IRJET- IOT BASED AUTOMATED CRADLE SYSTEM FOR BABY MONITORING

Juggling the responsibilities of a job and newborn baby may seem challenging for working parents. Infant health safety and security is always a matter of concern for kith and kin by leaving their baby in care centres. In this paper author has designed an advance cradle system which monitor baby health conditions such as temperature, baby cry and wetness. Parents not only monitor but also can control cradle via mobile. The experimental result shows that the designed system works successfully for the infant healthcare and thus can be implemented practically.

International Journal for Research in Applied Science & Engineering Technology (IJRASET), 2021

The current number of working mothers has increased dramatically. Later, child-rearing has become a daily challenge for many families. Thus, many parents send their children to grandparents' homes or to daycare centers. However, parents are not always able to monitor their children's every move. Therefore, the Internet of Things-based Baby Monitoring System (IoT-BBMS) is being proposed as an efficient and inexpensive IoT-based monitoring system in real time. We also came up with a new algorithm for our system that plays a key role in providing better child care in the absence of parents. In the design process, the Node Micro-Controller Unit (NodeMCU) is used to collect sensor-readable data and upload it via Wi-Fi to the AdaFruit BLYNK server. The proposed system uses sensors to monitor important fetal parameters, such as ambient temperature, humidity, and crying. The system structure consists of a baby's crib that will automatically swipe using the engine when the baby cries. Parents can also monitor their children's condition with an external webcam and open a playful toy located on the baby's crib from a BLYNK server to entertain the baby. The proposed prototype of the system is designed and tested to prove its cost-effectiveness and simplicity and to ensure safe operation to enable child rearing anywhere and anytime via the network. Finally, the child monitoring system is proven to be effective in monitoring the child's condition and the environment in accordance with the model. All data taken from the sensors / modules will be stored in the Mobile application and periodically updated. The Health Algorithm is used in these databases to get information about useful physical conditions as any common symptoms of the disease can be easily identified. The proposed prototype of the system is designed and tested to prove its cost-effectiveness and simplicity and to ensure safe operation to enable child rearing anywhere and anytime via the network. Finally, the child monitoring system is proven to be effective in monitoring the child's condition and the environment according to the prototype.

IEEE Access

The current number of working mothers has greatly increased. Subsequently, baby care has become a daily challenge to many families. Thus, most parents send their babies to their grandparents' house or to baby care houses. However, the parents cannot continuously monitor their babies' conditions either in normal or abnormal situations. Therefore, an Internet of Things-based Baby Monitoring System (IoT-BBMS) is proposed as an efficient and low-cost IoT-based system for monitoring in real time. We also proposed a new algorithm for our system that plays a key role in providing better baby care while parents are away. In the designed system, Node Micro-Controller Unit (NodeMCU) Controller Board is exploited to gather the data read by the sensors and uploaded via Wi-Fi to the AdaFruit MQTT Server. The proposed system exploits sensors to monitor baby's vital parameters, such as ambient temperature, moisture, and crying. A prototype of the proposed baby cradle has been designed using Nx Siemens software, and a red meranti wood is used as the material for the cradle. The system architecture consists of a baby cradle that will automatically swing using a motor when the baby cries. Parents can also monitor their babies' condition through an external web camera and switch on the lullaby toy located on the baby cradle remotely via the MQTT server to entertain the baby. The proposed system prototype is fabricated and tested to prove its effectiveness in terms of cost and simplicity and to ensure safe operation to enable the baby-parenting anywhere and anytime through the network. Finally, the baby monitoring system is proven to work effectively in monitoring the baby's situation and surrounding conditions according to the prototype.

IRJET, 2021

Today's lifestyle is fast-paced. Most of the working parents find it a touch difficult to manage work together with babysitting. They cannot keep a watch on their child all the time and is tough after long working hours. To assuage the baby by manually swinging the cradle may not be possible in such a case. If they need taken the assistance of a babysitter for it then also baby's safety-related thoughts keep getting into their minds. Hence there's a desire for a product that bridges this gap between parents and baby. This cradle system is proposed to assist these parents so they'll take excellent care of their baby from remote locations.

World Journal of Advanced Research and Reviews

With the evolution of the internet of things and headway technologies like android phones and sensors every single thing got coupled and get controlled through the internet distantly, but at the same time the number of family member workers is also incremented. infant baby needs parental aid 24/7 to monitor different actions and check different parameters distantly but it is impractical, especially for those Parents/Caretakers who work outside of the home. So, there is a need for a system through which Parents/Caretaker can aid their infant baby and see infant babies’ activities distantly in real time about different parameters and conditions of the infant baby. The proposed system is a smart infant Baby Cradle using IoT Technology that sends an alert notification to the Parent/Caretaker. In the proposed system IR IP-Camera is used to seize an infant baby in the real environment even at night. The proposed system is able to sense an infant baby’s scream using a Microphone Module for...

