CAE Athena - Page 246

To Next Page

To Previous Page

Müse Parameter Descriptions

220

CAEAthena

PN: 905K520652 v2.8

Hypertrophy, Biventricular

Hypertrophy, Left Ventricular

Hypertrophy, Right Ventricular

Hypocalcemia

Hypokalemia

Hypothermia

Junctional

Junctional: HR 50

Long QT Syndrome

Mobitz Type I: Wenckebach

Mobitz Type II

Modeled

STEMI Anterior

STEMI Anterolateral

STEMI Inferior

STEMI Lateral

STEMI Posterior

STEMI Septal

STEMI LBB

Myocardial Ischemia, Mild

Myocardial Ischemia, Moderate

Myocardial Ischemia, Moderate with PVCs 10%

Myocardial Ischemia, Moderate with PVCs 25%

Myocardial Ischemia, Moderate with PVCs

Myocardial Ischemia, Severe

Main Page

Müse System Requirements9
Specifications11
- Size11
- Environmental Requirements11
  - Ambient Temperature Range11
  - Maximum Altitude11
- Power12
- Electrotherapy12
- Air Supply12
Cautions and Warnings13
- Electrical Safety13
Table of Contents16
Introduction27
- Contained in this User Guide28
Equipment Overview29
- Standard Equipment29
- Full-Body Wireless Manikin29
- Laptop Instructor Workstation29
- Power Adapter and Cord29
- Gown30
- Accessories30
- Optional Equipment30
Setup33
Before Beginning Setup33
- Step 1: Place Manikin in the Work Area34
- Step 2: Power on the Manikin35
- Power on the Instructor Workstation36
- Step 4: Connect to the Wireless Network36
- A) Mac Laptop Instructor Workstation Option36
  - B) Windows Laptop or Tablet Instructor Workstation Option38
- Step 5: Connect a Touchpro™ Workstation to the Wireless Network (Optional)39
- Step 6: Start Müse40
Using Muse41
- Starting Müse41
- The Home Page Overview43
- The SCE Library44
  - Base Sces44
  - Preconfigured Sces45
- The SCE Summary Panel47
  - Printing Sces48
- Running an SCE49
  - Monitor Signals50
- SCE Information54
- Using the Patient Status Display55
- The Event Logs57
- Displaying Patient Records58
- Adding a Scenario to a Running SCE60
- Changing Physiology61
  - Using the Physiological Views61
  - Types of Parameters63
  - Numeric Parameters64
  - Discrete Parameters64
  - Using Conditions, Medications and Interventions Palettes65
  - Using the Conditions Palette65
- Using the Medications Palette66
- Using the Interventions Palette70
  - Transitioning Scenario States from the Run Screen72
  - Transitioning Scenario States from the Scenario Screen73
  - SCE Time Controls74
  - Using Bookmarks75
  - The CPR Monitor75
  - Using the Event Recorder to Save States77
- Creating a New Patient79
- Resetting a Patient81
- The Medication Monitor82
  - Resetting a Medication82
- Returning to the Home Page83
- Stopping the SCE84
- Developing Sces85
  - Creating a New SCE86
- The SCE Editor87
  - Editing a Patient's Profile88
  - Setting a Patient's Baseline89
- Content Management90
- SCE Configuration91
  - Condition Setup Screen and Creating Quick Links91
  - Modifying the Touchpro Setup92
- Patient Status Display93
  - Adding a Scenario from the SCE Editor94
- Developing Scenarios95
  - Creating a New Scenario95
  - Editing a Scenario97
  - Scenario Designer Views98
  - Adding Scenario States100
  - Modifying Scenario States101
  - Adding Conditions, Interventions and Parameters102
  - Adding Transitions104
  - ELSE Transitions107
- Deleting Scenario States108
  - Deleting Parameters and Transitions109
  - Saving the Scenario110
- Emptying the Trash111
- Saving States to the State Library112
Administrative Tools114
- History114
- System Administration115
- Account Profile131
- Profile Preferences135
