摘要
针对服装加工的实际需求,结合物联网技术发展的现状,设计了服装吊挂生产线系统。系统采用上下位机结构,实时数据帧通过ZigBee构成的无线网络进行传输。采用高性能STM32F103VET6处理器作为下位机平台的控制核心,植入μC/OS-Ⅱ实时操作系统,完成了对RFID阅读器、触摸屏及工作站机械结构的集中控制;在实时数据帧的基础上,开发了服装缝制工艺实时监控系统,并将实时数据帧与关系型数据库相结合,实现生产的有效实时监控。实际应用表明,该系统数据传输稳定,灵活性较强,提高了服装生产效率,具有良好的推广应用价值。
Aiming at the actual demand of garment production and the current condition of IoT development,garment hanging and production line system was designed. Up and down machine structure was used by the up machine platform,real-time data frames was transferred by wireless net made up by ZigBee. Firstly,the high-performance STM32FlO3VET6 processor was adopted as the control core of lower compnter,and real-time μC/OS-ⅡI was transplanted into controller. The RFID reader,touch screen and machine construction of workstation was realized. Secondly,a method for monitoring and supervising of garment sewing process with real-time data frames was proposed. Combining with real-time data and relational database,the system performs an efficient real-time detection for garment production. The practical application showed that the system has the character of stable data transmission,stronger flexi- bility and considerable improvement in the garment production efficiency. And this system has good popularization value.
出处
《自动化与仪表》
北大核心
2014年第8期56-60,共5页
Automation & Instrumentation
