STM32 microcontroller intelligent interactive detection instrument for wardrobe based on PID control
With the opening of smart homes,traditional wardrobes are difficult to meet people's current needs for wardrobes.Therefore,an intelligent interactive detector for wardrobes based on STM32 single chip is researched and designed.Research on im-proving and optimizing the neuron PID control algorithm through fuzzy control,and using it as the main control method for the detec-tor.The study proposes an improved PID algorithm to achieve temperature and humidity control of wardrobes,solving the problem of temperature and humidity coupling.Through simulation experiments,it was verified that the improved PID algorithm enables the de-tector to have a more stable voltage and better anti-interference performance;In temperature and humidity control,it takes 100 mi-nutes to control the temperature at the set value and 110 minutes to control the relative humidity at the set value;The overshoot of the improved PID algorithm is only 8.6％,and its system response time is only 0.38 seconds.The results indicate that the control tech-nology proposed in the study has good performance and can effectively achieve intelligent interaction of wardrobes.
STM32 single chipwardrobeintelligent interactive detectorPIDtemperature and humidity control
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