baber/WOPTO huggingface dataset:
Patent JP-H02175101-A (JP)
Title: Decorative material and manufacture thereof
Inventor: IWATA TATSUO
IPC: A47B96/20
Filed: 1988-07-26
Abstract: PURPOSE:To manufacture a decorative material having reinforcing properties and heat resistance by laminating a heat curable resin impregnated paper laminate curing material on the rear surface of a wood piece.synthetic resin composite decorative material. CONSTITUTION:A paste-like resin composition 2 in the uncured state, curable resin liquid, is provided. Then, a number of small wood pieces 3... are mixed with said resin composition 2 and kneaded, and then said mixture is formed into a flat plate shape, which is laminated on the heat curable resin impregnated paper laminate curing material 4 and heat pressurized and bonded integrally by using a hot press or the like to form a laminate cured molded product 5. The laminate cured molded product 5 thus provided and a heat curable resin impregnated paper laminate curing material 6 prepared separately are laminated through a base 7 in a manner that a pack sheet 4 of the laminate cured molded material 5 is brought into contact with the base 7, and bonded layers 8, 8 are provided between said respective materials and heat pressurized and bonded to manufacture a desired decorative material 9.
Patent JP-H0350896-A (JP)
Title: Board rack device
Inventor: ONISHI HAJIME
IPC: H05K7/14
Filed: 1989-07-19
Abstract: PURPOSE:To prevent a gap from being produced between adjacent back panels by a method wherein one part of a back panel is arranged and installed in such a way that it is overlapped with one part on the other side of an adjacent back panel. CONSTITUTION:A back panel 28 abats on an end face 22a of a board 22. The back panel 28 is provided with the following: a stepped part 28a protruding to the inside of an enclosure 4; and a plane part 28b situated on the rear of the side of a back face 4b. Adjacent back panels 28 form an overlap part because the stepped part 28a and the plane part 28b are overlapped. A size of the overlap part 29 is set to be equal to or smaller than a groove-width difference (a) of a guide rail 25. A cross section of the guide rail 25 forms a U-shape; a guide groove 25a is formed in a part where the guide rail 25 is opened to be U-shaped. The guide groove 25a on the side of a mother-board 27 is formed so large that a thickness (t) of the board 22 is detachable; the guide groove 25a on the side of the back panel 28 is set to be larger by a portion obtained by adding the thickness (t) of the board 22 to the groove-width difference (a). The outside air introduced from an intake 12 air-cools the board 22 inside a board rack device body 19. During this process, a gap is not produced because the overlap part 29 is formed between the adjacent back panels 28.
Patent JP-H0236402-A (JP)
Title: Controller for processor
Inventor: YAMAZAKI SHUICHI
IPC: G05B11/32
Filed: 1988-07-26
Abstract: PURPOSE:To shorten the sampling period of an input given to an input terminal which is selected at a specified mode by permitting a mode setting means to set the mode of a converter to the specified one while a control means executes a prescribed processing. CONSTITUTION:A micro computer (CPU) 201 switches reading with setting analogue input ports AN0-AN1 to be a first group, and analogue input ports AN4-AN7 to be a second group. When it is assumed that the prescribed processing is to be the detection of toner density by a P sensor PSN, and the specified mode to be a mode reading the input of the input ports in the first mode, CPU 201 does not switch the groups when it executes the detection processing of the P sensor. Thus, the input given to the analogue input ports in the first group is read while the detection processing of the P sensor is executed, and the reading period of the output signal of the P sensor PSN can be shortened.
Patent JP-H0829155-A (JP)
Title: Method and device for specifying geometrical shape combination element in coordinate measuring instrument
Inventor: YOSHIDA HITOSHI
IPC: G01B21/20
Filed: 1994-07-15
Abstract: PURPOSE:To provide a method and device for specifying geometrical shape combination elements in a coordinate measuring machine where an operation can be completed easily and quickly and at the same time the selection mistake of two symmetrical lines and symmetrical surfaces cannot occur easily when obtaining the geometrical shape combination elements of a measured work. CONSTITUTION:After a worker selects at least two measurement positions of a work with a coordinate measuring instrument, the geometrical shape of the measured measurement position is calculated and stored (61), a probe is moved closer to geometrical shape combination elements obtained by the worker for setting the probe position (62) and at the same time the calculation and selection of the geometrical shape combination elements are instructed (63). Two geometrical shapes, namely the most recently stored geometrical shape and a geometrical shape stored immediately before, out of the stored geometrical shapes, are called (64), the combination elements of two geometrical shapes are calculated and at the same time combination elements closest to the set probe position are selected (65) and are outputted (66).
