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Innovative Biosensor based Aeromedical Monitoring Solution for Specific Military Medical Evacuation Scenarios

Beteiligte Autor*innen der JOANNEUM RESEARCH:
Autor*innen:
Haid, Florian and Almer, Alexander and Weber, Anna and Bergen, Markus and Bauer, Gerald
Abstract:
Natural disasters, industrial accidents, or outbreaks, as evidenced by the COVID19 pandemic, underscores the importance of preparedness in managing immediate evacuation of affected individuals. Infectious diseases pose the risk of compromising the transport environment by potentially contaminating the interior of the transport vessel. Addressing this challenge, this paper presents the DEKOAirTrans solution introducing the development and implementation of a mobile evacuation system, tailored for use aboard the C130 Hercules aircraft. The system features a flexible cell construction anchored to a multifunctional HCU6 pallet, enveloped in a specifically designed protective tent material with high filtration and air permeability qualities to avoid contamination of the C130 interior. Integrated sensor systems and wireless biosensors allow for continuous health monitoring of transported individuals, ensuring medical oversight during transport. DEKOAirTrans represents an advancement in the air evacuation domain, offering a costeffective, rapidly deployable, and flexible solution for the safe transport of highly infectious or contaminated persons. The system's design ensures quick setup, ease of storage, transportability, and compatibility with existing standards, highlighting its potential as a solution for emergency medical evacuation scenarios.
Titel:
Innovative Biosensor based Aeromedical Monitoring Solution for Specific Military Medical Evacuation Scenarios
Herausgeber (Verlag):
AHFE International
Seiten:
1-11

Publikationsreihe

Buchtitel
Cognitive Computing and Internet of Things
Herausgeber(Verlag)
AHFE International
Nummer
124
ISSN
27710718

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