弧焊电源智能控制研究现状与展望
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摘要
对比传统模式的弧焊直流发电机,现阶段的弧焊电源智能化特征突出。建立在智能控制手段上的弧焊电源,简化了电源控制流程,呈现出高效化、轻量化、智能化与模块化的发展趋势。因此,针对智能控制式的弧焊电源,应全面明晰现阶段的研究现状,预测弧焊电源智能控制手段的未来发展趋势。
Compared with the traditional mode of arc welding DC generator,the current arc welding power source embodies the prominent feature of intelligence. This is because the arc welding power supply based on intelligent control means simplifies the process of power supply control,but also presents the basic development trend of power supply efficiency,lightweight,intelligent and modular. Therefore,in current practice,aiming at the intelligent control arc welding power supply,we should fully clarify the current research situation,and predict the future development trend of the intelligent control means of the arc welding power source.
Compared with the traditional mode of arc welding DC generator,the current arc welding power source embodies the prominent feature of intelligence. This is because the arc welding power supply based on intelligent control means simplifies the process of power supply control,but also presents the basic development trend of power supply efficiency,lightweight,intelligent and modular. Therefore,in current practice,aiming at the intelligent control arc welding power supply,we should fully clarify the current research situation,and predict the future development trend of the intelligent control means of the arc welding power source.
引文
[1]朱强,薛家祥,徐敏.弧焊电源智能控制研究现状与展望[J].焊接技术,2015,44(7):1-5.
[2]熊振兴,黄石生.现代数字化弧焊电源的发展[J].电焊机,2012,40(4):7-10.
[3]何宽芳,黄石生,孙德一.交直流弧焊逆变电源研究现状[J].焊接技术,2017,(5):4-7.
[4]何宽芳,黄石生.基于PID神经网络的弧焊电源控制器的研究[J].电焊机,2017,(7):58-60.
[5]张巍钟,滕青芳,孔令刚.弧焊电源的设计及Matlab仿真[J].现代电子技术,2017,(6):41-43.
[6]殷树言,刘嘉.数字化弧焊电源与焊接技术的发展[J].现代制造,2013,(S1):46-48.
[7]DU Xian-chang,FAN Xi-mei,HAN Heng-zhong Electricity Class Material Forming and Control Engineering Course Content and Curriculum System Optimization in Integrating[J].Journal of Changchun College of Engineering(Social Science Edition),2013,(1):63-64.
[8]HUANG Shi-sheng,XUE Jia-xiang,YU Wen-song,et al.New Type of Arc Welding Power Source and Its Intelligent Control[J].Journal of China Engineering Science,2012,(4):70-74.
[2]熊振兴,黄石生.现代数字化弧焊电源的发展[J].电焊机,2012,40(4):7-10.
[3]何宽芳,黄石生,孙德一.交直流弧焊逆变电源研究现状[J].焊接技术,2017,(5):4-7.
[4]何宽芳,黄石生.基于PID神经网络的弧焊电源控制器的研究[J].电焊机,2017,(7):58-60.
[5]张巍钟,滕青芳,孔令刚.弧焊电源的设计及Matlab仿真[J].现代电子技术,2017,(6):41-43.
[6]殷树言,刘嘉.数字化弧焊电源与焊接技术的发展[J].现代制造,2013,(S1):46-48.
[7]DU Xian-chang,FAN Xi-mei,HAN Heng-zhong Electricity Class Material Forming and Control Engineering Course Content and Curriculum System Optimization in Integrating[J].Journal of Changchun College of Engineering(Social Science Edition),2013,(1):63-64.
[8]HUANG Shi-sheng,XUE Jia-xiang,YU Wen-song,et al.New Type of Arc Welding Power Source and Its Intelligent Control[J].Journal of China Engineering Science,2012,(4):70-74.