Projectile internal charging structure for preventing flame-over ignition of fuse in explosive-proof state

Abstract

The invention discloses a projectile internal charging structure for preventing flame-over ignition of a fuse in an explosive-proof state. The projectile internal charging structure comprises an explosive-proof type fuse 5, a flame isolation part 2, propellants and explosives 3 and a charging projectile 4, wherein the explosive-proof type fuse 5 is located on the top of a projectile, the bottom end of the explosive-proof type fuse 5 is provided with a detonating tube 1, and the flame isolation part 2 is arranged between the detonating tube 1 of the explosive-proof type fuse 5 and the chargingprojectile 4 and is in close contact with the detonating tube 1 of the explosive-proof type fuse 5 and the charging projectile 4. The flame isolation part is used for isolating the fuse from leaked high-temperature and high-pressure gas caused by cracking or breaking of structures like a fuse body due to accident ignition of sensitive explosion elements like a detonator inside the fuse in the explosive-proof state, and the situation that the gas flows to the explosive loading surface of the projectile or a battle part to cause combustion and explosion by accident is prevented. The flame isolation part is in close contact with the detonating tube and the explosives in the projectile, and the occupied axial space is very small. By means of the projectile internal charging structure, safety of the projectile or the battle part is improved, and the structure is suitable for small-bore shells, especially small-bore anti-hail cloud-seeding shells with small-size and low-mass fuses.

Description

technical field [0001] The invention belongs to the charge structure technology of projectiles or warheads, and in particular relates to a charge structure inside a projectile which prevents the fuse from escaping and igniting in a flameproof state. Background technique [0002] The "Fuze Environment and Performance Test Method" standard at home and abroad has not clearly stipulated whether the fuze should be installed on the charged projectile during the explosion-proof test, and it has not been clearly stipulated that the fuze body is not allowed to crack during the explosion-proof test of the fuze. , it also allows the fuze body to be opened for adding a firing pin during the explosion-proof test, which leads to the distortion of the explosion-proof safety conclusion, so the detonator in the explosion-proof fuze, especially the sensitive explosive components such as the needle detonator, is accidentally ignited Under certain circumstances, it is possible to generate crack...

AI Technical Summary

Problems solved by technology

[0003] The object of the present invention is to provide a charge structure inside the projectile that prevents the fuze from flashing and igniting in the explosion-proof state, so as to solve the problem that the high-temperature and high-pressure gas generated by the accidental ignition of sensitive explosive components such as the detonator inside the fuze is form

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