Zenodo (CERN European Organization for Nuclear Research), 2022

Working mothers are more common in modern society. Child care has consequently turned into a daily struggle for many households. As a result, the majority of parents drop off their kids at a daycare facility or at their grandparents' home. Parents, however, are unable to watch over their kids continuously, whether things are normal or not. A cost-effective IoTbased solution for real-time monitoring is therefore suggested: the Internet of Things-based baby monitoring system (IoT-BBMS). Additionally, we have suggested a new algorithm for our system that is crucial in delivering better child care when parents are gone. In the system automatic music system will be activated as soon as the baby's crying level is detected while the baby is in the swing, which will help stop the baby's crying. The prototype of the proposed system has been developed and tested to prove its effectiveness in terms of cost and simplicity and to ensure secure operation to enable child parenting anywhere and anytime over the network.

IRJET, 2020

In this 21st century, both men and women share equal rights, they both work hard equally to maintain the social status and run in this fast-growing world. Day by day the technology also grows very fast and the human makes it. So, it is very important to take care of the next generation, a special care should be shown to them especially babies. Our system deals with design and implementation of smart baby cradle system which is special gift to parents in this century. The objective of this system is to design a smart baby cradle with multiple features which helps in monitoring the babies and updates the baby's status to parents. This design encloses the different features like camera monitoring, automatic swinging of cradle when baby cries, sensing the wetness of baby's bed, monitoring presence of baby in the cradle, all these features encloses a SMS module where message about baby's cry, wetness in bed and absence of baby in the cradle are sent to parent's mobile number to intimate them about their baby.

IRJET, 2021

Smart Cradle is an innovation that is used to make babies sleep peacefully. By swinging into side by side motion it makes that comfortable for the baby and make the baby sleep. In this 21st century parents cannot swing the cradle manually by putting a lot of efforts. by putting a lot of efforts. And when the baby is in the cradle parents need to monitor the baby 24/7. The idea proposed is used to monitor the baby 24/7 live with parents smart phone and take care of the baby. A Node MCU ESP288 microcontroller will be used to assemble all the sensors and hardware component required. Monitoring the cradle in Live will be accomplished to take care of the babies. On the off chance that any action, for example, pee or child awakening from rest happens a notification through an MQTT server will be sent to the parent's device. This innovation also have extra features such as swinging the cradle automatically and also manually by android devices via geared motor mechanism and MQTT server monitoring. Also, some extra highlights, for example, watching in Live by Node MCU camera. Use of various sensors such as LM35 for sound detection, Sensors for Humidity and temperature etc. add to productivity of cradle. In this 21st century parents and care takers cannot make their whole time investing in taking care and monitoring of their babies, so this smart cradle will do the job efficiently for parents and caregivers.

IRJET, 2021

This document describes the planning of the hardware module of the IoT-based Infant apparatus monitoring system. The hardware module consists of a microcontroller, Sensor data acquisition submodule, and Sensor data communication submodule. during this analysis, the microcontroller used is Arduino Uno Rev3 alongside a temperature sensing element and wetness sensing element, and gas sensing element, a wet sensing element, sound sensing element, moment sensing element, Pulse sensing element, and GSM Module. The Arduino board connected with a Sim 800 GSM Module as an information communication submodule sends sms the infant body's Sensor data monitored by the system to the medical expert. In short this work gave new techniques to plan a dependable baby hatchery utilizing UNO microcontroller.

International Journal of Engineering and Advanced Technology, 2019

Non-contact-based baby monitoring system using image processing is proposed in this paper which is used for proper safety and monitoring the activity of baby by their busy parents. The system detects the motion, crying and present position of the baby. If any abnormal action is detected, then the system sends a message in the form of text and images of baby to the particular user through email. Raspberry Pi B+ module is used to process the videos taken by pi camera, MIC is used for crying detection and image processing is used for detection of real-time motion of babies and boundary condition of the bed. The system required to first install OS Raspbian, and all the other packages like OpenCV, Numpy and Virtual environment. Face detection algorithm is trained using Haar classifier for positive face images and negative nonface images. This system will help in decreasing the chances of the baby’s falling from the bed. Also, this system can be used in hospitals while baby is sleeping wh...