Through advanced simulation technology and design, the electronic human tracheal intubation training model can highly reproduce the real tracheal intubation process, and provide a safe and effective practice platform for medical personnel.

First, the electronic human tracheal intubation training model is made of thermoplastic elastomer mixed adhesive material, which has a high degree of imitation and softness, and can simulate the muscles and soft tissues of the real human body. Therefore, during the operation, the medical staff can feel the resistance and feedback similar to the real human body, so as to simulate the tracheal intubation process more realistically.

Secondly, the model has a variety of functional characteristics and can simulate various situations that may be encountered in the process of tracheal intubation. For example, when the airway is inserted correctly, the model will issue an electronic display and voice prompt function, supplying air to inflate both lungs, simulating the effect of real tracheal intubation. If the esophagus is inserted by wrong operation, the model will also issue electronic display and voice prompt function, supply air to inflate the stomach, and allow medical staff to correct the error in time .

In addition, the electronic human tracheal intubation training model also has the functions of pupil observation and cricothyroid puncture site indication. The visual comparison of normal and dilated pupils can help medical staff understand the patient's condition, while the indication of cricothyroid puncture site can help medical staff perform accurate puncture operation in emergency situations.

During use, medical personnel can perform oral or nasal tracheal intubation operations according to the instructions of the model. By simulating different patient conditions, such as different airway structures and different intubation difficulties, medical staff can master endotracheal intubation skills more comprehensively and improve operation level.

Finally, the electronic human tracheal intubation training model also has the characteristics of easy cleaning and maintenance. If the surface of the model is dirty, it can be scrubbed with a soft cloth with neutral detergent to facilitate the medical staff to clean and maintain after the training .

In summary, the electronic human tracheal intubation training model can highly restore the real tracheal intubation process through the high degree of imitation materials and a variety of functional characteristics. Medical staff can carry out practical training through the model, improve the operation level, and escort the life safety of patients.