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Electro-hydraulic control research of hydraulic support hand-control directional valve with the MR fluid base

机译:带MR流体基座的液压支架手动换向阀的电液控制研究。

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By analyzing the driving moment of the hydraulic support hand-control directional valve, this paper presents an electro-hydraulic control method for the directional valve with a magneto-rheological (MR) valve base. Firstly, the theoretical values of the control moment on the feed oil loop and return oil loop of the directional valve are calculated based on the operating principle of the valve and the stress analysis of the control mechanism. Then, the actuator of the directional valve with MR valve base is designed and the mathematical model of its operation moment is established. Simulation and test results show that this method can realize the electro-hydraulic control of the hydraulic support hand-control directional valve, and satisfy the regulation of intrinsic safety.
机译:通过分析液压支架手动换向阀的驱动力矩,提出了一种具有磁流变(MR)阀座的换向阀的电液控制方法。首先,根据换向阀的工作原理和控制机构的应力分析,计算出换向阀进油回路和回油回路控制力矩的理论值。然后,设计了带MR阀座的方向阀执行器,并建立了其工作力矩的数学模型。仿真和试验结果表明,该方法可以实现液压支架手控换向阀的电液控制,满足本质安全的要求。

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