Treaton MV200, Руководство пользователя

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Appendix 7 ADDITIONAL PARAMETERS AND CHARACTERISTICS
App.7-3
No Parameter Value (description)
3.12. Endotracheal tube compensation, ETC 0 - 100 %
4. Respiratory monitoring parameters
4.1. Mean pressure for the respiratory cycle Pm
4.2. Residual pressure level in lungs AutoPEEP
4.3. Minute volume of spontaneous breaths MVspont
4.4. Frequency of spontaneous breaths fspont
4.5. Dynamic compliance/ resistance C, R (LSF)
4.6. Peak inspiratory flow FlowPeak
4.7. Leakage flow from the breathing circuit Leak
4.8. Plateau pressure Pplat
4.9. Elimination of СО
2
per minute (option) VCO
2
4.10. Minute alveolar ventilation, alveolar ventilation (option) MValv, Valv
4.11. Functional dead space (option) Vd
4.12. Cardiac output according to Fick (option) С O
4.13.
Auxiliary external pressure (option)
Transpulmonary pressure (option) Paux
Ptp
5. Extended respiratory monitoring (RESP2 window)
5.1.
True pressure level in lungs at the end of expiration
(pressure in the lungs by the end of exhalation taking in-
to account the incomplete expiratory PEEtot = PEEP +
AutoPEEP)
PEEPtot
5.2.
Residual pressure level in lungs (that occurs due to the
incompleteness of exhalation)
AutoPEEP
5.3.
Flow at the end of expiration (residual gas flow from the
lungs arising from incomplete exhalation)
ExpEndFlow
5.4.
Expiratory time constant (time constant that determines
the potential rate of pressure change in the lungs during
expiration
τ
exp = Rexp × Cexp)
RCexp
5.5.
Inspiratory time constant (time constant that determines
the potential rate of pressure change in the lungs during
inspiration
τ insp = Rinsp × Cinsp)
RCinsp
5.6.
Stress index. The coefficient describes the adequacy of
PEEP and Vt selection. Can be defined in the
CMV/VCV and SIMV/VC modes for hardware breaths at
the rectangular waveform.
SI
5.7.
Respiratory effort index. Parameter characterizes the
strength of the patient's breathing attempts. Measured
in cmH
2
O
P0.1
5.8.
Work of the patient breathing. Parameter characterizes
the work of breathing of the patient based on 1 liter of
tidal volume
Wspont
5.9.
Work of the ventilator breathing. Parameter characteriz-
es the work of breathing of the ventilator based on 1 liter
of tidal volume
Wvent
6. Extended respiratory monitoring (RESP 3 window)
6.1.
Inspiratory time, including spontaneous (time of the last
inspiration, made by ventilator or patient)
Tinsp
6.2.
Factor of breathing cycle filling (ratio of inspiratory time
to total respiratory cycle time)
Tinsp/Ttot