Elimination of reactive operational force in bilateral control system under time delay

Ryohei Kozuki, Kenji Ogawa, K. Ohnishi
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引用次数: 2

Abstract

In this paper, the method which eliminates the reactive operational force in bilateral control system under time delay is proposed. In bilateral control system under time delay, an operator feels large operational force. In addition to that, amplitude of response increases and it makes system unstable. In this paper, the proposed method eliminates this increasing. Therefore, operationality in free motion is improved. To solve this problem, reactive operational force is introduced which is calculated by using power factor in mechanical system. Power factor in mechanical system is derived from power factor in electrical system. Then, the concept of power factor is explained. In this research, only free motion is considered. Then, contact motion should be considered in future work. The performances of the previous method and the proposed method are evaluated through experiments.
时滞下双边控制系统无功作战力的消除
提出了一种消除时滞条件下双边控制系统中无功操作力的方法。在有时滞的双边控制系统中,操作人员会感受到较大的操作力。除此之外,响应幅度增大,使系统变得不稳定。在本文中,所提出的方法消除了这种增加。因此,提高了自由运动的操作性。为了解决这一问题,引入了用机械系统功率因数计算的反作用力。机械系统的功率因数由电气系统的功率因数推导而来。然后,对功率因数的概念进行了解释。本研究只考虑自由运动。因此,在今后的工作中应考虑接触运动。通过实验对该方法的性能进行了评价。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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