自走式雨天地面落叶清扫车的设计与分析

Design and analysis on self-propelled defoliation sweeper for rainy days

基于UG软件设计一种自走式雨天地面落叶清扫车,由电机驱动传动装置带动清扫机构实现落叶的清扫。为提高清扫效率,基于UG针对清扫车的清扫刷和清扫机构的关键部件进行仿真分析,得出该雨天地面落叶清扫车结构设计合理,方案可行。通过运动仿真分析盘刷和滚刷运动速度对清扫效率的影响,得出相对运动速度组合优化值,为雨天地面落叶清扫车参数设计提供理论依据。

A kind of self-propelled defoliation sweeper for rainy days was designed by UG software, which is driven by a motor. In or- der to improve the sweeping efficiency, cleaning brush and other key components of cleaning mechanism were simulated, and verified that this self-propelled defoliation sweeper for rainy days is reasonable and feasible. Effects of disc brush speed and roll brush speed on cleaning efficiency were analyzed with the motion simulation, and the optimized relative motion speed combination was obtained. This study can provide theoretical references for parameter design of defoliation sweeper on rainy days.