baber/WOPTO huggingface dataset:
Patent JP-H10184059-A (JP)
Title: Vertical column type and moving-up and down type parking equipment
Inventor: MATSUNUMA SETSUO
IPC: E04H6/18
Filed: 1996-12-26
Abstract: PROBLEM TO BE SOLVED: To smoothly drive in and out a car in a vertical column type lifter, by providing a driving-in and out space for a car and auxiliary lifts moving up and down between the first floor and the second floor at both sides thereof in the first floor and also providing a vertically movable and laterally transferring device for pallets and a vertically transferring device for pallets in the second floor. SOLUTION: Main lifts 3 are installed at the forward side parking device and the rearward side parking device respectively. When a car 6 is contained in the A-building, the main lift 3 of the B-building is retracted upward and a laterally transferring device 7 for pallets installed on the second floor of the B-building is moved up and a loaded pallet 5 is pulled in from an auxiliary lift 13. Then, the laterally transferring device for pallets is moved down and the loaded pallet 5 is fed to the main lift 3 waiting in the A-building by the vertically transferring device 16 for pallets installed in respective second floors to contain the car onto a parking shelf 4. When containing a car 6 in the B-building, the loaded pallet 5 is received from the auxiliary lift 13 by the laterally transferring device 7 installed in the main lift 3 waiting on the second floor of the B-building and the car is contained in a containing shelf 4. Since main lifts are provided in both A and B buildings, cars are smoothly transferred and driving-in and out time is reduced.
Patent JP-H11185465-A (JP)
Title: Ferroelectric memory
Inventor: FUCHIGAMI TAKAAKI
IPC: G11C11/22
Filed: 1997-12-17
Abstract: PROBLEM TO BE SOLVED: To eliminate a drive voltage for re-writing and reduce consumption power. SOLUTION: Ferroelectric capacitors C1 and C2 are in different polarization states. Therefore, at a read time, a BL signal propagated through a bit line BL and a BL/ signal propagated through a bit line BL/ (/ represents inversion) are different in level. At a rewrite time, the BL signal is inverted by an inverter 18a and the BL/ signal is inverted by an inverter 18b. A first inverting signal from the inverter 18a is input to one end of the capacitor C1 and one end of the capacitor C2 via the bit line BL/. A second inverting signal from the inverter 18b is input to the other end of the capacitor C1 and the other end of the capacitor C2 via the bit line BL. Polarization states of the capacitors C1 and C2 are returned to the original ones.
Patent JP-2001165869-A (JP)
Title: Transparent substrate inspection device
Inventor: AIKO KENJI
IPC: G01N21/958
Filed: 1999-12-07
Abstract: PROBLEM TO BE SOLVED: To extremely make an influence of dispersion of an illumination strength by a near-field pattern and a far-field pattern which a semiconductor laser light source has less. SOLUTION: Auxiliary condensing lenses 2, 3 auxiliarily collect a laser light radially emitted from a laser light source 1. Enlarging lenses 4, 5 enlarge an image light of the laser light source 1 image-collected by the auxiliary condensing lenses 2, 3 to a long diameter direction of an elliptical shape and light-collect to a short diameter direction. Condensing lenses 6, 7 light-collect such that a laser light passed through the enlarging lenses 4, 5 becomes an elliptical illumination beam on a glass substrate 40 and becomes a convergence light directed to the pupil of a detection lens 10.
Patent JP-H11155462-A (JP)
Title: Bird injury-proofing device
Inventor: YAMAZAKI YASUSADA
IPC: A01M29/00
Filed: 1997-12-02
Abstract: PROBLEM TO BE SOLVED: To provide an easily mountable bird injury-proofing device simplified in structure, with excellent durability and corrosion resistance, and suitable for repelling e.g. crows, pigeons, so designed as to set up wire-like linear bodies each with a diameter of specified value or less above an object to be installed. SOLUTION: This bird injury-proofing device is so designed as to set up linear bodies such as wires 6 each with a diameter of <=1. 2 mm above an arm 2 or an infrared communication instrument 3 as an object to be installed, wherein it is preferable that the linear bodies are situated at a height of 30-80 mm above the object, the distance between the support points for the linear bodies is <=3 m, the object to be installed is a pipe member, and a plurality of the linear bodies along the longitudinal direction of the pipe are either perpendicularly or circumferentially arranged in parallel with one another.
