Interaction method of intelligent target system for firing training

Abstract

The invention relates to an interaction method of an intelligent target system for firing training. The interaction method comprises the following steps of S1, providing three-dimensional air imagingequipment to form a virtual three-dimensional target image; S2, providing a physical firing device; S3, providing a central processing module for calculating points of impact of bullets fired by the physical firing device and the virtual three-dimensional target image, and controlling the three-dimensional air imaging equipment to switch the behavior states of the virtual three-dimensional targetimage according to the specific positions of the points of impact on the virtual three-dimensional target image; and S4, when the points of impact are not at any position of the virtual three-dimensional target image, controlling the virtual three-dimensional target image to fire to a trainer by the central processing module, calculating the points of impact of virtual bullets fired by the virtualthree-dimensional target image on the body of the trainer by the central processing module, and recording the virtual casualty of the trainer according to whether the points of impact of the virtualbullets hit the trainer or not, and the positions of the points of impact on the body of the trainer. The interaction method is flexible in use, and can be used for realizing mutual resistance firingexercise of real battles.

Description

technical field [0001] The invention relates to the technical field of shooting training targets, in particular to an interactive method for an intelligent target system for shooting training. Background technique [0002] In shooting training, most of the automatic lifting and falling target systems currently used are expensive, prone to failure, are greatly affected by the weather, are not environmentally friendly, have rigid movements, and poor training effects. Although the use of shooting equipment can be more realistic, due to the limitations of real equipment, it is difficult for the physical model to be vivid, which makes the training effect poor. Shooting with live ammunition during training will lead to loss of imaging media, extremely difficult scene switching, and high layout costs. Virtual imaging technology can use computer storage media for storage, which has the advantages of rich scenes and easy switching. However, the existing thermal imaging technology an...

AI Technical Summary

Problems solved by technology

[0002]In shooting training, most of the automatic up-and-down target systems currently used are expensive, prone to failure, greatly affected by the weather, not environmentally friendly, and the movements are rigid and difficult for training. less effective

Although the use of shooting equipment can be more realistic, due to the limitations of real equipment, it is difficult to make the physical model vivid, which makes the training effect poor

Shooting with live ammunition during training will lead to loss of imaging media, extremely difficult scene switching, and high layout costs

Virtual imaging technology can use computer storage media for storage, which has the advantages of rich scenes and easy switching. However, the existing thermal imaging technology and infrared imaging technology have problems such as extremely high requirements for media and large limitations in the use environment.

In addition, AR technology is currently very mature, but the trainer cannot see the target with the naked eye, and must wear heavy AR glasses, and the experience of the trainer is very poor

[0003] The above various physical or virtual shooting training target systems are all about the trainer shooting the target and recording the trainer’s shooting results, but the above target systems are all In the investigation of the effect of one-way shooting, the targets targeted by the trainers are all targets that do not have the ability to "retaliate", so the drill effect is poor, and there is a big gap with the real combat environment, and the effect of improving the trainer's real combat ability is poor.

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