基于工作区的切割过程设计与仿真

Z. Sukimin, H. Haron
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引用次数: 2

摘要

为了简化斩波过程,已经开发了仿真和可视化技术。选择此项目是基于在组织中所做的分析,在该组织中,切割产品的工作是使用人力手动完成的。这里发生的问题是,人类劳动力很容易厌倦重复的工作。产品的测量也是手工进行的。因此,由于手工测量,会影响生产率。本课题的目标是通过设计和仿真直角坐标机器人来完成切割任务,以克服这些问题。仿真结果表明,切割过程可以有效地执行,并能准确地测量产品。在对所提出的笛卡尔机器人的仿真中,它适用于斩波过程。在这个项目中使用的软件是工作区。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Designing and Simulating Chopping Process Using Workspace5
Simulation and visualization have been developed for the ease of the chopping process. This project is chosen based on the analysis that had been done at the organization where the work of chopped product is done manually using human workforce. The problem that happened here is human workforce will easily get tired and bored with the repeating work. Measurement of the product is also conducted manually. Therefore, the productivity is affected due the manual measurement. The project objective is to overcome the problems by designing and simulating a Cartesian robot to perform the chopping task The result from the simulation shows that the chopping process can be perform effectively and give accurate measurement of the product. In simulating the proposed Cartesian robot, it is suitable with the chopping process. The software used in this project is Workspaces.
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