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Design of a robotized workstation making use of the integration of CAD models and Robotic Simulation software as way of pairing and comparing real and virtual environments

机译:利用CAD模型和Robotic Simulation软件的集成作为配对和比较真实和虚拟环境的方式来设计自动化工作站

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Over the last years, there has been an increasing tendency and pressure on the faster implementation robotic devices and systems in manufacturing. Such transition involves several disciplines starting with the prototyping of CAD models itself. The paper addresses the creation of CAD models and is mainly aimed at their integration in a given simulation environment according to the conception and guidelines of Industry 4.0, where the part itself becomes the entity carrying most of the needed information at any time of a production process. The creation of such CAD models is key for the further and better customization of simulations. In other to better exemplify all this, the paper describes the whole process of “virtual to real life implementation” of a given robotized workplace needed to be developed at the Institute. The design of such robotized workplace included the use of an ABB IRB 120 robot and several other devices which were all designed, simulated and analyzed in a virtual environment before the final development and implementation. This paper helped demonstrating the importance of having exactly the same model (real and virtual) with respect to the success of the offline simulations.
机译:在过去的几年中,在制造业中更快地实现机器人设备和系统的趋势和压力越来越大。这种过渡涉及从CAD模型本身的原型开始的若干学科。本文讨论了CAD模型的创建,并且主要针对根据工业4.0的概念和准则将它们集成到给定的仿真环境中,其中零件本身成为在生产过程中的任何时候都承载大多数所需信息的实体。 。创建此类CAD模型对于进一步更好地自定义仿真至关重要。为了更好地说明所有这些,本文描述了研究所需要开发的给定机器人工作场所的“从虚拟到现实的实现”的整个过程。这种机器人化工作场所的设计包括使用ABB IRB 120机器人和其他几种设备,这些设备在最终开发和实施之前均在虚拟环境中进行了设计,仿真和分析。本文有助于说明离线模拟成功与否必须具有完全相同的模型(真实和虚拟)。

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