Patent JP-2000168325-A (JP)
Title: Impact energy absorbing hook for automobile
Inventor: YONEKURA KUNIHIKO
IPC: B60D1/14
Filed: 1998-12-08
Abstract: PROBLEM TO BE SOLVED: To eliminate necessity for adjustment so that an effect to an impact relaxing function by water, mud, etc., can be reduced, by providing an energy absorbing part deformed by force of the prescribed or more in a reverse direction to tensile force, in a hook mounted in a body lower part of an automobile to receive the tensile force from a towing means. SOLUTION: A hook 22 is welded to the forward of a car body lower part 21 so as to receive tensile force toward the forward A from a towing means 24. Now, when the hook 22 of an automobile during forward running collides against a protruded object on a road surface, the hook 22 receives force in a reverse direction B from the protruded object. Here in the hook 22, an energy absorbing part 23, deformed when the force in the reverse direction B is a prescribed value or more, is provided in the forward of a hole 28 inserting a hook metal fitting. The energy absorbing part 23 is a bead formed with a section in irregular shape. This bead is deformed not by tensile force but by force of the prescribed or more toward the rearward B when it is applied to the energy absorbing part 23, and the irregular shape of its section is determined so as to absorb impact energy.
Patent JP-H06198893-A (JP)
Title: Ink-jet printer
Inventor: KONDO NORIMASA
IPC: B41J2/01
Filed: 1992-12-28
Abstract: PURPOSE:To set up phase lag time between nozzles to increase a driving frequency of the nozzle in connection with a driving method of ink jet printer. CONSTITUTION:A head 1 is constituted of plate 4 having a plurality of orifices, an ink chamber 3, a diaphragm 5, a piezo-electric element 7, foot 6 and a filling agent 9. 8 is a fixing rest of the piezoelectric element, 10 is a cable wire, 11 is an ink supply port and 12 is a signal generator. The signal generator is constituted so that (a), (b), (c), and (d) within the signal generator represent four kinds of pulse signals, the nozzles of a nozzle row are divided into four nozzle groups by arranging every four nozzles and a phase for driving of the respective nozzle groups is staggered from that of the other nozzle groups.
Patent JP-H07199453-A (JP)
Title: Photosensitive material
Inventor: TAKEDA TAKASHI
IPC: G03F7/00
Filed: 1993-12-27
Abstract: PURPOSE:To provide a photosensitive material having a surface that resists adhering to the back surface of a support even if it is preserved in a stack in a condition of high humidity and high pressure. CONSTITUTION:A photosensitive material is provided in which two or more layers each containing silver halide, a reducing agent and either a polymeric compound or polymer which are joined together or separated, or two or cross- linking more layers each containing a photopolymerization initiator and either a polymeric compound or bridging polymer which are joined together or separated, are provided on a support having a hydrophilic back surface, with the farthest layer from the support being a hydrophilic layer containing a hydrophilic polymer and having droplets or fine particles of a hydrophobic material dispersed therein.
Patent JP-H05155484-A (JP)
Title: Outer end fixing device for roll paper and outer end securing method using the same securing device
Inventor: YAMAGUCHI CHOTARO
IPC: B65H19/29
Filed: 1991-12-05
Abstract: PURPOSE:To perform reliable secure fixing of an outer end to a roll body through compact constitution by providing a pair of receiving roll units by which a roll paper is received, a turret by which the receiving roll units are rotated, and an air spraying device and an adhesive coating device for the outer end of the roll paper. CONSTITUTION:In securing of the outer end (e) of a roll paper R, the roll paper R is first received from a feed plate 70 by means of a first receiving roll unit 1, and by driving a motor by means of a monitoring device 67, two support rollers 11 and 12 are rotated counterclockwise. Simultaneously with clockwise rotation of the roll paper R, air is sprayed through air nozzles 57 and 58 and the roll paper is placed on a work table 31 in a state that an outer end (e) is spread. By rotating a turret 3, the roll paper R is moved and the back of the outer end (e) is coated with an adhesive by means of an adhesive coating device 69. Subsequently, the support rollers 21 and 22 are rotated counterclockwise with the aid of a different motor and the outer end (e) is wound around the roll paper R. Thereafter, the roll paper R is delivered by means of a second receiving roll unit 2.
