baber/WOPTO huggingface dataset:
Patent JP-H06289663-A (JP)
Title: Method for making electrophotographic engraving printing plate
Inventor: KATO EIICHI
IPC: G03G5/147
Filed: 1993-07-08
Abstract: PURPOSE:To obtain a printing plate which is excellent in engraving image quality and printing image quality and having stable performance even when it is consecutively processed for a long time and to make it suitable for forming an image by scanning exposure by the use of a laser, etc. CONSTITUTION:By using an electrophotographic photosensitive body 11 provided with a transfer layer 12 which can be removed by chemical reaction treatment, contains thermoplastic resin having a specified polymer component, and can be peeled as an uppermost layer, and provided with a photoconductive layer 2 adjacent to the transfer layer 12, whose surface has peelable property, a toner image 3 is formed on the transfer layer 12 by electrophotographic process, the toner image 3 is thermally transferred to a material to be transferred 16 having the hydrophilic surface to which planographic printing can be performed at the time of printing together with the transfer layer 12, and the transfer layer 12 of the material 16 to which the image is transferred is removed by the chemical reaction treatment so as to make the electrophotographic engraving printing plate.
Patent JP-S61275072-A (JP)
Inventor: TSUSHIMA KUNIHIRO
IPC: B62J1/12
Filed: 1985-08-31
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-H0535747-A (JP)
Title: Scheduling system
Inventor: TANIGUCHI KOICHI
IPC: G06Q10/10
Filed: 1991-08-01
Abstract: PURPOSE:To make all evaluating indexes even and satisfactory even in the case of the presence of plural evaluating indexes of the scheduling result by assigning the job data to the resources based on the assigning priority calculated from the preferent points set against those evaluating indexes. CONSTITUTION:In a step 21 the priority is calculates when a job is assigned to the resources. Then a combination of the largest value is detected out of the calculated assigning priority in a step 22. In a step 23 when working time is calculated for the detected combination. This combination is assigned to a Gantt chart in a step 24. In a step 25 a fact whether any unassigned data are recognized or not. If so, the steps 21-24 are repeated for the unassigned data. If not, a step 26 is carried out so as to output the final result assigned repetitively as the result of assignment.
Patent JP-2001021015-A (JP)
Title: Speed change mechanism for belt driving device
Inventor: UCHIDA SHIN
IPC: F16H9/06
Filed: 1999-07-07
Abstract: PROBLEM TO BE SOLVED: To provide a mechanism capable of speed changing without interrupting a driving state in a speed change device where either of belts floatingly laid over between two drive pulleys provided at a drive shaft, and two driven pulleys provided at a driven shaft is pressed by a sideways provided tension roller to produce a driving state. SOLUTION: Two tension rollers 9, 10 are respectively fixed to arms fixed to two operating shafts 13, 14 which are installed on the same axis to be separately turned. With the two operating shafts 13, 14, a linkage mechanism allows either of the tension rollers to press a belt, and another tension roller to move so as to release the pressing of the belt. Further, a separately provided linkage mechanism of a clutch lever is interlocked with the operating shafts 13, 14 in order for any tension rollers to retreat to a position at which the pressing of belt is released, in a disengaged state of a clutch.
Patent JP-H0725825-A (JP)
Title: Ester derivative and liquid crystal composition
Inventor: SAKAMAKI YUMIKO
IPC: C07C69/63
Filed: 1993-07-09
Abstract: PURPOSE:To obtain a new ester derivative capable of reducing the viscosity, birefringence (DELTAn) and the threshold voltage (Vth) of a liquid crystal composition by mixing the ester derivative therewith. CONSTITUTION:This ester derivative is expressed by formula I (R is 1-10C alkyl; X is halogen, cyano or CF3; Y and Z are halogen or H, with the proviso that X is halogen except F or CF3 when Y is H and Z is H), e.g. (3,4-difluoro)- phenyl hexylcarboxylate expressed by formula II. The compound expressed by formula I is obtained by reacting, e.g. an alkylcarboxylic acid expressed by formula III with a halogenating agent such as thionyl chloride, providing an acid chloride expressed by formula IV, then reacting the acid chloride expressed by formula IV with a substituted phenol expressed by formula V in an inert organic solvent such as pyridine, subsequently washing the reactional mixture with water, drying the washed reactional mixture and recrystallizing the dried substance. Furthermore, at least one ester derivative expressed by formula VI is preferably contained in this liquid crystal composition.
