摘要
大速比摆线针轮行星传动中摆线轮齿易发生顶切 ,限制了针齿套直径或其使用 ,采用优化设计的复合齿形 ,既避免了顶切干涉 ,又保证了摆线轮的正确啮合关系和足够的啮合传力齿数 ,并有较高的生产效率和合理的加工精度。
The results,in this optimum design of the tooth profile modificatory parameters of the cycloid disk in high-ratio cycloid-pins planetary transmission,it shows:adopting the introduced tooth profile in interfered addendum,can avoid the interference,guarantee propose mesh relation and sufficient forcedteeth,and has higher productivity and rational processing precision as well.
关键词
摆线针轮
行星传动
摆线轮齿
修形参数
优化设计
High-ratio
Cycloid-pins planetary transmission
Addendum interfere
Optimum design of modificatory parameters