Patent JP-H09170847-A (JP)
Title: On-vehicle chemical heat pump
Inventor: OBARA SHINYA
IPC: F25B17/08
Filed: 1995-12-20
Abstract: PROBLEM TO BE SOLVED: To provide a compact on-vehicle chemical heat pump capable of smoothly evaporate the refrigerant and preventing scatter of the refrigerant. SOLUTION: A first reaction part capable of absorbing, keeping and evaporating the condensate of the refrigerant as the working medium, and a second reaction part capable of absorbing, keeping the vapor of the refrigerant and separating the refrigerant are provided in a continuous sealed space with the distance therebetween, and a permeable water absorbing sheet capable of absorbing and keeping the refrigerant is used at least on one of the reaction parts.  In an embodiment of a chemical heat pump, a refrigerant part 41 to absorb and keep the refrigerant 41, and a first absorption part 42 with relatively large absorbing capacity are arranged close to the refrigerant part 41, a second absorption part 43 with relatively small absorbing capacity is arranged far away from the refrigerant part 41, and the temperature difference generated at the refrigerant part 41, the first absorption part 42, and the second absorption part 43 is heat-exchanged at a heat exchanging part to constantly acquire the hot heat and the cold heat by alternately and continuously performing evaporation, absorption, separation, and condensation of the refrigerant by the kind of the refrigerant among the refrigerant part 41, the first absorption part 42, and the second absorption part 43.
Patent JP-H07195455-A (JP)
Title: Method and device for molding article
Inventor: NONOMURA AKIRA
IPC: B29C45/38
Filed: 1993-12-28
Abstract: PURPOSE:To release a molded item from a mold at a high temperature, appropriately cut a gate, and post-cool the product without damaging it. CONSTITUTION:A molded item 9 consisting of a product 1 and parts 6, 7, 8 corresponding to a runner and the like and connected to the product 1 is cooled in a mold to the extent that at least one part 2 of the product and the parts corresponding to the runner and the like are not deformed in a post-treatment. After that, the molded item is released from the mold while the product and the parts corresponding to the runner and the like are held. In the state that the product and the parts corresponding to the runner and the like are held, the parts corresponding to the runner and the like are removed from the product. After the parts corresponding to the runner and the like are removed, the product is post-cooled while a part of the product is gripped.
Patent JP-H10187350-A (JP)
Title: Touch panel
Inventor: INO IPPEI
IPC: G06F3/041
Filed: 1996-12-27
Abstract: PROBLEM TO BE SOLVED: To provide a touch panel in which a bright display screen can be obtained when the touch panel is arranged on a display element without deteriorating the input sensitivity of the touch panel. SOLUTION: In a touch panel, an insulating substrate 1 on which a transparent conductive film 2a is formed and an insulating flexible substrate 3 on which a transparent conductive film 2b is formed are adhered through a spacer 4 to each other with a both-sided adhesive tape 5. The insulating substrate 1 and the insulating flexible substrate 3 are adhered through the spacer 4 to each other so that an air layer 6 can exist between the insulating substrate 1 and the insulating flexible substrate 3. Also, collecting electrodes 7 are formed on the insulating substrate 1 and the insulating flexible layer 3. Then, reflection preventing films 8 are formed like square islands of thickness 100nm, pitch Pd=100μm, and interval Dw=20μm whose one side is 80μm on the transparent conductive films 2a and 2b.
Patent JP-H10195628-A (JP)
Title: Flame spray coating device and thermal spray method
Inventor: DVORAK MICHAEL DR
IPC: C23C4/123
Filed: 1997-12-18
Abstract: PROBLEM TO BE SOLVED: To provide a flame spray coating device and thermal spray method which eliminate the problem of seal and improve the service life and reliability. SOLUTION: The frame spray coating device especially a high speed flame spraying gun 10, which thermally sprays a powdery or wire-shaped metallic and nonmetallic thermal spraying materials by means of a liquid or a gaseous fuel generated in a combustion chamber 26 and accelerated in a bottleneck tube 34 and of a flame containing an oxidizing gas, is provided with at least three parts consisting of the combustion chamber 26, bottleneck tube 34, and a flame throttle passage 32, among which the bottleneck tube 34 is attached replaceably and linked with at least one seal member 40 that receivers the pressure of a pressure accumulating means 42.
