Note
•
In continuous resuscitation mode leakage is calculated based on the trend value of the leakages If
the trend value and the current leakage value are as described in the table above, the leakage alarm is
triggered
•
In 30:2 CPR mode the alarm condition is calculated based on the mean value of the leakages during two
consecutive ventilation cycles
•
Alarm prioritisation :
EN
All alarm messages appear in the same display area, therefore a system is necessary to prioritise the alarms Alarm
prioritisation also enables the user to focus first on correcting the most critical problem in terms of patient safety,
and avoids the additional stress of multiple simultaneous alarms
The alarms were prioritised with clinical experts, using a structured risk management process
Ventilation frequency
Low frequency
Low frequency
Low frequency
Low frequency
Low frequency
Low frequency
High frequency
High frequency
High frequency
High frequency
High frequency
High frequency
40
Multiple alarm conditions
Tidal volume
Insufficient volume
Insufficient volume
Excessive volume
Excessive volume
Insufficient volume
Insufficient volume
Excessive volume
Excessive volume
Insufficient volume
Insufficient volume
Excessive volume
Excessive volume
Leakage
Low frequency
Important leakage
Low frequency
Low frequency
Important leakage
Low frequency
Low frequency
Important leakage
Low frequency
Insufficient volume
Important leakage
Important leakage
Important leakage
Important leakage
Excessive volume
Important leakage
Excessive volume
High frequency
Important leakage
High frequency
High frequency
Important leakage
High frequency
High frequency
Important leakage
High frequency
Priority alarm