基于速度可控自主移动机器人的自动焊接系统

Taewon Kim, T. Suto, Junya Kobayashi, Jongcheol Kim, Y. Suga
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引用次数: 7

摘要

构建了一种具有双视觉传感器的自主移动钢板自动焊接机器人样机。通过控制两个轮子的驱动速度,机器人可以沿机器人中心直线运动、转向运动和转弯运动。在活动臂的尖端,固定有两个CCD摄像机。一个局部摄像机观察靠近焊枪的焊缝,另一个宽摄像机观察焊接部位前方较宽的区域。机器人根据焊接线的形状控制移动速度。在焊接直线的情况下,加快了机器人的速度,提高了焊接效率。然而,如果机器人发现焊缝的一个角落,则减速,以实现精确的焊缝跟踪和稳定焊接。因此,机器人可以通过控制行走速度来实现精确、高速的缝迹跟踪。通过焊接实验验证了控制系统的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Automatic Welding System Using Speed Controllable Autonomous Mobile Robot
A prototype of autonomous mobile robot with two vision sensors for automatic welding of steel plates was constructed. The robot can move straight, steer and turn around the robot center by controlling the driving speed of the two wheels respectively. At the tip of the movable arm, two CCD cameras are fixed. A local camera observes the welding line near the welding torch and another wide camera observes relatively wide area in front of the welding part. The robot controls the traveling speed in accordance with the shape of the welding line. In the case of straight welding line, the speed of the robot is accelerated and the welding efficiency is improved. However, if the robot finds a corner of welding line, the speed is decelerated in order to realize the precise seam tracking and stable welding. Therefore, the robot can realize precise and high speed seam-tracking by controlling the travel speed. The effectiveness of the control system is confirmed by welding experiments.
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