The invention relates to an axle control system, an engineering vehicle and an engineering vehicle control method. The axle control system comprises a suspension oil cylinder assembly; the first control unit is connected with a rodless cavity of the lifting bridge oil cylinder and a rod cavity of the lifting bridge oil cylinder and is configured to switch the communication state between the rodless cavity of the lifting bridge oil cylinder and the rod cavity of the lifting bridge oil cylinder; the second control unit is arranged on an oil path between the rodless cavity of the non-lifting bridge oil cylinder and the rodless cavity of the lifting bridge oil cylinder and is configured to switch the conduction state of the rodless cavity of the non-lifting bridge oil cylinder and the rodless cavity of the lifting bridge oil cylinder; the processor is in signal connection with the first control unit and the second control unit and is configured to switch the communication state between a rodless cavity of the lifting bridge oil cylinder and a rod cavity of the lifting bridge oil cylinder through the first control unit and switch the conduction state between the non-lifting bridge oil cylinder and the lifting bridge oil cylinder through the second control unit. Therefore, the working state of the axle is adjusted.
本公开涉及一种车轴控制系统、工程车辆及工程车辆控制方法,车轴控制系统包括:悬架油缸组件;第一控制单元,与提升桥油缸的无杆腔和提升桥油缸的有杆腔分别连接,被配置为切换提升桥油缸的无杆腔和提升桥油缸的有杆腔之间的连通状态;第二控制单元,设置于非提升桥油缸的无杆腔与提升桥油缸的无杆腔之间的油路,被配置为切换非提升桥油缸的无杆腔与提升桥油缸的无杆腔的导通状态;处理器,与第一控制单元和第二控制单元信号连接,被配置为通过第一控制单元切换提升桥油缸的无杆腔和提升桥油缸的有杆腔之间的连通状态,和通过第二控制单元切换非提升桥油缸与提升桥油缸之间的导通状态,以调节车轴的工作状态。
Axle control system, engineering vehicle and engineering vehicle control method
车轴控制系统、工程车辆及工程车辆控制方法
2024-10-11
Patent
Electronic Resource
Chinese
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