Abstract: A ventilation process and output device (100) outputs measured values of a ventilator (200). A processing unit (120) receives a first data set (122) and a second data set (126). The first data set indicates start times (123), at which a current breath (121) begins, and indicates end times (124), at which the breath ends by a starting to exhale. The second data set indicates device-side start times (127), at which the ventilator begins a current inspiratory phase (125), and indicates device-side end times (128), at which the ventilator ends the current inspiratory phase. A start deviation (140) and an end deviation (142) between the inspiratory phase of the ventilator and the current breath are determined based on the corresponding start times and the corresponding end times. An output signal (112) is provided such that within a predefined output structure (150) the start deviations and the end deviations for a predefined plurality of preceding breaths are outputted as a structured visualization (155).

Abstract: A monitoring device for the circulation of a patient includes sensors for recording data, an input unit for inputting patient specific data and a connected a data recording and analysis device configured to determine the right atrial pressure (RAP), the mean arterial pressure (MAP) and the cardiac output (CO) and to determine the mean systemic filling pressure (Pms) and to determine the cardiac efficiency (Eh) therefrom. A device records a pressure value (Pps,char) characterizing the pressure assistance during positive-pressure ventilation. The data recording and analysis device is configured to determine a pressure-corrected mean systemic filling pressure (Pmsp) and a pressure-corrected cardiac efficiency (Ehp) by the difference from the right atrial pressure (RAP) and the pressure value (Pps,char) characteristic of the pressure assistance being used instead of the right atrial pressure (RAP).

Abstract: A monitoring device for the circulation of a patient includes sensors for recording data, an input unit for inputting patient specific data and a connected a data recording and analysis device configured to determine the right atrial pressure (RAP), the mean arterial pressure (MAP) and the cardiac output (CO) and to determine the mean systemic filling pressure (Pms) and to determine the cardiac efficiency (Eh) therefrom. A device records a pressure value (Pps,char) characterizing the pressure assistance during positive-pressure ventilation. The data recording and analysis device is configured to determine a pressure-corrected mean systemic filling pressure (Pmsp) and a pressure-corrected cardiac efficiency (Ehp) by the difference from the right atrial pressure (RAP) and the pressure value (Pps,char) characteristic of the pressure assistance being used instead of the right atrial pressure (RAP).