Design of an Intelligent Crib System Based on STM32

Abstract

To address the lack of effective infant health monitoring methods in existing cribs on the market, while simultaneously solving issues related to infant care and assistance, this paper presents the design of a smart baby crib based on the Internet of Things (IoT). This smart
crib integrates functions such as environmental temperature and humidity detection, air quality monitoring, infant body temperature monitoring, diaper change reminders, and a rocking bed feature, offering intelligent assistance to parents in a detailed and thoughtful manner.The system uses the STM32F103C8T6 as the main control chip, combined with the ESP8266 networking module, to achieve data collection, analysis,
and upload. It interacts with the Blinker cloud platform and a mobile app, enabling real-time data monitoring and control of the soothing
module. The smart baby crib not only provides a safe and comfortable sleeping environment but also leverages technology to support infant
growth, reduce parental stress, and promote a scientific and healthy approach to childcare.