CAJ | 학술논문

针对多数电加热炉必须要现场操作的背景下,提出了远程可监控的电加热炉模型.在原有电加热炉基础上添加了嵌入式控制器,移植了嵌入式系统UC/OS-II和以太网协议栈l wip建立服务器的网络功能,使用模糊控制算法设计了温度控制器,最终实现了电加热炉的远程监测与控制.实验表明系统的运行正常,控制算法合理,达到了预期的效果.
침대다수전가열로필수요현장조작적배경하,제출료원정가감공적전가열로모형.재원유전가열로기출상첨가료감입식공제기,이식료감입식계통UC/OS-II화이태망협의잔l wip건립복무기적망락공능,사용모호공제산법설계료온도공제기,최종실현료전가열로적원정감측여공제.실험표명계통적운행정상,공제산법합리,체도료예기적효과.
Aiming at the most of electric furnace must be operated on-site, we proposed an electric furnace model can be remote monitored. We add embedded controller to electric furnace, transplanted embedded system UC/OS-II and ethernet protocol stack Lwip to establish the server’s network. Furthermore, we adopt fuzzy control algorithm to design a temperature controller. Finally we realize the electric furnace that can be remote monitored and control. The experiments show that the system runs normally, control algorithm is reasonable, system reach the desired effect.