Patent JP-H118078-A (JP)
Title: Emergency lamp lighting device
Inventor: YAMADA AKIYASU
IPC: H05B41/14
Filed: 1997-06-13
Abstract: PROBLEM TO BE SOLVED: To stop the operation of an emergency lamp lighting device certainly at the time of switching from emergency lighting to normal lighting. SOLUTION: This emergency lamp lighting device is provided with a push-pull type inverter having an oscillating transformer T2 and switching transistors Q3, Q4. An auxiliary transistor Q5 is formed, which connects between a feedback winding N9 which conducts self-excitation control of the switching transistors Q3, Q4, and a ground G with a low potential. The auxiliary transistor Q5 is energized to stop the operation of the switching transistors Q3, Q4 at the time of switching from emergency lighting to normal lighting. It is thus possible to stop the operation of the push-pull type inverter for emergency lighting certainly.
Patent JP-S6435862-A (JP)
Title: Manufacture of positive electrode plate for alkaline storage battery
Inventor: KOBAYASHI NAOYA
IPC: H01M4/52
Filed: 1987-07-31
Abstract: PURPOSE:To form a positive electrode plate for alkaline storage battery with excellent characteristic by impregnating a Ni sintered substrate with Ni hydroxide containing Co hydroxide, immersing it in a Cd nitrate solution and drying it, making the substrate a hydroxide in an alkaline solution, and filling Cd hydroxide in the interior of the substrate. CONSTITUTION:After a Ni sintered substrate is impregnated with the preset quantity of Ni hydroxide containing Co hydroxide 0-10wt.%, for example, it is immersed in a Cd nitrate solution and dried. The substrate is then made a hydroxide in an alkaline solution and washed with water to wash off alkali. If an alkaline storage battery is produced with a positive electrode plate thus formed, the capacity ratio is increased, and the characteristic at a high temperature is improved by filling Cd hydroxide. The voltage characteristic and discharge capacity at the time of quick discharging can be improved.
Patent JP-H02153703-A (JP)
Title: Method for coloring inorganic plate material
Inventor: SATO KUNIAKI
IPC: C04B41/65
Filed: 1988-08-01
Abstract: PURPOSE:To obtain remarkably varied colored pattern by a method wherein plate material, which consists of uncured cement composition, is carried with a constant speed belt conveyer and colored sands, which are different from one another in color, are sprinklingly supplied at irregular intervals from a plurality of colored sand sprinkling boxes, which are provided along the belt conveyer, on the plate material and finally the plate material is pressurized so as to bond the colored sands to it. CONSTITUTION:Sand sprinkling boxes 3a1-3a3 are provided above a constant speed belt conveyer 1, which carries at constant speed plate material G constituting of uncured cement composition. Sands a1-a3, which are colored in the three primary colors or blue, yellow and red, are fed in respective sand sprinkling boxes 3a1-3a3 so as to be sprinkled through the random rotation control of knurl rolls 4..., each of which is provided at the bottom of each box. The sands shown on the plate material G has entirely uncertain width regions b1...bn through random control and the showing order of the colors in coloring is at random such as in the order of red, yellow, red, blue, yellow, red and the like. Further, the sprinkling control of the colored sands is done through the intermittent rotation drives of knurl rolls provided at the bottoms of the sprinkling boxes or through the intermittent opening and closing devices of shutters provided at the bottoms of the sprinkling boxes. The timing control of the intermittent motions is done through the random control of a computer.
Patent JP-S6171311-A (JP)
Title: Slant angle sensor
Inventor: YAMAZAKI SHIGEKI
IPC: G01C9/06
Filed: 1984-09-14
Abstract: PURPOSE:To output the slant angle and direction automatically and highly accurately, by directly projecting light from a light source, or by reflecting the light by using a concave reflecting mirror. CONSTITUTION:A rotary body 21 is supported by an upper part of a capsule and a lower part 12 of the capsule in a freely rotating state by way of a liquid 22. The path of the body 21 is always vertical. In order to reflect the light from an upward light source 23a of a light source 23 downward, a concave reflecting mirror 24 is fixed to the shoulder of the step, which is formed on the inner surface of a spacer 17. The positions of the focal points of the light source 23 and the concave reflecting mirror 24 are determined and fixed, so that either of the reflected light from the concave reflecting mirror 21 and the upward light source 23b or the direct light from a downward light source 23b agrees with the axis of an optical fiber 2, which is attached to the rotary body 21. The projected light from the downward light source 23b directly reaches the inlet port of the optical path of the rotary body. When the light passes the optical fiber 2 and is outputted from a ball lens 4 at a lower part 5 of the rotary body, the light is converged by the lens effect. The focal point is formed on an effective light receiving surface 27 of a two-dimensional position detection element 26.
