Selected article for: "end expiratory and range pressure"

Author: Galbiati Cristiano; Walter Bonivento; Mauro Caravati; Marco Razeti; Sandro DeCecco; Giuliana Fiorillo; Federico Gabriele; Roberto Tartaglia; Alessandro Razeto; Davide Sablone; Eugenio Scapparone; Gemma Testera; Marco Rescigno; Davide Franco; Iza Kochanek; Cary Kendziora; Stephen H. Pordes; Hanguo Wang; Andrea Ianni; Art McDonald; L. Molinari Tosatti; T. Dinon; M. Malosio; D. Minuzzo; A. Zardoni; A. Prini
Title: Mechanical Ventilator Milano (MVM):A Novel Mechanical Ventilator Designed for Mass Scale Production in response to the COVID-19 Pandemics
  • Document date: 2020_3_27
  • ID: 5qbsmyjb_20
    Snippet: Pressure sensor PS1 reads directly the pressure at the mask of the patient and permits the control system to verify and ensure that the pressure is always within the operating range by operating the relative valves: 20 mbarg to 30 mbarg for the inspiration phase and 5 mbarg for the end-expiratory phase......
    Document: Pressure sensor PS1 reads directly the pressure at the mask of the patient and permits the control system to verify and ensure that the pressure is always within the operating range by operating the relative valves: 20 mbarg to 30 mbarg for the inspiration phase and 5 mbarg for the end-expiratory phase.

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