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    • 2. 发明授权
    • Extrudable multi-rigidity hydrodynamic bearing and method of making the
same
    • 可挤压多刚性流体动力轴承及其制造方法
    • US5033871A
    • 1991-07-23
    • US544933
    • 1990-06-28
    • Russell D. Ide
    • Russell D. Ide
    • B63H23/32F16C17/03F16C33/22
    • F16C33/22B63H23/326F16C17/035
    • A hydrodynamic bearing constructed entirely of non-newtonian fluidic materials such as rubber, plastic and the like. The bearing is extrudable and includes a bearing pad support structure and a plurality of bearing pads formed with bearing pad support structure. The bearing pads may be formed of a material which is softer than the support structure. The bearing may also include a number of deflection control members fused to the bearing pads and/or the bearing pad support structure.The method of making the bearing inlcudes the steps of extruding one or more materials to form an uncured tubular extrusion, curing the tubular extrusion, cutting the tubular extrusion into bearing segments and sizing the bearing segments by machining the individual segments to the desired inner and outer diameters.
    • 完全由非牛顿流体材料如橡胶,塑料等构成的流体动力轴承。 轴承是可挤压的并且包括轴承瓦块支撑结构和形成有轴承瓦块支撑结构的多个轴承瓦块。 轴承瓦片可以由比支撑结构软的材料形成。 轴承还可以包括多个偏转控制构件,其熔合到轴承瓦块和/或轴承瓦块支撑结构。 制造轴承的方法包括挤出一种或多种材料以形成未固化的管状挤出物的步骤,固化管状挤出物,将管状挤出物切割成轴承段并通过将各个段加工成所需的内部和外部来调整轴承段的尺寸 直径。