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Adaptive Control Method with changing groove width

机译:改变槽宽的自适应控制方法

摘要

In the present invention, the automatic welding tracking control and the adaptive control method for fluctuations in groove width are controlled to perform oscillation operation in the direction of the welding line while the end of the welding torch performs a vibrational motion with a set amplitude and a set vibration frequency, and the arc voltage The end of the welding torch is moved to remain within the set reference range, and the distance between the end of the welding torch and the base material is controlled to be maintained within the set range, and the end of the welding torch is at the end of the amplitude of the oscillation operation. When positioned, the feed rate at the end where the filler material is supplied can be controlled to be less than the set standard feed rate. In addition, the welding control method using the welding automatic control algorithm and the end of the welding torch are controlled to perform oscillation operation in the direction of the welding line while performing a vibration motion with a set amplitude and a set vibration frequency, and the arc voltage is maintained within a set reference range. The end of the welding torch is moved so that the distance between the end of the welding torch and the base material is maintained within a set range, and when the end of the welding torch is located at the end of the amplitude of the oscillation operation, filler material is It is a method related to control, constant current control, sequence control, high pressure generation control, and gas flow control so that the supplied end feed rate can be controlled to be less than the set reference feed rate, and welded to an appropriate position.
机译:在本发明中,控制自动焊接跟踪控制和用于沟槽宽度波动的自适应控制方法,以在焊接线的方向上执行振动操作,同时焊接炬的端部用设定的幅度和A执行振动运动设定振动频率,并且电弧电压移动焊炬的端部保持在设定的基准范围内,并且控制焊炬的端部和基材之间的距离被控制在设定范围内保持在设定范围内。焊炬的末端在振荡操作的幅度的末端。当定位时,可以控制供应填充材料的末端的进料速率,以小于设定的标准进料速率。另外,控制使用焊接自动控制算法的焊接控制方法和焊炬的端部,以在焊接线的方向上执行振动操作,同时进行设定幅度和设定的振动频率,以及电弧电压保持在设定的参考范围内。移动焊炬的端部,使得焊炬的端部和基材之间的距离保持在设定范围内,并且当焊接炬的端部位于振荡操作的幅度的末端时,填充材料是一种与控制,恒流控制,序列控制,高压产生控制和气体流量控制有关的方法,使得所提供的终端进给速率可以控制为小于设定的参考进料速率,并焊接适当的位置。

著录项

  • 公开/公告号KR102228164B1

    专利类型

  • 公开/公告日2021-03-16

    原文格式PDF

  • 申请/专利权人

    申请/专利号KR1020190170994

  • 申请日2019-12-19

  • 分类号B23K9/12;B23K37/02;B23K9/167;B23K9/28;

  • 国家 KR

  • 入库时间 2022-08-24 17:43:47

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