Patent JP-S6076310-A (JP)
Inventor: MARINUSU KURISUCHIANUSU MARIA
IPC: B02C18/18
Filed: 1984-09-07
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-H0828526-A (JP)
Title: Anchor driving device and anchor driving method
Inventor: HIROKAWA SHOSAKU
IPC: F16B19/10
Filed: 1994-07-16
Abstract: PURPOSE:To provide an anchor driving device by which the drilling work and the hammering work can be continuously performed by a drill hammer tool. CONSTITUTION:An anchor driving device is formed by a drill hammer (a) and a hammer guide (b) provided with an insertion hole 4 having the inside diameter into which a drill lever 1 of the drill hammer (a) can be just fitted, and provided with an anchor engaging top wall 5 for driving an anchor by the hammer operation of the drill hammer (a).
Patent JP-H0632537-A (JP)
Title: Examination system for package
Inventor: MATSUBAYASHI JUNICHI
IPC: G01B7/28
Filed: 1992-07-14
Abstract: PURPOSE:To enable distinguishment of a semi-normal package which can be accepted as a normal one from other defective packages to be carried out by a visual check of an operator. CONSTITUTION:An examination device 17 which examines packages is provided on the way of a closed loop tray conveyor 16 cyclically transporting packages 2 mounted on a trays 15 individually, while a defective package discharging part (B) for discharging the tray 15 of the package 2 to a defective line 18 when an examination results in a defective package, and a good package discharging part (C) for discharging a good package to a stock room 19 are provided downstream from the examination device 17. Not only a line for running packages considered as indefinite ones by a visual check but also a line for running packages accepted as normal ones by a visual check are provided at the defective package discharging part (B).
Patent JP-H0633693-A (JP)
Title: Lubricant injection nozzle plug for shield jacking pipe
Inventor: SAKURAI YOSHIKI
IPC: F16L55/10
Filed: 1992-07-15
Abstract: PURPOSE:To make it possible to obviate the need to press a tool during rotating work and easily rotate a plug by installing an inlet recessed part having a tool hook part into the rear side of a fitting recessed part installed on the end face of the plug. CONSTITUTION:A tapered outer screw 22 is installed to the outer periphery of a plug 21 and what is more, a fitting recessed part 24 is formed in the direction of an axial core from an end face 23. Further, there is formed a fit-in recessed part 25 having tool hook parts 28 and 29 comprising a pair of fan- shaped portions 26 on the rear side of the fit-in recessed part 24 continuously and in a circumferential direction. There is provided a plug rotation tool 27 which comprises a main body 30, a shaft 31 and a handle 32. The main body of the tool 27 is fitted into the fit-in recessed part 25 by way of the fit-in recessed part 24. Then, the main body 30 is hooked into the tool hook parts 28 and 29 of the plug 21 by rotating the handle 32, which makes it possible to rotate the plug easily and mount the plug to and remove the plug from an injection inlet of slip agent.
Patent JP-H0236996-A (JP)
Title: Composition for optical recording material
Inventor: KOMORI TETSUO
IPC: G11B7/24012
Filed: 1988-07-27
Abstract: PURPOSE:To obtain an optical recording material with satisfactory absorption to laser beam of an infrared or near infrared wavelength range by adding a mixture of specific cyanine compound with dithiolate nickel complex having alkylammonium as a counter ion. CONSTITUTION:A composition contains a mixture of a cyanine compound expressed by formula (1) and a dithiolate nickel complex having alkylammonium as a counter ion expressed by formula (2). In addition, the composition has a recording layer 2 on the surface of a basic material 1. In this case, the ideal thickness of the recording layer is about 1-20mum. If the recording layer is excessively thin, a correct laser focus is not obtained when information is written. In the meantime, if the layer is excessively thick, sharp pits are hardly formed due to heat diffusion. The recording layer thus obtained has satisfactory absorption properties in a semiconductor laser wavelength range of 750-950nm.
