International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 11 Issue: 04 | Apr 2024
p-ISSN: 2395-0072
www.irjet.net
THE FUTURE OF NURTURE: SMART BABY CRADLE Mahesh Joshi1, Niranjan Dengale2, Amrin Shaikh3, Jagannath Panchal4, Dr. Prathamesh S. Gorane5, Dr. Vijay B. Roundal6 1BE Student, Department of Mechanical Engineering, GSMCOE, Balewadi, Pune, Maharashtra, India 2BE Student, Department of Mechanical Engineering, GSMCOE, Balewadi, Pune, Maharashtra, India
3BE Student, Department of Mechanical Engineering, GSMCOE, Balewadi, Pune, Maharashtra, India
4BE Student, Department of Mechanical Engineering, GSMCOE, Balewadi, Pune, Maharashtra, India 5Professor, Department of Mechanical Engineering, GSMCOE, Balewadi, Pune, Maharashtra, India 6Professor, Department of Mechanical Engineering, GSMCOE, Balewadi, Pune, Maharashtra, India
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Abstract - In the modern landscape of infant caregiving,
and anticlockwise directions, pushing the bassinet to the front and vice versa.
the demand for innovative solutions to enhance comfort, safety, and convenience for both infants and caregivers is paramount. This research paper presents the development and implementation of an automatic baby cradle with sensor integration, aimed at addressing the challenges faced by caregivers in soothing infants and monitoring their needs.
The system has an inbuilt alarm that alerts caregivers when the baby stops crying, ensuring hygienic conditions and indicating the need for attention. The paper also discusses an Arduino-based resonant electric cradle design with sensors designed to detect oscillation state and infant cries recognition. The force is driven at the critical time to achieve maximum output response while saving energy. A GSM module is also included to enable communication with caregivers. When the cradle detects the baby crying or becoming wet, it sends SMS alerts to notify them, ensuring prompt attention and care. The aim of these studies is to revolutionize infant caregiving by offering a technologically advanced solution that prioritizes safety, comfort, and peace of mind for both infants and caregivers.
This paper presents the development of an automatic baby cradle with sensor integration, aimed at enhancing infant caregiving. The project integrates noise detection and wetness indication sensors with an Arduino Uno microcontroller to automate cradle movement and enable real-time communication with caregivers via SMS alerts. Key Words: Automatic cradle, sensor integration, infant care, Arduino Uno, GSM module.
1.2 SCOPE OF WORK
1. INTRODUCTION
The project aims to improve the functionality of baby cradles by integrating sensors and automation technology to detect and respond to infant needs in real-time. The system will automate the cradle's motion, trigger noise detection for infant cries, and wetness indication for diaper changes. The Arduino Uno microcontroller will process sensor inputs, and a GSM module will enable realtime communication.
The development of an automatic baby cradle has revolutionized infant caregiving by providing a hands-free solution for soothing infants and monitoring their wellbeing. The cradle uses an Arduino Uno microcontroller to automate its movement, allowing it to respond to detected noise levels and wetness. Sensors for noise detection and wetness indication enable the cradle to respond swiftly, enhancing comfort and promoting uninterrupted rest. The project also includes a GSM module for communication with caregivers, sending SMS alerts when the cradle detects a baby's crying or wetness. This technologically advanced solution prioritizes safety, comfort, and peace of mind for both infants and caregivers.
A user-friendly interface will be developed for caregivers to adjust settings and monitor sensor readings. Testing will validate the mechanism's reliability, accuracy, and safety, with documentation detailing operation, maintenance, and troubleshooting procedures.
1.1 LITERATURE REVIEW
2. METHODOLOGY
The paper discusses the design, fabrication, and analysis of automated cradles, an automatic E-Baby Cradle Swing based on baby cry, and an Arduino-based resonant electric cradle design with infant cries recognition. The automated cradle uses a DC motor to rotate in clockwise
Requirements Gathering and Analysis: Defined project objectives and functionalities based on caregiver needs and infant care requirements, identified necessary components.
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