Computer-aided flying saucer shooting training system

Abstract

The invention relates to a computer-aided clay pigeon-shooting training system suitable for clay shooting item. The training system comprises a 3D target-release simulation unit, an information acquisition and processing unit, a central control unit, a laser simulated bullet, a scatter gun provided with a triggering state acquisition and radio emission device inside, and a sound-operated controller. The training system uses multimedia computer and WindowsXP system as main Chinese language running platform and projects target-release dynamic images generated by a 3D clay pigeon-release program on a screen via a projector, the player holds gun and aims at the target on the screen, when the clay pigeon-release signal is transmitted to the central control unit, the central control unit controls the computer to play the corresponding target-release image signal in accordance with target chart, meanwhile, the triggering state acquisition and radio emission device transmits the triggering signal to the central control unit, the camera acquires the images of target-tracking process on the screen and transmits back to the computer for processing, based on which the player can perform technical analysis, and finish clay pigeon-shooting training in relation to the relative position of moving target and scattered bullet.

Description

technical field [0001] The invention belongs to the technical field of sports and entertainment facilities, and relates to a computer-assisted flying saucer shooting training system suitable for flying saucer shooting in sports. The system can also be applied to entertainment shooting. Background technique [0002] Before the design scheme of the present invention was proposed, similar shooting training systems were only arranged on the 10-meter air rifle and 10-meter pistol items in the domestic and foreign markets: as the Noptel system of Finland, the SCATT system of Russia, the SAM-Trainer system of Germany and domestic guns God 2000 etc. Because the above-mentioned systems all belong to being fixed relative to the target target, good impact point trace simulation and quantitative analysis are arranged, but it cannot be applicable to the training of the flying saucer shooting project of dynamic target and shotgun relative position change. Because in the flying saucer sho...

AI Technical Summary

Problems solved by technology

Since the above-mentioned systems are fixed relative to the target, they have good impact point trace simulation and quantitative analysis, but they cannot be applied to the training of flying saucer shooting events where the relative positions of dynamic targets and shotguns change.

Because in the flying saucer shooting training and competition, the flying saucer target thrown by the target throwing machine is greatly affected by the strength of the shooting target, the delay time, the airflow direction and speed changing at any time in the air, the development of a computer-aided flying saucer shooting training system is more important than the 10-meter air Rifle, 10-meter pistol computer-aided shooting training system is much more difficult (it needs to test and accumulate a large amount of scientific experiment data), so the computer-aided flying saucer shooting training system on the flying saucer shooting project at home and abroad is still a blank in development

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