A smart baby watch for monitoring sudden infant review 2 (1)
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This document describes a smart baby watch designed to monitor parameters for sudden infant death syndrome such as heart rate, breathing rate, body temperature, and posture. The watch contains sensors to measure these parameters and transmits the data via Bluetooth to a gateway device. The gateway then sends the data to a cloud server where it can be accessed through a medical web interface. This allows caregivers to remotely monitor an infant's vital signs and receive alerts if any measurements fall outside safe ranges.
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- 1. A SMART BABY WATCH FOR MONITORING SUDDEN INFANT DEATH SYNDROME Guided By: Ms R.Aruna Devi ME AP/ECE Presented By: Abinaya Thillai(953513106002) Athulya Suresh(953513106010) Naatchammai Ramanathan(953513106039) Sindhuja Ramesh(953513106068)
- 2. PROJECT MODULES WEARABLE IoT DEVICE GATEWAY •HEART RATE SENSOR •INFANT’S POSTURE •BREATHING RATE SENSOR •BODY TEMPERATURE CLOUD WS W B DB •WS-WEB SERVICES •WB-WEBSITE •DB-DATABASE •DATAS-
- 3. WEARABLE IoT DEVICE TMP007 BATTERY LEVEL LSM330DLC LSM330DLC AD8232 GBAN-2530(A SMALL FACTOR OF CC2530 SoC)
- 4. WEARABLE IoT DEVICE ILLUSTRATION Fig2:Chest belt with textile electrode and an inset of developed hardware for the acquisition parameters
- 6. INFANT POSTURE Detect the position of infant during sleep LSM330DLC inertial sensor is used without gyroscope Set threshold value to minimize the small fluctuations in accelerometer and it allows to control the tilt angle posture Position gets updated when there is a valid change 3D-accelarator is to recognize the force of gravity ‘A’-Infant is lying on his back ‘B,D’-Infant is lying on his side ‘C’-Infant is lying on his stomach
- 7. POSITION CHANGE Fig 3:Acceleration variation on each axis over position change A B C D
- 8. BREATHIN RATE SENSOR The same 3D-accelarometer is used here with a sampling rate of 10Hz. Measures 60 breaths per minute Fig4:Smoothed and unsmoothed data acquired from the 3D-accelarometer
- 9. STRATERGY TO MEASURE BREATHING RATE Implementation of the smoothing algorithm results in huge energy consumption State machine with three possible states are used to minimize the power consumption Middle state High state Low state
- 10. RESULT OF BREATHING RATE SENSOR Fig 5:Axis’s values while infant is lying on his back Fig 5:Axis’s values while infant is lying on his back
- 11. Infrared thermopile sensor-TMP007 Measure without any contact with the skin Provides digital interface(I2C/SMBus) Thermally isolated from PCB BODY TEMPERATURE Temperature Sensor
- 12. GATEWAY Beagle Bone Black, with a Debian Wheezy image is installed Network service was provided by lighted server with PHP5.1 Serial port communication protocol was used for communication TL-WN725N is used to connect gateway to router Fig 7:Gateway :shield placement on the Beagle Bone Board
- 13. H Medical Web Interface Helps the user to retrieve the information from SWS Developed in PHP,SQL,Javascript,HTML5,CSS3 Worked on any device independent of OS Helps to Generate charts Time-lapse animation Export data to different type of files Allows to add new users Monitor multiple infants
- 14. Results obtained after evaluation Heart rate sensor Fig 8:H Medical Web Interface
- 15. Fig. 9. ECG signal output before (blue) and after filtration and amplification (red). Fig. 11. Breathing waveform during position's changes