监控烙铁钎焊焊接时间的方法及装置
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摘要
本装置通过计时模块以及与其分别连接的信息处理模块和数据存储模块的设置,实现对焊接时长的监控和存储记录,和对整个焊接工序和焊接装置的有效监测。本装置还可通过设定显示模块和设定模块,对所述数据存储模块所存储数据进行查询和设定,方便了操作人员的操作。除了对所述焊接时长监控装置的内部设定,其还可以连接外部的计算机设备,用于将所述数据存储模块存储的数据导出,以便更清楚统计监测数据。
The device realizes the monitoring and storage record of the welding time by the setting of the timing module and the information processing module and the data storage module connected to it respectively,and realizes the effective monitoring of the whole welding process and the welding device. The device can also query and set the data stored by the data storage module by setting the display module and the setting module,thereby facilitating the operation of the operator. In addition to the internal setting of the welding duration monitoring device,it can be connected to an external computer device for exporting data stored by the data storage module for more statistical monitoring of the data.
The device realizes the monitoring and storage record of the welding time by the setting of the timing module and the information processing module and the data storage module connected to it respectively,and realizes the effective monitoring of the whole welding process and the welding device. The device can also query and set the data stored by the data storage module by setting the display module and the setting module,thereby facilitating the operation of the operator. In addition to the internal setting of the welding duration monitoring device,it can be connected to an external computer device for exporting data stored by the data storage module for more statistical monitoring of the data.
引文
[1]史建卫,温粤晖.现代电子装联软钎焊接技术[M].北京:电子工业出版社,2015.
[2]袁海武,程定富,陈金强.基于焊接设备的实时监测与数据分析系统设计[J].现代信息科技,2018,2(11):163-165.
[3]李帅.基于视觉成像的机器人中厚板多层多道焊接技术[J].现代信息科技,2018,2(9):169-172+176.
[2]袁海武,程定富,陈金强.基于焊接设备的实时监测与数据分析系统设计[J].现代信息科技,2018,2(11):163-165.
[3]李帅.基于视觉成像的机器人中厚板多层多道焊接技术[J].现代信息科技,2018,2(9):169-172+176.