An IoT-based system using a pulse sensor and microcontroller was proposed to monitor heart rate and automatically inject medication during a sudden heart attack.
Proposes an IoT-based system for continuous heart rate monitoring and automated drug injection during a suspected heart attack.
Abstract Many people die of heart disease every year, as the hard tissue tightens and tightens the arteries, which can block the flow of blood through the arteries to the limbs and muscles, without causing complications. Heart disease is the leading cause of death. There are some medications that reduce heart rate and prevent fear of heart attacks such as Nitroglycerin, Beta-blockers, and immediate injections into a patient’s body. If an adult is sleeping at home and a sudden heart attack occurs it will be a dangerous condition, if the doctor is not at home to help and provide immediate medical attention. As this project progresses, place more nerves to monitor the patient’s environment and health, if the patient develops a heart attack and then the first stage of the heart is a sudden change in heart rate. As it gets too high or too low during this time, we get a heart attack using a pulse sensor and microcontroller, with the help of a microcontroller and a car the drug will be injected into the patient’s body by controlling the amount of drug flow then the controlling a heart attack is quicker, easier, and more predictable.
Nagendram et al. (Mon,) conducted a other in Heart attack. IoT-based heart function monitoring and automated drug injection system was evaluated. An IoT-based system using a pulse sensor and microcontroller was proposed to monitor heart rate and automatically inject medication during a sudden heart attack.