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The design of planetary gear trains: application of optical fiber polishers

机译:行星齿轮系的设计:光纤抛光机的应用

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This paper mainly discusses the planetary gear trains design, and uses the optical fiber polishers as an example of application. Firstly, displacement, velocity, and acceleration equitations for the grinding track are derived in order to find out how design parameters affect grinding characteristics. Then, based on the grinding velocity, the velocity deviation percentage (V_(dp)) is calculated, which is an important design parameter. Another important design parameter is the polishing area percentage (A_(pp)). In the paper, we select two planetary gear trains: the first produces epicycloidal tracks on the planetary gear surface; the second produces hypocycloidal tracks on the planetary gear surface. The paper analyzes these two planetary gear trains in order to find their optimized designs as fiber polishers. The project provides application experience in the design of transmission systems.
机译:本文主要讨论行星齿轮系的设计,并以光纤抛光机为例进行说明。首先,推导磨削轨迹的位移,速度和加速度等值,以找出设计参数如何影响磨削特性。然后,基于磨削速度,计算出速度偏差百分比(V_(dp)),这是重要的设计参数。另一个重要的设计参数是抛光面积百分比(A_(pp))。在本文中,我们选择两个行星齿轮系:第一个在行星齿轮表面上产生外摆线轨道;第二个在行星齿轮表面产生内摆线轨道。本文分析了这两个行星齿轮系,以找到它们作为纤维抛光机的优化设计。该项目提供了传动系统设计方面的应用经验。

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