巴克斯特机器人的监控系统

Y. Yordanov, O. Nakov, V. Mladenov
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引用次数: 1

摘要

这份科学报告详细介绍了如何创建一个软件和硬件系统,以便从连接到互联网的任何位置监视、访问和控制百特工业机器人。百特的目标客户是近27万家雇员在500人或以下的中小型制造商——这种规模的公司不太可能投入数十万美元购买需要重新设计工作空间和IT人员来运行的机器人。通常使用,机器人可以处理许多不同的行业任务-共同包装和末端包装,取放操作,塑料注射,印刷电路板处理和许多其他。需要注意的是,控制软件的工作平台是Microsoft Windows。用于编写系统代码的编程语言是Python 2.7。为了在执行命令时监控机器人,系统中还使用了高质量的摄像机- AUSDOM AW615 1080p。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
System for Monitoring and Control of the Baxter Robot
This scientific report details how a software and hardware system can be created to allow the surveillance, access and control of a Baxter industrial robot from any location connected to the Internet. Baxter is being aimed at the nearly 270,000 small to midsize manufacturers, which have five hundred or fewer employees - companies of that size are unlikely to be able to invest hundreds of thousands of dollars into robots that require a redesign of their workspace and IT personnel to run them. Commonly used, the robot can handle many different industry tasks – co-packing and end-of-line packaging, pick and place operations, plastic injection, printed circuit board handling and many others. It’s important to noted, that the platform on which the control software works is Microsoft Windows. The programming language used to write the code for the system is Python 2.7. For monitoring a robot when executing a command, a high-quality camera - AUSDOM AW615 1080p - is also used in the system.
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