Patent JP-S6438551-A (JP)
Title: Hot water feeder
Inventor: SAWAI MIKIO
IPC: F24H1/16
Filed: 1987-07-31
Abstract: PURPOSE:To reduce a partial difference in temperature at an intermediate part of a combustion cylinder and reduce a thermal condition of surplus heat to a hot water feeding pipe by a method wherein a water supplying pipe and a hot water feeding pipe which are continuously formed to a water pipe are arranged along an outer circumferential surface of a vertical intermediate part of the combustion cylinder. CONSTITUTION:Water pipes 2b... are formed as one pipe with each of their ends being connected to each other and at the same time its both ends are extended, thereby a water feeding pipe 2b1 is continuously formed to one end and a hot water feeding pipe 2b2 is also continuously formed to the other end. The water feeding pipe 2b1 and hot water feeding pipe 2b2 are wound along an outer circumferential surface of the inner barrel 1a of a combustion cylinder 1 positioned between a heat exchanger 2 and a burner 3 while they are adjacent to each other. An extremity end of the water feeding pipe 2b1 is connected to a water supplying coupler pipe 4 and an extremity end of the hot water feeding pipe 2b2 is connected to a hot water feeding coupler pipe 5, respectively. Heat at the intermediate part of the combustion cylinder is transferred to the water feeding pipe 2b1 and the hot water feeding pipe 2b2, thereby its temperature is decreased to reduce a thermal stress at the position, heat at the hot water feeding pipe is transferred to the water feeding pipe and then a so-called after- boiling within the hot water feeding pipe is prevented and at the same time temperature in the water feeding pipe is increased.
Patent JP-S6078950-A (JP)
Inventor: YOAHIMU HERUUBITSUHI
IPC: A61P25/00
Filed: 1983-10-14
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-H0357080-A (JP)
Title: Picking method for annotation character string
Inventor: UTSUKI TAMAKO
IPC: G06T11/80
Filed: 1989-07-25
Abstract: PURPOSE:To accurately pick an annotation character string by reflecting a ratio of the size of a display window to that of pick window on coordinates to enlarge or reduce the annotation character string and subjecting it to clipping thereafter. CONSTITUTION:A graphic processing part 12 reads the indentifier and the write position of the annotation character string from a graphic data storage memory 10. Transformation matrixes from a modeling coordinate space to a world coordinate space and a normalizing coordinate space are set to a matrix operation part 13, and the graphic processing part 12 sends the write position to the matrix operation part 13. A matrix is set which realizes the size of characters designated by a ratio to the size of the display window and the writing direction of characters if necessary. The objective annotation character string is enlarged or reduced by the ratio of the size of the display window to that of the pick window in the manner, and clipping is performed thereafter, thereby picking the annotation character string.
Patent JP-S57124103-A (JP)
Title: Electricity and liquid pressure control apparatus for liquid pressure system
Inventor: KEBIN DAGURASU MATSUKII
IPC: F16H61/02
Filed: 1981-12-01
Abstract: The system includes a plurality of two-position control valves (26, 30, 36, 40), each controlling fluid flow into and out of a corresponding one of a plurality of hydraulic load devices (14, 16, 18, 20). First and second pressure responsive servo actuators (50 and 52) associated with each control valve operate to move each control valve to first and second positions, respectively. A two-position, solenoid-operated reset valve (56) controls fluid flow into and out of a pilot circuit (54). The pilot circuit communications fluid to and from the second servo actuator (52) of each control valve and to and from a plurality of two-position solenoid-operated, pilot valves (64, 66, 68, 70). Each pilot valve controls fluid flow into and out of the first servo actuator (50) of a corresponding one of the control valves. A detent mechanism (48) holds each control valve in either its first or its second position in the absence of fluid pressure in the servo actuators. A particular hydraulic function may be actuated by momentary energization of particular solenoids of the reset and/or the pilot valves. The first actuators (50) are larger than the second actuators (52) so that pulsing the reset valve and a pilot valve simultaneously sets the control valve corresponding to the selected pilot valve and resets any other control valve.
