baber/WOPTO huggingface dataset:
Patent JP-H09235120-A (JP)
Title: Production of bismuth-based oxide superconductor
Inventor: TACHIKAWA KYOJI
IPC: C01G29/00
Filed: 1996-03-04
Abstract: PROBLEM TO BE SOLVED: To provide a method for producing a Bi-based oxide superconductor by which a dense oxide superconductor having a uniform composition can continuously be produced on the surface of a metallic substrate having the flexibility to readily obtain a long conductor good in adhesion to a metallic substrate. SOLUTION: A composite material comprising the first layer composed of Bi metal or a Bi alloy 2 applied to the surface of an Ag or an Ag alloy substrate 1 and the second layer composed of an oxide 3 containing at least Sr- Ca-Cu-O elements is heat-treated to form a Bi-based oxide superconductor layer 4 by mutual diffusion. Otherwise, a composite material prepared by applying a mixture of the Bi metal or the Bi alloy 2 with the oxide 3 containing at least the Sr-Ca-Cu-O elements to the surface of the Ag or Ag alloy substrate 1 is heat-treated to form the Bi-based oxide superconductor layer 4 by the mutual diffusion.
Patent JP-H04282775-A (JP)
Title: Illustration control processor
Inventor: IIZUKA FUMIYUKI
IPC: G09G5/00
Filed: 1991-03-12
Abstract: PURPOSE:To obtain a control processor capable of defining the movement of control information between screens and easily forming and correcting the control information by managing the control information correspondingly to each screen at the time of controlling the display of an explanation screen by a computer. CONSTITUTION:An illustration file 1 for storing illustrations constitutes a page of each illustration and each object layer and arranges required vehicles, rails and nodes on respective prescribed positions in the object layer space and a template file 2 stores respective templates consisting of required control information in each of the vehicles, the rails and the nodes. A processing part 3 executes processing specified by a script defined in the template of each node in each specified page and displays an illustration specified by the script on a display part 4, which is constituted so as to superpose a graphic obtained when a vehicle graphic is specified to the vehicle and display the superposed contents.
Patent JP-H03248201-A (JP)
Title: Method and device for calculating term of work
Inventor: MIZUTA HIROSHI
IPC: G05B15/02
Filed: 1990-02-26
Abstract: PURPOSE:To quickly calculate a required term of actual work to reduce the burden of workers by directly inputting and processing start and completion data of each stage without work slips and storing data of a production stop period or the like. CONSTITUTION:Processing is performed in manufacturing devices M1 to M4 and stages A to D. When calculation of the term of work is requested, a work term calculating part 40 reads in input data in respective lots of products of the same kind subjected to processings in stages A to D from group control CPUs C1 and C2. Based on this input data, the start time is subtracted from the completion time to calculate the term of work in each stage. The schedule corresponding to the calculated term of work is read out from a schedule management file 50 to check whether holidays are included in the term of work or not. When they are not included, the calculated period is defined as the period of actual work; but when they are included, it is checked whether the number of equipments operated no holidays is larger than a reference value or not. When it is equal to or smaller than it, holidays are subtracted from the calculated period to obtain the term of actual work; but when it is larger than the reference value, the calculated period is defined as the term of actual work as it is. The calculation result is displayed on a display part 60.
Patent JP-S60191547-A (JP)
Title: Color picture reading element
Inventor: TSUMURA MAKOTO
IPC: H04N1/028
Filed: 1984-03-13
Abstract: PURPOSE:To attain the reading with high resolution and simple adjustment only without color misalignment by arranging adjacently read element arrays photoelectric-converting three color pictures on a board in parallel. CONSTITUTION:The reading element arrays 10a, 10c where plural unit reading elements converting the 1st and 2nd color signals into electric signals are arranged on a line and the reading element array 10b where plural unit reading elements converting the color signals into the 3rd color signal or a luminance signal are arranged on a line are arranged adjacently on a board of a case 1A in parallel. Color filters 11a, 11c to detect the 1st and 2nd colors are provided to the front face of the unit reading elements 3a, 3c of the arrays 10a, 10c. Since no filter is arranged to the array 10b, it acts like a luminance signal image sensor. Only one lens 5 of the optical system is enough by using a color image sensor 4 constituted through the incorporation of the three reading element arrays and the optical adjustment is finished by having only to align the optical centers of a picture, mirrors 6a, 6b, the lens 5 and the sensor 4.
