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    • 2. 发明专利
    • METHOD AND DEVICE FOR CONTROLLING NUT RUNNER
    • JP2000326250A
    • 2000-11-28
    • JP13302399
    • 1999-05-13
    • SANYO MACHINE WORKS
    • MOROTA HISASHI
    • B23P19/06B25B23/14
    • PROBLEM TO BE SOLVED: To complete fastening of a bolt or a nut with fastening torque appropriate to a work irrespective of the type of a work such as a soft joint, and a hard joint, and complete fastening all shafts at the same time even if fastening angles vary in multi-shaft simultaneous fastening. SOLUTION: Target fastening torque TX and target fastening time tX from seating to the completion of fastening are preset, torque rising rate α per unit of time of rotational speed at a current point P1 during fastening operation after seating is computed, the remaining fastening torque ΔT2 from the current point P1 to the target fastening torque TX and remaining fastening time Δt1 until the target fastening time tX are computed, the remaining fastening expected time Δt2 until the target fastening torque TX is reached at the rotational speed at the current point P1 based on torque rising rate α and remaining fastening torque ΔT2 is computed, and the rotational speed necessary for completing fastening at the target fastening time tX based on the remaining fastening expected time Δt2, remaining fastening time Δt1, and the rotational speed at the current point P1 is computed.
    • 4. 发明专利
    • PUNCH PLATE FOR FLAT DIE
    • JP2000198100A
    • 2000-07-18
    • JP37766598
    • 1998-12-29
    • SANYO MACHINE WORKS
    • IMAI YOSHIHIROWATANABE HIROYUKISAKATA KAZUHISABABA MASAMI
    • B26F1/44
    • PROBLEM TO BE SOLVED: To improve the strength of a cutting edge and prevent the impairing of the cutting quality by applying the nitriding treatment to a cutting edge of a punch plate. SOLUTION: The nitriding treatment is executed on a cutting edge 4 of a punch plate 2 for a flat die 3 manufactured by demountably mounting an acceptor 1 and a punch plate 2 by magnetic action. The nitriding and the carbonizing are simultaneously executed on a surface of the knife blade 2, and a nitriding treatment layer of a nitride layer and a carbide layer is formed on the surface of the knife blade 2. Whereby the surface of the knife blade 2, that is, the cutting edge 4 is hardened. When this nitriding treatment layer is too thin, the rigidity of the knife blade 2 is insufficient, and a matter to be cut such as a material harder than a label such as a resin plate and the like and a thick material can not be cut in a good condition (cutting quality is immediately impaired). Accordingly in a case of the knife blade 2 for flat die 3, a thickness of the nitriding treatment layer is determined to be 6 μm or more, whereby the frictional characteristic and the cutting quality can be also improved.
    • 5. 发明专利
    • STUD FIXING METHOD TO SHEET
    • JP2000140964A
    • 2000-05-23
    • JP32088098
    • 1998-11-11
    • SANYO MACHINE WORKS
    • YAMAGUCHI TAKESHI
    • B21D39/14
    • PROBLEM TO BE SOLVED: To fix a stud to a sheet by a flange and an expanded part with sufficient strength by inserting a hollow cylindrical part in a through hole in the sheet to closely attach the flange to a sheet surface, pressing a spherical body larger in diameter than the inside diameter of the hollow cylindrical part to expand a part projecting from the sheet. SOLUTION: The length L of a hollow cylindrical part 4 of a stud 1 projecting from a sheet 6 is set to be larger than the radius R of a spherical body 5 to be pressed into a shaft hole 3. Since the spherical body 5 is held in the shaft hole 3 of the hollow cylindrical part 4 expanded by the press-fitting of the spherical body 5, the specified tightening strength is maintained without contracting the hollow cylindrical part 4. Since the spherical body 5 seals an opening end of the shaft hole 3 and left behind, water is prevented from entering the shaft hole 3, and the rust-preventive performance of a joined part of the sheet 6 with the stud 1 is improved. When the length L of the hollow cylindrical part 4 is set to be smaller than the radius R of the spherical body 5, the spherical body 5 expands the hollow cylindrical part 4 to be semi-spherical, and is dropped to enable the recycling.
