The development of a mass ventilation system for the effective treatment of ARDS patients at the University of Óbuda has been completed. The device allows the ventilation of 5-10-20 or even more people at a time, and protects healthcare workers outside the hospital environment, even in the absence of hospital infrastructure that can be operated in ad-hoc camps and halls. The implementation of the project could save the lives of many serious coronavirus infected patients worldwide. : SARS, COVID-19, MERS, avian influenza, etc.), terrorist attacks or other disasters.

By defining the components of a mass ventilation system and by thoroughly documenting and validating them at the appropriate level, the system has developed a prototype that can be quickly sold by industry with manufacturing capacity. During the project, a mobilizable, easy-to-transport prototype version of the mass ventilation system was created (container solution), and the test environment of the mass ventilation system was developed and tested at an external site.

Mass ventilation concept promotes the treatment of patients with ARDS and better organization of health care, which was implemented within the framework of the project “MassVentil project: mass ventilation system for effective care of ARDS patients” with identification number 2020-2.1.1-ED-2020-00021. With the support of the Research, Development and Innovation Fund

The prototype of a Hungarian-developed group respiratory system developed by a team of Hungarian research and development engineers, doctors, physicists and mathematicians can save the infected lives of many serious coronaviruses worldwide. developed. The aim of the project was to develop a prototype of a modular mass ventilation system that can be used for the personalized ventilation of a large number of patients with critical respiratory failure in a crisis situation. Mass ventilation complements the traditional concept of patient ventilation with new features, in contrast to the so-called co-ventilation concept developed at the first wave of the epidemic. The mass ventilation system with the unified software solutions increases the work efficiency of the medical staff, and at the same time enables the effective monitoring of many patients with a small number of medical staff. It protects the health of professional staff by automatically removing and filtering exhaled air from the patient.

Duration of the project implementation: 15.04.2015-2021.02.28

Grant awarded: HUF 100,000,000

Aid intensity: 100 %

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