Patent JP-H1031819-A (JP)
Title: Production of magnetic recording medium
Inventor: KITAORI NORIYUKI
IPC: G11B5/85
Filed: 1996-07-17
Abstract: PROBLEM TO BE SOLVED: To provide a process for producing a magnetic recording medium by which the degradation in the traveling property of a base and the damage by the heat of the base are suppressed at the time of film formation and a magnetic film having high output is obtainable. SOLUTION: This method forms the magnetic film by irradiating a magnetic material source with an electron beam and diagonally evaporating evaporated particles on the traveling base 1. At this time, the min. incident angle at the time the particles are deposited by evaporation on the base 1 is specified to 50 to 70 deg. and the irradiation direction of the electron beam and the traveling direction of the base 1 is forward. The min. distance (L) between the electron beam and the base 1 and the output (P) of an electron gun for irradiation with the electron beam are so set as to satisfy the conditions of the following equations: The equations are L>=10cm at the time of 10kW<=P<=50kW, L>=15cm at the time of 50kW<P<=100kW, L>=20cm at the time of 100kW<P<=200kW and L>=25cm at the time of 200kW<P<=300kW.
Patent JP-S6431302-A (JP)
Title: Hooked sealing
Inventor: SAGAWA NORIO
IPC: F21V21/02
Filed: 1987-07-27
Abstract: PURPOSE: To prevent the slack of a cap and to prevent the drop of a luminaire by vertically movably inserting a lock member into a ceiling wiring accessory body or the cap via a recovery exciting spring. CONSTITUTION: When the hook plug blade 6 of a cap 1 is inserted into the hook plug blade insertion hole 10 of a ceiling wiring accessory body 2 and is rotated in the cap fitting direction, the inclined face 17A of a lock section 17 is kept in contact with the lower end face of the body 2, and a lock member 14 is slid downward as the cap 1 is rotated. The lock section 17 is separated from the lower face of the body 2 immediately before the cap 1 matches with the body 2, the lock member 14 is lifted by the elastic force of an exciting spring 19, and the upper end section of the lock section 17 is inserted and hooked into the hole 10 of the body 2, thereby the cap 1 is set to a completely locked state.
Patent JP-2001010054-A (JP)
Title: Ink jet head
Inventor: INADA GENJI
IPC: B41J2/05
Filed: 1999-07-01
Abstract: PROBLEM TO BE SOLVED: To prevent incomplete ejection due to a standing bubble by tapering an ejection nozzle toward an orifice such that the extension of tapered surface does not intersect the wall face of a supply nozzle between the orifice and the interface between a resin film and an adhesive layer. SOLUTION: On the side of an ink jet head being boded to a resin film 3, recesses 6 serving as liquid chambers 7 and grooves 4 serving as nozzles on the opposite sides thereof are formed at a predetermined interval and opening 5 serving as ejection nozzles 10, communicating with orifices 9 on the rear side (face 13) of the bonding face of the resin film 3, are made in the bottom face of the groove 4 while being tapered toward the orifice 9. Inclination of the extension of tapered surface of the ejection nozzles 10 is set at such an angle as it does not intersect the wall face of the nozzle 11 between the surface of the substrate 1 and the orifice 9. According to the structure, unnecessary bubbles in the nozzle 11 can be discharged smoothly and the generation of an inconvenient recess or a flaw on the nozzle wall can be prevented during ablation.
Patent JP-H0353134-A (JP)
Title: Spectroscope unit
Inventor: MAEDA HIDEO
IPC: G02B5/18
Filed: 1989-07-20
Abstract: PURPOSE:To separate light into its spectral components with a high efficiency as well as a small-angle dispersion function by arranging two diffraction gratings on an optical path of wavelength separation. CONSTITUTION:Two diffraction gratings 12a and 12b are formed on both faces of a parallel plane plate-shaped substrate 12c to constitute a spectroscope unit 11 as a diffraction grating having the transmission dual structure. A grating constant K1 of the diffraction grating 12a on the input side and a grating con stant K2 of the diffraction grating 12b on the output side are so set that these grating constants K1 and K2, an angle DELTAtheta' formed by diffraction gratings 12a and 12b, an angle thetai of incidence to the diffraction grating 12a, an angle thetai' of its diffraction, an angle theta0 of diffraction of the diffraction grating 12b, and a propagation constant K0 satisfy a specific relational formula. Thus, light is separated to its spectral components with dispersion of a small angle while using grating constant (corresponding to the grating pitches) to secure a high efficiency as it is.
