Method for manufacturing heat recoverable tubing
    1.
    发明公开
    Method for manufacturing heat recoverable tubing 失效
    Verfahren und Herstellung heissschrumpfbarerSchläuche。

    公开(公告)号:EP0113498A1

    公开(公告)日:1984-07-18

    申请号:EP83304986.9

    申请日:1983-08-30

    Inventor: Bradley, Richard

    Abstract: (57) A method of manufacturing heat recoverable tubing by (a) extruding pellets of a heat shrinkable, heat sealable plastic into a sheet; (b) cross-linking the sheet with electron beam or alternative form of radiation; (c) orienting the irradiated sheet by stretching the sheet widthwise; and (d) forming the oriented sheet into a tube about a longitudinal axis. The tube is longitudinally seamed, and is formed as either a continuous tube or a discreet length of tube. The surface of the sheet which becomes the inner surface of the tube when the tube is formed, can be coated before the tube is formed. Tubes of any diameter may be formed by the method of the invention.

    Abstract translation: (a)将可热收缩的可热封塑料的丸粒挤压成片材的制造可热回收管的方法; (b)用电子束或替代形式的辐射交联片材; (c)通过沿宽度方向拉伸片材来定向照射的片材; 和(d)将取向片材围绕纵向轴线形成管子。 管被纵向缝合,并且形成为连续管或离散长度的管。 当管形成时,成为管的内表面的片的表面可以在管形成之前被涂覆。 任何直径的管可以通过本发明的方法形成。

    Sleeve for protecting coupled components
    2.
    发明公开
    Sleeve for protecting coupled components 失效
    Kupplungsmuffe zum Schutz更新者Bauteile。

    公开(公告)号:EP0138296A2

    公开(公告)日:1985-04-24

    申请号:EP84304361.3

    申请日:1984-06-27

    Inventor: Bradley, Richard

    CPC classification number: B29C61/08 B29C49/00 B29C61/0616 B29K2105/04 H01R4/72

    Abstract: Apparatus and method for protectively covering coupled components, such as in a coaxial cable splice, with a sleeve wherein one of the covered components is damaged when subjected to excessive heat which is less than that required for heat recovery. A sealed bond is formed between a first length of the sleeve and a heat damageable component by heating and thereby foaming a foamable adhesive therebetween, the heat being insufficient to melt or otherwise damage the heat damageable component. A second length of the sleeve is heat shrunk into engagement with another of the coupled components which is not damageable at heat recovery temperatures. Initially, the second length has a cross-sectional dimension that is preferably larger than that of the first length, the second length being heat shrinkable to cover components of varying cross-sections. Sleeves according to the invention are formed by various techniques, including extruding or blow-molding a tube of heat recoverable material.

    Abstract translation: 用于保护性地覆盖诸如在同轴电缆接头中的耦合部件与套筒的装置和方法,其中当被覆盖部件中的一个受到比热回收所需的过热时损坏。 通过加热在套筒的第一长度和热损伤部件之间形成密封接合,从而使可发泡的粘合剂在其间发泡,热量不足以熔化或以其它方式损坏热损伤部件。 套筒的第二长度热收缩成与在热回收温度下不可损坏的另一个耦合部件接合。 最初,第二长度的横截面尺寸优选地大于第一长度的横截面尺寸,第二长度可热收缩以覆盖不同横截面的部件。 根据本发明的套筒通过各种技术形成,包括挤出或吹塑可回收材料管。

    Heat shrinkable tubular closure sleeve
    3.
    发明公开
    Heat shrinkable tubular closure sleeve 失效
    WärmeschrumpffähigeRohrverschlusshülse。

    公开(公告)号:EP0106446A1

    公开(公告)日:1984-04-25

    申请号:EP83304629.5

    申请日:1983-08-10

    Abstract: A heat shrinkable tubular closure sleeve (204) having a riveted longitudinal seam. The sleeve (204) is formed from a sheet (100) comprising two longitudinal margin portions (102, 104) having a strip (120) of oriented, heat shrinkable material therebetween. Specifically, the two margin portion (102, 104) are overlapped and joined by rivets (202), each rivet (202) passing through a hole (106, 114) in each of the overlapping margin portions (102,104). Each margin portion (102, 104) comprises a laminate (108) having a metal layer (130) sandwiched between two plastic layers (132, 134) which do not shrink when heat is applied. Placing the tubular sleeve (204) over a cylindrical article (200) and applying heat to the sleeve (204), the strip (120) shrinks to reduce the radius of the sleeve (204) to effectuate a tight wrap around the article (200).

    Abstract translation: 一种具有铆接纵向接缝的热收缩管状封闭套管(204)。 套筒(204)由片材(100)形成,片材(100)包括两个纵向边缘部分(102,104),该两个纵向边缘部分具有位于其间的取向的可热收缩材料的条带(120)。 具体地,两个边缘部分(102,104)由铆钉(202)重叠并连接,每个铆钉(202)穿过每个重叠边缘部分(102,104)中的孔(106,114)。 每个边缘部分(102,104)包括层压体(108),其具有夹在两个塑料层(132,134)之间的金属层(130),当施加热量时,该塑料层不会收缩。 将管状套筒(204)放置在圆柱形制品(200)上并向套筒(204)施加热量,条带(120)收缩以减小套筒(204)的半径以实现物品(200 )。

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