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Study on dynamic characteristics and compensation of wire rope tension based on oil pressure sensor:

机译:基于油压传感器的钢丝绳张力动态特性及补偿研究:

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The oil pressure sensors are installed on the hydraulic connection device to monitor the tension of wire ropes. The change of acceleration during the operation process of hoist causes the tension change of each wire rope. It leads to impact on the cylinder of hydraulic connection device, enlarges the pressure loss, and makes the non-linear friction become more complex which affects the monitoring accuracy. In this article, the mathematical model of hydraulic connection device is established. To analyze the dynamic characteristics of the hydraulic connection system, the model of single hydraulic cylinder and hydraulic connection device is established and simulated by AMESim software. Then, the friction and pressure compensation in the working process of hydraulic connecting device are obtained by LuGre friction model and corresponding formulas of pressure loss. Finally, the monitoring system is designed and real-time compensation test is carried out. The results show that the compensation improves the accu...
机译:油压传感器安装在液压连接装置上,以监控钢丝绳的张力。提升机运行过程中的加速度变化会引起每条钢丝绳的张力变化。它会影响液压连接装置的液压缸,增加压力损失,并使非线性摩擦变得更加复杂,从而影响监控精度。本文建立了液压连接装置的数学模型。为了分析液压连接系统的动态特性,建立了单个液压缸和液压连接装置的模型,并通过AMESim软件进行了仿真。然后,通过LuGre摩擦模型和相应的压力损失公式,得出了液压连接装置工作过程中的摩擦和压力补偿。最后,设计了监控系统并进行了实时补偿测试。结果表明,补偿提高了精度。

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