摘要
便携式计算机电池保护器由R形镍片、温度保险丝、L形镍片组成;其生产工序包括温度保险丝上料、L形镍片上料、R形镍片上料、点焊等。针对以上工序设计了一条便携式计算机电池保护器自动化生产线。该生产线集合了电池保护器生产的多个工序,采用可编程控制器(PLC)作为单个子机控制核心,各个子机系统采用PC Link网络相互通讯,结合各个子机的触摸屏实现对子机及整个系统的监控。该生产线可有效的提高电池保护器生产制造的自动化水平和生产效率,保证生产质量,降低劳动强度及生产成本。
Portable computer battery protector consists of R-shaped nickel piece, temperature fuse and L-shaped nickel piece;The production process includes temperature fuse feeding, L-shaped nickel piece feeding, R-shaped nickel piece feeding, spot welding, etc. In view of the above process to design a portable computer battery protector automation production line. This production line has multiple processes of battery protector production and use programmable controller （ PLC） as control core of a single machine, each machine system adopts PC Link network to communicate each other, each pair of touch screen can monitoring machine and the whole system. The line can effective improve the automation level of the battery protector manufacturing and production efficiency, guarantee the quality of production and reduce the labor intensity and production cost.
出处
《组合机床与自动化加工技术》
北大核心
2016年第11期130-133,共4页
Modular Machine Tool & Automatic Manufacturing Technique
基金
南通市重大科技创新专项(XA2014011)
南通大学研究生创新计划项目(YCK15007)
关键词
电池保护器
自动化生产线
控制系统
PLC
battery protector
automatic production line
laminating machine
PLC
