基于机器人视觉技术的偏心井盖旋压机设计

Yang Hong-liang, Liu Xin-le, Xu Guo-bao, Xu Zhi-gang, Ma Jin-feng
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引用次数: 1

摘要

为解决井口定位和压盖速度慢、效率低、可靠性差的问题,设计了一种将机器人法兰与CCD平面固定在一起的压盖装置。对不确定的压裂井中心进行定位和坐标转换,通过TCP/IP通信将末端执行器准确、快速地定位到偏心压裂井中心位置。定位快速准确,定位误差在0.8mm以内。旋盖和压盖两道工序同时在一个位置完成。实际应用表明,该设备运行可靠,密封效率高。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design of eccentric bunghole cap screwing-pressing machine based on robot vision technique
To solve the problem of slow speed, low efficiency, and poor reliability on bunghole positioning and cap screwing-pressing, A cap screwing-pressing device was designed, which fixed robot flange together with CCD plane. The uncertain bunghole center is positioned and coordinate conversion, and the end-executor is led to the position at the eccentric bunghole center accurately and rapidity through TCP/IP communications. The bunghole was positioned quickly and precisely, error of within 0.8mm. Simultaneously, the two processes of screwing cap and pressing cap are finished at one localization. The practical application shows that the equipment is reliable and high sealing efficiency.
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