Patent JP-S6172344-A (JP)
Title: Color display device for data file name
Inventor: OHARA MINORU
IPC: G06F12/00
Filed: 1984-09-14
Abstract: PURPOSE:To facilitate visual sorting and discrimination of data file names by adding the data on the color display to the data on an attribute format of a data file to display the file names in different colors and therefore attaining the sorting of the data file names in different colors within the same attribute. CONSTITUTION:A computer part A gives access to a character ROM 2 via a bus 5 and writes data to a video RAM (VRAM 3). These written data are converted into coded signals by a signal converter 4 and sent to a display device C. When a file name is displayed on a CRT 7, a CPU 1 reads the data on file names stored in an external memory 8. The data on the file names are shown in character codes and therefore converted into characters by the ROM 2. These characters are transferred to the VRAM 3. Here the color information is read for designation of a color to be displayed.
Patent JP-S6350637-A (JP)
Title: Engine accelerating control for vehicle
Inventor: SAKANAKA HIROO
IPC: F02D29/06
Filed: 1986-08-19
Abstract: PURPOSE:To raise the extent of driving torque as well as to make improvements in both overtaking and starting accelerabilities, by suspending the drive of an auxiliary engine temporarily at the time of acceleration. CONSTITUTION:A clutch 37 is interposed in an interspace ranging from a turning shaft 3 of an engine 1 to an input shaft 25 of an auxliary engine 9 via a transmission gear 26. And, there is provided with a quick accelerating operation detecting device 43 which detects an accelerator pedal 34 when quickly operating it for acceleration. And, the clutch 34 is disengaged and drive of the auxiliary engine 9 is suspended on the basis of what the quick accelerating operation detecting device 43 detects the quick accelerating operation of the accelerator pedal 34. With this constitution, driving torque is increased as far as a portion for that of dispensing with the driving torque of the auxiliary engine 9, accelerating performance is heighted and a vehicle is speedily accelerated. In addition, an auxilairy engine drive resetting engine speed detector 50 reengages the clutch 37 and drives and resets the auxilairy engine 9 on the basis of what it detects a fact that speed of the engine 1 goes up to the setting speed.
Patent JP-H0482810-A (JP)
Title: Liquid composition for fumigation
Inventor: TSUTSUMI TERUYUKI
IPC: A01N25/18
Filed: 1990-07-24
Abstract: PURPOSE:To obtain the title composition showing excellently insecticidal effects on insect pests living in plants by synergistic effects, having low phytotoxicity free from fear of ignition by hydrogen phosphide by uniformly blending liquefied hydrogen phosphide with liquefied methyl bromide in a specific ratio. CONSTITUTION:1 pt.wt. liquefied hydrogen phosphide is uniformly blended with >=0.1 pt.wt., especially 5-100 pts.wt. liquefied methyl bromide. Any method of compression liquefaction, cooling liquefaction, etc., may be applied to liquefy hydrogen phosphide and methyl bromide and sealing in gas and liquefaction, liquefaction and sealing or combination of both the methods may be used in order to seal liquefied hydrogen phosphide and liquefied methyl bromide in a pressure container. In fumigation, the title composition in a liquid state can directly be fed to a fumigating chamber and application in a CO2 atmosphere improves fumigating effects. The composition is made into a fumigant readily, surely and in a short time and effective for insect pests of the order Acarina or Coloptera living in plants such as wood, grain, vegetable, etc.
Patent JP-H0922925-A (JP)
Title: Manufacture of semiconductor device
Inventor: NISHIMURA YOSHIRO
IPC: H01L21/60
Filed: 1995-07-07
Abstract: PROBLEM TO BE SOLVED: To provide a method for manufacturing a semiconductor device having small number of connecting points and high reliability and capable of reducing in size. SOLUTION: A semiconductor element 7 is connected to inner leads 4 and mounted at a TAB tape 1 having conveying perforations 2, device holes 3, inner leads 4, external signal connectors 5, and conductor interconnections 6 for connecting the leads 4 to the connectors 5, and a chip component 8 is connected to be mounted at the interconnections 6. Then, the tape 1 is cut along the cutting line 10, and the region of a predetermined shape including the element 7, the component 8, the connectors 5 and the interconnections 6 is quarried as a TAB tape unit 11. Then, the quarried unit 11 is stereoscopically bent in a predetermined shape to manufacture a semiconductor device.