Patent JP-H10186595-A (JP)
Title: Method for developing photographic recording material
Inventor: FYSON JOHN RICHARD
IPC: G03C5/29
Filed: 1997-12-18
Abstract: PROBLEM TO BE SOLVED: To provide the developing method for the photographic recording material capable of reducing stains, a developing time, a developing machine size and enhancing productivity by using a developing/sensitizing solution containing an oxidant for the photographic recording material containing a specified amount of silver or more to process the material in a specified time. SOLUTION: The photographic recording material containing silver in an amount of >=200mg/m<2> is photographically exposed and processed with a developing/sensitizing solution containing the oxidant in a temperature of 20-50 deg.C in a processing time of 5-20sec, preferably, 7-15sec. A bleach-fixing process is continued immediately after the developing/sensitizing process, and at that time, as the oxidant, a ferric salt and a mixture of a thiosulfate and a sulfite are used in a thiosulfate amount of 0.05-1mol/l. The oxidant is, preferably, hydrogen peroxide or an agent for producing it are used, preferably, in an amount of 0.5-15ml/l, further preferably, 0.5-5ml/l.
Patent JP-H09171292-A (JP)
Title: Developing device
Inventor: MIKAWA SUSUMU
IPC: G03G15/08
Filed: 1995-12-20
Abstract: PROBLEM TO BE SOLVED: To quickly recover the lowered toner concentration of developer in a developing device provided with three or more developer carrying paths for carrying the developer while mixing and stirring it. SOLUTION: This developing device is provided with at least three or more developer carrying paths 12 (12a, 12b and 12c) for carrying the developer along in the shaft direction of a developer carrier 11 guiding the developer to an image carrier 1 and executing a developing action while mixing and stirring it in a device body 10. Besides, the path 12 other than the paths 12 positioned most distant from the carrier 11 is provided with a toner replenishing part 16. Then, when the toner concentration of the developer becomes smaller than a first prescribed value, the carrying action of the developer in the path 12 positioned more distant from the carrier 11 than the path 12 in which toner is replenished is stopped by a control means 20.  On the other hand, when the toner concentration arrives at a second prescribed value, the carrying action of the developer in the path 12 is started again.
Patent JP-H05158640-A (JP)
Title: Printer
Inventor: KAWAGUCHI TADASHI
IPC: B41J29/00
Filed: 1991-12-09
Abstract: PURPOSE:To easily print data decentralized to external devices, in a synthesis by providing the printer with a function for putting data, received through plural wireless interfaces, in a synthesis. CONSTITUTION:A controller 101 judges a requested mode by referring to a mode switching part 110. A multiple mode is set here, so the controller 101 opens page buffers 108 and 109 and receives data from respective host computers 102 and 103. Then the controller 101 stores the received data in the page buffers 108 and 109 after the reception is completed. Then the controller 101 opens a synthesis page buffer 111 and performs a synthesizing process for the data stored in the page buffers 108 and 109. The synthesized data are sent as print data to an engine part 113 through a video interface 112 and printed.
Patent JP-2000170832-A (JP)
Title: Base isolation mechanism for equipment
Inventor: SHIMIZU KENZO
IPC: F16F15/02
Filed: 1998-12-09
Abstract: PROBLEM TO BE SOLVED: To obtain a base isolation mechanism capable of being accomodated in a lower projection area of an equipment by providing more than a predetermined number of pieces of elastic bodies of which one ends are locked on more than a predetermined number of locking points of the equipment and of which the other ends are locked in the equipment projection area at a floor side. SOLUTION: At least eight elastic bodies 26 of which one ends are locked on above four mooring points 28a, 28b, 22a of an electronic equipment 23, and of which the other ends are moored in an equipment projection area at a floor side are provided. The level feet 24 slidable on a floor 21, and supporting the electronic equipment 23 on the floor 21 are mounted on four corners on a bottom surface of the electronic equipment 23. The elastic bodies 26 are respectively provided with holding parts on their both ends, one end of the holding part is respectively engaged with the lever foot 24, and the other end is engaged with the mooring fitting 28a or 28b, or locking point 22a. On this occasion, all the lock fittings 28a, 28b and mooring point 22a are located within a bottom surface of the electronic equipment 23.  According to this structure, the seismic force transmitted to the electronic equipment 23 by the elastic bodies 26 can be reduced and isolated.
Patent JP-H05160685-A (JP)
Title: Oscillation circuit
Inventor: NAKATANI TAKASHI
IPC: H03K3/354
Filed: 1991-12-09
Abstract: PURPOSE:To vary an oscillation frequency without using a variable capacitor and to easily make a circuit into an integrated circuit. CONSTITUTION:For obtaining plural levels of potential, potential VDD2 lower by around 0.6V is generated by a diode connected to an external supply power source in the forward direction, and potential VDD1 or potential VDD2 same as that of the external supply power source is selected as a power source for a NOT circuit 56 to perform an oscillation operation. A clock signal with high oscillation frequency can be outputted when the potential VDD1 is selected, and a clock signal with low oscillation frequency can be outputted when the potential VDD2 is selected. In other words, the oscillation frequency can be selected by selecting the potential.
