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    • 2. 发明公开
    • ASSEMBLY, IN PARTICULAR OF ENGINE COMPONENTS
    • 大会,特别是发动机部件
    • EP3228837A1
    • 2017-10-11
    • EP16164587.4
    • 2016-04-08
    • Ansaldo Energia Switzerland AG
    • SISTANINIA, MeisamUGEL, DiegoCATALDI, GiovanniSCHAEFER, Martin
    • F01D25/24F02C7/20
    • F01D25/26F01D25/24F02C7/20F05D2200/264F05D2220/32F05D2230/642F05D2240/14F05D2250/314F05D2250/36F05D2250/41F05D2260/30F05D2300/5021
    • An assembly (1) of at least two members. One of the members (10; 20) supports the other member (20; 10), the assembly defining an axial direction (x), a radial direction (r), and a circumferential direction, an inner member (20) of said at least two members being received radially inside an outer member (10) of said at least two members, wherein the inner member and the outer member are attached to each other by a support arrangement, the support arrangement comprising at least one floating support assembly (40), wherein the floating support assembly provides a displaceable coupling between an inner member support point provided at the inner member and an outer member support point provided at the outer member. The floating support assembly (40) is arranged and configured to provide for a guided relative displacement between the inner member support point and the outer member support point along a displacement path (43), wherein the displacement path (43) of the relative displacement is inclined with respect to the axial direction (x) as well as to the radial direction (r) at a nonzero angle (Θ), such that a relative displacement of the support points in the radial direction results in an interrelated relative displacement of the support points in the axial direction and vice versa.
    • 一个至少有两个成员的组件(1)。 其中一个构件(10; 20)支撑另一个构件(20; 10),所述组件限定轴向方向(x),径向方向(r)和圆周方向, 至少两个构件被径向接收在所述至少两个构件的外构件(10)内,其中所述内构件和外构件通过支撑装置彼此附接,所述支撑装置包括至少一个浮动支撑组件(40 ),其中所述浮动支撑组件在设置在所述内部构件处的内部构件支撑点和设置在所述外部构件处的外部构件支撑点之间提供可移位的联接。 浮动支撑组件(40)被布置和构造成提供内部构件支撑点和外部构件支撑点之间沿着位移路径(43)的引导相对位移,其中相对位移的位移路径(43)是 相对于轴向方向(x)以及非零角度(θ)的径向方向(r)倾斜,使得支撑点在径向方向上的相对位移导致支撑件的相互关联的相对位移 指向轴向方向,反之亦然。