Patent JP-H04282948-A (JP)
Title: Video still picture transmission facsimile equipment
Inventor: KUSAO HIROSHI
IPC: H04N1/00
Filed: 1991-03-12
Abstract: PURPOSE:To transmit a video still picture, to transmit a binarized video signal and to print it out by digitizing the video signal, applying compression processing to the result, applying Huffman coding and binarizing the result. CONSTITUTION:ADC11b-11d digitize an inputted video still picture and gives the result to a memory 12. A picture data is stored in the memory 12 to be a transmission data by depressing a freeze button 7. Then a header information read section 32 detects a synchronizing signal from a reception signal and a code data is extracted and a decoding section 21Bc applies DPC decoding and Huffman decoding to the data and it is subjected to inverse quantization 21Bb. Its output is given to the memory 12, from which a video still picture signal is given to a receiver 5. Moreover, a data of a still picture sent via a communication line 14 is received by a control section 23 and sent to a header information read section 33 via a demultiplexer 22B and a code data is extracted, subjected to Huffman decoding, the result is fed to a binary printer 29, in which a still picture is printed out.
Patent JP-H04284969-A (JP)
Title: Manufacture of columnar pillar
Inventor: HATAKEYAMA SHIRO
IPC: B23K9/00
Filed: 1991-03-12
Abstract: PURPOSE:To manufacture a high-strength column pillar with small man-hour by using a square steel pipe which is manufactured by roll forming method. CONSTITUTION:The column pillar 1 is manufactured by assembling an integral inside reinforcing diaphragm 21 by joining two inner diaphragms 13 with a connecting ironware 20, boring slit-shaped through-holes 22 in the circumferential direction of beam joining part B of the square steel pipe 8 which is manufactured by roll forming method, inserting the inside reinforcing diaphragm 21 and executing plug welding 23 through the through-holes 22 from the outside.
Patent JP-H10237447-A (JP)
Title: Ferroelectric liquid crystal composition and ferroelectric liquid crystal element and driving method therefor
Inventor: KANEKO TAKESHI
IPC: C09K19/34
Filed: 1997-02-28
Abstract: PROBLEM TO BE SOLVED: To obtain a ferroelectric liq. crystal compsn. having a large temp. dependence of spontaneous polarization and a liq. crystal element prepd. from the same, having a small temp. dependence of response speed, and providing a wide temp. margin in its practical use by compounding a specific ferroelectric compd. and two specific compds. SOLUTION: This compsn. is prepd. by compounding 0.5-60wt.%, pref. 0.5-30wt.% compd. represented by formula I (wherein R1 is 4-16C alkyl; and R2 is 2-12C alkyl) with at least one compd. represented by formula II (wherein R3 and R4 are each 1-15C alkyl or alkoxy; and A is a group represented by formula III) and at least one compd. represented by formula IV (wherein R5 and R6 are each 1-18C alkyl or alkoxy; and X is H or one or two fluorine atoms) in a wt. ratio of the compd. represented by formula II to the compd. represented by formula IV of (40/60)-(90/10). Since the compsn. contains the compd. represented by formula I in a low concn. and has a relatively low spontaneous polarization. a good ferroelectric liq. crystal element hardly causing image persistence can be obtd.
Patent JP-S62206362-A (JP)
Inventor: OHASHI YOSHINORI
IPC: F25D17/08
Filed: 1986-03-04
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-S55141556-A (JP)
Title: Nozzle-steel strip interval measuring instrument in molten metal plating equipment
Inventor: TABUSE KENJI
IPC: C23C2/20
Filed: 1979-04-18
Abstract: PURPOSE:To accurately control the deposit of molten zinc, by precisely measuring the distance between nozzle and steel strip, when blowing gas by nozzle, for deposited amount control of continuous strip plated with fused zinc. CONSTITUTION:A steel strip 2 is lifted off vertically from a molten zinc bath 3, and the amount of molten zinc deposited on the steel strip surface is controlled to a proper amount by a gas injected from a face nozzle 5a and a back nozzle 5b. In this case, the quantity of injected gas, interval between nozzle and steel strip, and speed of steel strip passing between nozzles are measured, and the values and adjusted so as to control the deposit of molten zinc always at a constant value. The speed of the steel strip 2 and the amount of injected gas may be easily measured, but the interval between the nozzle and steel strip always varies and is hard to measure. In this case, the distance between the steel strip and back nozzle 5b is measured by operation of optical distance measuring instrument 8, calculating device 11 and nozzle position adjusting device 6a, 6b: and the nozzle position adjusting device 6b is driven to move the position of the back nozzle 5b to a proper position.
