滚动轴承保持架是由金属或塑料。
滚动轴承是设备中的易损件。
为此，滚动轴承需有各式各样的结构。
To this end, bearing the need for a wide range of structures.
滚动轴承的优点是它产生的摩擦力较小。
The advantage of rolling bearing is that they cause less friction.
该发明被认为是滚动轴承工业的奠基石。
This invention is regarded as the foundation for the entire rolling bearing industry.
对滚动轴承的故障模式识别方法进行了研究。
滚动轴承承受负荷部分的表面，用作滚动体的滚动轨道。
Bear the load bearing part of the surface for rolling the rolling track.
因此，研究滚动轴承的故障诊断技术具有十分重要的意义。
Therefore, it is of importance to study fault diagnosis technical for it.
过程模型体现了滚动轴承结构的技术性能、行为和可制造性。
The technology performance, behavior and manufacturability of rolling bearing structure are incarnated by process model.
对七类滚动轴承进行了实验，结果表明该方法具有很好的故障诊断效果。
Experiment results have shown good detective performance of our newly presented method.
本文对滚动轴承传统计算方法与新计算方法计算的轴承寿命进行了对比分析。
This paper compares the new theory and design of rolling bearing with the old one.
本文对滚动轴承传统计算方法与新计算方法计算的轴承寿命进行了对比分析。
This paper compares the new theory and design of rolling bearing with the old one.
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