Fire extinguishing training analog system of naval vessel and using method thereof

Abstract

The invention provides a fire extinguishing training analog system of a naval vessel. The fire extinguishing training analog system comprises at least one center control host machine, a pair of AR (Augmented Reality) eyeglasses, at least one personnel camera, training clothes and at least one analog fire extinguisher, wherein the at least one center control host machine is worn on a trainee, the pair of AR (Augmented Reality) eyeglasses is worn on the trainee and is connected with the centre control host machine, the at least one personnel camera is carried by the trainee and is connected with the center control host machine, the training clothes is worn on the trainee and comprises a temperature controller connected with the centre control host machine, and a battery and a heating device which are connected with the temperature controller, and the at least one analog fire extinguisher is provided with a controller connected with the center control host machine, and an operating unit and a fire extinguisher camera which are respectively connected with the controller. The fire extinguishing training analog system provided by the invention can be used for implementing special training which cannot be implemented in real naval vessel environments and a common simulator and has comprehensive training content. The invention also provides a using method of the fire extinguishing training analog system of the naval vessel.

Description

technical field [0001] The invention relates to a ship training simulation system, in particular to a method for using the ship fire fighting training simulation system. Background technique [0002] For ship training, due to safety considerations, it is impossible to conduct traditional fire-fighting training on ships. Generally, the following methods are used for training: one is to ignite relevant fuel in a safer area on land to generate a small-scale oil fire. fire, electric fire and other types of flames; the second is that the trainees choose to use foam, dry powder, carbon dioxide and other related fire extinguishing equipment according to the type of flame; Fire extinguishing time, equipment selection, fire extinguishing effect evaluation training effect. [0003] As can be seen from the above training process, there are three defects in this traditional fire-fighting training: First, the training content is limited. Since the training is carried out in other place...

AI Technical Summary

Problems solved by technology

[0003] As can be seen from the above training process, there are three defects in this traditional fire-fighting training: First, the training content is limited

The direction and position that can be selected on land may not be able to be selected in the ship cabin due to equipment, equipment and cabin layout, so the training content is limited; the second is that the training reality is poor

Compared with fire extinguishing after a real fire on a ship, when the fire is ignited in a safe area on land for fire extinguishing training, the scale of the flame is small and the fire basically does not change, the sense of reality is poor, and the training environment constructed cannot enable the trainees to get immersive experience. a feeling of

Therefore, the psychological tension of the trainees cannot be experienced, and the psychological endurance and on-site response ability cannot be trained, and this psychological endurance and on-site response ability often have a direct impact on the fire extinguishing effect; the third is poor environmental protection and economy

The advantages of simulation training are safety, economy, environmental protection, controllability, no risk or low risk, and not limited by climate conditions and site space. However, the aforementioned training methods need to ignite open flames such as oil fires, and consume materials such as fuel oil and fire extinguishing agents. , there are certain potential safety hazards, it is not conducive to environmental protection, and it is very easy to be restricted by the site and meteorological conditions

[0004] Chinese patent CN 201974972U provides a simulated fire extinguisher and system, which realizes a fire-fighting training platform based on laser or infrared light without open fire, so that fire-fighting training can be carried out in a pollution-free and safe environment, but the training environment still cannot make the trainees In other words, the psychological endurance and on-site response ability of the ship trainees are still not trained.

Images