Mine analogue simulation training and drilling system

Abstract

The invention relates to the technical field of mine safety, in particular to a mine analogue simulation training and drilling system aiming at mine workers and draegermen. The invention can make people personally on the scene, can realize man-machine interaction and also can be used for evaluating a drilling result. The goal of the invention is realized in such a manner: the mine analogue simulation training and drilling system comprises a 3D circular-screen protection subsystem, a man-machine interaction subsystem, a synchronous interaction subsystem, a human action detection subsystem, a human physiology monitoring subsystem, a master control module and a training and drilling evaluation subsystem, wherein the master control module is used for controlling the rest subsystems and interacting data as well as transmitting the data acquired by the man-machine subsystem, the human action detection subsystem and the human physiology monitoring subsystem to the training and the drilling evaluation subsystem; and the training and the drilling evaluation subsystem is used for evaluating the training and drilling effect according to the data acquired by the man-machine subsystem, the human action detection subsystem and the human physiology monitoring subsystem.

Description

technical field [0001] The invention relates to the technical field of mine safety, in particular to a simulated training drill system for mine workers and rescuers. Background technique [0002] The working environment of mines is complex, and disasters occur frequently. For coal mines, gas disasters, outburst disasters, fire disasters, water seepage disasters, and roof disasters are all likely to occur, which are likely to cause major accidents that cause mass death and mass injury. In order to reduce human disasters caused by mine accidents, China's relevant safety regulations stipulate that mines need to conduct safety education and training for employees, and those who do not have safety education and training are not allowed to work on the job. However, the current safety education is usually in the form of traditional classroom teaching or written materials, and the corresponding virtual reality simulation environment cannot be constructed, which is not intuitive enou...

AI Technical Summary

Problems solved by technology

However, the current safety education is usually in the form of traditional classroom teaching or written materials, and the corresponding virtual reality simulation environment cannot be constructed, which is not intuitive enough and cannot impress the trainees deeply.

[0003] The Chinese Invention Patent Application Publication No. CN1821548A discloses an underground natural disaster simulation system, which is set in an abandoned roadway or a roadway model to simulate natural disasters under a mine, but it is not a virtual reality simulation environment. Instead, the simulation system is arranged in the real roadway, which is difficult to arrange and is greatly affected by the environment. Moreover, it only simulates natural disasters. After taking pictures, the image signal is sent out for people to watch. Human-computer interaction and interaction, and the results of the exercise cannot be evaluated

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