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Multi-robot Collaborative Assembly Research for 3C Manufacturing—Taking Server Motherboard Assembly Task as an Example

机译:3C制造的多机器人协同装配研究-以服务器主板装配任务为例

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In the multi-robot collaborative manufacturing, such as the server motherboard assembly task in the 3C industry, the characteristic of the operating process and the uncertainty of the assembly environment make this problem difficult to be solved in an efficient way. This paper addresses the key points of this problem. Firstly, a series of end effectors for 3C assembly operation is designed. After analyzing precision and scope for different steps in the assembly process, the positioning systems with different precision and scope are designed and are chosen for better performance in different operations. Finally, compliant control is introduced in the inserting process where the positioning system does not perform well to further increase the success rate. Experiments illustrate the superiority of our ideas. Due to its convenience and generality, the present approach can be expected to apply to more general industrial scenarios.
机译:在多机器人协同制造中,例如3C行业中的服务器主板组装任务,其操作过程的特点以及组装环境的不确定性使得该问题难以有效解决。本文解决了这个问题的关键点。首先,设计了一系列用于3C组装操作的末端执行器。在分析了组装过程中不同步骤的精度和范围之后,设计并选择了具有不同精度和范围的定位系统,以在不同操作中获得更好的性能。最后,在插入过程中引入了顺应性控制,其中定位系统的性能不佳,从而进一步提高了成功率。实验说明了我们的想法的优越性。由于其便利性和通用性,因此可以预期本方法将应用于更一般的工业场景。

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