Health Monitoring System with Ventilator Using Arduino

Author:

Pravin S Yele 1,Kaustubh B Ahire 1,Rakesh R Nagpure 1,Chetan P Chaudhary 1,Prof. Yogesh P Chaudhari 1

Affiliation:

1. Department of Electronics and Telecommunication Engineering, DBATU, Yavatmal, Maharashtra, India

Abstract

This paper refers to the problems faced of shortage of ventilators and comes with a reliable and homemade ventilator which is easy to use. During the pandemic year’s like covid 2019 diseases arrived and during this we were out of oxygen ventilators and we lost many lives. To overcome this situation, we built homemade electronic machine using Arduino which works like oxygen ventilator. The ventilator develop here is somehow similar to the ventilator used today at various hospital’s ICU, but comes with low cost and are made for only emergency purposes. But several features will clearly separate them from the current generation of ventilators as things changes with time. There will be integration with other bedside technology and developed according to new era. After some decades, all ICUs will have electronic charting may be integrated with several sensors and can be monitored or controlled with several types of microprocessors, where data from all sensors will be transmitted to electronic documentation systems or may use cloud computing sort technologies for further references. As a result, we developed ventilators that are able to be integrated electronically with mechanical actuation. And to avoid overall problems faced by users or patients.

Publisher

Technoscience Academy

Subject

General Medicine

Reference5 articles.

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2. Pons-Òdena, M.; Valls, A.; Grifols, J.; Farré, R.; Cambra Lasosa, F.J.; Rubin, B.K. COVID-19 and respiratory support devices. Paediatr. Respir. Rev. 2020.

3. R. Robert, P. Micheau, O. Avoine, B. Beaudry, A. Beaulieu and H. Walti, "A Regulator for Pressure-Controlled Total-Liquid Ventilation," in IEEE Transactions on Biomedical Engineering, vol. 57, no. 9, pp. 2267-2276, Sept. 2010.

4. Kerechanin CW, Cytcgusm PN, Vincent JA, Smith DG, Wenstrand DS (2004) Development of Field Portable Ventilator Systems for Domestic and Military Emergency Medical Response, John Hopkins Apl. Tech. Digest Vol 25, Number 3

5. M.Borrello,"Modelingandcontrolofsystemsforcriticalcareventila tion," Proceedings of the 2005, American Control Conference, 2005., Portland, OR, US.

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