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Replacing cables on robotic arms by using serial via Bluetooth

机译:通过蓝牙使用串行替换机器人手臂上的电缆

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Most industrial robot workcells today are still characterized by a lot of external cables. In fact, cable management remains an important aspect of robot integration, often significantly impacting robot workspace and motion planning. In this paper, we discuss our solution to replace external cables with a wireless connection. While wireless networks are widely used for educational robots and teleoperation of mobile platforms, integration of wireless communication into industrial setups requires careful consideration, and the risks and potential loss of reliability must be evaluated. We present experimental results on the performance of our system, including measured Bluetooth latencies and packet-loss in several scenarios. In our case, the advantages of the cable-less system, including simplified motion planning, fewer self-collisions, and use of 3D-sensing for collision detection greatly outweigh any loss in reliability.
机译:如今,大多数工业机器人工作单元仍具有大量外部电缆。实际上,电缆管理仍然是机器人集成的重要方面,通常会显着影响机器人工作区和运动计划。在本文中,我们讨论了用无线连接代替外部电缆的解决方案。虽然无线网络已广泛用于教育机器人和移动平台的远程操作,但是将无线通信集成到工业设备中需要仔细考虑,并且必须评估风险和可靠性的潜在损失。我们提供有关系统性能的实验结果,包括在几种情况下测得的蓝牙延迟和丢包率。在我们的案例中,无电缆系统的优点包括简化的运动计划,更少的自碰撞以及将3D感测用于碰撞检测,这大大超过了可靠性方面的损失。

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