Anti-riot kinetic-energy bullet launching simulation system and control method

Abstract

The invention provides an anti-riot kinetic-energy bullet launching simulation system and a control method. In order to solve the problem that uniform bullet accelerating cannot be realized by interior and exterior ballistic experiments in the prior art, the anti-riot kinetic-energy bullet launching simulation system comprises a gas injecting system, a launching chamber and a launching tube, wherein the gas injecting system comprises a compressor, a gas storage tank and a high-pressure tank; the compressor communicates with the gas storage tank through a pipeline; the compressor fills compressed air into the inner tank of the gas storage tank; the gas storage tank communicates with the high-pressure tank; the launching chamber is used for filling anti-riot kinetic-energy bullets; the high-pressure tank communicates with the launching chamber through a pipeline, and is controlled by a high-speed solenoid valve to launch; the launching tube is mounted at the front end of the launching chamber; the anti-riot kinetic-energy bullets realize multi-caliber launching through a special bullet support, and the anti-riot kinetic-energy bullets can be accelerated and launched in the launchingtube; the high-pressure tank is connected to a pressure compensating mechanism; and the pressure compensating mechanism can realize pressure compensation in a launching process, so that consistency ofoutlet speed is improved by uniformly accelerating the bullets.

Description

technical field [0001] The invention relates to the field of ballistic testing equipment, in particular to an anti-riot kinetic energy projectile launch simulation system and a control method. Background technique [0002] Anti-riot kinetic energy projectiles are the main combat equipment for anti-terrorism and anti-riot missions. In order to effectively solve the problem that the existing anti-riot kinetic energy projectiles are too powerful at close range and insufficient at long distances, it is necessary to systematically carry out kinetic energy projectile power testing experiments, and in-depth clarification of different types of kinetic energy. Mechanism of projectile injury. In order to test various internal and external ballistics of kinetic energy projectiles, there has been a test that uses gas to drive projectiles to launch and accelerate to the corresponding speed, measure the projectile launch speed, and the impact force of the projectile on the target. [000...

AI Technical Summary

Problems solved by technology

[0004] In view of the shortcomings of the prior art described above, the purpose of the present invention is to provide a simulation system and control method for anti-riot kinetic energy projectile launch, which is used to solve the problem that the projectile cannot be uniformly accelerated in the internal and external ballistic tests in the prior art

Images