南阳师范学院学报
南暘師範學院學報
남양사범학원학보
JOURNAL OF NANYANG TEACHERS COLLEGE
2011年
12期
32-34
,共3页
李宏%程新党%毛军%王国玉
李宏%程新黨%毛軍%王國玉
리굉%정신당%모군%왕국옥
μC/OS-Ⅲ%STM32F103RC%精磨抛光机
μC/OS-Ⅲ%STM32F103RC%精磨拋光機
μC/OS-Ⅲ%STM32F103RC%정마포광궤
μC/OS-Ⅲ%STM32F103RC%grinding and polishing instrument
下摆精磨抛光机采用PLC、进口百分表等器件控制,具有成本高、人机界面简单等问题.本文基于μC/OS-Ⅲ实时控制操作系统,利用32位ARM处理器实现了精磨抛光机的自动作业实时控制功能,提供了容栅式位移传感器数据接口,改进了人机界面.
下襬精磨拋光機採用PLC、進口百分錶等器件控製,具有成本高、人機界麵簡單等問題.本文基于μC/OS-Ⅲ實時控製操作繫統,利用32位ARM處理器實現瞭精磨拋光機的自動作業實時控製功能,提供瞭容柵式位移傳感器數據接口,改進瞭人機界麵.
하파정마포광궤채용PLC、진구백분표등기건공제,구유성본고、인궤계면간단등문제.본문기우μC/OS-Ⅲ실시공제조작계통,이용32위ARM처리기실현료정마포광궤적자동작업실시공제공능,제공료용책식위이전감기수거접구,개진료인궤계면.
Grinding and polishing instrument using expensive control units, such as PLC, imported displacement sensor. It increases the cost of instrument with only simple HMI. Based on μC/OS real time operating system and a 32 bit ARM processor, a low cost embedded control system is realized. Which satisfied present work requirement, the grid-plate capacitance sensor is supported, and more information can be showed in work.