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    • 8. 发明公开
    • Ceramic-to-metal shaft assembly
    • KERAMIK祖-METALL-Wellenanordnung
    • EP1813829A2
    • 2007-08-01
    • EP07250363.4
    • 2007-01-29
    • Hamilton Sundstrand Corporation
    • Holowczak, John E.Sanders, Gary E.Bird, ConstanceGiamei, Anthony F.Telakowski, RobertRothman, Edward Allen
    • F16D1/027
    • F16D1/027Y10T403/479Y10T403/57Y10T403/635Y10T403/74
    • A shaft assembly (10) includes a metallic portion (14) and a ceramic portion (12). In a disclosed example, a ceramic shaft (12) has a generally conical end (20) that is at least partially received within a generally conical recess (30) in one end of a metallic shaft (14). The recess (30) has a first portion (32) that has an inner surface that is received directly against a corresponding outer surface on a section of the ceramic shaft conical portion (20). A second portion (40) of the recess is radially spaced from the ceramic shaft (12) and provides a controlled gap within which a braze alloy (44) is maintained. In one example, the second portion (40) has an axial length that is more than twice a radial depth of the second portion (40). In another example, a transition surface (50) between the first and second portions (32, 40) of the recess (30) has a linear profile.
    • 轴组件(10)包括金属部分(14)和陶瓷部分(12)。 在公开的示例中,陶瓷轴(12)具有大致锥形的端部(20),其至少部分地容纳在金属轴(14)的一端中的大致锥形的凹部(30)内。 所述凹部(30)具有第一部分(32),所述第一部分具有内表面,所述内表面直接接收在所述陶瓷轴锥形部分(20)的一部分上的对应的外表面上。 所述凹部的第二部分(40)与所述陶瓷轴(12)径向间隔开并且提供可控制的间隙,在该间隙内维持钎焊合金(44)。 在一个示例中,第二部分(40)的轴向长度大于第二部分(40)的径向深度的两倍。 在另一示例中,凹部(30)的第一和第二部分(32,40)之间的过渡表面(50)具有线性轮廓。
    • 10. 发明公开
    • COMPOSITE TENSION ROD TERMINAL SYSTEMS
    • 终端系统麻醉剂ZUSAMMEWETZTEM STANGENANKER
    • EP1595262A1
    • 2005-11-16
    • EP04700202.7
    • 2004-01-05
    • Thomas, Georg K.
    • Thomas, Georg K.
    • G11C11/14
    • E04C5/085B63H9/08E04C5/07E04C5/127F16C7/02F16C2326/30Y10T403/471Y10T403/473Y10T403/635
    • A composite tension rod is received in the sleeve portion of a shank that forms part of a terminal fitting, and is spaced from the shank sleeve and connected thereto by a potting resin. The shank sleeve wall tapers out from thin at its distal end to thick at the bury depth of the rod. The rod is tapered outwardly from a point of minimum diameter at its inner end to its full diameter a given distance from the end. The shank sleeve and rod have complementary dual tapering along said length such that as the diameter of the rod along said distance increases, the wall thickness of the shank sleeve decreases. The resin layer and the rod are secured to each other against relative longitudinal movement, as are the resin layer and the shank sleeve. In another aspect of the invention, a tension rod sleeve is fixed to the tension rod and extends over the distal end of the shank sleeve and along all or a majority of the length of the shank sleeve. The rod sleeve is tapered so that its wall thickness decreases to a minimum in the vicinity of the proximal end of the shank sleeve, or the rod sleeve, as it extends along the shank sleeve, is divided, or divides, into two halves or bands which join to form loop extending around a loop-engaging, convex, fiber-turnaround face formed on the terminal fitting. Such face extends transverslely from one side to the other of the fitting.
    • 复合拉杆被容纳在形成端子接头的一部分的柄的套筒部分中,并且与柄套筒间隔开并通过灌封树脂与其连接。 柄袖壁从其远端的薄层逐渐变细,在杆的埋藏深度处变厚。 杆从其内端的最小直径点到其全径从端部给定距离向外锥形。 柄套筒和杆沿着所述长度具有互补的双锥形化,使得当沿着所述距离的杆的直径增加时,柄套筒的壁厚减小。 树脂层和杆相对于树脂层和柄套筒的相对纵向运动彼此固定。 在本发明的另一方面中,张力杆套筒固定到张力杆上并且在柄套的远端上延伸并且沿着柄套筒的长度的全部或大部分延伸。 杆套筒是锥形的,使得其壁厚在柄套的近端附近减小到最小,或者当其沿着柄套筒延伸时,杆套筒被分割或分成两半或带 其连接以形成围绕形成在端子接头上的环接合凸起的光纤周转面的环路。 这样的表面从配件的一侧横向延伸到另一侧。