Tape structures
    32.
    发明授权
    Tape structures 失效
    磁带结构

    公开(公告)号:US3983281A

    公开(公告)日:1976-09-28

    申请号:US566295

    申请日:1975-04-09

    申请人: Alfred W. Wakeman

    发明人: Alfred W. Wakeman

    摘要: A flexible longitudinally continuous tape construction is disclosed for use in joining mating edges of juxtaposed members, the tape having an X-like configuration transversely of its length to provide paired legs adapted to receive and be secured along the edges of members to be joined. The tape is capable of serving as a pliable hinge to permit articulation of the joined members about an axis which may or may not be rectilinear; or it may also serve simply as a binding for joining members intended to be fixed relative to each other. The tape construction combines two sets of connector strand means running crosswise of the longitudinal axis of the tape, the strands in one set intersecting and crossing those of the other set to form an axis of intersection along the tape which is flanked by the four legs of the X, while other means are disposed along each leg integrating the connector strands to form with them porous matted portions spaced outwardly of the axis of the X to leave an open center in which the two sets of connector strands are free to shift relative to each other within the limits of the open center defined by the matted portions while retaining a definite single axis of articulation.

    摘要翻译: 公开了柔性纵向连续带结构,用于连接并置构件的配合边缘,该带具有横向于其长度的X形构造,以提供适于沿待连接构件的边缘接收和固定的成对腿。 该带能够用作柔韧的铰链,以允许连接的构件围绕可以是或不是直线的轴线铰接; 或者它也可以简单地用作连接要相对于彼此固定的构件的装订。 胶带结构组合了两组连接器股线装置,该组装置沿着带的纵向轴线交叉运行,一组中的股线与另一组交叉并与之交叉,形成沿着带的相交轴线, X,而其他装置沿着每个腿部设置,整合连接器股线以与其形成多个无衬垫部分,其与X的轴线间隔开,以留下开放中心,其中两组连接器股线相对于每个 另一个在由消光部分限定的开放中心的限制内,同时保持确定的单个关节轴线。

    Warp beam for triaxial weaving
    33.
    发明授权
    Warp beam for triaxial weaving 失效
    三角织物的波纹束

    公开(公告)号:US3884429A

    公开(公告)日:1975-05-20

    申请号:US39552973

    申请日:1973-09-10

    申请人: DOWEAVE INC

    发明人: DOW NORRIS F

    摘要: A warp beam for triaxial weaving consists of a plurality of yarn courses forming a flattened sleeve wrapped spirally upon itself, the yarn courses being disposed in paths generally parallel to one another, and helical with respect to the longitudinal axis of the sleeve. Such a beam is formed by feeding a plurality of warp yarns to a beam take up while feeding the plurality of yarns from a creel with relative rotation of the creel and beam about a yarn path center line between them such that an individual warp yarn from its supply package on the creel rotates about the longitudinal center line of the warp yarn path from the creel to the take up apparatus, and therefore is wrapped helically about a sleeve formed collectively by the warp yarns from the plurality of supply packages on the creel. Triaxial weaving by first forming such a beam and then feeding from such a beam to a triaxial fabric loom whereby the warp yarn courses are made to traverse across the width of the fabric as they are unwound from the beam by virtue of their helical winding within the flattened sleeve of the warp beam is also within the scope of the present invention. Preferably, the helical angle of the individual warp yarns, with respect to the center line of the flattened sleeve along the center of one of the flat sides thereof, is approximately 30*, and preferably the yarn take off from the warp beam is synchronized with the weaving process such that end yarn transfer from above warps to below warps corresponds approximately to yarn take off from the appropriate flattened edge of the sleeve on the beam.