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    • 3. 发明公开
    • CONNECTIONS AND TERMINATIONS FOR CABLES
    • 连接和电缆端接
    • EP1222723A1
    • 2002-07-17
    • EP00973461.7
    • 2000-10-11
    • UTILX CORPORATION
    • BERTINI, Glen, J.JENKINS, KimLANAN, Keith
    • H02G15/24H02G15/26H01B7/28
    • H02G15/24H01B7/2813H02G15/26
    • A method and apparatus for connecting flow-through cables (400, 402). Flow-through cables (400, 402) have a conduit or a plurality of conduits (412, 414) longitudinally placed inside the cable to allow fluid passage. Special terminators, joints, and methods for installing these devices are described herein. One method for connecting two flow-through cables involves: inserting a tubing material (410) into the conduit (412) of one flow-through cable (400), placing a crimp connector (420) over the cable's conductive core (404) and crimping the crimp connector. The tubing material (410) is then placed into the conduit (414) of the second flow-through cable (402), the cables are aligned, and then the crimp connector (420) is fastened to the conductive core (406) of the second flow-through cable (402). The termination assembly includes a rigid tubing material, a hollowed plug assembly that includes a single or a plurality of rigid tubes, a tubing connector connected to the single or plurality of rigid tubes, and a conductive terminator that has a cavity adapted to anchor a cable's conductive core and allow a flexible tubing material to attach to the single or plurality of rigid tubes while being routed through the conductive terminator.
    • 6. 发明授权
    • CONNECTIONS AND TERMINATIONS FOR CABLES
    • 连接和电缆端接
    • EP1222723B1
    • 2007-03-07
    • EP00973461.7
    • 2000-10-11
    • UTILX CORPORATION
    • BERTINI, Glen, J.JENKINS, KimLANAN, Keith
    • H02G15/24H02G15/26H01B7/28
    • H02G15/24H01B7/2813H02G15/26
    • A method and apparatus for connecting flow-through cables (400, 402). Flow-through cables (400, 402) have a conduit or a plurality of conduits (412, 414) longitudinally placed inside the cable to allow fluid passage. Special terminators, joints, and methods for installing these devices are described herein. One method for connecting two flow-through cables involves: inserting a tubing material (410) into the conduit (412) of one flow-through cable (400), placing a crimp connector (420) over the cable's conductive core (404) and crimping the crimp connector. The tubing material (410) is then placed into the conduit (414) of the second flow-through cable (402), the cables are aligned, and then the crimp connector (420) is fastened to the conductive core (406) of the second flow-through cable (402). The termination assembly includes a rigid tubing material, a hollowed plug assembly that includes a single or a plurality of rigid tubes, a tubing connector connected to the single or plurality of rigid tubes, and a conductive terminator that has a cavity adapted to anchor a cable's conductive core and allow a flexible tubing material to attach to the single or plurality of rigid tubes while being routed through the conductive terminator.
    • 9. 发明公开
    • CABLE FLUID INJECTION SLEEVE
    • 套筒注射液在电缆
    • EP1082796A1
    • 2001-03-14
    • EP99925880.9
    • 1999-05-26
    • UTILX CORPORATION
    • BERTINI, Glen, J.GRAVE, BerndLANAN, KeithCHAU, Albert, W.STAGI, William, R.
    • H02G15/105H02G15/08H01B7/28
    • H02G15/08H02G15/105
    • The cable connector (2) of the present invention includes an interior connector and an injection fitting. The interior connector includes an elongate hollow electrically conductive conduit (2) having open ends (6, 7) adapted to receive the interior ends of the two sections of electrical cable. The interior connector also includes a fastener for securing the interior ends of the two sections of electrical cable in the open ends (6, 7) of the elongate hollow electrical conduit (2). Another component of the interior connector is a stress control tubing that is adapted to cover the elongate hollow electrically conductive conduit. An insulation sleeve (152) covers the stress control tubing (150). Compression rings (148) located on the insulation sleeve adjacent each of the open ends of the elongate hollow electrically conductive conduit (2). The interior connector also includes a metal wrap adapted to cover the insulation sleeve and the compression rings. An outer sheath (146) is adapted to cover the metal wrap to complete the assembly of the interior connector. The injection fitting includes a cable adaptor that is attachable to the outer surface of the electrical cable section (120) at a position remote from the exterior end of the electrical cable section to leave exposed a portion of the outer surface of the electrical cable section adjacent the exterior end thereof. The injection fitting also includes a sleeve (192) having a first end, second end and a fluid injection opening. The first end of the sleeve (192) is adapted to fit over the exposed portion of the outer surface of the electrical cable section adjacent the exterior end thereof. The second end is adapted to fit over a conductor contact attached to the central conductor portion of the electrical cable section.