Mechanical upgrade to a proposed mechanical transition ventilation
-
Published:2020-06-30
Issue:
Volume:
Page:1-9
-
ISSN:2531-2189
-
Container-title:Revista de Ingeniería Mecánica
-
language:es
-
Short-container-title:JME
Author:
Reyes-Martínez Roberto Alejandro1ORCID, Miranda-Pascual María Elena1ORCID, Esqueda-Elizondo José Jaime1ORCID, Trujillo-Toledo Diego Armando1ORCID
Affiliation:
1. Universidad Autónoma de Baja California
Abstract
Due to the contingency situation that has been generated in various parts of the world and the declaration of a pandemic carried out by the World Health Organization against the Sars-CoV-2 virus, various people, educational institutions and companies are carrying out the development of mechanical ventilators that can meet the need for this equipment in their countries. This paper shows experiences obtained in the design and construction of a transitional mechanical ventilator that allows compliance with the minimum requirements that doctors and healthcare professionals consider when a person is piped. Also, it helps in the seek to comply the regulations that the federal government agency elaborates with the purpose of reviewing the existing proposals for open source mechanical ventilators. It also contains the technical requirements that are need to be covered by the designers. These regulations cover the feasibility for replicating the ventilators proposed, based on certain factors that will be described in this paper. Once the ventilators have been tested, its improvement is carried out from the mechanical part, considering the electrical element to be used, in order to obtain a transitional mechanical ventilator that could be easily replicated with national suppliers.
Reference15 articles.
1. Al Husseini, A.,Lee, H., Negrete, J., (2010) Design and prototyping of a low-cost portable mechanical ventilator, pp 1-9, Transactions of the ASME-W Journal of Medical Devices, 4(2). 2. Fuchs, P., Obermeier, J., Kamysek, S., Degner, M., Nierath, H., Ewald, H., Schwarz, J., Becker, M. (2017) Safety and applicability of a pre-stage public access ventilator for trained laypersonds: a proof of principle study, pp 1-8 , BMC Emerg Med, 17(37). 3. Gutiérrez, F., (2011) Ventilación Mecánica, pp 87-107, Acta Médica peruana, 28(2) Lima abr/jun 2011. 4. Kerechanin,C., Cutchis, P., Vincent, J., Smith, D., Wenstrand, D., (2004) Development of field portable ventilator systems for domestic and military emergency response, pp 214-222, John Hopkins Apl Tech Digest, 25(3). 5. Neri, R., Zacarías, J., (2013). Cap. 1 Historia de la Ventilación Mecánica, pp 1-9, México, Editorial Alfil.
|
|