SimMan 3G Features Module. SimMan3G Objectives: Upon completion of the chapter you should be able to: –Identify features of Simman3G. –Identify Accessories.

SimMan 3GFeatures Module

SimMan3G

Objectives:• Upon completion of the chapter you should be able to:

– Identify features of Simman3G.– Identify Accessories and Consumables for Simman3G.– Utilize the FAQ’s section to troubleshoot operational issues.

SimMan3G

• Completely wireless and self contained

• Internal electrical and pneumatic power

• Supplemental wired connectivity and power

• Wirelessly integrates with existing computer networks

• Swappable, rechargeable batteries

• Approximately 4 hours continuous operation in wireless mode

• Rugged and reliable for use in multiple environments.

Airway Features

• Controllable open/closed airway

• Head tilt/Chin lift• Jaw Thrust w/ Articulated Jaw• Suctioning (Oral & Nasal)• Bag-Valve Mask Ventilation• Orotracheal Intubation• Nasotracheal Intubation• Retrograde Intubation• Fiberoptic Intubation• Supraglottic Airway Devices

• Transtracheal jet Ventilation• Needle Cricothyrotomy• Surgical Cricothyrotomy• Variable Lung Compliance

– 4 Settings

• Variable Airway Resistance– 4 Settings

• Right Mainstem Intubation• Stomach Distension• Connectivity with third party

respiratory simulations.

Airway Complications

• Detection of proper head position

• Can’t Intubate/ Can Ventilate• Can’t Intubate/ Can’t Ventilate• Tongue Edema

– Variable Degrees of Edema

• Pharyngeal Swelling• Laryngospasm• Decreased Cervical Range of

Motion• Trismus

Breathing Features

• Simulated Spontaneous Breathing

• Bilateral and Unilateral Chest Rise and Fall

• CO2 Exhalation• Normal and Abnormal Breath

Sounds– 5 Anterior Auscultation Sites– 6 posterior Auscultation Sites

• Oxygen Saturation and Waveform

Circulation Features

• BP Measured manually by auscultation of korotkoff sounds.

• Pulses (Synchronized with ECG)– Carotid– Brachial– Radial– Femoral– Popliteal– Dorsalis Pedis– Posterior Tibialis

• Pulse strength variable with BP

• Pulse palpation is detected and logged.

Vascular Access & Pharmacology

• IV Access (Right Arm)

• Intraosseous Access– Sternal– Tibial (Left)

• Automatic Drug Recognition System– Identifies Drug– Identifies Dose

• Extensive Drug Formulary• Automatic or Programmable

physiological responses

Increased Functionality – ® Arm

RF ID Tag

Right Arm• Replace current IV arm•Add a radial pulse

Standard tools• Use of standard syringes

Automatic registration• Drugs recognised by SW• Physiological model controls manikin responses

IV module• IV access point • RF antenna for ID of drug• Flow meter

Increased Functionality – ® Arm

CPR Features

• Compliant with 2005 Guidelines

• CPR Compressions generate palpable pulses, blood pressure wave form, and ECG artifacts

• Realistic compression depth and resistance

• Detection of depth and frequency of compressions

• Detection of Leaning• Real-time feedback on quality

of CPR

Eye Features

• Blinking– Slow– Normal– Fast– Winks

• Open, closed and partially open options

• Pupillary Accommodation• Synchrony• Asynchrony• Normal and Sluggish speed of

response

Body Motion

• Seizures (Convulsions)– Fascillation– Tonic Motion– Tonic/Clonic Motion

Secretions

• Secretions• Locations

– Eyes– Ears– Nose– Mouth

• Types– Blood– Mucous– CSF

• Diaphoresis• Urine Output

– Variable• Foley Catheterization

– Male and Female Anatomy