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Proposal of Fail-Safe Contact Motion Control and its Simulation using CRANE-X7

机译:使用Crane-X7的故障安全接触运动控制提案及其仿真

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Currently, human-robot collaboration has attracted remarkable interest among researchers. It is being considered for application in the field of manufacturing and an attention of a new risk regarding runaway motion on the robot side has been paid by our group. For example, if the robot runs away owing to a single fault, the robot and the worker may collide. Therefore, the runaway motions of robots need to be examined. We focus on not only a joint running away but also other active joints. If we can control them and reduce the amount of collision impact, a safe operation can be achieved at a fully secured level. Thus, we propose a fail-safe contact motion control and simulate its usefulness using CRANE-X7.
机译:目前,人机协作引起了研究人员之间的兴趣。 它被认为是在制造领域的应用,并注意关于机器人一侧的失控运动的新风险已经由我们的团体支付。 例如,如果机器人由于单个故障而运行,则机器人和工人可能会碰撞。 因此,需要检查机器人的失控运动。 我们不仅专注于逃跑的联合,而且专注于其他活动关节。 如果我们可以控制它们并减少碰撞影响,可以在完全安全的水平上实现安全操作。 因此,我们提出了一种故障安全的接触运动控制,并使用Crane-X7模拟其有用性。

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