Patent JP-H09181136-A (JP)
Title: Pattern shift measuring method
Inventor: NAGOYA TAKATOSHI
IPC: H01L21/66
Filed: 1995-12-25
Abstract: PROBLEM TO BE SOLVED: To provide a method which can use a product itself as a measurement specimen and measure pattern shift precisely in a short time. SOLUTION: In order to measure pattern shift generated when a diffusion layer is formed on a silicon single crystal substrate 1, an epitaxial layer 3 composed of single crystal silicon is vapor grown on the diffusion layer, and a buried diffusion layer 2 is formed, a cutting trench 5 which crosses rectrangularly a step-difference pattern 4 on the epitaxial layer 3 surface and has almost a V-shaped section is formed. Thereby a part of the buried diffusion layer 2 is exposed in the cutting trench 5, and the inclination angles θ1 , θ2 of the facing slants of the cutting trench 6 are made, e.g. 20 deg.. The exposed part of the buried diffusion layer is made remarkable by using sirtl liquid (mixture of hydrofluoric acid, anhydrous chromic acid and water).  Shift width s1 , s2 between the remarkable diffusion layer 2a and the step-difference pattern 4 are measured by using a fine size measuring equipment capable of image processing, and the pattern shift ratio is obtained by a formula; pattern shift ratio=(s1 +s2 )/2t where (t) is the thickness of the epitaxial layer.
Patent JP-2001168373-A (JP)
Title: Semiconductor photodetecting element
Inventor: KUSAKABE ATSUHIKO
IPC: H01L31/0352
Filed: 1999-12-10
Abstract: PROBLEM TO BE SOLVED: To provide a semiconductor waveguide type photodetecting element which is able to respond fast while securing high external quantum efficiency. SOLUTION: This semiconductor waveguide type photodetecting element has a photodetection area including a 5-layered epitaxial structure constituted by stacking n+-InP 5, an n+-InGaAsP clad layer 3, an n--InGaAs light absorbing layer 1, an n+-InGaAsP clad layer 2, p+-InP 4, an n+-InGaAsP clad layer 3, an n--InGaAs light absorbing layer 1, and an n+-InGaAsP clad layer 2 in order on a semi-insulating InP substrate 7.
Patent JP-2001167321-A (JP)
Title: Paper money storage device
Inventor: TATETSUKI SABURO
IPC: G07D9/00
Filed: 1999-12-10
Abstract: PROBLEM TO BE SOLVED: To miniaturize a paper money storage device which stores paper monies thrown in a money exchanger, an automatic vending machine, etc. SOLUTION: A paper money discriminating device comprises a main body, a front door which opens and closes an opening part provided to the main body, a paper money storage safe which stores paper monies, and a paper money carrying means which carries received paper monies in the paper money storage safe, which is supported on the main body movably in the horizontal direction. When paper monies stored in the paper money discriminating device are collected, the front door is opened and the paper money storage safe is moved horizontally to collect only the paper monies or collected as it is.
Patent JP-H11100049-A (JP)
Title: Refillable standing pouch and pouring method for refillable standing pouch
Inventor: KAJIWARA NORIAKI
IPC: B65D75/58
Filed: 1997-12-19
Abstract: PROBLEM TO BE SOLVED: To improve the pour of contents to be further easier by providing a predetermined cutting line extending slantingly toward one side portion of a standing pouch at one upper part of each of front and rear films forming the pouch and further providing a predetermined folding line extending slantingly downward from one point on each predetermined cutting line toward the other side portion of the pouch. SOLUTION: A standing pouch 1 is composed of substantially quadrangule-shaped front and rear films 2, 3 and a bottom film 4 folded into an inverted V-shape and has seal portions 5 to 8 at upper and lower sides and at left and right sides. The front and rear films 2, 3 at the upper left corner part of the standing pouch 1 formed in such a manner are provided with inclined predetermined cutting lines 10, 11 connecting the left side 7 and the upper side 5, and a notch 11 is provided within the seal portion 7 at the left ends of the predetermined cutting lines 10, 11. Further, predetermined folding lines 12, 13 inclined rightward are provided which connect one point on each of the predetermined cutting lines 10, 11 and one arbitrary point at the side end of the right seal portion 8.  A folding portion 14 is dividedly formed at the upper part of the standing pouch through these predetermined folding lines 12, 13.