摘要
锂电池小批量生产过程中普遍存在缺少夹持力控制工序的情况,如果不对化成的电池进行夹持力控制,将会出现废品率较高的现象。针对单体锂电池的化成和测试,研制出手动的夹持、夹紧机构。本项目在对单个锂电池的化成及测试过程中使用夹具进行化成和测试,通过控制改进夹持力受力均衡、电池表面平整、夹持力的力度调整三个方面,获得最理想的锂电池化成及测试状态,从而最终实现延长锂电池使用寿命的目的。
In the process of small batch production of lithium battery , there is a lack of clamping force control process . If the battery is not controlled , the scrap rate will be higher . For monomer lithium battery formation and testing, developed a manual clamping, clamping mechanism . The project in the single lithium battery formation and testing process clamp formation and test , by controlling the improved clamping force force equilibrium , cell surface smooth , clip to force the intensity of three aspects of adjustment , to obtain the ideal lithium battery formation and testing , and ultimately to achieve prolong the service life of the lithium battery to .
出处
《现代制造技术与装备》
2016年第6期56-56,58,共2页
Modern Manufacturing Technology and Equipment
基金
江苏省大学生创新2015年项目"锂电池化成夹持装置"(201511288003Y)
关键词
夹持装置
受力均衡
夹紧机构
锂电池
clamping device
force balance
clamping mechanism
lithium battery
