Geschlagenes Kunstfaserseil
    292.
    发明公开

    公开(公告)号:EP0995832A2

    公开(公告)日:2000-04-26

    申请号:EP99120587.3

    申请日:1999-10-16

    Applicant: INVENTIO AG

    Abstract: Bei einem durch eine Seilscheibe angetriebenen Treibseil, mit einem Seilkern (19) aus in konzentrischen Litzenlagen (14, 16) miteinander parallelverseilten tragenden Aramidfaserlitzen (9, 10, 11), wird vorgeschlagen, die Litzen (12) einer äussersten Litzenlage (12) im Gegenschlag mit dem Seilkern (19) zu verseilen. Durch die Gegenschlagverseilung heben sich die unter Last in den Litzenlagen (14, 16, 21) entstehenden Drehmomente gegenseitig auf; es wird ein drehungsneutraler Seilaufbau erreicht. Ein elastischer Zwischenmantel (20) zwischen den gegenschlagverseilten Litzenlagen (16, 21) dient als Abriebschutz für die Litzen (10, 11, 12) und einer grossflächigen Drehmomentenübertragung im Aufzugsseil (1).

    Abstract translation: 合成纤维电缆包括沿与外股层(21)相反的方向扭转的承重股线层(14,16)。 合成纤维缆线包括扭转在一起以形成同心绞线层(14,16)的承载合成纤维束(10,11,12)。 外层(21)的股线(12)沿与相邻的内层(16)相反的方向被扭转。

    A compensating cable for an elevator or the like
    296.
    发明公开
    A compensating cable for an elevator or the like 失效
    AusgleichskabelfürAufzüge。

    公开(公告)号:EP0207683A1

    公开(公告)日:1987-01-07

    申请号:EP86304674.4

    申请日:1986-06-17

    Inventor: Obst, Donald L.

    Abstract: A compensating cable (2) for an elevator (8) or the like comprising at least one elongated strength member (9) disposed in an elongatged sheath (11) together with elongated means (14-14', 17-17'), made from a mixture of metal particles (13) embedded in a plastics material (12) occupies part of the volume of the sheath and a plurality of elongated fibres (10) occupy that volume of the sheath not occupied by the elongated strength member or the elongated means made from metal particles embedded in plastics material; the elongated particles being adapted to move relative to one another, the elongated strength member and the elongated sheath, having a coefficient of elongation or not more than 30% and a coefficient of friction relative to all surrounding materials.

    Abstract translation: 一种用于电梯(8)等的补偿电缆(2),包括设置在延长的护套(11)中的至少一个细长的强度构件(9)以及细长的装置(14-14分钟,17-17分钟) 从嵌入在塑料材料(12)中的金属颗粒(13)的混合物占据护套的体积的一部分,并且多个细长纤维(10)占据不被细长强度构件或细长的 由嵌入塑料材料的金属颗粒制成的装置; 细长的颗粒适于相对于彼此移动,细长的强度构件和细长护套具有相对于所有周围材料的伸长系数或不大于30%的摩擦系数。

    Manufacture of elongate members such as strand and rope
    297.
    发明公开
    Manufacture of elongate members such as strand and rope 失效
    Herstellung vonstrangförmigenElementen wie Litzen und Seile。

    公开(公告)号:EP0199461A2

    公开(公告)日:1986-10-29

    申请号:EP86302036.8

    申请日:1986-03-19

    Applicant: BRIDON plc

    Abstract: Individual elongate elements (wires 2 or strands 4) are drawn off stationary coils (21) in such a manner that the element (2,4) is elastically twisted. The elements (2,4) are guided to a stationary closing means (23) in which a bundle of the elements is formed, the elements immediately before being formed into the bundle being substantially free from any curvature that will result in residual slackness in the elongate member (1,3) being manufactured. The bundle is withdrawn from the closing means (23) and is simultaneously rotated about its axis so as to form the elongate member (strand 1 or rope 3) and substantially untwist the elongate elements (2,4). The product can be at least 300 m long.

    Abstract translation: 单个细长元件(导线2或股线4)以固定的线圈(21)被拉出,使得元件(2,4)弹性地扭曲。 元件(2,4)被引导到固定的关闭装置(23),在固定的关闭装置(23)中形成一束元件,紧接着形成束之前的元件基本上没有任何曲率,这将导致 细长构件(1,3)被制造。 束从关闭装置(23)中取出并且同时围绕其轴线旋转,以便形成细长构件(绳1或绳索3)并且基本上解开细长元件(2,4)。 该产品长至少300米。

    Flexible tension members
    298.
    发明公开
    Flexible tension members 失效
    柔性张紧元件。

    公开(公告)号:EP0149336A2

    公开(公告)日:1985-07-24

    申请号:EP84308679.4

    申请日:1984-12-13

    Applicant: BRIDON plc

    Abstract: A flexible tension member for structural applications comprises twenty or more high strength rods (R) bundled helically with a lay length 20 to 150 times overall diameter, the rods (R) upon introduction being substantially free from curvature resulting in slackness in the bundle and introduced without flexural stresses significantly exceeding the yield point of the rod structure.
    The invention may utilise rods of solid circular or non-circular cross-section, or tubular and formed of metal, e.g., steel, and/or non-metallic material, more particularly fibre reinforced plastics, and results in a smooth uniform appearance, with good integrity and no signs of slackness despite the unusually long lay length employed.

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