The simulator is a full-body adult male in a supine position, with a soft texture and a realistic touch. The anatomical landmarks such as the xiphoid process, sternum, and nipple are obvious, easy for fast positioning.
2. Executive standard: in comply with the latest AHA CPR& ECC Guidelines
3. The model's head and neck can move freely, swing left and right, and rotate 180 degrees horizontally, making it easy to clean foreign objects in the mouth; it supports methods such as tilting the head and lifting the chin, tilting the head and lifting the neck, and lifting the jaw with both hands to open the airway, so that the mouth, pharynx, and trachea are basically in the same line
4. It has a delicate airway structure, including simulated teeth, tongue, uvula, palatine arch, pharynx, epiglottis, glottis, arytenoid cartilage, thyroid cartilage, airway, bilateral simulated lungs, etc.
5. Airway management, respiratory maintenance techniques such as endotracheal intubation, oropharynx, nasopharynx and LMA can be carried out.
6. The head is equipped with precision sensors that monitor whether the airway is open and whether the teeth are under pressure.
7. Automatically identify: tapping the shoulder, touching the carotid artery, airway opening, air into stomach, teeth pressure, tracheal insertion, esophagus insertion, cycles,etc...
8. The simulator's forehead is equipped with a life indicator light, which changes with the resuscitation status and directly reflects the resuscitation results
9. The eyeball is simulated by OLED, with visible black pupil and transparent lens, which can show pupil light reflex, normal pupil, dilated pupil. The pupil can change with the resuscitation status
10. The carotid artery pulse can be palpated and changes with the state of resuscitation
11. The simulator has feedback on changes in vital signs before and after resuscitation: if resuscitation is successful, the forehead life indicator light is always on, spontaneous breathing is restored, chest rises and falls, there are breathing sounds, and bilateral carotid arteries resume pulsation. If resuscitation fails, the forehead life indicator light is off, there is no spontaneous breathing, chest rises and falls, no breathing sounds, and no carotid artery pulsation.
12. The arm can be used for intravenous injection, venous blood sampling, subcutaneous injection and other operations. If the puncture is correct, there is a clear sense of failure. The skin is highly simulated and can be punctured repeatedly.
13. The control box and the simulator are connected by a type-c data cable. The data cable is common and easy to replace, the connection is simple, and the data transmission is stable.
14. The control box is moderate in size, lightweight, and equipped with a ≤7-inch LCD display screen, which has clear images, low power consumption, and is energy-saving and environmentally friendly. It uses a dark background, white fonts, and colorful animations to display operating data synchronously, which has a strong visual sense and supports outdoor use scenarios with strong natural light.
15. The control box button design is simple and the operation is intuitive. There are few operation buttons and each button instruction is unique, ensuring that the required operations can be performed conveniently and quickly during use.
16. Real-time monitoring of multiple indicators throughout the cardiopulmonary resuscitation process:
(1) Compression part: monitors the number of compressions (correct, wrong), compression position (correct, wrong), compression depth, compression rebound
(2) Ventilation part: number of ventilation (correct, wrong), ventilation volume, air into stomach
17. It has 4 modes: training, AHA, examination and competition mode, and provides real-time feedback and analysis of operation data. It supports custom settings for the number of cycles and compliance rate to meet various usage needs.
18. There are voice prompts for operation in training and AHA modes, and there is no time limit for operation
19. The assessment mode is based on a compression-ventilation ratio of 30:2, five cycles, and a fixed operation time of 2.5 minutes. The assessment ends when the time is up.
20. After the operation is completed, the transcript will be displayed. The operation transcripts in all modes can be recorded and printed for storage.
21. It has the function of real-time power and connection status display, allowing users to understand the device status at any time.
22. Can be connected to a power source. Built-in battery can be used without a power source. The charging time of the control box is ≤4h and the working time is ≥8h.
23. Equipped with a blood pressure measurement kit, supports blood pressure measurement training, can perform Korotkoff sounds auscultation, and can detect changes in blood pressure values
24. Equipped with replaceable male and female reproductive organs, supports catheterization and bladder irrigation operations, and can export simulated urine
25. Both lower limbs are equipped with injection modules for vastus lateralis muscle injection.