■ The simulated human is made of polymer materials, which are
environmentally friendly and pollution-free; The anatomical landmarks
are obvious and can touch the nipples, ribs, sternum, and xiphoid
process, making it easy to operate and locate.
■ Simulate the
accurate anatomical position of the human head and neck, with the head
able to swing left and right and rotate horizontally 180 degrees, making
it easy to remove oral foreign objects.
■ The eyeball adopts OLED
simulation, with visible colored retina, black pupils, transparent
crystals, and the ability to reflect light at any angle; In a dead
state, the pupil dilates and the reflex to light disappears.
■ The carotid artery pulsation can be palpable, and in a state of death, the carotid artery pulsation disappears.
■ There are three feasible methods to open the airway: lifting the chin, neck, and jaw with both hands.
■
It is feasible to perform mouth to mouth artificial respiration or use a
simple respirator to assist breathing, and effective artificial
respiration can show chest undulations.
Electronic monitoring of multiple indicators throughout the process:
*
Pressing section: Monitor the number of presses (excessive or
insufficient), pressing position (correct or incorrect), pressing depth
(too large or too small), pressing frequency (correct or incorrect),
pressing rebound, and displaying pressing interruption time.
*
Monitoring of Blowing Part: Blowing frequency (excessive or
insufficient), tidal volume (excessive or insufficient), tidal time, and
gas intake into the stomach.
■ Real time display
of parameters such as pressing depth, pressing position, pressing
frequency, tidal volume, tidal time, airway opening, and gas intake
throughout the entire process.
■ Tablets can be connected by
scanning a QR code or manually selecting a Bluetooth name for wireless
connection. Different connection methods and functions can be configured
by scanning an activation code, as well as whether to defibrillate and
use a portable Bluetooth printer to print transcripts.
■ The system
is divided into four operation modes: specialized training,
comprehensive training, comprehensive assessment, and practical
assessment. Waveform charts and bar charts are used to display the depth
and tidal volume of each press, and the frequency of each press is
recorded in a marked point manner to visually display the specific
situation of each press and blowing.
* Operational evaluation
criteria: comply with AHA operating procedures: assess environmental
safety, pat and call, assess breathing and carotid artery, call for
help, open airway, remove oral foreign objects, and use AED.
*
Operation time limit, compression ventilation ratio, CPR cycle number,
tidal volume range, tidal compliance rate, compression depth range,
compression compliance rate, and other settings.
* Operation
statistics: Determine environmental safety, pat and call, determine
breathing and carotid artery, call for help, open airway, remove oral
foreign objects, AED use, correct blowing rate, number of blowing
errors, analysis of blowing errors (too large, too small, too much, too
little), correct pressing rate, number of pressing errors, analysis of
pressing errors (too large, too small, too much, too little, wrong
position, incomplete rebound of pressing), incorrect pressing frequency,
and too large pressing interval.
■ Full course electrocardiogram display:
* Before rescue: ECG showing imminent death, disappearance of respiratory chart, and blood pressure below 60mmHg
*
During rescue: When performing compression operations, display the
compression electrocardiogram with a frequency consistent with the
compression frequency, and respiratory monitoring displays the tidal
operation graph
* After successful rescue: it shows sinus rhythm and breathing returns to normal.