Explosive tear bomb

Abstract

The invention discloses an explosive tear bomb, which comprises a bomb case and a bomb core, wherein the upper end of the bomb case is open, and the lower end of the bomb case is closed through an end cover; the end cover is provided with a through hole I; a detonating cap is arranged in the through hole I; a base is of a hollow structure, and a thin film is arranged in the base; a hollow part between the thin film and the lower end of the bomb core forms a cavity I; a hollow part between the thin film and the end cover forms a cavity II; propellant powder is filled in the cavity II; the upper end of the bomb case is provided with a cap liner; the inner side face of the cap liner is provided with a firing pin; the bomb core comprises a bomb core body and an explosive tube; the explosive tube is arranged in the bomb core body; the upper end of the bomb core body is provided with a bomb core cover; the bomb core cover is provided with a through hole II; a firing pin hitting delay ignition tube is arranged in the through hole II; a tear agent is filled between the explosive tube and the bomb core body; and the bomb core body is provided with a plurality of through holes III for the tear agent to spill out. According to the explosive tear bomb disclosed by the invention, the risk that bore premature occurs due to the fact that the delay ignition tube is directly ignited by the detonating cap when the propellant powder loses efficacy or is neglected in loading is eliminated.

Description

technical field [0001] The invention relates to a tear gas bomb, in particular to an explosive tear gas bomb. Background technique [0002] When the existing explosive tear gas bomb is launched, the high-temperature gunpowder gas produced by the propellant is used to ignite the flame delay ignition tube at the bottom of the bullet core. If the propellant fails or the propellant is missing, the fire cap will directly ignite the flame delay ignition tube, and the core will not be thrown out, and the chamber will explode. [0003] In addition, the cores of existing explosive tear gas bombs generally use high-pressure polyethylene plastics, rubber and other materials as shells. After the core explodes, it forms non-metallic fragments such as plastics and rubber scattered at high speed and metal parts such as delayed ignition tubes, which explode in the target area. may cause harm to the human body. Contents of the invention [0004] The object of the present invention is to ...

AI Technical Summary

Problems solved by technology

[0003] In addition, the cores of existing explosive tear gas bombs generally use high-pressure polyethylene plastics, rubber and other materials as shells. After the core explodes, it forms non-metallic fragments such as plastics and rubber scattered at high speed and metal parts such as delayed ignition tubes, which explode in the target area. cause harm to the human body

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