Evaluation of Power-Assisted Cart Based on Inherently Safe Control✶

Y. Minamiyama, Shingo Katada, Yutaka Hirai, T. Kiyota, N. Sugimoto
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Abstract

Ahstract-The power-assisted cart under development by the authors assumes a state in which the load is well-balanced with the restoring force of the coil spring as the basic state. If the basic state is broken, the cart moves by rotating the motor so as to reduce the angular displacement of the spring caused by the human operating force. In the previous report, confirmation of forward and stop operations based on the basic principle was reported in a laboratory experiment with a prototype. However, it turned out that there was a problem with the backward movement. In this paper, modifications were made to solve the problematic behavior, and it was evaluated outdoors. First, improvements such as motor changes were made. Then, the effectiveness of the improved cart is demonstrated by outdoor experiments in forward and backward motions and response to inclination angle change.
基于固有安全控制的电动辅助推车评价
摘要:本文所研制的电动辅助小车以线圈弹簧的恢复力为基本状态,假定载荷处于良好的平衡状态。如果基本状态被打破,小车通过旋转电机移动,以减少人为操作力引起的弹簧角位移。在之前的报告中,我们在一个实验室实验中用原型机报道了基于基本原理的前进和停止操作的确认。然而,事实证明,反向运动有一个问题。本文对问题行为进行了修改,并在室外进行了评价。首先,进行了一些改进,如更换电机。然后,通过室外实验验证了改进小车的前后运动和对倾角变化的响应的有效性。
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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