大型一维结构的机器人焊接

A. Dobra, N. Joni
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引用次数: 1

摘要

在过去的二十年里,人们可以看到机器人弧焊技术取得了巨大的进步。然而,现有的监测手段和基于这些成果的OLP系统仍然不能提供足够的焊接作业计划。弧焊机器人系统的编程仍然是一个耗时的过程,这需要大量的机器人技术和弧焊工艺方面的专业知识。缺点主要涉及焊接顺序和定位器运动规划。本文旨在从最简单的准一维超大零件定位器运动规划入手,为定位器运动规划建立技术/理论基础。
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Robotized welding of large one-dimensional structures
One can observe an enormous progress in robotic arc welding during the last two decades. However, the existing means for monitoring and the OLP systems based on these achievements still do not provide adequate welding operations planning. The programming of robotic systems for arc welding is still a time-consuming process, which requires substantial expertise in both robotics and the arc welding process. The shortcomings relate mainly to weld sequencing and positioner motion planning. The paper is aiming to establish a technical / theoretical basis for the positioner motion planning, beginning with the simplest case, that of quasi one-dimensional oversized parts.
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