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AIRPAD

Automatic real-time optimisation of the cycling parameter of a ventilator in VSAI mode to limit patient-ventilator asynchrony.

Investment: 745k€

Scope: Health

Scientific field(s): Mathematics, STIC and Nanotechnology

Institution(s): CentraleSupélec - CNRS - Université Paris-Saclay - UPEC - AP-HP

Development: Technology to be marketed

#ArtificialVentilation #Asynchrony #InspiratoryAssistance

#1

Detailed modelling of ventilator control and patient respiratory mechanics

#2

Functional proof of concept

#3

Solution that can be integrated into an existing respirator

USE CASES

Determination of the optimal cycling value in real time and without human intervention, in invasive artificial ventilation in intensive care and resuscitation units.

APPLICATIONS

Method for automatically and optimally adjusting the cycling parameter of an artificial resuscitation ventilator in VSAI mode (spontaneous ventilation with inspiratory assistance).

ADVANTAGES

Significant reduction in asynchronies between the patient and the ventilator.