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Collision Detection for Flexible Link Robots using Accelerometers ?

机译:使用加速度计的柔性链接机器人的碰撞检测

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摘要

For a robot operating in unknown environment, fast detection of occurring collisions is mandatory in order to react accordingly. This is especially the case when robots are interacting with humans. For this application area often lightweight robots are used to decrease the damage potential. Resulting link vibrations can be met with vibration damping control by the use of acceleration sensors. When already equipped for control applications, the accelerometers can also be used for detecting link collisions. A method for collision detection with acceleration sensors based on joint torque estimation is presented and compared to a generalized momentum observer which is frequently used for this purpose, as can be found in literature. The methods are compared in an experiment on a three-degrees-of-freedom (3-DOF) robot with flexible links where the contact force is measured additionally.
机译:对于在未知环境中运行的机器人,必须快速检测发生的碰撞,以便做出相应的反应。当机器人与人互动时,尤其如此。对于该应用领域,经常使用轻型机器人来减少潜在的损坏。所产生的链节振动可以通过使用加速度传感器进行减振控制来解决。当已经为控制应用配备时,加速度计也可以用于检测链接冲突。提出了一种基于关节扭矩估计的带有加速度传感器的碰撞检测方法,并将其与经常用于此目的的广义动量观测器进行比较,如文献所示。在具有柔性连杆的三自由度(3-DOF)机器人的实验中对这些方法进行了比较,在该机器人中还额外测量了接触力。

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