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An adaptable biomedical device has been created to support heart patients in intensive care units.This gadget provides continuous body temperature and heart rate monitoring, wirelessly sending data to medical personnel for in-the-moment evaluation.An automatic defibrillator component in the device helps restore rhythm by giving a modest electric shock when the heart rate falls below 40 beats per minute.The prototype incorporates an IC3524-based defibrillator circuit, an Arduino Uno board, and heart rate sensors all inside a wireless communication framework.The functionality of the system is improved with a second remote monitoring device.Despite being mostly intended for demonstration, the device shows promise for cutting-edge cardiac treatment within a hospital setting.This cutting-edge biomedical device combines an automated defibrillator mechanism with continuous monitoring of body temperature and heart rate.The device uses an Arduino Uno board and heart rate sensors to track a patient's vital indicators in real time.The gadget allows for the wireless transmission of data to medical staff, facilitating timely response.If the heart rate drops below 40 beats per minute, the defibrillator feature, which uses an IC3524 circuit, stimulates the heart with a safe electric pulse.The device, while intended for demonstration purposes, is a prime example of how critical care for patients with heart failure in a hospital setting might be improved.
Lakshmi et al. (Thu,) studied this question.