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    • 71. 发明专利
    • COAXIAL CABLE TERMINAL PROCESSING MACHINE
    • JP2002281632A
    • 2002-09-27
    • JP2001077781
    • 2001-03-19
    • MITSUBISHI CABLE IND LTD
    • YASUHARA TAKESHIKASHIOKA TORUMATSUDA NOBUYOSHIBAMISHIN ETSUROU
    • H01B13/016H01B13/00H02G1/12
    • PROBLEM TO BE SOLVED: To provide a coaxial cable terminal processing machine which can perform terminal processing simply and surely. SOLUTION: This coaxial cable terminal processing machine is equipped with a guide cylinder, where the end of a coaxial cable is inserted, a holder member 2 which is provided on the side of the base end in axial direction more than the guide cylinder 1; an L-shaped tip side cutting edge 3 which is provided on the tip side in the axial direction of the holder member 2 and has the first edge for cutting a cover sheath into spiral form and the second edge for separating the cover sheath from an outer conductor to outside; and an L-shaped base-side cutting edge 4 which is provided; and a predetermined dimension apart on the side of the base end in axial direction more than the tip-side cutting edge 3, at the holder member 2 and also has the first cutting edge for cutting the outer conductor and an insulator into spiral form and the second edge for separating the outer conductor and the insulator from an inner conductor to outside. Furthermore, this processing machine possesses an inner guide shaft 6, which is provided at the position of an axis P of the holder member 2 and a stopper member 7 which is provided, by the predetermined dimension apart on the side of the base end in the axial direction more than base end side cutting edge 4, at the holder member 2 and stops bump of the end face of the inner conductor.
    • 75. 发明专利
    • JP2000512793A
    • 2000-09-26
    • JP54293597
    • 1997-05-30
    • H01B11/18H01B13/016H01B13/26
    • A method of making a flexible coaxial cable is provided. The method comprises advancing a cable core comprising a conductor and an expanded foam dielectric surrounding the conductor along a predetermined path of travel, directing an elongate strip of copper onto the advancing cable core and bending the copper strip into a generally cylindrical form so as to loosely encircle the core. Opposing longitudinal edges of the thus formed copper strip are then moved into abutting relation and a longitudinal weld is formed joining the abutting edges to thereby form an electrically and mechanically continuous tubular copper sheath loosely surrounding the cable core. The cable core and the surrounding sheath are simultaneously advanced while the tubular sheath is deformed into an oval configuration loosely surrounding the core. The longitudinal weld of the advancing sheath is then directed against a scarfing blade and weld flash from the sheath is scarfed from the sheath. The advancing copper sheath is sunk onto the advancing cable core to form the coaxial cable. A polymer composition may be extruded around the copper sheath to form a protective jacket surrounding the coaxial cable and may be bonded thereto. The present invention also includes a flexible coaxial cable having excellent electrical and bending properties.