    • 8. 发明专利
    • WELDING GUN SUPPORTING DEVICE
    • JPH115172A
    • 1999-01-12
    • JP15515697
    • 1997-06-12
    • SANYO MACHINE WORKS
    • OIWA KOJI
    • B25J9/04B23K11/11B25J9/06
    • PROBLEM TO BE SOLVED: To provide the welding gun supporting device which enables to move the gun to any three dimensional directions at a natural working position by a light power. SOLUTION: The first vertical shafts 8 are arranged at right and left side respectively under a frame 10 which supports a welding object panel member 14. A cylindrical part 16a of the first rotary member 16 is attached to cover the first vertical shaft 8 rotable freely. A bottom end part of a fourparallely inter-locked link 18 is attached to the first bracket 16b of the first rotary member. On the top end part the four parallely inter-locked link 18, a bearing part 26 is attached holding its axial line horizontal and, a vertical sliding shaft 28 is inserted into the bearing shaft 26 sliding freely. A bearing cylinder 30 is vertically attached to the end part of the horizontally sliding shaft 28, and then, the second vertical shaft is inserted to the bearing cylinder 30, rotable freely. The second rotary member 34 is attached to the top end of the second vertical shaft 32. A rotary free rotating shaft 36, which locates at a side extended direction, is attached to the second rotary member 34, and attach the welding gun to the rotary shaft 36 so that the center of gravity of the welding gun G is positioned on the extended line of the rotary shaft 36.
    • 9. 发明专利
    • INSPECTING METHOD FOR WELDED STATE
    • JPH10296481A
    • 1998-11-10
    • JP4383698
    • 1998-02-25
    • SANYO MACHINE WORKS
    • ISHIHARA KOICHIKOBARI TOSHIO
    • G01B21/02B23K9/095B23K26/00B23K31/00G01N21/88G01N21/93
    • PROBLEM TO BE SOLVED: To judge the quality of a welded state from the bead width at the time of butt welding metal plates and to judge the existence of the deviation of the weld position from the target position in the butt welding of a pair of works having different plate thickness. SOLUTION: The cross section profile of the weld zone of butt welded works 1, 2 is measured by a light-section method or the like, the imaginary and effective bead width rather smaller than the actual width of the bead 3 is calculated by a numerical operation from the coordinate data on the cross section shape of the upper and bottom surfaces of works 1, 2 and the surface of the bead 3. Utilizing that this effective bead width is positively correlated with the actual bead width, the quality of the welded state of the penetration or the like of the bead 3 is judged based on the effective bead width. Also, in the case of butt welding works 1, 2 having different plate thickness, the inclination of the cross section profile of the bead 3 is measured, the existence of the deviation of the weld position is judged by comparing the measured inclination value with the pre-recorded reference value.
    • 10. 发明专利
    • ELECTRONIC ICE BAG
    • JPH10258080A
    • 1998-09-29
    • JP6835997
    • 1997-03-21
    • SANYO MACHINE WORKS
    • HORIBA TAKESHI
    • A61F7/10F25B21/02
    • PROBLEM TO BE SOLVED: To provide a novel electronic ice bag which is a substitution for a cold reserving device for an ice bag, a gelatinous cold reserving agent or the like. SOLUTION: In this electronic ice bag, a plurality of Peltier element modules 9 which are electrically connected in series and in parallel are aligned in vertically and horizontally to be arranged on a plane. The Peltier element modules 9 are sandwiched by highly heat conductive metal plates 11 and 12 from the heat radiating side and the heat absorbing side, a bagshaped heat radiator 15 filled with a highly heat conductive medium 14 is joined on the outside of a metal plate 8 on the heat radiating side and the Peltier element modules 9, metal plates 11 and 12 and the heat radiator 15 are covered with an armor cover 16. A controller 18 is connected and controls temperature by driving the Peltier element modules 9 with a power source cable 17 led out of the armor cover 16.