本设计主要以STM32F103RBT6单片机为核心处理器的温控系统，通

本设计主要以STM32F103RBT6单片机为核心处理器的温控系统，通过温度传感器DS18B20对汽车涂胶机工作时的环境温度进行实时的采集，并通过LCD液晶屏显示当前温度，以及设置的工作温度范围等，可通过蜂鸣器报警及LED灯的闪烁，提示当温度超过上限或低于下限，从而进行升温或降温操作。通过不同型号元器件的对比，选择最优的方案，根据设计系统所需功能绘制出原理图的各个模块，完成温控系统硬件电路的设计。根据各个模块的功能设计出相匹配的程序代码，完成系统软件电路的设计。制作实物进行调试，实现对于温度的精确控制，并能实时采集与监测。试验结果表明，设计的温控系统满足所有功能需求，并且对于汽车涂胶机工作温度测量精准，具有体积小，实时性良好等特点。

本设计主要以STM32F103RBT6单片机为核心处理器的温控系统，通过温度传感器DS18B20对汽车涂胶机工作时的环境温度进行实时的采集，并通过LCD液晶屏显示当前温度，以及设置的工作温度范围等，可通过蜂鸣器报警及LED灯的闪烁，提示当温度超过上限或低于下限，从而进行升温或降温操作。 通过不同型号元器件的对比，选择最优的方案，根据设计系统所需功能绘制出原理图的各个模块，完成温控系统硬件电路的设计。 根据各个模块的功能设计出相匹配的程序代码，完成系统软件电路的设计。 制作实物进行调试，实现对于温度的精确控制，并能实时采集与监测。 试验结果表明，设计的温控系统满足所有功能需求，并且对于汽车涂胶机工作温度测量精准，具有体积小，实时性良好等特点。

This design mainly takes stm32f103rbt6 microcontroller as the core processor of the temperature control system, through the temperature sensor DS18B20 to collect the ambient temperature of the car glue machine in real time, and through the LCD display the current temperature, as well as the set working temperature range, etc., through the buzzer alarm and LED flashing, prompt when the temperature exceeds the upper limit or below the lower limit, so as to reduce the temperature Conduct heating or cooling operation. Through the comparison of different types of components, the optimal scheme is selected, and each module of the schematic diagram is drawn according to the required functions of the design system, so as to complete the design of the hardware circuit of the temperature control system. According to the function of each module, the matching program code is designed to complete the design of the system software circuit. The real object is made for debugging to realize the accurate control of temperature and real-time acquisition and monitoring. The experimental results show that the designed temperature control system can meet all the functional requirements, and has the characteristics of small volume, good real-time and accurate temperature measurement for automobile gluing machine.<br>