Why the study?
Many individuals lose their lives to heart attacks due to an absence of timely medical attention when sudden heart rate changes occur.
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Describes a conceptual Arduino-based system for detecting abnormal heart rates and automatically administering medication.
Nowadays several folks are mislaying their lives because of coronary heart assault and absence of clinical interest to affected person at accurate level. Hence, on this mission we're imposing coronary heart assault prediction device with the use of Arduino. The first level of coronary heart assault is surprising change in coronary heart beat. Suddenly it is going too excessive or too low. At this level we predict the coronary heart assault by the means of an Arduino and a coronary heart beat sensor, then will inject drug into the body, by means of controlling vale or pump which can be positioned at the center of drug hose. Now controlling coronary heart assault is quicker less difficult and predictable. In this mission coronary heart beat sensor can be connected to affected person's body and ship the coronary heart beat to the Arduino. Now it assesses the values and if the values aren’t always regular then the step motor that manage the drug will rotate and will increase the drug flow. For controlling the quantity of drug to be injected to an affected person's body, we use a step motor.
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M. Sai Kiran Yadav (2021) studied Heart attack. Arduino-based heart attack prediction and automated drug injection system was evaluated on System functionality for heart rate monitoring and drug injection.
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