CAJ | 학술논문

把微处理器和温度传感器 DS18B20、湿度传感器 SHT10有机结合，移植实时操作系统μC/OS-II将多任务并行运行，采用PWM技术并利用PID控制算法实现温度、湿度的高效控制，设计实现了金银花烘干自动化控制系统。该系统具有结构简单与使用方便等优点，后期研究可以将其扩展为多种药材植物以及农产品的烘干工艺控制系统，有利于节能系统的推广和应用，以及满足社会发展的需求。
파미처리기화온도전감기 DS18B20、습도전감기 SHT10유궤결합，이식실시조작계통μC/OS-II장다임무병행운행，채용PWM기술병이용PID공제산법실현온도、습도적고효공제，설계실현료금은화홍간자동화공제계통。해계통구유결구간단여사용방편등우점，후기연구가이장기확전위다충약재식물이급농산품적홍간공예공제계통，유리우절능계통적추엄화응용，이급만족사회발전적수구。
This paper deals with the problem of drying honeysuckle perspective by designing a new control system of honeysuckle dryer. It not only describes the structure of honeysuckle dryers and working principle, hardware design, microprocessor used C8051F340 control chip, temperature sensors used DS18b20, humidity sensors used SHT10, but also its software design, transplanted embedded operating systemμC/OS-II to the MCU to increase system efficiency. We use fans with PWM pulse control operation and PID algorithm to regulate the temperature and humidity to implement automated intelligent control of honeysuckle dryers.