FIELD: medicine.
SUBSTANCE: group of inventions refers to medical equipment. An individual's pulmonary congestion control system comprises a pressurising system configured to generate a pressurised breathing gas flow to be supplied to the individual's airway depending on a therapeutic routine used to control the pressurised flow parameters; a user's interface configured to provide a user's interaction; processors configured to execute a number of computer program modules. A parameter module is configured to receive output signals from one or more sensors configured to control the inhaled gas parameters. The sensor comprises a pressure probe, a flow meter or a carbonometer. The output signals contain the inhaled gas information. The parameter module is configured to determine the individual's respiration parameters from the received output signals and to withdraw the therapeutic routine to make it possible to determine one or more individual's respiratory parameters according to the pre-set test mode. A congestion control module is configured to identify a pulmonary congestion case in the individual by reference to the respiratory parameters. A notification module is configured to control the user's interface to provide the user with a notification of the pulmonary congestion case. There are disclosed a pulmonary congestion control method and a version of a pulmonary congestion control device.
EFFECT: inventions enable the non-invasive pulmonary congestion control.
15 cl, 6 dwg
