ventilator simulation

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Choose Type of Patient: Head Injury drop-down list box Alarms: - - Volume A/C 0 0 ### NO % bpm sec L FIO2 Rate Ti Vte 0 0 ### 56 cmH2O cmH2O cmH2O mL/cmH2O Ppeak Pplat Pmean Cstat 0 ## : ### 0 ### L/min I:E cmH2O b2/min/L PIFR MIP f/Vt 0 0.00 0 0 *** Rate Volume Peak Flow Insp Pause Pressure Support Settings 35 ### 3.0 -2.0 30.0 -15 High Rate Low Vte High Vte Low Ve High Ve Low Ppeak Please ignore this section Head Injury ARDS S.A. CO2 #VALUE! #VALUE! #VALUE! O2 - no Peep X #VALUE! X Peep #VALUE! Compliance 56 16 49 Resistance 5 9 55 SaO2 - Displa 100% 98%,99% 50 © 2009 - David R. reserved Please s below. Instructions Tab Alarms: = Auto set = User set

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Page 1: Ventilator Simulation

Choose Type of Patient: Head Injury drop-down list box

Alarms: - - -Volume A/C

0 0 ### NO% bpm sec L

FIO2 Rate Ti Vte

0 0 ### 56cmH2O cmH2O cmH2O mL/cmH2O

Ppeak Pplat Pmean Cstat

0 ###:### 0 ###L/min I:E cmH2O b2/min/L

PIFR MIP f/Vt

0 0.00 0 0 ***Rate Volume Peak Flow Insp Pause Pressure

Support

Settings

35 -0.20 3.0 -2.0 30.0 -15High Rate Low Vte High Vte Low Ve High Ve Low Ppeak

Please ignore this section

Head Injury ARDS S.A.CO2 #VALUE! #VALUE! #VALUE!O2 - no Peep X #VALUE! X

Peep #VALUE!Compliance 56 16 49Resistance 5 9 55SaO2 - Display 100%98%,99% 50

© 2009 - Ventilator Simulator "ASMSA"David R. Gibson Productions - All rights reserved.Please see disclaimer on "Instructions" tab below. Instructions Tab

Alarms: = Auto set = User set

Page 2: Ventilator Simulation

90%-97% 5050%-89% 50

Types:Head InjuryARDSStatus Asthmaticus

Page 3: Ventilator Simulation

_

- - - ver 3.1

Current ABG

pH ######L/m

PCO2 ###Total Ve

5PaO2 X

RpeakHCO3- 24

0 100%cmH2O BE ###PEEP

0 0 0Sens PEEP FIO2

40 -3 20High Ppeak Low PEEP Apnea

SaO2

© 2009 - Ventilator Simulator "ASMSA"David R. Gibson Productions - All rights reserved.Please see disclaimer on "Instructions" tab below.

Page 4: Ventilator Simulation

Choose Type of Patient: ARDS drop-down list box

Alarms: #DIV/0!Pressure A/C

0 0 0.00 ###% bpm sec L

FIO2 Rate Ti Vte

### *** ### 18cmH2O cmH2O cmH2O mL/cmH2O

Ppeak Pplat Pmean Cstat

0 ###:### 0 ###L/min I:E cmH2O b2/min/L

PIFR MIP f/Vt

#DIV/0!

0 0 0.00Rate Insp I-time

Press

Settings

35 -0.20 3.0 -2.0 30.0 ###High Rate Low Vte High Vte Low Ve High Ve Low Ppeak

Please ignore this section

Head Injury ARDSCO2 #DIV/0! #DIV/0! Interval time #DIV/0!O2 - no Peep X #DIV/0! E-time #DIV/0!

Peep #DIV/0! Alveolar air #DIV/0!Compliance 55 18Resistance 5 6SaO2 - Display #DIV/0!98%,99% #DIV/0!

© 2009 - Ventilator Simulator "ASMSA"David R. Gibson Productions - All rights reserved.Please see disclaimer on "Instructions" tab below. Instructions Tab

Alarms: = Auto set = User set

Version Log:

2.0 Orig version, volume vent2.1 Errors corrected3.0 Pressure control, Status Asthmaticus added3.1 I:E Ratio calculation fixed

Page 5: Ventilator Simulation

90%-97% #DIV/0!50%-89% #DIV/0!

TypesHead InjuryARDSStatus Asthmaticus

Version Log:

2.0 Orig version, volume vent2.1 Errors corrected3.0 Pressure control, Status Asthmaticus added3.1 I:E Ratio calculation fixed

Page 6: Ventilator Simulation

#DIV/0!

#DIV/0! Ver. 3.0

Current ABG

pH #DIV/0!###L/m

PCO2 #DIV/0!Total Ve

6PaO2 #DIV/0!

RpeakHCO3- 24

### #DIV/0!cmH2O BE #DIV/0!PEEP

0 0 0PEEP Sens FIO2

40 -3 20High Ppeak Low PEEP Apnea

SaO2

© 2009 - Ventilator Simulator "ASMSA"David R. Gibson Productions - All rights reserved.Please see disclaimer on "Instructions" tab below.

Version Log:

2.0 Orig version, volume vent2.1 Errors corrected3.0 Pressure control, Status Asthmaticus added3.1 I:E Ratio calculation fixed

Page 7: Ventilator Simulation

Version Log:

2.0 Orig version, volume vent2.1 Errors corrected3.0 Pressure control, Status Asthmaticus added3.1 I:E Ratio calculation fixed

Page 8: Ventilator Simulation

Circled Values can be changed

Monitored Parameters can not be changed

Compliance Resistance

Total Rate I-timeexhaled Volume

Minute Volume

PIP Plateau

Page 9: Ventilator Simulation

Monitored Parameters can not be changed

Observe how ventilator changes affect the ABG

values.

Disclaimer:This simulator is for training purposes only. Not to be used for clinical decision making.

The design of this simulator is not meant to endorse any particular product, nor is it sponsored by any product or manufacturer.