Development of an Automatic Baby Cradle System
DOI:
https://doi.org/10.47392/IRJAEH.2024.0109Keywords:
Wheels, ESP32 cam, Cradle, Servo motor, Temperature, Detection, Sensors, Automatic swinging, Arduino microcontrollerAbstract
Infant care can be challenging in the fast-paced atmosphere of today, where parental responsibilities can compete with rigorous employment. An important step toward improving newborn health and reducing parent concern is the incorporation of an autonomous baby cradle system. This cutting-edge framework combines thorough planning with the seamless incorporation of several childcare components, providing carers with a priceless tool. Modern technology is incorporated into the system, including an Espressif Systems32 camera that allows parents to monitor children from a distance, a voice recognition system that enables swinging to react to spoken cues, and an advanced moisture sensor that monitors changes in bedding conditions. A sensor boosts the system’s effectiveness and adds to its excellent mobility and versatility. In a hectic setting, the Automatic Baby Cradle System redefines infant care. This system offers a comprehensive solution that addresses several aspects of newborn well-being by effortlessly integrating technology into caring. Modern capabilities like speech recognition, temperature management, wetness sensing, and remote monitoring show how technology has the power to fundamentally alter parenting habits. This research lays the framework for future developments and advances in newborn care and parental assistance as technology advances
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Copyright (c) 2024 International Research Journal on Advanced Engineering Hub (IRJAEH)
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This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.