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A Review Paper on Vision Based Identification, Detection and Tracking of Weld Seams Path in Welding Robot Environment

机译:焊接机器人环境中基于视觉的焊缝路径识别,检测和跟踪研究综述

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Welding is an important technology especially for joining between two metals, fabricated and repairing metals products in manufacturing industries such as in automotive industries. To increase the productivity and lower cost, today the welding operation in industries introduces the welding robot. The main challenges to using welding robot is time taken to program robot path for a new job in low to medium volume manufacturing industries. This paper begins with the review of identified, detected and tracked the weld seams path with different type of welding in welding environment. Next, a review of analysis an identified and detect the weld seams path approaches is included with advantages, drawback and limitation. This paper is concluded by a comprehensive summary which discussed the disadvantages and limitation of a robust approach in each stage. The improvement of a new approach in each stage depends on the lack, limitation and the results which are expected from the work.
机译:焊接是一项重要的技术,特别是在制造行业(例如,汽车行业)中的两种金属之间的连接,制造和维修金属产品之间。为了提高生产率和降低成本,当今工业中的焊接操作引入了焊接机器人。使用焊接机器人的主要挑战是在中小批量制造业中为新工作编程机器人路径所需的时间。本文首先回顾了在焊接环境中识别,检测和跟踪不同焊接类型的焊缝路径。接下来,包括对优点,缺点和局限性的分析回顾,以识别和检测焊缝路径方法。本文的结尾是一个全面的总结,其中讨论了在每个阶段使用健壮方法的弊端和局限性。每个阶段对新方法的改进取决于工作的缺乏,局限和预期结果。

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