Authors :
Sanjay M.; Asha Arvind; Ajay Krishna K.; Anuchand P.C.; Sreelaxmi V. N.; Dr. V. Balamurugan
Volume/Issue :
Volume 9 - 2024, Issue 4 - April
Google Scholar :
https://tinyurl.com/4hawzh5f
Scribd :
https://tinyurl.com/3ccst3p2
DOI :
https://doi.org/10.38124/ijisrt/IJISRT24APR056
Abstract :
Developing an innovative response to the
challenges presented by the COVID-19 pandemic, our
initiative strategically addresses the pressing issue of
ventilator shortages and the intricacies of patient care
within medical facilities. The primary focus is on the
creation of a compact and wearable ventilator using
embedded systems technology. Inspired by the surge in
mechanical ventilator designs during the pandemic, our
proposed system evolves from a simple, cost-effective
device to a sophisticated solution tailored to meet the
specific demands of pulmonologists and medical
practitioners. The urgency in healthcare, compounded
by the limited availability of ventilators, underscores the
critical need for a portable and effective solution.
Traditional ventilators are complicated due to challenges
such as size, weight, cost, and complexity, confining their
use to medical facilities and elevating the risk of
secondary infections. To combatthese issues, our project
seeks to design a smaller, more accessible ventilator,
presenting a practical alternative for patients facing
economic constraints or restricted access to medical
facilities.
Keywords :
Pulmonologists, Smaller Design, Cost-Effective Device.
Developing an innovative response to the
challenges presented by the COVID-19 pandemic, our
initiative strategically addresses the pressing issue of
ventilator shortages and the intricacies of patient care
within medical facilities. The primary focus is on the
creation of a compact and wearable ventilator using
embedded systems technology. Inspired by the surge in
mechanical ventilator designs during the pandemic, our
proposed system evolves from a simple, cost-effective
device to a sophisticated solution tailored to meet the
specific demands of pulmonologists and medical
practitioners. The urgency in healthcare, compounded
by the limited availability of ventilators, underscores the
critical need for a portable and effective solution.
Traditional ventilators are complicated due to challenges
such as size, weight, cost, and complexity, confining their
use to medical facilities and elevating the risk of
secondary infections. To combatthese issues, our project
seeks to design a smaller, more accessible ventilator,
presenting a practical alternative for patients facing
economic constraints or restricted access to medical
facilities.
Keywords :
Pulmonologists, Smaller Design, Cost-Effective Device.
