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A NEW FRICTION MODEL FOR MECHANICAL TRANSMISSIONS CONSIDERING JOINT TEMPERATURE

机译:考虑关节温度的机械传动摩擦模型

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This article illustrates a model that describes the behaviour of power loss (friction) in mechanical transmissions. The model is applied to joints of an industrial manipulator, it is justified on the bases of preliminary observations of some robot behaviour and it is validated with an extensive experimentation on a commercial 6 degrees of freedom anthropomorphic manipulator. The paper shows that friction decreases with increasing temperature which in turn depends on the working cycle of the manipulator. The proposed model permits a prediction of the variation of the friction contribution during extensive working operations and it is suitable for industrial applications to improve the control performance or to predict the energy consumption.
机译:本文说明了一种模型,该模型描述了机械传输中的功率损耗(摩擦)的行为。该模型适用于工业操纵器的关节,它是关于一些机器人行为的初步观察的基础,并验证了商业6度的自由拟人操纵器的广泛实验。本文表明,摩擦随着温度的增加而降低,这又取决于操纵器的工作循环。所提出的模型允许预测在广泛的工作操作期间摩擦贡献的变化,并且适用于工业应用以改善控制性能或预测能量消耗。

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