Design electromechanical pulmonary resuscitation device

The COVID-19 pandemic problem has had a negative impact on many individuals, and as a result, there have been fatalities since there are no artificial ventilation systems. In this regard, this paper offers a suggestion for the strong electromechanical ventilator design and operation of a non-invasiv...

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Main Authors: Kalaf, Suroor F., Kadhom, Hatam K., Hussein, Ahmed A. Q.
Format: Conference Proceeding
Language:English
Subjects:
Motion control
Prototypes
Tracking control
Ventilators
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creator Kalaf, Suroor F.
Kadhom, Hatam K.
Hussein, Ahmed A. Q.
description The COVID-19 pandemic problem has had a negative impact on many individuals, and as a result, there have been fatalities since there are no artificial ventilation systems. In this regard, this paper offers a suggestion for the strong electromechanical ventilator design and operation of a non-invasive, inexpensive ventilator, In this work, a strong mechanical motion control system is proposed, ensuring control of the tracking of the corresponding path of Patients’ necessary breathing patterns. Results from experiments and simulations show the efficiency of the prototype’s suggested design using a program ANSYS, however, the prototype is awaiting testing and approval for use in health assistance.
doi_str_mv 10.1063/5.0209532
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source American Institute of Physics:Jisc Collections:Transitional Journals Agreement 2021-23 (Reading list)
subjects Motion control
Prototypes
Tracking control
Ventilators
title Design electromechanical pulmonary resuscitation device
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