting the addition result to high power amplification so as to form a test signal. CONSTITUTION:Outputs from a sawtooth wave generator circuit 10, a square waveform generator circuit 11 and a double square waveform generator circuit 12 in a horizontal deflection distortion compensating section are given respectively through coefficient multipliers, 13 to 15 to an adder circuit 16 which synthesizes the outputs together to form a horizontal deflection distortion-compensated signal  H. Accordingly, each of the equal-spacing distortions between the horizontal deflection center and both-side horizontal deflection portions of the output of the circuit 10 is compensated by the output of the circuit 11, while both-side horizontal deflection portions are compensated so as not to lose linearily due to the overcompensation thereof by the output of the circuit 12. Bilateral pincushion distortions also are likewise compensated to form a compensation result signal  V, and then both signals,  H,  V are mutually added for submitting the addition result to high power amplification to form a deflection yoke test signal. As a result of this, linearity in a deflection yoke can be secured even if the deflection yoke has a large compensating quantity, and this enables the deflection yoke to be finely adjusted without making any changeover of taps, etc.
Patent JP-H06123910-A (JP)
Title: Wall surface checking device using balloon
Inventor: INOUE MOTOYUKI
IPC: G03B15/00
Filed: 1992-10-12
Abstract: PURPOSE:To efficiently, safely and automatically observe and check a large scale civil work structure, etc., especially, the wall surface of the structure in a short time by picking up the image of the desired wall surface by an image pickup means while adjusting the height of a balloon and then, transmitting the image to a recording means. CONSTITUTION:The height of the balloon 1, that is, the height of an observing part 2 is adjusted so that it may lie on a proper desirable position by feeding out and winding a wire 42 by a rotary type motor-driven drum 5, and also the image of the inside wall of a surge tank 21 is picked up by the observing part 2 while rotating the observing part 2 so that it may face in a desirable observing direction. And the image of the wall surface is transmitted to an optical receiver 37 installed outside a water conveyance channel through an optical fiber cable 55, an automatic reel 23 and an optical fiber cable 63, and the image is recorded in a VTR 39 through the optical receiver 37, and also, it is displayed on a monitor 40 as a wall surface video through the VTR 39. Then, a checker observes the wall surface video to carry out the wall surface checking such as checking of whether or not a crack, etc., is generated on the wall surface of the surge tank 21.
Patent JP-H03134622-A (JP)
Title: Liquid crystal electrooptical element
Inventor: HORIGUCHI HIROSADA
IPC: G02F1/1333
Filed: 1989-10-20
Abstract: PURPOSE:To form the liquid crystal electrooptical element of a wide visual angle by forming fine ruggedness on the surface of the electrode substrate on at least one side of a cell. CONSTITUTION:An upper polarizing plate 101, a liquid crystal cell 102, an optically anisotropic body 103, a lower polarizing plate 104, a reflecting plate 105, etc., are provided. The upper substrate 121 of the cell 102 is formed with a resin layer 122 of photosensitive polymide on the surface. This resin layer 122 has a film thickness of, for example, 2.0mum in average and is subjected to the surface treatment by etching so as to be provided with + or -5,000Angstrom ruggedness. The liquid crystal 126 has, for example, 6.0 mum average cell gap and has 210 deg. twist orientation counterclockwise from the upper substrate toward the lower substrate. The liquid crystal element formed in such a manner has no inversion of display at all and, therefore, the displaying at the wide visual angle is possible.
Patent JP-S62133418-A (JP)
Title: Hologram disk
Inventor: FUJIOKA NAONOBU
IPC: G02B26/10
Filed: 1985-12-04
Abstract: PURPOSE:To forecast the durability of a hologram disk by a simple inspection to previously prevent the disk from damage accident by simply detecting a surface crack generated from a circular notch of the disk. CONSTITUTION:A conductive thin film pattern is formed on the disk only by a slight distance (a) from the circular notch 4. Said pattern consists of a semicircular thin wire 10, lead wires 12 drawn from both the ends of the thin wire 10, inspecting electrodes 14, and so on. Phenomena that the conductive thin film pattern formed on the hologram disk is damaged simultaneously with the generation of a surface crack and a conductive circuit formed by the thin film pattern is disconnected are used, and when the surface crack exceeds the distance (a) and exceeds also the thin fire 10, the thin wire 10 is broken, so that the state of the crack can be detected by checking the presence or absence of the break on the basis of a conductive test. If the conductive thin film pattern is multiplexly formed, the advancing state of the crack can be grasped more detailedly.
