Design of an Intelligent Stroller Control System

With people's increasing pursuit of high-quality life and the need for more meticulous care for infants and young children, traditional strollers have been unable to meet people's daily needs. Therefore, this paper designs an intelligent stroller based on STM32 microcontroller. The system can control the movement of the stroller through mobile phones and iPads (forward, backward, and steering), allow users to select the driving mode of the stroller (front-wheel drive, rear-wheel drive, four-wheel drive, no-power sliding), display real-time information such as the distance to obstacles in front of the stroller, air humidity, atmospheric pressure, air temperature, baby's body temperature, air pollution level, real-time location of the stroller, GPS satellite information, and visualize various types of information in the form of line charts and bar charts. To verify the system's functionality, a prototype system has been built. The debugging results show that this design plan is reasonable and has initially achieved the functional requirements of the intelligent stroller system, which has certain practicality and application prospects.