Zero rank calibrating procedure by teach-in robotised flexible manufacturing system

C. Rădulescu, Ş. Varga
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Abstract

Industrial retechnology objectives includes investment in robotised flexible manufacturing system - FMS. After the technical application is identified and the equipment is procured, only a quick installation is needed for implementation. Although the robotised FMS components are executed with great precision, because of some important systematic situation errors caused by foundation and installation imprecisions, the duration of the initial phase of service is prolonged, having a unjustified effect at increased spending. This paper presents a new calibration method about teach-in implementation that reduces the losses caused by the difficulty of putting the robotised FMS into full service.
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机器人柔性制造系统的零级标定程序
工业再技术目标包括对机器人柔性制造系统的投资。在确定技术应用和采购设备后,只需要快速安装即可实施。虽然自动化FMS组件的执行精度很高,但由于基础和安装精度不高导致的一些重要的系统情况误差,延长了初始服务阶段的持续时间,对增加的支出产生了不合理的影响。本文提出了一种新的教学实施校准方法,减少了机器人FMS难以全面投入使用所造成的损失。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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