The invention discloses a self-track-laying type superconducting magnetic levitation electric drive crawler and an operation method thereof, and belongs to the technical field of crawlers. The problems that when an existing crawler runs, most of crawler belts are in a large-pulling-force tensioning state, the friction loss of the crawler belts and a tensioning system is large, and energy saving is not facilitated are solved, the crawler comprises a crawler body, the crawler belts are arranged on the crawler body, and a magnetic suspension system and a crawler belt propelling system are arranged between the crawler body and the crawler belts; a track tensioning system is further arranged on the vehicle body; the magnetic suspension system is used for enabling the vehicle body to suspend on the crawler belt; the crawler belt propelling system is used for propelling the crawler belt to move when the vehicle body suspends on the crawler belt; the crawler belt tensioning system is used for adjusting the tightness degree of the side of the crawler belt in the advancing direction and enabling the crawler belt close to the side in the advancing direction to be laid towards the lower portion of the vehicle body. According to the crawler, a self-track-laying operation mode is adopted, small friction is achieved between the crawler body and the crawler, and extra crawler driving force is provided through the crawler tensioning system.
本发明公开了一种自铺轨式超导磁悬浮电驱动履带车及其运行方法,属于履带车技术领域。本发明解决了现有的履带车运行时大部分履带处于大拉力的紧绷状态,履带及张紧系统摩擦损耗大,不利于节能的问题,本发明包括车体,车体上设置有履带,所述车体与履带之间设置有磁悬浮系统和履带推进系统,所述车体上还设置有履带张紧系统;所述磁悬浮系统用于使车体在履带上悬浮;所述履带推进系统用于车体在履带上悬浮时推进履带移动;所述履带张紧系统用于调整履带前进方向侧的松紧程度,并使靠近前进方向的一侧的履带向车体下方铺设。本发明履带车采用自铺轨运行方式,使车身与履带之间实现较小摩擦,且通过履带张紧系统提供了额外的履带驱动力。
Self-track-laying type superconductive magnetic suspension electrically-driven crawler and operation method thereof
一种自铺轨式超导磁悬浮电驱动履带车及其运行方法
2024-11-08
Patent
Electronic Resource
Chinese
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