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    • 1. 发明授权
    • Sandwich structural part
    • 三明治结构部分
    • US4756943A
    • 1988-07-12
    • US80242
    • 1987-07-28
    • Wolfram Koletzko
    • Wolfram Koletzko
    • B32B18/00B32B3/12B32B3/18E04C2/32E04C2/36H01Q15/14
    • H01Q15/144B32B3/18E04C2/328E04C2/36Y10S428/902Y10T428/24149Y10T428/30
    • In order to achieve in a sandwich structural part 26 having a honeycomb-shaped support core 20 curved in tension-free condition, which is composed of individually hardened bonded-fiber profile pieces 10, a uniform form stability and a large surface preciseness over a wide temperature range, the individual bonded-fiber profile pieces are constructed tapering in a longitudinal direction of the profile and are octagonal in cross section and the profile walls 16.1, 16.2 of each profile piece are positioned substantially perpendicularly with respect to the local tangential plane T of the curved support-core surface and are exposed alternately peripherally of the profile and, with the mutually facing surfaces, are intended as a defined adhesion surface for a bonding agent 22 for effecting a coupling to an adjacent profile piece.
    • 为了在具有弯曲无张力状态的蜂窝状支撑芯20的夹层结构部26中实现,其由单独硬化的接合纤维型材10构成,在宽的宽度上具有均匀的形状稳定性和大的表面精度 单个粘合纤维轮廓片在轮廓的纵向方向上被构造成渐缩,并且横截面为八边形,并且每个轮廓片的轮廓壁16.1,16.2相对于局部切向平面T基本垂直地定位 弯曲的支撑芯表面并且在轮廓的外围交替暴露,并且相互面对的表面旨在作为用于实现与相邻轮廓件的联接的粘合剂22的限定的粘合表面。
    • 2. 发明授权
    • Safety steering column made of fiber-reinforced synthetic materials
    • 由纤维增强合成材料制成的安全转向柱
    • US4589679A
    • 1986-05-20
    • US615347
    • 1984-05-30
    • Peter WackerleRalf-Thilo SchulzFranz SperberWolfram KoletzkoWolfgang Prochaska
    • Peter WackerleRalf-Thilo SchulzFranz SperberWolfram KoletzkoWolfgang Prochaska
    • B32B5/00B29C53/58B29C70/20B32B1/08B62D1/18B62D1/19F16C3/02
    • B62D1/192B29C70/207B29C53/58
    • A safety steering column made of wound fiber-reinforced synthetic materials manufactured economically and simply, yet simultaneously with due regard to its deformation characteristics in response to axial compressive overloading under various operating conditions. For this purpose the steering column is wound as a rotationally symmetrical tubular body having five component integral sections (3, 4, 5, 6, and 7). The component sections (3 and 7) are relatively thick-walled connecting tubes to provide a torque input section and a torque output section provided with connectors (8) for steering wheel hub and for a steering mechanism. An intermediate section (5) of the steering column is a cylindrical, relatively thin-walled tube with a larger diameter (d.sub.2) compared to the connecting sections. Conical transition sections (4 and 6) preferably extend between the intermediate section and the connecting tubes or sections. The wall thickness of these transition sections diminishes uniformly from the connecting section in the direction toward the intermediate section for improving the buckling ability. A geodetic winding procedure is preferably applied for winding the columns.
    • 由缠绕的纤维增强合成材料制成的安全转向柱经济地和简单地制造,同时适当地考虑到其在各种操作条件下的轴向压缩过载的变形特性。 为此,转向柱被卷绕成具有五个部件积分部分(3,4,5,6和7)的旋转对称管状体。 部件部分(3和7)是相对厚壁的连接管,以提供转矩输入部分和设置有用于方向盘轮毂和转向机构的连接器(8)的扭矩输出部分。 转向柱的中间部分(5)是与连接部分相比具有较大直径(d2)的圆柱形相对薄壁的管。 锥形过渡部分(4和6)优选地在中间部分和连接管或部分之间延伸。 这些过渡部分的壁厚在朝向中间部分的方向上从连接部分均匀地减小,以提高屈曲能力。 优选地应用大地测量卷绕程序以卷绕柱。