Cardiopulmonary resuscitation simulation human model plays an important role in medical education and training, and its main functional characteristics can be summarized as follows:

Real simulation and high simulation:

The cardiopulmonary resuscitation simulation human model has a high degree of imitation, from the appearance to the internal structure of the real human characteristics as much as possible. The anatomical characteristics of the model are obvious, and the skin texture, body size and proportion are as close as possible to the real human body, providing users with close to the real operating experience.

In the simulation process, the model can simulate the real process of cardiopulmonary resuscitation, such as the simulation of the dilation and recovery of human pupils, carotid artery pulsation and stop, etc., to provide users with a more realistic training environment.

Adjustability and versatility:

Cardiopulmonary resuscitation simulators are often adjustable and can simulate patients of different ages, genders, and body types, which makes training more targeted and practical.

At the same time, the model supports a variety of operational methods, including CPR training, mode assessment and actual combat assessment, which can meet the needs of different learning stages and scenarios.

Real-time feedback and evaluation:

Advanced sensors and monitoring systems are built into the model to provide real-time feedback on the user's operation, such as key information such as airway opening, pressure position and intensity, and tidal volume in artificial respiration. These feedbacks can help users correct errors in time and improve operational skills.

In the process of training and assessment, the model can also automatically evaluate the user's operation level and give a detailed evaluation report to help users understand their shortcomings and improvement directions.

Electronic monitoring and display functions:

The model is equipped with electronic monitoring system and display screen, which can display the user's operation data and results in real time. The electronic indicator light can show the situation of the airway opening and pressing site, providing the user with intuitive operation guidance.

A bar code can also be displayed on the display to reflect the depth of the press, and color changes (such as red for too deep, green for appropriate, and yellow for too light) guide the user to adjust the operation force.

Safety and Durability:

The cardiopulmonary resuscitation simulation human model is designed and manufactured with safety in mind, and non-toxic and environmentally friendly materials are used to ensure that no harm will be caused to users during use.

At the same time, the model has a high durability and can withstand many repeated uses without affecting performance and results.

To sum up, the human model of cardiopulmonary resuscitation (CPR) plays an important role in medical education and training due to its realistic simulation, adjustability, real-time feedback, electronic monitoring, safety and durability.