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    • 3. 发明专利
    • ADAPTER FOR SEAT BELT
    • JP2000142313A
    • 2000-05-23
    • JP33646798
    • 1998-11-12
    • EISHIN KAGAKU KK
    • ARAKAWA ZENKICHI
    • B60R22/12
    • PROBLEM TO BE SOLVED: To prevent direct contact with a user's skin so as to improve a seat belt wearing rate by arranging a human body contact piece having a soft touch on a back face of a main body, which can be closed with a seat belt clamped from the front and back sides, and arranging an attaching member, to/from which a desired member can be freely attached/detached, on the front face. SOLUTION: A main body 1 made of a plastic double-folded plate can be freely opened/closed while using a crease 2 as a hinge. A human body contact piece 3 made of urethane fabric having a soft touch is arranged on the back face of the main body 1. On the other hand, an attaching member 4, to/from which a desired member 10 can be attached/detached freely, is arranged on the front face of the main body 1. The attaching member 4 cooperates with an attaching member 14 for fixing the desired member 10 on the front face of the main body 1. In this process, both of the attaching members 4, 14 are formed by using velvet fasteners and constructed of male and female locking members individually. In an adapter, a seat belt B is positioned on the inside while the main body 1 is opened, and then, the adapter is closed and fixed with the seat belt clamped by the locking means (attaching members 4, 14).
    • 5. 发明专利
    • STEEL TUBE END MAGNETIZATION DEVICE
    • JPH07151732A
    • 1995-06-16
    • JP32997193
    • 1993-12-01
    • NIPPON KOKAN KKEISHIN KAGAKU KK
    • KOMIYA YOSHIOKIMURAYAMA AKIRANUMAGUCHI MICHIO
    • G01N27/84
    • PURPOSE:To make possible the magnetic powder method of high flaw detection force and high reliability of a steel tube inside face by magnetizing on alternating current an interior coil composed of an shaft body inserted in the inner face of the steel tube and a coil lead wire wound around the shaft body. CONSTITUTION:An interior coil 2 consists of a shaft body 11 inserted along the direction of a tube axis in the inner face of the end of a steel tube 1 and a coil lead wire 10 wound around it. The shaft body 11 is formed to overlap a plurality of silicon steel plates. Parallel crosses twin coils 7 are disposed at the specified positions of its circumference on the end of the tube 1 and the coil 2 is inserted. When alternating current is allow to flow in the coil 2 from an alternating power source 8, a magnetic flux is given to the tube 1 through the shaft body 11, and when three-phase alternating current is allowed to flow in the coil 7 from a three-phase power source 9, a rotating magnetic field is generated. As a result, a vertical magnetic field and a horizontal magnetic field are generated in the outer surface and the inner surface of the end of the tube 1 and the end of the tube 1 is stably magnetized over the all directions of the inner and outer surfaces. The much magnetic flux exists in the inner face of the tube 1 because the magnetic field passes a low electric resistance part by means of the coil 2, and detection force of the inner face is improved.
    • 6. 发明专利
    • MAGNETIC POWDER FLAW DETECTING METHOD OF STEEL TUBE
    • JPS60165543A
    • 1985-08-28
    • JP2003484
    • 1984-02-08
    • EISHIN KAGAKU KK
    • NUMAGUCHI MICHIO
    • G01N27/84
    • PURPOSE:To improve the accuracy of detection by insertig a copper pipe which has a slit part and incorporates an iron core into a steel pipe placed between two series coils in the same direction, feeding a rectified wave current to electrode plates at both ends, and supplying an alternating current to the coils. CONSTITUTION:The two coils 4 and 4' connected in series in the same winding direction are added to both ends of the steel tube 1 to be inspected, and the copper pipe 2 which has the slit part 2a bored axially and incorporates the iron core 3 is inserted. Then, the alternating current is flowed to the coils 4, 4' to supply alternating magnetic flux to the iron core 3, and the material 1 to be insepcted is magnetized with an induced current to detect a circumferential defect. Further, the electrode plates 5, 5' are brought into press contact with both end parts of the copper pipe 2 and a single-phase half-wave rectified current is fed from the same three-phase AC power source with the coils to detect an axial defect of the material 1 to be inspected. Consequently, defects in the inside of the material 1 to be inspected in all directions are detected at the same time speedily and accurately.