Heart Pulse Monitoring and Notification System using Arduino
Hari Kiran Pendurthi, Siva Sai Kanneganti, Jaswanth Godavarthi, S. Kavitha, Hemanth Sai Gokarakonda
Abstract
As already known, one among the fatal problems which causes the death of humans is respiratory disease. On the off chance that checking our wellbeing consistently, at that point various sicknesses can be identified by recognizing them well in advance. Many individuals have lost their lives to coronary syndromes. Especially at this point time (Corona virus period) doctors cannot physically meet and treat the patients until and unless the situation is critical. So this research work has developed a system using Internet of Things to assist individuals and help them get immediate treatment. The proposed system uses a pulse sensor, which when a finger is placed on it calculates the heartbeat of the person. In this system there are two segments the hardware which is used to calculate heartbeat and the other is to continuously monitor heartbeat data which is collected in the previous step. This sensor is then interfaced to an Arduino UNO microcontroller that permits checking of the heartbeat value and communicating them to the internet by using Bolt Wi-Fi module. The data is sent an AWS server via bolt cloud which continuously monitors the heartbeat for any abnormalities. The client can set a limit whenever the client's heartbeat exceeds the threshold limit then by using online API services like Twilio to send SMS to the doctor/client stating the patient's current heartbeat. In this way, an efficient solution has been provided to monitor the heartbeat of a patient remotely and give an automated response according to the heartbeat.