Patent JP-S54139445-A (JP)
Title: Composite computer system
Inventor: KAWAGUCHI KOUICHI
IPC: G06F15/16
Filed: 1978-04-21
Abstract: PURPOSE: To omit the hardware exclusive for communication between processors by securing a rational and independent use for the processor proper memory unit and the shared memory unit, and thus to ensure the recomposition of the system with enhanced maintenance and expansion performance.  
     CONSTITUTION: In the composite computer system of the load sharing type comprising two units of processors 1 and 2, processor 1 and 2 are connected to shared memory unit 3 between processors. And the access can be given to unit 3 from either processor 1 or 2. Shared resources control unit 7 and 9 (for external memory unit, printer, etc.) selects the allotment of shared resources group 8 and 10 to either of the processors. Specification part 12 and 13 of common information form C store the definite procedure and process result for the job process to be stored in unit 3 in the form of a table. At the same time, process program 16 and 18 of information form I-series and II-series carry out the actual process based on the procedure shown in part 12 and 13. The programs are exactly identical on both processors 1 and 2. 
     COPYRIGHT: (C)1979,JPO&Japio
Patent JP-H09218225-A (JP)
Title: Peak detection circuit
Inventor: ITO YASUHIRO
IPC: H03K5/153
Filed: 1996-02-08
Abstract: PROBLEM TO BE SOLVED: To catch the peak value of a signal varying at high rate and the generating time thereof surely. SOLUTION: A comparator CP1 compares an input signal 20 with a signal 21 obtained by delaying the input signal 20 through a micro time delay circuit DL. Since the output 27 from the comparator CP1 makes a transition from 'L' to 'H' at a positive peak and from 'H' to 'L' at a negative peak, a peak detection signal 27 is obtained. Peak value 26 of the input signal 20 can be obtained surely by operating a wide band sample hold circuit 51 at the transition point. Since a positive peak value can be obtained when a timing control circuit 60 outputs a sample timing signal 74 upon detection of a positive peak value while a negative peak value can be obtained when a sample timing signal 74 is outputted upon detection of a negative peak value, it is also possible to obtain both positive and negative peak values simultaneously.
Patent JP-H07251329-A (JP)
Title: Semiautomatic parts feeding and aligning device and semiautomatic parts feeding and aligning method
Inventor: YAGI MASUO
IPC: B23P19/00
Filed: 1994-03-17
Abstract: PURPOSE:To feed parts with good efficiency by disposing a copy jig including a continuously provided guide groove having a guide wall for guiding the tip of a feed gun smoothly and a feed hole provided in a position for feeding parts at the bottom of the guide groove. CONSTITUTION:In the case of feeding parts to a main body part 12, a copy jig 6 is placed on the main body 12 and the lower end of a feed gun 3 is brought into contact with the bottom 4b of a guide groove 4. Subsequently, a stopper 3a is opened by an operating lever 3b, and the side wall of the feed gun 3 is moved along a guide wall 4a. Whereupon, when the feed gun 3 reaches the position of a feed hole 5, a part 7 is dropped and the upper surface of the part 7 is flush with the bottom 4b of the guide groove 4. Thus, with the tip of the feed gun 3 brought into contact with the bottom 4b, the feed gun is moved along the guide wall 4a to sequentially feed parts 7 to the feed hole with good efficiency.