Patent JP-S6171794-A (JP)
Title: Color mark insertion circuit of video signal reproducing device
Inventor: YASHIRO YOSHIKAZU
IPC: H04N9/74
Filed: 1984-09-14
Abstract: PURPOSE:To simplify and scale down the circuit constitution and to obtain a stable hue color mark by constituting such that a chrominance subcarrier as a reference chroma signal is outputted to a chrominance signal transfer circuit from a phase locked loop circuit. CONSTITUTION:An extraction circuit 7 of a color burst is constituted of a horizontal synchronizing signal separator circuit 10, a burst gate pulse generator circuit 11, a color burst signal detection circuit 12 and a sample hold pulse generator circuit 13. A phase locked loop circuit 8 has a function for outputting a color burst phase error signal from an output terminal 14 synchronous to a color burst signal, and is generally constituted of a sample and hold circuit 16, an integration circuit 17 and a voltage control-type crystal oscillator circuit 18.
Patent JP-S6254159-A (JP)
Title: Phase difference type ultrasonic microscope
Inventor: ONO MASAHIRO
IPC: G01N29/00
Filed: 1985-09-03
Abstract: PURPOSE:To obtain accurate ultrasonic information by projecting ultrasonic waves to a sample and a reference sample from the first and second ultrasonic heads by receiving reflected waves by the first and second receiving means and detecting the phase difference between outputs. CONSTITUTION:A burst wave is generated from a burst wave oscillator 51 and is divided into two by a branching filter 52, and divided waves are inputted to the first ultrasonic head 54 and the second ultrasonic head 56. Ultrasonic waves are projected to a sample 64 and a reference sample 65 on a stage 61 from these heads through acoustic lenses 59 and 60. The reflected wave from the sample 64 is gathered by the acoustic lens 59 and is received by the first receiver 66, and the reflected wave from the reference sample 65 is received by the second receiver 68. The signal wave and the reference wave from the first and second receivers 66 and 68 are inputted to a phase detector 67 to detect the phase difference, and it is inputted to a video process circuit 69. Since the phase difference is detected, accurate ultrasonic information of the sample is obtained without any influence of undesired displacement of the stage.
Patent JP-2000025313-A (JP)
Title: Ink ribbon carrying mechanism for thermal transfer printer
Inventor: MATSUURA TAKANOBU
IPC: B41J33/20
Filed: 1998-07-09
Abstract: PROBLEM TO BE SOLVED: To transmit high and low rotary torques to a ribbon separating means by switching the rotational speed between high and low speed through a single drive source. SOLUTION: A slip mechanism is arranged in a first gear 9 or a drive gear 8 and rotation of a drive source M is switched between high and low speeds by oscillating first and second gears 11, 12. High or low rotational speed is transmitted to a ribbon separating means, i.e., a pinch roller gear 3, and the pinch roller gear 3 is rotated with high or low torque.
Patent JP-S5894922-A (JP)
Title: Electric discharge equipment
Inventor: MATSUDA HISAKAZU
IPC: B23H1/00
Filed: 1981-12-02
Abstract: PURPOSE:To promote the efficiency of work, by provding a reflex mirror on the inside rear surface of the processing vessel of an electric discharge equipment to enable the working person to see the position of an electrode and a workpiece by way of the mirror. CONSTITUTION:An electrode 26, which is opposed to a workpiece 22, is secured on the tip of an electrode holder 24. A reflex mirror 28 is fitted at a predetermined inclination in a processing vessel 20 behind the workpiece 22 and the electrode 26. The working person in front of an electric discharge equipment first positions the electrode 26 and the workpiece 22 and second only moves his eyes to see the images of the electrode and the workpiece in the mirror 28 to confirm the relative position of the workpiece and the electrode. The positioning of the electrode 26 and the workpiece 22 is thus facilitated to promote the efficiency of work very much.