摘要
分析了槽轮机构运动时产生冲击的原因和影响因素 ,提出了用凸轮机构的摆动从动件作为槽轮机构的主动拔盘 ,从而构思了一种无啮合冲击的凸轮—槽轮组合机构 ;
Lash reason and influential factors during geneva mechanism driving are analysed The utilization of pivoted follower of cam mechanism as driving dial of geneva mechanism is put forward. Thereby a cam—geneva combinatory mechanism of engagment lashess is conceived Selection of law of motion for follower and matters needing attetion in design are analysed and discussed
关键词
凸轮机构
槽轮机构
组合机构
设计
cam mechanism
geneva mechanism
combinatory mechanism
design
