Laerdal Medical AS 150-00001 Manual De Usuario
delivered with a default setting of “Manual” mode and means that the airway closing
valve is always in the open position. It may be manually closed with the use of the
remote control. Two other automatic settings can be selected via the remote control
to drive the airway obstruction feature. See later section titled “Set Airway Obstuction
remote control. Two other automatic settings can be selected via the remote control
to drive the airway obstruction feature. See later section titled “Set Airway Obstuction
(Open /Closed) Mode” found under Remote Conrol for more detail.
Note: When the Resusci Anne Simulator is “Off” the airway will remain open. If the
simulator is turned off while the closure valve is in the closed position it will open
simulator is turned off while the closure valve is in the closed position it will open
automatically when the simulator is turned off.
9. Lung: The simulator is equipped with one disposable unilateral lung that attaches to
the airway.
Torso
1. Spontaneous breathing: The simulator is equipped with a self-contained compressed
air container located inside the pelvis of the torso. A tube from the air container is
connected to a small bladder located under the lung. This bladder provides the
spontaneous chest rise and fall
spontaneous chest rise and fall
• When the simulator is “On” the spontaneous breathing feature can be
manipulated by the remote control.
• Spontaneous breathing fill valve is built into the right side of the simulator.
The manual pump provided with the simulator can be used to fill the
compressed air container on an as-needed basis.
Note: See Maintenance section titled “Fillingthe spontaneous breathing air container” for
details on this feature
details on this feature
2. Chest compressions: The simulator demonstrates the correct anatomical landmarks
for external chest compressions. Chest compressions may be performed without the
risk of damage to the simulator’s spontaneous breathing bladder as long as
spontaneous breathing is not activated.
risk of damage to the simulator’s spontaneous breathing bladder as long as
spontaneous breathing is not activated.
Note: To avoid damaging the spontaneous breathing bladder, do not perform chest
compressions while the spontaneous breathing function is activated.
3. Defibrillation: The simulator is equipped with two defibrillation connectors and four
lead connectors for use with AEDs or manual defibrillators. The ECG signal can also be
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