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Low speed friction characteristics of swing hydraulic cylinder

机译:摆动液压缸的低速摩擦特性

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In the hydraulic system, the swing cylinder is a kind of actuator which is similar to the hydraulic motor, commonly used in hydraulic servo control walking robot joints, and the need for the servo control system has the very high accuracy requirements, especially under the condition of low speed movement condition. In this paper, on the basis of access to information, this paper summarizes the factors affecting the effect of swinging cylinder performance, determines the purpose of the study and direction. Firstly, this paper discusses the mechanism of friction, calculates swinging cylinder all kinds of sealing mechanism of the friction, and builds the friction model of low speed condition. Secondly, in view of the above theory, this paper carries on the experimental verification, and analyzies the low speed crawling experiment of swinging cylinder. Finally, summarize the results of the swinging cylinder theory and experiment.
机译:在液压系统中,摆动圆筒是一种类似于液压马达的致动器,通常用于液压伺服控制行走机器人关节,并且对伺服控制系统的需求具有非常高的精度要求,特别是在条件下低速运动条件。本文在获取信息的基础上,本文总结了影响摆动汽缸性能效果的因素,决定了研究和方向的目的。首先,本文讨论了摩擦机制,计算摆动汽缸各种密封机构的摩擦,并建立低速条件的摩擦模型。其次,鉴于上述理论,本文进行实验验证,并分析了摆动圆筒的低速爬行实验。最后,总结了摆动汽缸理论和实验的结果。

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