Interactive time-efficient self-rescue and mutual-rescue training assessment model for simulating battle field

Abstract

The invention discloses an interactive time-efficient self-rescue and mutual-rescue training assessment model for simulating a battle field, and relates to the technical field of battle-rescue models.The model comprises a model body and a controller, wherein the model main body comprises a central backbone with equal-ratio simulation, the outer layer of the central backbone is wrapped with a muscle layer with the same or similar muscle structure and performance as a human body, the outermost layer is a skin layer made of thermoplastic elastic plastic, a functional injury condition module is installed on the model main body, and the injury condition module is controlled by a controller and feeds back information to the controller; the simulation battle rescue injury condition can be intelligently set, meanwhile, real-time monitoring is conducted through the controller and the injury condition module in the operation process, the effectiveness and time performance of training are effectively judged, self rescue and mutual rescue of a battle site are truly simulated, effective operation basis and experience are provided for actual battle rescue, and the simulation battle rescue training system is suitable for application and popularization.

Description

technical field [0001] The invention relates to the technical field of combat rescue models, in particular to an interactive time-based self-rescue and mutual rescue training assessment model for simulating a combat scene. Background technique [0002] Self-rescue and mutual rescue are the starting point and important link in the classified treatment of war injuries. At present, our army has extensively carried out training on the six major techniques of self-rescue, mutual rescue and war wound treatment for officers and soldiers of the troops, but the training method has not changed much compared with the past. The rescue operation is out of touch with the injury assessment. [0003] Injury simulation has always been a difficult problem for self-rescue and mutual rescue training on the battlefield, and it is a main reason for restricting the training method. To change the single training method in the past and improve the effect of self-rescue and mutual rescue training o...

AI Technical Summary

Problems solved by technology

At present, there are some wounded rescue training models on the market. However, due to the fact that the incidence of various common injuries of war injuries is different from that of usual on-site first aid, and the rescue environment is dangerous, it has great impact on the timeliness, orderliness and operational effectiveness of the rescue. more demanding

The existing training model has a low degree of intelligence, can only simply simulate the injury, lacks the interaction with the trainees, mainly relies on the guidance of the evaluation personnel, and cannot perform intelligent settings and automatic evaluation of the treatment effect. Important timeliness, orderliness, and operational effectiveness cannot be achieved on the model

[0004] In summary, the combat rescue mannequins in the prior art cannot effectively simulate injuries, and at the same time, it is not easy to judge the effectiveness, timeliness, and order of rescue operations of rescue operators, and it is not easy to simulate training and actual assessment, and is not suitable for popularization and use.

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