介绍了电容储能焊接的工作原理、工艺要求和控制系统，并用三菱公司PLC实现其系统控制。
The paper introduces the work principle, technique requirement and control system for Capacitor pulsed welding, which is used MELSEC series PLC for control system.
讨论了采用研制的“波形控制智能型电阻点焊机”及其研制的“电容储能点焊机”进行焊接时飞溅的产生机理。
The mechanism that would bring splash welding by the intelligent resistance spot welding machine with waveform control and the spot welding machine with cap energy storage processing were discussed.
研究了焊接过程中焊接电流产生的电磁力对电容储能凸焊喷溅、接头强度及焊接工艺的影响。
The effect of electromagnetic force on the splash, joint strength and welding process of capacitor discharge projection welding is studied.
主要阐述了多功能储能式桥丝自动焊接机的原理、结构及其应用。
This paper mainly describes the principle, structure and application of multi-functional bridge type into stored energy welding machine.
阐述了大腔体器件的储能焊焊接技术，讨论了焊接基本要素，建立了焊接能量模型。
Stored energy welding technology for large cavity devices is described in detail. Basic elements of welding are discussed and a welding energy model is established.
结果表明：储能焊能够实现TC4钛合金薄板的快速凝固焊接，焊接接头由熔核和熔核向母材过渡的熔合区（线）组成。
The results show that the welding of TC4 can be realized by capacitor discharge welding. The joint microstructure consists of nugget zone and semi-melt zone.
结果表明：储能焊能够实现TC4钛合金薄板的快速凝固焊接，焊接接头由熔核和熔核向母材过渡的熔合区（线）组成。
The results show that the welding of TC4 can be realized by capacitor discharge welding. The joint microstructure consists of nugget zone and semi-melt zone.
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