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Pre-war rescue simulation training device based on MR technology

A technology of simulation training and technology, which is applied in the field of pre-war rescue simulation training devices, can solve the problems of limited training airspace environment, incomplete training effects, and high training costs, so as to improve rescue efficiency, rescue management efficiency and treatment Efficiency and confidence-boosting effects

Pending Publication Date: 2021-12-24
孙丽
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0006] In order to solve the above technical problems, the present invention designs a pre-war rescue simulation training device based on MR technology. Aiming at the problems of high cost of modern battlefield exercises, limited training airspace environment, and incomplete training effects, a MR technology-based training device is proposed. The design scheme of the battlefield rescue system, through the integration of real combat casualty scenes and specific virtual environments to construct a virtual-real fusion battlefield, can provide rescuers with a variety of first-aid environment drills, simulate battlefield rescue more quickly and effectively, and reduce the cost of drills. While reducing the cost of training, quickly and comprehensively improve the effect of battlefield rescue and enhance the ability of medical support

Method used

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  • Pre-war rescue simulation training device based on MR technology
  • Pre-war rescue simulation training device based on MR technology
  • Pre-war rescue simulation training device based on MR technology

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Experimental program
Comparison scheme
Effect test

Embodiment 1

[0051] refer to Figure 1 to Figure 4 As shown, a pre-war rescue simulation training device based on MR technology, including MR glasses module 1, installation head ring 2, electric control box 3 and simulation training system, is characterized in that: the simulation training system includes wounded assessment, gas Road management, hemostasis and hypovolemia shock management, tension pneumothorax treatment, and fracture splint fixation five rescue modules; the front end of the installation head ring 2 is hinged to connect to the MR glasses module 1, and the rear end of the installation head ring 2 is fixedly connected to the electric control box 3 The inside of the MR glasses module 1 includes a binocular GBR sensor, a lens, an eyepiece and a screen, a processing unit 130, a power supply module 131, a wireless connection module 132 and an audio module 133 are arranged in the electric control box, and the two sides of the head ring 2 are installed with Audio module 133.

[00...

Embodiment 2

[0079] The use method of the present invention: before use, adjust the elastic knob 201, wear the headband 2 on the head, adjust the angle and position of the MR glasses, wear the earphone and microphone; start the device; the MR module can simulate different environments ( Sea, land, air, polar regions, etc.), different weather (wind, rain, snow, etc.), different genders, ages and injury conditions for the wearer to conduct simulated training, and through information collection and analysis, provide the wearer with a corresponding rescue plan;

[0080] (6) It can simulate both self-rescue and multi-person cooperative rescue;

[0081] (7) The wearer can complete the simulation training by operating according to the scheme provided by the system.

Embodiment 3

[0083] For the rescue module, design typical rescue scenarios in order to achieve highly simulated pre-war rescue simulation training; combine MR technology with rescue application requirements in extreme battlefield environments. Extreme battlefield environments include smoke, gunshots, explosions, vibrations, etc. Application requirements include visual information sharing, timely treatment, etc., to improve the efficiency of rescue management and treatment in field hospitals; based on MR tracking and registration technology, 3D recognition, tracking and positioning based on semantic and 2D image features can be achieved, and expert marks can be quickly and accurately aligned with the actual scene , guide the rescuers to operate accurately, improve the self-confidence and rescue efficiency of non-professional rescuers; provide convenient and fast immersive 3D rescue guidance in complex battlefield environments; MR technology provides immersive non-following virtual display, wh...

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Abstract

The invention discloses a pre-war rescue simulation training device based on MR technology, which comprises an MR glasses module, a mounting head ring, an electric control box and a simulation training system; the simulation training system comprises five rescue modules, namely a wounded evaluation module, an airway management module, a hemostasis and low blood volume shock management module, a tension pneumothorax treatment module and a fracture splint fixation module; the front end of the mounting head ring is hinged with the MR glasses module, and the rear end of the mounting head ring is fixedly connected with the electric control box. The invention provides a battlefield rescue training scheme based on the MR technology, a virtual-real fusion battlefield is constructed by fusing a real combat casualty scene and a specific virtual environment, diversified first-aid environment training is provided for rescue personnel, battlefield rescue is more effectively and vividly simulated, the exercise training cost can be reduced, and the battlefield rescue effect is rapidly and comprehensively improved, and the medical service guarantee capacity is improved.

Description

technical field [0001] The invention belongs to the technical field of military rescue, and in particular relates to a pre-war rescue simulation training device based on MR technology. Background technique [0002] Modern battlefield first aid work emphasizes time-sensitive treatment. The mortality rate of wartime wounded is closely related to the time of treatment. Primary life support is very important. It is urgent to improve the efficiency of treatment under the condition of limited personnel and resources. The ambulance equipment on the battlefield must have the characteristics of light weight, miniaturization, rapid deployment, vehicle portability, and easy transfer. At the same time, modern warfare has a high degree of informatization, fast pace, strong lethality, multiple types of injuries, and complex injuries, making battlefield rescue difficult. It also puts forward high requirements for field rescue equipment such as multi-function and integration. Through revie...

Claims

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Application Information

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IPC IPC(8): G09B5/06G09B9/00G09B23/28G02B27/01
CPCG09B5/065G09B9/003G09B23/28G02B27/0172G02B27/0176G02B2027/0178
Inventor 孙丽高昌俊孙绪德陶蕾喻倩陈海刘伟李江静韩瑞丽
Owner 孙丽