Smoking is primarily responsible for the development of chronically obstructing pulmonary disease (COPD), a breathing condition that is treatable and preventable. One of the environmental challenges that cannot be ignored is air pollution. Extended exposed to contamination slows or harms the treatment of the lungs in COPD patients. Air quality, temperature, humidity, and dusty density tracking are given top priority during the product's development. Because Bronchitis is a disease that may be treated, air quality is essential.The major objective of this research is to develop a method for monitoring air quality that will alert patients to it and promote awareness. This product will assess how COPD patients are affected by exposure to poor air quality. A model mobile device that continually monitors ventilation rate, breathing rate, physically activity, nap quality, the possibility of respiratory problems, and the degree of distress and tiredness was developed in order to fulfil this unmet need. The information stored by this gadget would be accessible from portable devices all around the world via a safe central server.
Telemedicine, one of the most well-liked and quickly evolving medical applications, enables patients and the general public to access better and quicker medical care. To enable the process of acquiring detailed information indicative of our physical and mental health for the optimum patient health monitoring, networked sensors are either wearables or implanted in our everyday environments. This project provides a detailed explanation of the methodology used as well as a number of design factors that should be taken into account when developing a patient health monitoring system. This method records the patient's vital signs, such as their heart rate and temperature, and sends an alert to the desired smartphone app.The proposed system is primarily intended for the countryside Indian population who suffers from hypertension and hypotension. It is also programmed to detect pre-cardiac arrest situations so that people in remote areas can take precautions and seek help from a medical or healthcare unit. Biomedical and photo-electronic sensors are employed to record the input parameters, with the analytical portion being handled by a computer. Live server demonstrations of the outcomes are made.
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