Experimental verification of modeling of DELTA robot dynamics by direct application of Hamilton's principle

K. Miller
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引用次数: 55

Abstract

This contribution presents the experimental verification of the newly developed Hamilton-based dynamic model of DELTA direct drive parallel robot by measurements of DELTA robot's motor torques. The strain gage technology was applied. The experiment is in author's opinion the first ever for robot DELTA. The experimental results validate the modelling of robot DELTA as a system of rigid bodies, connected by frictionless joints. The results obtained from the model based on the direct application of Hamilton's principle in extended space, taking into account the differences between real and desired accelerations, agreed with measurements to at least 5%. The motor torque measuring system may be in future used in force control of DELTA robot.
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直接应用Hamilton原理对DELTA机器人动力学建模的实验验证
本文通过对DELTA机器人电机转矩的测量,对新建立的DELTA直驱并联机器人hamilton动力学模型进行了实验验证。采用应变片技术。笔者认为,这是DELTA机器人的首次实验。实验结果验证了DELTA机器人的建模是一个由无摩擦关节连接的刚体系统。考虑到实际加速度和期望加速度之间的差异,基于在扩展空间中直接应用汉密尔顿原理的模型得到的结果与测量结果至少吻合5%。该电机转矩测量系统可用于DELTA机器人的力控制。
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