Patent JP-2000098896-A (JP)
Title: Tacky adhesive sheet for double sticking
IPC: G09F3/10
Filed: 1998-09-28
Abstract: PROBLEM TO BE SOLVED: To provide a tacky adhesive sheet which can be stuck to articles without a mistaking the articles to be stuck and without the discharge of unnecessary waste, etc., and can be stored as slips, etc., for management of the transfer and receipt of the articles to which the sheet is stuck. SOLUTION: This tacky adhesive sheet 20 is composed to have a first base material sheet 1 on one side and a second base material sheet 2 on the other side to be superposed on each other across release layers 3, 5 and tacky adhesive layers 4, 6 in between. The first base material sheet 1 side is alternately provided with the release layers 3 and the tacky adhesive layers 4 and the second base material sheet 2 side with the release layers 5 and the tacky adhesive layers 6. The release layers 3 on the first base material sheet 1 side and the release layers on the second base material sheet 2 side are so formed as not to overlap on each other. Laminated layers 11 are disposed between the first base material sheet 1 and the release layers 3 and the tacky adhesive layers 4 on the firs base material sheet 1 side. The portion between the laminated layers 11 and the first base material sheet 1 is formed as a pseudo adhesive state.
Patent JP-H0576240-A (JP)
Title: Roll bale finely cutting and disjointing device
Inventor: TOGASHI TATSUSHI
IPC: A01F29/06
Filed: 1991-09-25
Abstract: PURPOSE:To obtain the title device for efficiently finely cutting and disjointing a roll bale having a crude feed formed into a cylindrical state from the outer periphery of the roll bale, equipped with a means for loading and rolling the roll bale, a means for laterally cutting the roll bale from the circumferential surface and a means for longitudinally cutting. CONSTITUTION:In a roll bale finely cutting and disjointing device 1 wherein a roll bale R formed by winding a crude feed into a cylindrical shape is finely cut from its outer periphery, recovered and disjointed, the roll bale R is loaded on the roll bale finely cutting and disjointing device 1 having placed a mobile truck 2 equipped with a pair of left and right front wheels 3 and rear wheels 4 and a coupling part 5 to be connected to an agricultural tractor, the roll bale R is rolled in its circumferential direction by rolling means 6 and 7 and the rolling roll bale R is successively and finely cut from the outer periphery of the cylinder at a specific position of the circumferential surface of the roll bale R by using a laterally mobile blade 15 moving along the direction of the generator of the surface of the roll bale 5 and a longitudinal rotary blade 11 revolved by a rotary shaft 11b in parallel with the direction of the generator of the roll bale R and disjointed.
Patent JP-H10126138-A (JP)
Title: Adaptive array receiver
Inventor: FUKAWA KAZUHIKO
IPC: H01Q3/26
Filed: 1996-10-16
Abstract: PROBLEM TO BE SOLVED: To secure a satisfactory adaptive array operation, regardless of the effects of a multi-path or an interference wave by performing the linear composition of signals received from plural sector antenna groups, based on a weighting coefficient to eliminate the interference and to perform diversity composition and controlling the weighting coefficient to minimize an error signal. SOLUTION: Baseband receiving signal generators 21a to 21c and 27a to 27c detect semi-synchronously the waves, received from the antenna elements 13a to 13c and 14a to 14c respectively and output the receiving signals x1 (i) to x6 (i). The complex multipliers 41 to 46 multiply the weighting coefficients received from a weighting coefficient estimation circuit 51 by the signals x1 (i) to x6 (i) and sends these multiplication results to a complex adder 47. A decision unit 48 decides hard the array composition signal output of the adder 47 in a training signal section and outputs a decision signal to an output terminal 36. The circuit 51 receives an error signal from a complex subtracter 49 and assigns the weighting coefficients to the multipliers 41 to 46, in order to minimize the average square of the error signal.
Patent JP-H10124488-A (JP)
Title: Postal code number conversion system for address data
Inventor: SHINTANI KOZO
IPC: G06F17/22
Filed: 1996-10-16
Abstract: PROBLEM TO BE SOLVED: To automatically converts the address data stored in a customer data base into the new postal code number. SOLUTION: The address data are read out of an address data memory 1 which stored the customer address data based on an old postal code system. Then a postal code number where an address contained in the customer address data is common to the address that is designated by a new postal code number is selected out of a new postal code data memory 2 which stored the data showing the corresponding relation between the postal code number set based on both old and new postal code systems and the address areas designated by the new postal code number. If no common address is detected, the addresses stored in the memory 2 are partly processed by editing and compared with each other. Thus, the identity of addresses is decided and the efficiency is improved for conversion of the address data into the new postal codes number.
Patent JP-S61155166-A (JP)
Title: Automatic paper feed device for roll paper
Inventor: KANDA TSUTOMU
IPC: B65H35/04
Filed: 1984-12-27
Abstract: PURPOSE:To remove curls in a paper to reduce the overall length of a rail on which a carrier vehicle travels, thereby it is possible to reduce the occupied area of an automatic paper feed device, by leading a roll paper from a wind-up shaft through a curl removing blade with the use of the carrier vehicle, and they by clamping the paper with the use of reversing and clamping conveyors to reverse the same until it takes a desired position. CONSTITUTION:There are several kinds of roll papers are set on a carrier bed, the kinds, diameters and widths of coils are inputted as data into a computer in the order of introduction, a roll paper is selected in accordance with a signal from a computer. Accordingly, a cutter carrier vehicle 5 and a clamp carrier vehicle 6 are moved to a position just below the selected roll paper, and a predetermined length of the roll paper instructed in accordance with the diameter of the coil is pulled out from a roll paper wind-up shaft 2 by being gripped by holders 29, 29' while it is led through on a curl removing blade 4 under tension. With this arrangement, since curls in the paper may be removed, the gripping is surely and simply made, and the thus pulled-out paper is delivered to reversing and clamping belts 32, 33 to be reversed. Accordingly, it is not necessary to have the clamp carrier vehicle 6 travel by a desired length of the roll so that the overall length of the travel rail may be reduced and the occupied area of the installation may be also reduced.
