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Ventilator Using Ardino
Subject area: Science,Engineering and Technology · Area of research: IoT
Abstract
In response to anticipated shortages of ventilators caused by the COVID-19 pandemic, mechanical ventilation is a life-saver in the development of modern ICUs. This project provides an idea of the origin of modern mechanical ventilators. Based on the reviewed literature, a simple, easy-to-use, and easy-to-build design of low- cost portable ventilator is proposed in this project. The proposed ventilator prototype here is assumed to have better working performance than already available around. This ventilator consists of oxygen sensor and a sensitive pressure monitoring system all at a very low cost. The ventilator we here design and develop using Arduino encompasses all the requirements to develop a reliable yet affordable whilst matching all the conditions and marks of an original mechanical ventilator along with its property of portability. This ventilator will help in a situation like COVID-19 when the whole world facing difficulties related to ventilators and thereby can also be used in other critical situations or mass casualties.
References
[1] Muhammad Jawad Ghafoor, Mustafa Naseem, Fahad I1yas, Muhammad SulemanSarfaraz, Muhammad Irfan Ali, Ahsan Ejaz; Prototyping of a Cost-Effective and Portable Ventilator Software Technology Park, Ferozepur Road, Lahore
[2] Ryan RhayVicerra, *Edwin Calilung, Jason Española, Elmer Dadios, Alvin Culaba, Edwin Sybingco, ArgelBandala, Alma Bella Madrazo, Laurence Gan Lim, Robert KerwinBillones, Siegfred Lopez, Dino Dominic Ligutan, Julius Palingcod, and Carl John Patrick Castillo
[3] *Edwin Calilung, Jason Española, Elmer Dadios, Alvin Culaba, Edwin Sybingco, ArgelBandala, Ryan RhayVicerra, Alma Bella Madrazo, Laurence Gan Lim, Robert KerwinBillones, Siegfred Lopez, Dino Dominic Ligutan, Julius Palingcod, and Carl John Patrick Castillo Department of ECM, SNIST, Telangana, India.
[4] Leonardo Acho 1, Alessandro N. Vargas 2, and Gisela Pujol-Vázquez 1,1 Department of Mathematics, UniversitatPolitècnica de Catalunya (UPC), 08222 Terrassa, Spain.
[5] Ryan M. Corey, Member, IEEE, Evan M. Widloski, Student Member, IEEE, David Null, Student Member, IEEE, Brian Ricconi, Member, IEEE, Mark A. Johnson, Karen C. White, Jennifer R. Amos, Alexander Pagano, Michael L. Oelze, Senior Member, IEEE, Rachel D. Switzky, Matthew B. Wheeler, Eliot B. Bethke, Clifford F. Shipley, and Andrew C. Singer.
How to cite this paper
@article{1703708,
author = {Krishna Saigal, Suhasini, Avinash G. B, Vivekanand R, Shubha S},
title = {Ventilator Using Ardino},
journal = {Iconic Research And Engineering Journals},
year = {2022},
volume = {6},
number = {1},
pages = {576-583},
issn = {2456-8880},
url = {https://www.irejournals.com/formatedpaper/1703708.pdf},
abstract = {In response to anticipated shortages of ventilators caused
by the COVID-19 pandemic, mechanical ventilation is a life-saver in the development of modern ICUs. This project provides an idea of the origin of modern mechanical ventilators. Based on the reviewed literature, a simple, easy-to-use, and easy-to-build design of low- cost portable ventilator is proposed in this project. The proposed ventilator prototype here is assumed to have better working performance than already available around. This ventilator consists of oxygen sensor and a sensitive pressure monitoring system all at a very low cost. The ventilator we here design and develop using Arduino encompasses all the requirements to develop a reliable yet affordable whilst matching all the conditions and marks of an original mechanical ventilator along with its property of portability. This ventilator will help in a situation like COVID-19 when the whole world facing difficulties related to ventilators and thereby can also be used in other critical situations or mass casualties.},
month = {July},
}