Design of intelligent stroller monitoring system

With the rapid development of the Internet of Things technology, more and more enterprises tend to apply new technologies such as the Internet of Things and big data to the design and production of products. The development of intelligent baby strollers also relies on the development of the Internet of Things technology. Many existing baby stroller enterprises in the market integrate the functions of automatic braking, hand holding induction and other functions into the design of baby strollers, greatly improving the safety and stability of baby strollers. With the improvement of people's living standards, in order to meet the higher needs of caring for infants and young children, the development and design of an intelligent stroller system with multi-sensor remote monitoring has theoretical research significance and practical application value. First, the paper simulates and analyzes the environment perception model of the intelligent stroller based on fuzzy control algorithm. The basic theory of fuzzy control is summarized. Based on MATLAB software and Simulink, the environment sensing system model of intelligent stroller monitoring terminal is established and simulated, which verifies the feasibility of the algorithm. 2、 Secondly, the software and hardware system of the intelligent stroller monitoring terminal is designed. Based on Arduino Mega2560 as the main controller, the smart stroller sensing architecture composed of ultrasonic ranging module, temperature and humidity sensor, attitude sensor, GPS module and GPRS module, monitors the temperature and humidity, attitude and related environmental parameters of surrounding obstacles of the smart stroller terminal in real time, and processes the collected environmental sensing data with the help of fuzzy control algorithm. When the environmental sensing parameters exceed the set threshold, After the fuzzy control algorithm is processed, the intelligent stroller monitoring terminal will send an audible and visual alarm to realize the real-time intelligent monitoring of the stroller. At the same time, the mobile communication module will send the above data to the device cloud platform for storage Analysis and presentation. 3、 The cloud control monitoring platform and mobile phone APP based on the intelligent stroller monitoring terminal have realized the monitoring of the intelligent stroller. The Internet of Things communication module of the intelligent stroller monitoring terminal uses the EDP device connection protocol to communicate with the cloud platform. The smart stroller monitoring terminal packages and uploads the sensing data to the cloud platform, which can store and display the real-time environmental data of the terminal, and push the relevant data to the mobile APP, so that the environmental sensing data collected by the smart stroller terminal can be visualized and remote, and send an information warning on the mobile terminal. The intelligent stroller monitoring system designed in this paper can stably collect the environmental perception data of the terminal during the simulation run test, and can upload it to the cloud platform for storage and display in real time. When the environmental parameters are abnormal, it can immediately notify the intelligent stroller monitor through the audible and visual alarm through the APP. The device cloud platform can access various remote intelligent devices and provide application management functions, which has good application prospects and promotion value.