A composite anti-riot kinetic energy bomb compatible with various anti-riot guns

Abstract

The invention discloses a composite anti-riot kinetic energy bomb compatible with various anti-riot guns, which includes a bullet, an upper bullet body, a lower bullet body, a bullet holder and a bullet casing assembly. The bullet, the upper bullet body and the lower bullet body are mechanically inserted, Adhesive fixed, the projectile and the upper projectile are made of soft materials, relative displacement and large deformation will occur during short-distance high-speed impact, effectively dissipate the impact energy, and avoid excessive damage to the target. Relative displacement and small deformation occur, and more impact energy is transferred to the target body to achieve the expected pain-inducing effect. The soft upper elastic body wraps the hard lower elastic body, which can avoid the damage caused by the hard lower elastic body to the living target. Excessive scratches, stabilized by spin and tail dragging, make the present invention applicable to rifled and smoothbore anti-riot guns respectively, can effectively avoid projectiles rolling in the air, can effectively improve strike accuracy, and use smokeless powder as propellant, which can reduce the amount of gunpowder Corrosion of the barrel by residues, the amount of muzzle smoke is small, does not interfere with tactical operations.

Description

technical field [0001] The invention relates to the technical field of anti-riot bullets, in particular to a composite anti-riot kinetic energy bullet compatible with various anti-riot guns. Background technique [0002] Anti-riot kinetic energy bombs, as the most frequently used non-lethal weapons, play an important role in the diversified tasks of the military and police departments. However, the existing anti-riot kinetic energy bullets, such as rubber bullets and beanbag bullets, generally have the practical problems of excessive short-range power and insufficient long-range performance. [0003] By analyzing the cases of rubber bullets and beanbag bullets that were disabled and killed and the deep injury mechanism behind them, it is shown that when the rubber bullet hits the target, due to its small deformation, almost all the kinetic energy is transferred to the target body when it impacts at close range and high speed. It is very easy to cause excessive damage. In ad...

AI Technical Summary

Problems solved by technology

However, the existing anti-riot kinetic energy bombs, such as rubber bullets and bag bombs, generally have the practical problem of excessive short-range power and insufficient long-range effectiveness.

[0003] Through the analysis of the cases of rubber bullets and bag bombs causing disability and death and the deep-seated injury mechanism behind them, it is shown that when the rubber bullet hits the target, due to its small deformation, almost all the kinetic energy is transferred to the target body when it hits the target at a short distance and at high speed. It is very easy to cause excessive damage. In addition, most rubber bullets have a caliber of 18.4mm, which is easy to penetrate the skin of living targets; although bag bombs have good ductility, when impacting at high speed at close range, the bag does not extend enough, or together with the bullet rest A piece penetrates the target's skin like a rigid body. When shooting from a long distance, the bag projectile has poor aerodynamic shape and does not have good external ballistic performance, resulting in low strike accuracy and unavoidable accidental damage.

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