摘要
受加工、装配精度等硬件条件的制约,锂动力电池卷绕机的电芯卷绕速度受到了很大的制约。为进一步解决卷绕精度和生产速度的矛盾,降低加工采购成本,提出了一种在隔膜传输机构上增加智能纠偏系统的改进方法,使隔膜的重叠对位精度大幅提高,以往受隔膜偏移制约的卷绕速度问题也得以解决,而且降低了导向轴的精度要求,节约了加工采购成本,提高了设备竞争力。
The winding speed of li-ion power battery winding machine has been greatly restricted by precision processing and assembly hardware conditions. In order to solve the contradiction between the winding speed and accuracy, reduce processing procurement costs, here presents an intelligent correction system increases in membrane transport structure improvement methods in his paper, the winding speed problem in the past due to septum deviation constraints can be improved now. But also the accuracy requirements of the guide shaft is reduced, the cost of procurement and machining is saved, and the competitiveness of the equipment is improved.
出处
《电子工业专用设备》
2015年第4期19-21,25,共4页
Equipment for Electronic Products Manufacturing
关键词
动力电池
锂电池
卷绕机
纠偏系统
Power battery
Li-battery~ Winding machine
Correction system
