A wave-carrier remote control method based on manual welding
Vol. 48, Issue 2, Pages: 42-46(2018)
Published:2018
DOI:
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DOI:
LIU Shuyu. A wave-carrier remote control method based on manual welding[J]. Eletric Welding Machine2018, 48(2): 42-46.DOI:
A wave-carrier remote control method based on manual welding
摘要
介绍一种基于手工焊载波遥控式联网管控方法
焊工在焊接工位远程对焊机进行通道及焊接电流参数设置
焊机收到后与上位机进行数据交换
确认是否在生产管理所下发的允许使用通道和焊接电流的范围内
若符合则允许焊接;如果焊工设定并发送的通道数与生产管理所下发的允许使用通道数不同
经过焊机内CPU进行数据处理判断不同
焊机交互界面进行报警提示
不允许焊接
若通道相同
经过焊机内CPU进行数据处理判断相同
焊工再次发送焊接电流值
若焊工设定并发送的焊接电流值不在生产管理所下发的允许焊接电流范围内
经过焊机内CPU进行数据处理判断
焊机交互界面进行报警提示
不允许焊接
若焊接电流值在允许范围内
符合所有焊接条件
允许焊接。
Abstract
This paper introduces a wave-carrier remote control method used in the intelligent manual welding management system
welders in the welding position of welding parameters and the remote channel current is set
after receiving the welder and PC for data exchange
to confirm whether the production management of the channel and allow the use of current range
if the line allows the welding;if the number of channels set and sent by the welder is different from the number of channels allowed to be issued by the production management center
the channels are determined by the CPU in the welding machine to process the data. The welder interface prompts for an alarm and welding is not allowed. If the channels are the same
after welding machine CPU data processing to determine the same welder at this time to send the welding current value
if the welder to set and send the welding current value is not in the production management issued by the welding current range
after welding machine CPU data processing judgment
welding machine interactive interface alarm
does not allow welding
if the welding current value is within the allowable range