Patent JP-H09113381-A (JP)
Title: Time and temperature displaying material
Inventor: YANAGI MASATO
IPC: G01K11/12
Filed: 1995-10-23
Abstract: PROBLEM TO BE SOLVED: To provide a display material and a display device for displaying the change of time at a predetermined temperature or an arrival to a temperature-time integrating value and a predetermined temperature as the change of a color. SOLUTION: This display material comprises an A agent carried in a carrier and a B agent in an untouched state. A display part (1) for displaying time or temperature-time integrating value as the change of a color by bringing the A agent into contact with the B agent for reaction and a display part (2) for displaying an arrival to a predetermined temperature as the change of a color are integratedly formed. However, the A agent and the B agent comprise the combination of a pigment for changing a color by reacting to a radical generating agent and a radical and/or a pigment precursor.
Patent JP-H06123114-A (JP)
Title: Auger drain depositing construction method and its device
Inventor: KURIMOTO NAKATOMI
IPC: E02D3/10
Filed: 1992-10-13
Abstract: PURPOSE:To construct a uniform sand pile in the ground using sand in a fixed casing by piercedly excavating the ground through a rotary casing, and drawing up the casing through the vertical motion and horizontal vibration of an inner lever. CONSTITUTION:A fixed casing 1 is set at the axial center of a sand pile, and a shoe 12 is press-fitted in the fixed casing 1. A rotary casing 3 is normally rotated by an auger machine 4 to piercedly excavate the ground. In this case, air is jetted from a jetted air supply pipe 11 to facilitate piercing motion, and sand is supplied into the fixed casing 1 from a sand supply hopper 2. In addition, piercedly excavated sand and soil are discharged through a drawn window 19 and pressedly attached to the wall face of an excavated hole. After the rotary casing 3 attains a fixed depth, the air is supplied into the fixed casing 1 to increase inner pressure, and then the auger machine 4 is started again to reversely rotate the rotary casing 3. An air spring and a vibroplot 7 are actuated to draw up the whole device with the vertical motion and horizontal vibration of the inner lever 5, and the sand in the casing 1 is pushed out to construct the sand pile in the ground.
Patent JP-H02120249-A (JP)
Title: Production of glass body having refractive index distribution
Inventor: SHINGYOUCHI KAZUO
IPC: C03B37/016
Filed: 1988-10-28
Abstract: PURPOSE:To enable a glass body of a large size having refractive index distribu tion in the perpendicular direction under mild conditions by dipping a gel which is formed by adding a metal salt to a suspension of a silica powder of a speci fied specific surface area and specified particle sizes in an eluate heated lower than the boiling point to leach the metal. CONSTITUTION:A silica powder of less than 60m<2>/g specific surface area and more than 30 millimicrons particle size is dispersed in water, combined with a solution of metal salt or metal alkoxide, for example, a solution of Ge(OC4H9)4 in n-propanol to form a gel. The gel is dipped in an eluate of acid, alkali, water or organic solvent at a temperature lower than the boiling point to elute a part of the metal components. Then, the product is dried, and sintered to give the objective glass body having a refractive index distribution in the perpen dicular direction which is suitable for a parent material of optical fiber or rod lenses.
Patent JP-H03137327-A (JP)
Title: Compaction finishing device
Inventor: HAYASHI YUICHIRO
IPC: E02F3/40
Filed: 1989-10-20
Abstract: PURPOSE:To allow a single machine to make excavation of a face of slope and its compaction by holding a bucket, having a top plate capable of opening and closing, and a vibratory compacting unit in such a way as capable of swinging fore and aft and of parallelly moving up and down with the aid of a parallel link. CONSTITUTION:A bucket device 3 and a vibratory compaction part 4 are mounted through a mounting tool 2 at the arm 1b tip of a back hoe 1, wherein the bucket device 3 is equipped with a body part 3a to scoop gravel and a top plate 3b which opens when the gravel is to be fed to the vibratory compaction part 4. This compaction part 4 is composed of a vibratory compacting unit, including a boat type rolling plate 4a and an excitor unit 4b, and a retaining mechanism for holding at the mounting tool 2 in such a way as capable of swinging fore and aft and to the left and right and parallelly moving up and down. Compaction is made by grading the gravel with a scraper and by vibrating using the mentioned boat type rolling unit 4a and excitor unit 4b. This can enhance the compaction efficiency for a face of slope etc.