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    SURGE ARRESTER AND ASSOCIATED MANUFACTURING METHOD
    2.
    发明申请
    SURGE ARRESTER AND ASSOCIATED MANUFACTURING METHOD 审中-公开
    SURGE ARRESTER及相关制造方法

    公开(公告)号：WO2018058376A1

    公开(公告)日：2018-04-05

    申请号：PCT/CN2016/100609

    申请日：2016-09-28

    Applicant: ABB SCHWEIZ AG ,  LI, Chun ,  HE, Jian ,  GAO, Deli ,  NIU, Maoshan ,  SOTIROPOULOS, Ektor ,  GREUTER, Felix ,  CHEN, Jiansheng ,  ROCKS, Jens

    Inventor： LI, Chun ,  HE, Jian ,  GAO, Deli ,  NIU, Maoshan ,  SOTIROPOULOS, Ektor ,  GREUTER, Felix ,  CHEN, Jiansheng ,  ROCKS, Jens

    IPC: H01C7/12

    Abstract: A surge arrester (100) and a method for manufacturing the surge arrester (100), the surge arrester (100) comprises a preassembled active part (110) extending in a longitudinal direction (Y), and a separately produced flexible housing (120) defining a bore (121) in the longitudinal direction (Y) and having an opening at an end surface (126) of the flexible housing (120), the flexible housing (120) is arranged surrounding the active part (110) via the bore (121) and in contact with the active part (110), the contact causes a deformation of the flexible housing (120) in a circumferential direction (C), and the deformation generates a pressure applied on the active part (110) along a radial direction (R).

    Abstract translation: （100）和用于制造电涌放电器（100）的方法，电涌放电器（100）包括沿纵向方向（Y）延伸的预组装的有源部件（110），以及 单独制造的柔性壳体（120），其在纵向方向（Y）上限定孔（121）并且在柔性壳体（120）的端面（126）处具有开口，柔性壳体（120） （121）接触且与所述有效部分（110）接触，则所述接触导致所述柔性壳体（120）沿圆周方向（C）变形，并且所述变形产生施加在所述有源部分 沿着径向（R）的有效部分（110）。

    SURGE ARRESTER AND ASSOCIATED MANUFACTURING METHOD
    4.
    发明申请
    SURGE ARRESTER AND ASSOCIATED MANUFACTURING METHOD 审中-公开

    公开(公告)号：WO2019140586A1

    公开(公告)日：2019-07-25

    申请号：PCT/CN2018/073192

    申请日：2018-01-18

    Applicant: ABB SCHWEIZ AG ,  LI, Chun ,  SOTIROPOULOS, Ektor ,  GREUTER, Felix ,  CHEN, Jiansheng ,  HE, Jian ,  SONG, Liang ,  ZHOU, Weidong

    Inventor： LI, Chun ,  SOTIROPOULOS, Ektor ,  GREUTER, Felix ,  CHEN, Jiansheng ,  HE, Jian ,  SONG, Liang ,  ZHOU, Weidong

    IPC: H01C7/12

    Abstract: It provides a surge arrester (1) and its manufacturing method. The surge arrestor (1) includes an active part (10) extending along a longitudinal direction (14) of the surge arrester (1), a first electrode (11) having a first interlocking part (110), being arranged to rest against a first end (100) of the active part (10), a second electrode (12) resting against a second end (101) of the active part (10), wherein the second end (101) opposes the first end (100) in the longitudinal direction (14) of the surge arrester (1), a flexible insulating housing (13), being arranged around an assembly of the first electrode (11), the active part (10) and the second electrode (12), and a second interlocking part (132) formed on an inner surface of the flexible insulating housing (13). The first interlocking part (110) of the first electrode (11) is arranged to fit with the second interlocking part (132) of the flexible insulating housing (13) for preventing relative movement of the first electrode (11) and the flexible insulating housing (13) in the longitudinal direction (14) of the surge arrester (1). The flexible insulating housing (13) includes: a support member (130) mechanically connecting and supporting the assembly of the first electrode (11), the active part (10) and the second electrode (12), which has a plurality of supporting elements (130a,130b) being arranged parallel to the longitudinal direction (14) of the surge arrester (1) and being arranged laterally at sides of the assembly of the first electrode (11), the active part (10) and the second electrode (12), and an insulating expandable part (131) with a plurality of sheds extending outwards, being moulded around the support member (130) and being spaced apart from the assembly of the first electrode (11), the active part (10) and the second electrode (12). Because the support elements (130a,130b) are mechanically connected by the flexible insulating housing (13), by exerting outwards radial force on the flexible insulating housing (13), the cross- section of its inner space is enlarged, thus making it easier to insert the assembly of the first electrode (11), the active part (10) and the second electrode (12) into the flexible insulating housing (13). Besides, the interlocking mechanism ay prevent an undesirable relative movement between the electrode (11,12) and the flexible insulating housing (13) in the longitudinal direction (14).

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