Two-time impact type composite anti-riot kinetic energy bomb

Abstract

The invention discloses a two-time impact type composite anti-riot kinetic energy bomb. The two-time impact type composite anti-riot kinetic energy bomb comprises a launching assembly, a bomb body assembly and a bomb head assembly, the launching assembly and the bomb body assembly are connected and fixed in a mechanical clamping manner, the bomb body assembly and the bomb head assembly are connected and fixed in a mechanical clamping manner, the launching assembly is provided with a two-stage flash hole system, gathering and releasing of launching energy can be achieved, a load body and a knocking device are arranged in the bomb body assembly, and the bomb head assembly comprises an inner bomb head, an outer bomb head and a load firing device. When the bomb head assembly impacts a target for the first time, compression deformation is achieved, an impact column and a firing pin in the bomb head assembly are driven to crush the load body and a high-pressure gas cylinder correspondingly, sealing and high-speed blasting are sequentially achieved, the bomb head assembly is driven to impact the target for the second time, meanwhile, blasting sound production is achieved, rapid spraying of tear and dyeing powder is achieved, the two-time impact type composite anti-riot kinetic energy bomb has multiple non-fatal effects such as kinetic energy striking, detonation deterrence, stimulation dispersing and dyeing marking, and the problem that an existing anti-riot kinetic energy bomb is insufficient in long-distance efficiency can be effectively solved.

Description

technical field [0001] The invention relates to the technical field of anti-riot bombs, in particular to a double-impact composite anti-riot kinetic energy bomb. Background technique [0002] Anti-riot kinetic ammunition, as the earliest non-lethal ammunition, plays an important role in anti-riot missions and will continue to be the main combat equipment on the anti-riot battlefield in the future. Due to the limitations of the structure, material, and smoothbore weapons in active service, the anti-riot kinetic energy bullets generally have outstanding problems such as excessive short-range power, insufficient long-range effectiveness, poor strike accuracy, and single mode of action, which to a certain extent limits its combat effectiveness. [0003] Composite anti-riot kinetic energy bullets equipped with rifled anti-riot guns developed after rubber bullets and bag bombs, composite soft warheads and hard bullets, achieve flight stability through the spin of the bullet body,...

AI Technical Summary

Problems solved by technology

Due to the limitations of the structure, material, and smoothbore weapons in active service, the anti-riot kinetic energy bullets generally have outstanding problems such as excessive short-range power, insufficient long-range effectiveness, poor strike accuracy, and single mode of action, which to a certain extent limits its combat effectiveness

[0003] Composite anti-riot kinetic energy bullets equipped with rifled anti-riot guns developed after rubber bullets and bag bombs, composite soft warheads and hard bullets, achieve flight stability through the spin of the bullet body, increase strike accuracy while increasing The effective range is increased and the safety of use is improved. However, most compound anti-riot kinetic energy bombs only have a non-lethal effect of kinetic energy strikes, and can only perform a kinetic energy strike on the target once. It is difficult to effectively subdue extreme violent elements. Therefore, There is an urgent need to expand its end-point performance and further enhance its long-distance effect

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