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The modular design of robotic workcells in a flexible production line

机译:柔性生产线中机器人工作单元的模块化设计

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In the case of large-scale and mass production lines often the same model of an industrial robot is used in various places of the line and is intended to various task. However, the replacement of one industrial robot to another is a long lasting and arduous process. It requires stopping all the production line and sometimes even dismantling the whole workcell. Such situations are not frequent in production lines that are not flexible. They are related the most often with the failure on an industrial robot. However, during the designing of a flexible production line the ability to replace any robot, which is unrestricted, fast and trouble-free, greatly increase the flexibility level of such line. It could be realized by modular design of the proposed production line. In this way it could be possible to change any elements of such production system. But this approach needs to apply the specialized informatics system. This paper presents the obtained design of several versions of the same production workcell. Each, succeeding version of the designed production workcell contains more and more modular elements. Thereby it would be presented the evolution of a workcell design beginning from the typical design and ending with the fully modular one. One of tools needed to realize this task is the elaboration of a base of modules and typical joint and mounting elements that could be utilised in the described designing process. It is also presented the guidance information about the designing and programming processes useful at each stage of analysed process.
机译:在大规模和大规模生产线的情况下,通常在线的各个地方使用相同的工业机器人型号,并旨在各种任务。然而,将一个工业机器人替换为另一个工业机器人是持久和艰巨的过程。它需要停止所有的生产线,有时甚至拆除整个工作单元。这种情况在生产线中不频繁,不灵活。它们最常与工业机器人失败相关。然而,在设计灵活的生产线期间,能够更换任何机器人,这是不受限制,快速和无故障的,大大提高了这种线的灵活性水平。它可以通过建议生产线的模块化设计来实现。以这种方式,可以改变这种生产系统的任何元素。但这种方法需要应用专业信息系统。本文介绍了所获得的同一生产工作单元的多个版本的设计。每个设计的生产工作组的后续版本都包含越来越多的模块化元素。因此,将从典型设计开始从典型设计开始并以完全模块化的方式呈现工作单元设计的演变。实现此任务所需的工具之一是制定可以在所描述的设计过程中使用的模块和典型接头和安装元件的基础。还介绍了关于在分析过程的每个阶段的设计和编程过程的指导信息。

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