再生水管道焊接机器人焊缝质量优化方法

Optimization method of weld quality for water regeneration pipeline welding robot

摘要

随着再生水利用工程的广泛开展，再生水管道焊接质量至关重要，而焊接机器人是实现高效、高质量焊接的关键设备。本文聚焦再生水管道焊接机器人焊缝质量优化问题，深入分析影响焊缝质量的主要因素，包括焊接工艺参数、机器人运动控制、焊接环境等。针对这些因素，提出一系列优化方法，涵盖焊接工艺参数的智能优化算法、机器人运动轨迹的精确规划与补偿、焊接环境的适应性控制等方面。通过实际案例验证，所提出的优化方法可显著提升再生水管道焊接机器人焊缝质量，降低焊接缺陷率，为再生水管道工程的安全可靠运行提供保障。

Abstract

With the widespread implementation of reclaimed water utilization projects, ensuring welding quality in reclaimed water pipeline systems has become critical. Welding robots have emerged as essential equipment for achieving efficient and high-quality welding processes. This study focuses on optimizing weld seam quality in reclaimed water pipeline welding robots, conducting an in-depth analysis of key influencing factors including welding process parameters, robotic motion control, and welding environment conditions. To address these challenges, we propose a comprehensive optimization framework encompassing intelligent process parameter optimization algorithms, precise trajectory planning with compensation mechanisms, and adaptive environmental control systems. Case studies demonstrate that the proposed optimization methods significantly enhance weld seam quality while reducing defect rates, thereby ensuring safe and reliable operation of reclaimed water pipeline engineering projects.

关键词

再生水管道 / 焊接机器人 / 焊缝质量 / 优化方法

Key words

reclaimed water pipeline / welding robot / weld quality / optimization method

参考文献

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