Patent JP-H10236380-A (JP)
Title: Rope for boat
Inventor: FURUSAWA HISAYOSHI
IPC: B63B21/20
Filed: 1997-02-28
Abstract: PROBLEM TO BE SOLVED: To enable an amateur to easily join strands by dividing strands to form plural sets of strands, and coloring the respective strand sets with different colors in a rope for a boat formed by many strands. SOLUTION: A rope for a boat formed by N-number of strands is obtained by forming one set of strands by M-number of strands to construct N/M strand sets (M, N are natural numbers and N is a multiple of M). For example, an eight rope 105 includes strand sets 101, 102 respectively obtained by Z-twisting (left twisting) two strands, and strand sets 103, 104 respectively obtained by S-twisting (right twisting) two strands, and these strand sets are alternately combined. Yellow and red lines are inserted in two Z-twisted strand sets 101, 102, respectively. Similarly, green and white lines are inserted in two S-twisted strand sets 103, 104, respectively to classify the strand sets by color.
Patent JP-H10213275-A (JP)
Title: Fixing method for flexible tube and metal fitting
Inventor: KIUCHI KATSUICHIRO
IPC: H04N5/64
Filed: 1997-01-24
Abstract: PROBLEM TO BE SOLVED: To provide a method for tightly fixing a flexible tube and a metal fitting together. SOLUTION: A flexible tube (c) is inserted into a joint (a) having a substantially cylindrical hollow part for fixing therein a flexible tube, and is fixed in the joint (a) through its deformation resulting from the application of pressure from the outer periphery of the joint hollow part toward its center. The joint (a) is then sheathed with a substantially cylindrical sleeve (b), and is fixed thereto through its deformation caused by the application of pressure toward its center.
Patent JP-H07260897-A (JP)
Title: Automatic pattern generating method
Inventor: YASUKURA KENICHI
IPC: H01L21/66
Filed: 1994-03-17
Abstract: PURPOSE:To shorten the time by storing variation in the signal value of each signal line during the process for generating a test pattern based on the behavior information and connection information of a logic circuit element and then generating a test pattern based on realizability information. CONSTITUTION:Information relating to the logic elements in a logic circuit for which a test pattern is generated and the connection thereof is inputted to a computor. Function block information (behavior information) relating to the function block of the logic circuit is also inputted, as required. Subsequently, a test pattern is generated using a table of random numbers. Variation in the signal value is stored in a memory for each signal line during the process using the table of ransom numbers. Dynamic learning is performed based on the variation in the signal value thus obtaining testability information and realizability information. The information thus obtained is employed in the generation of test pattern by a algorithm method thus obtaining a test pattern.
Patent JP-S53133779-A (JP)
Title: Method of and extrusion apparatus for manufacturing composite metal wire
Inventor: MIYAKE YASUHIKO
IPC: B21C23/30
Filed: 1977-04-22
Abstract: PURPOSE: To prevent reverse flow of the coating material and obtain reliable adhesion between coating material and core wire by permitting extruded coating metal to pass through a reduced area section before reaching an assembly chamber. 
     COPYRIGHT: (C)1978,JPO&Japio
Patent JP-S53132262-A (JP)
Title: Forming method of electrodes of semiconductor device
Inventor: TANAKA MAKOTO
IPC: H01L21/288
Filed: 1977-04-22
Abstract: PURPOSE: To provide gold plating selectively only on the bond pad after windowopening the protective film or etching the Ni plated layer in order to eliminate defective bonding. 
     COPYRIGHT: (C)1978,JPO&Japio
Patent JP-H08241705-A (JP)
Title: Battery
Inventor: HARADA MASATO
IPC: H01M4/587
Filed: 1995-03-07
Abstract: PURPOSE: To obtain a set battery of connected non-aqUeous secondary cells, which can have its charging/discharging cycle lifetime come close to that of one formed all of normal cells even if an abnormal cell is mixed, by connecting the cells mutually in a specified method. CONSTITUTION: A set battery is formed by connecting units of non-aqueous secondary battery using carbonaceous material, which is obtained by doping or undoping lithium ion, as the negative electrode active material, and in this battery, the following connecting method is used: plural pairs of parallel connection of unit, which does not includes the series connection part, (for example, P1-P4) are connected in series.