Using the Touchpro Patient Monitor137
- Accessing the Touchpro Patient Monitor Software138
- Modifying the Touchpro Patient Monitor Display140
- Sounds147
- 12-Lead ECG148
- Snapshot150
- NIBP Cycling and Manual NIBP151
- Configuring the Touchpro Software153
- Changing the Touchpro Language154
- Exiting the Touchpro Software155
Using Vïvo157
- Laptop Setup157
- Tablet Setup158
- Tablet Tips159
- Using Vïvo160
- Stopping an SCE168
- Exiting Vïvo169
- Clearing the Data Cache on the Vïvo Tablet170
Using Athena171
- Neurological Features172
  - Eyes174
  - Seizures175
- Respiratory Features176
  - Realistic Upper Airway179
- Cardiovascular Features180
  - Pulses184
- 4-Lead ECG186
- Manual Blood Pressure187
  - Korotkoff Sounds189
- Defibrillation and Cardioversion190
- Cardiac Pacing191
- Fluids192
- Hematology Model194
- The Genitourinary System195
- Sounds200
Care and Maintenance207
- CAE Assurance Programs207
- System Software Upgrade Support209
- Time and Materials209
- How to Contact Customer Service210
- Breakdown211
- Maintenance Advice212
- General Simulator Care213
- Store the Simulator213
- Care for Electronic Equipment213
- Inspect the Airway214
- Charging the Batteries214
- Clean the Internal Systems216
Condition Guidelines for Programming HPS219
- Respiratory: Desaturation219
- Cardiovascular: Blood Pressure220
- Cardiovascular: Heart Rate220
- Respiratory: Respiratory Rate221
Müse Parameter Descriptions223
- Neurological - Parameters223
- Respiratory - Basic Parameters228
- Respiratory - Additional Parameters232
- Respiratory Rate233
Distended Chest Wall Compliance Factor237
Functional Residual Capacity237
Lung Compliance Factor: (Left and Right)238
Venous CO2 Shift238
Bronchial Resistance Factor (Left and Right)238
Alveolar Enflurane238
Fraction of Inspired Enflurane239
Alveolar Halothane239
Fraction of Inspired Halothane239
Alveolar Isoflurane240
Fraction of Inspired Isoflurane240
Alveolar Nitrous Oxide240
Fraction of Inspired Nitrous Oxide241
Alveolar Sevoflurane241
Fraction of Inspired Sevoflurane241
Cardiovascular - Basic Parameters242
Blood Pressure242
Central Venous Pressure (CVP)243
Pulmonary Artery Pressure (PAP)243
Pulmonary Capillary Wedge Pressure (PCWP)243
Heart Rate244
Heart Rate Factor244
Cardiac Output244
Cardiac Rhythm245
Pulseless Electrical Activity248
PVC Probability248
Arterial Catheter248
Central Venous Catheter249
Pulmonary Artery (PA) Catheter249
Pulmonary Artery (PA) Balloon249
Defibrillation (Defib)250
Pacing Current250
- Pacing Rate250
- Pacing Capture Threshold250
- Cold Fluid Inject250
- Cardiovascular - Additional Parameters251
Wireless Voice Link259
- Voice over Internet Protocol (Voip)259
- Voice over Internet Protocol (Voip) Headset259
- Voice Communications Controls in Müse260
- Voice Communication Controls in Standalone Software260
- Advanced Controls Tool261
- Cautions and Warnings262
- What's Included262
- How Wireless Voice Link Works262
- Recommendations for Use263
- Wireless Voice Link Devices263
- Physical Features264
- Preparing the Base Station in the Simulator265
- Preparing the Handset for Use266
- Selecting the Radio Frequency Channel267
- Powering up the WVL Pair268
- Using the Iphone/Standalone Microphone268
- Special Handset Settings269
- Battery Capacity Indicator269
  - Troubleshooting270
The Ischemic Index (Death Spiral)274
Parameter Display Definitions275
- Müse Patient Status Display275
- CPR Monitor278
- Touchpro Patient Monitor279
Video Tutorials283

CAE Athena - Page 246

Table of Contents

Related product manuals