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Axiomatic design approach for human-robot collaboration in flexibly linked assembly layouts

机译:灵活连接装配布局中人体机器人合作的公理设计方法

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The fluctuation of markets and increasing product variants result in uncertain production volumes. Production systems must be able to continually rescale their output without loss of efficiency. This paper presents an axiomatic design approach to allocate complex final assembly tasks to process modules of human-robot collaboration in a flexibly linked layout. After a brief introduction into axiomatic design and the automation capability assessment, the systematic of task allocation to human workers and lightweight robots is described. This paper concludes with an automotive industry use case of the presented approach in the ARENA2036 research campus.
机译:市场的波动和增加产品变体导致不确定的生产体积。生产系统必须能够在不损失效率的情况下连续重新归类产出。本文介绍了分配复杂的最终装配任务的公理设计方法,以便在灵活的链接布局中处理人体机器人协作的模块。简要介绍了公理设计和自动化能力评估后,描述了对人工和轻量级机器人的任务分配系统的系统。本文在Arena2036研究校园中结束了汽车行业用例的拟议方法。

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