Smart Intelligent Infant Cradle

Aim: The aim of an intelligent infant cradle could be to provide a safer, more comfortable, and convenient environment for infants while also integrating intelligent features that can monitor the baby's health, modify the surroundings, and provide caregiver feedback.

Study Design: This study aims to evaluate the effectiveness, safety, and user satisfaction of an intelligent infant cradle compared to traditional cradles. Infants aged 0-6 months and their caregivers will be randomly assigned to either the experimental (intelligent cradle) or the control group (traditional cradle). Outcome measures include infant sleep quality, incidence of sleep-related issues, caregiver satisfaction, safety, parental stress levels, and infant developmental outcomes. Data will be collected through questionnaires, interviews, observations, and objective measurements. Statistical analysis will compare outcomes between groups. Ethical considerations include obtaining informed consent and approval from institutional review boards. Limitations may include sample bias and reliance on self-reported data.

Place and Duration of Study: Department of Electronics And Communication Engineering, Pes Institute Of Technology And Management (PESITM) Shimoga, From Sept 2023.

Methodology: The proposed iot-based smart cradle utilizes a raspberry pi model 3 b+ board, camera module, sound sensor, lm35 temperature sensor, and wet sensor. A DC motor swings the cradle upon detecting the baby's cry through the sound sensor. A melody tune plays simultaneously to soothe the baby. Caregivers can remotely control the swing via IoT server buttons. The LM35 temperature sensor activates a fan when humidity exceeds a set level. A wet sensor alerts caregivers to change the baby's diaper. Additionally, a camera provides real-time monitoring of the baby's sleep.

Results: This project proposes an innovative automatic caretaker room for infants, designed to address the time and energy constraints faced by busy parents. The primary goal is to cater to the needs of working individuals who struggle to find sufficient time for proper baby care. The entire room is equipped with sensors and a microprocessor, allowing it to autonomously sense and respond to the baby's activities. This approach eliminates the need for constant manual checks by parents, enabling them to save valuable time and energy. The system, driven by sensors, connected to the microprocessor, continuously monitors both room conditions and the baby's activities. It operates based on predefined conditions, ensuring parents receive real-time information about their baby without physical presence. The collected data is readily accessible, providing a comprehensive overview of the baby's status, and notifications are sent as needed. In summary, this automated caretaker room offers a practical and efficient solution for busy parents, allowing them to stay informed and connected with their baby's well-being while optimizing their resources.

Conclusion: The advanced features of the baby monitoring system offer a comprehensive solution for working parents, addressing various aspects of infant care and safety. From real-time video monitoring to proactive alerts for emergencies and environmental conditions, this system not only provides peace of mind to parents but also creates a secure and comforting environment for the baby. By seamlessly integrating technology into childcare, the system enables working parents to balance their professional commitments while staying connected and responsive to their baby's needs, ultimately fostering a sense of freedom and reduced stress in their daily lives.