Patent JP-H1032845-A (JP)
Title: Battery receiving tray structure
Inventor: NOGUCHI KAZUYOSHI
IPC: H04Q1/02
Filed: 1996-07-17
Abstract: PROBLEM TO BE SOLVED: To obtain a battery receiving tray structure which effectively guides air flow from air holes at the bottom of a cabinet and can enhance heat radiating effect of an upper electronic circuit unit. SOLUTION: Opposite sides 11b of a central air part 11A which has air holes 11a are symmetrically, externally and slantly bent at a fixed angle to form supporting parts 11c for the sides of batteries. Furthermore, the parts 11c are externally bent at right angles, extensionally provide receiving parts 11d for bottoms of batteries with flanges 11e, formed to prevent batteries from falling. Mounting leg parts separately hang from each corner part of the parts 11d, and mounting planes 11g which have a mounting hole 11h are provided on the same flat surface on which ridge lines 11i are. Thus, a battery receiving tray 11 is made of a single sheet of metallic plate having an almost W-shaped cross section.
Patent JP-S57111478-A (JP)
Title: Inspecting method for magnetic disk
Inventor: WAKAMOTO OSAMU
IPC: G01R33/12
Filed: 1980-12-29
Abstract: PURPOSE:To improve the efficiency of inspection by fixing a magnetic disk and another reference magnetic disk on the same spindle and by providing an erasure part while writing a reference signal, which has the same frequency with a signal for inspection, on the magnetic disk. CONSTITUTION:A spindle 30 is fitted to the base 10 of an inspection device through a bearing 20, and rotated by a belt 40 and a motor 50. A reference magnetic disk 60 is fixed on the spindle 30 firstly, and a magnetic disk 70 to be inspected is fitted detachably. While a reference signal having the same frequency with a signal for inspection previously written on the magnetic disk 70 to be inspected is written on the reference magnetic disk 60, erasure parts are formed by a DC erasure signal synchronizing with the rotation of the magnetic disks. Consequently, the magnetic disk is inspected without varying a circuit constant.
Patent JP-H104669-A (JP)
Title: Driving power generating device, utilizing permanent magnet
Inventor: MURAKAWA MASAO
IPC: H02K53/00
Filed: 1996-06-12
Abstract: PROBLEM TO BE SOLVED: To continuously cause attracting and repulsing operations between facing permanent magnets by providing an arm on a shaft and attaching the permanent magnets to the front end of the arm and electromagnets adjacent to the permanent magnets. SOLUTION: Electromagnets 7 and 7 are respectively attached to the right side of a permanent magnet 4 and left side of a permanent magnet 5. It is preferably to adjust the magnetic forces generated from the electromagnets 7 to the same magnetic forces as those generated from the permanent magnets 4 and 5 or slightly stronger. A vehicle 2 advances to a point (g) from a point (e), owing to the attracting force of the permanent magnet 4. When the vehicle 2 approaches the point (g), an electric current is made to flow to one electromagnet 7 by adjusting the polarity of the electromagnet 7. When the electric current is made to flow, the vehicle 2 smoothly passes the point (g), reaches the point of the center line (h) of the electromagnet 7, and stops after passing the point (h) a little by inertia. When the vehicle 2 stops, the polarity of the electromagnet 7 is immediately reversed.  A repulsive force is momentarily generated between the permanent magnet 3 and electromagnet 7 and the vehicle 2 is pushed rightward. Then a repulsive force is generated between the permanent magnets 3 and 5, and the vehicle 2 advances to a point (i). In addition, an attractive force is generated between permanent magnets 3 and 6, and the vehicle 2 advances to another point (j).