Patent JP-H02271447-A (JP)
Title: Method of deleting data in data memory
Inventor: RORUFU PII ANDAASON
IPC: G06F21/60
Filed: 1990-02-27
Abstract: PURPOSE: To confirm the completion of operation by executing the rewriting of data according to an erasing command and then executing the operation of confirming whether all pieces of data is properly written or not to rewrite secret data within a memory. CONSTITUTION: An erasing routine is stored in instruction ROM 42 to rewrite all the pieces of data excepting for proofreading data and real time clock data within volatile and nonvolatile memories. The erasing routine first sets a pointer to be equal with the starting address 0000 of main RAM 38. After than, the contents of the address is set to be zero to increase the pointer. Next, when the pointer is not larger than parameter END-OF-LOCAL-RAM, the routine returns to set the contents of a next address to be zero and increase the pointer again. This routine repeats these processings until all the contents of addresses 0000 to 4FFF becomes zero.
Patent JP-S61205107-A (JP)
Title: Method of lumping thermoplastic impalpable powder and device thereof
Inventor: YAGASAKI TAKAHIKO
IPC: B29K105/26
Filed: 1985-03-08
Abstract: PURPOSE:To enable to collect a lumplike material easily and reliably and to obtain small lumplike material irrespective of the kind of impalpable powder, by a method wherein the impalpable powder is made to weld to a high-temperature substance, the deposited material is cooled and solidified by making the same adhere to a low-temperature substance and the cooled and the solidified substance is peeled off and recovered. CONSTITUTION:A high-temperature roll 1 and low-temperature roll 2 are juxtaposed rotatably round sideways shaft centers, a feeder 3 feeding thermoplastic impalpable powder P to a circumferential part of the high-temperature roll 1 is provided, the circumferential part of the high-temperature roll 1 is provided with a device 4 heating the thermoplastic impalpable powder P up to a weldable high temperature through contact heating, a small gap is formed between both the rolls to that a circumferential part of the foregoing low-temperature roll 2 is come into contact with a deposited material M of the high-temperature roll 1 and a devices 7, 10 peeling and recovering a coold and solidified material S stuck to the circumferential part of the low-temperature roll 2 and a device peeling and recovering only a surface layer part out of the deposited material M of the high-temperature roll 1 are provided. The thermoplastic impalpable powder P is made to weld through heating based on contact with the high-temperature substance 1, the low-temperature substance 2 is brought into contact with the deposited material M of the high-temperature substance 1, the cooled and solidified material S is made to adhere to the low-temperature substance 2 and the cooled and solidified material S is recovered by peeling the same off from the low-temperature substance 2.
Patent JP-2000251712-A (JP)
Title: Sealing method of vacuum sealed container
Inventor: UEDA KAZUYUKI
IPC: H01J9/26
Filed: 1999-02-24
Abstract: PROBLEM TO BE SOLVED: To uniformly and certainly seal a predetermined position of a vacuum container by anode joining without causing a failure position. SOLUTION: In the method for sealing a vacuum container 1 for sealing a vacuum discharge hole 4 of the vacuum container 1 for sealing a substrate glass and an image display plate glass through a frame body glass, a discharge tube 7 is joined around the vacuum discharge hole 4 and the vacuum container 1 is discharged to a vacuum and/or a gas is introduced to the inside of the vacuum container 1. A metal sealing cap shielding the vacuum discharge hole 4 is anode-joined and a discharge tube 7 is removed from the vacuum container 1.
Patent JP-H11250397-A (JP)
Title: Bus destination display device
Inventor: ENOMOTO TORU
IPC: G09G3/20
Filed: 1998-02-27
Abstract: PROBLEM TO BE SOLVED: To make easily and also instantly changeable destination information, also to make a destination display hard to be stained, also to reduce failures and to make improvable the reliability by acquiring destination information indicated by an operating means from a storing means and displaying bus destinations on a digital displaying means. SOLUTION: When an operator operates a control panel and inputs a prescribed number, a central processing part 10a accesses destination information corresponding top the number from a flash memory 10c and outputs it to a signal producing part 10d. The part 10d produces a signal that shows the destination information on a destination display board 11 based on an instruction from the part 10a. The board 11 turns on light emitting diode based on a signal from the part 10d. In such a case, the part 10a performs A/D conversion of light quantity K measured by an external light sensor 12 and calculates the value of duty factor. The part 10d decides the lightening cycle of the light emitting diodes of the board 11 based on the value of the duty factor.