The invention provides an active obstacle avoidance robot which comprises a vehicle body, an extension assembly is arranged in the vehicle body and comprises an extension groove, an extension rod is slidably connected into the extension groove, a reset assembly is arranged in the extension groove and comprises a reset rod, and the surface of the reset rod is sleeved with a reset spring. According to the active obstacle avoidance robot provided by the invention, the baffle drives the extension assembly to move towards one side, so that the reset assembly is driven to contract towards one side, impact force generated by the baffle is buffered, and meanwhile, the pressing plate is driven to move towards one side in the sliding groove to press the first air bag; the air in the first air bag quickly enters the second air bag through the connecting pipe, so that collision personnel are buffered while being protected, the overall safety of the vehicle body is improved, and the probability that the vehicle body is damaged after collision is reduced.
本发明提供主动避障机器人,包括:车体,延伸组件设置于车体的内部,延伸组件包括延伸槽,延伸槽的内部滑动连接有延伸杆,复位组件设置于延伸槽的内部,复位组件包括复位杆,复位杆的表面套设有复位弹簧。本发明提供主动避障机器人,通过挡板带动着延伸组件向一侧进行移动,从而带动着复位组件向一侧进行收缩,从而对挡板产生的冲击力进行缓冲的同时,带动着按压板在滑动槽的内部向一侧进行移动按压第一气囊,使第一气囊内部的气体通过连接管快速的进入到第二气囊的内部,从而对碰撞人员进行防护的同时进行缓冲,从而增加车体整体的安全性的同时,也降低了车体在发生碰撞后导致损坏的几率。
Active obstacle avoidance robot
主动避障机器人
2023-08-29
Patent
Elektronische Ressource
Chinesisch
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