Patent JP-H0849320-A (JP)
Title: Partition wall panel
Inventor: FUKUGAMI YASUSHI
IPC: E04B2/56
Filed: 1994-08-10
Abstract: PURPOSE:To easily construct a partition wall panel, by spreading a panel on both side faces of a framework in which a plurality of studs are erected between external peripheral frames and interposing buffer materials between the studs and the panels. CONSTITUTION:Panels 9 are spread at both side faces of a framework in which a plurality of studs 8 are erected between external peripheral frames 7 and buffer materials 10 are interposed between one side face of a plurality of studs 8 and the panel 9 to form a partition wall panel 1. The buffer materials 10 are made to have nearly the same belt-shape with the one side face of studs 8 and alternately installed from the side faces of studs 8 to the opposite panels 9 and the other sides of studs where the buffer materials are not applied are connected to the panels 9. In this way, the workability of the partition wall is increased and the material cost can be reduced.
Patent JP-H0637341-A (JP)
Title: Organic photovoltaic element
Inventor: NAGAI KAZUKIYO
IPC: H01L51/42
Filed: 1992-07-15
Abstract: PURPOSE:To furnish an organic photovoltaic element showing a high conversion characteristic. CONSTITUTION:In regard to an organic photovoltaic element having a laminate of an electron accepting organic substance layer forming a rectifying junction and an electron donating organic substance layer between two electrodes at least one of which has a light-transmitting property, an organic photovoltaic element in which the electron accepting organic substance layer is constituted of a perylene derivative formed in a film by a vapor growth method and this film is a mixed film of amorphous and crystalline grains and occupies such a volume as to make it possible for the crystalline grains to come into contact with each other.
Patent JP-H1022140-A (JP)
Title: Surface-mounting component using pot type core
Inventor: USUI HIDEAKI
IPC: H01F17/04
Filed: 1996-07-01
Abstract: PROBLEM TO BE SOLVED: To provide small-sized electronic equipment components which can be surface-mounted on a power source circuit section through which a large current flows through a simple mounting process. SOLUTION: In coil components composed of a pot type core 5 having through holes formed through its end wall 4, molded coils 6 put in the core 5, and a platy core 11 joined to the opened end of the core 5, the through holes are arranged so that the terminals of the coils 6 are not able to be protruded from the end face of the core 5 through the holes and film-like external electrodes which are connected to the terminals are formed on the external surface of the end wall 3.
Patent JP-H0351691-A (JP)
Title: Heat coil
Inventor: YAMAMOTO SADAYUKI
IPC: F26B17/20
Filed: 1989-07-19
Abstract: PURPOSE:To improve the performance of draining condensed water in coil tubes and augment the drying capacity of the heat coil by stopping coil tubes, connected to a return header, at the ends connected thereto positioned at the rear in the direction of the rotation of the return header. CONSTITUTION:Coil tubes 15 connected to a return header 14 at the rear in the direction of its rotation are stopped at the connected ends by the peripheral wall 14a of the return header 14. As a result, when the coil tubes 15 and both headers 13, 14 rotate with a main piping 10, condensed water W in the coil tubes 15 is collected in the return header 14, so that the condensed water W can be efficiently discharged through a drainpipe 12. With the outflow of condensed water from the return header through rotation reduced to a minimum, the capacity of draining condensed water in the coil tubes can be improved. Hence the coil tubes can be heated with an improved efficiency and the drying capacity of the heat coil itself augmented.
Patent JP-H0239200-A (JP)
Title: Sound analyzing/synthesizing device
Inventor: WAKE MASAHIRO
IPC: G10L19/10
Filed: 1988-07-29
Abstract: PURPOSE:To prevent sound quality from being deteriorated by adding a white noise to residual information and using the added information for sound synthesis. CONSTITUTION:An analyzing part is provided with a means 14 for calculating a forecasting residual power Pe by using spectrum information Kn obtained from an input sound and a means for finding out a difference between the power Pe and a residual signal power Pq to be quantized to find out difference residual power Pw. On the other hand, a synthesizing part is provided with a means 36 for finding out the difference residual power Pw, spectrum information Kn and residual information gi, mi on the basis of a signal 35 supplied from the analyzing part, a means 40 for generating a white noise 42 from the power Pw, an adding means 45 for adding the noise 42 to the information gi, mi, and a synthesizing filter 47 for using the added result of the means 45 as a driving source signal 46 to synthesize sound from the information Kn. In a low bit rate in which the residual information can not be sufficiently transmitted, the error residual power is modeled by the white noise and natural synthesized sound having no roughness can be obtained.