Physical destruction device for unexploded ammunition

Abstract

The invention discloses a physical destruction device for unexploded ammunition. The physical destruction device comprises a destruction shell assembly which comprises a destruction upper box, a destruction lower box and ammunition storage places. The destruction lower box is fixedly connected to the lower end of the destruction upper box, target shell assemblies are arranged on side surfaces andbottom end surfaces of the destruction lower box, the ammunition storage places are formed in gaps between the target shell assemblies and the destruction lower box, each target shell assembly comprises a round hole, an impact slot, a cone shell unit, a clamping block and a placing plate, center positions of the side surfaces and bottom end surfaces of the destruction lower box penetrate the roundholes vertically, the bottom end surfaces of the round holes extend and penetrate the impact slot coaxially, the opened ends of the impact slots are fixedly connected to the clamping blocks circumferentially, the clamping blocks and the inner walls of the round holes form the placing plates, and the cone shell units are slidably connected in the placing plates. High pressure products formed by detonation at the ammunition storage places act to the target shell assemblies, so that high speed jet flows formed by overwhelming impact to-be-destructed target shells from certain distances and explosives in projectile bodies are detonated or ignited after penetration, and therefore, a plurality of unexploded ammunition are safely destructed completely.

Description

technical field [0001] The invention relates to the technical field of destruction, in particular to a physical destruction device for unexploded ammunition. Background technique [0002] Since there is ammunition, there is the problem of destroying scrap ammunition. Ammunition has a certain lifespan. When the lifespan of the ammunition is reached, its stability and safety will be greatly reduced, and it will become a waste that must be disposed of. A large amount of used ammunition is produced every year in the world, and ammunition destruction is an important link in the whole life process of ammunition. [0003] However, after many unexploded ammunition is discovered, it is very difficult to deal with and destroy, and it is very dangerous. The reasons are: ① complex varieties, difficult to identify; . [0004] At present, there are mainly two methods of destroying unexploded ordnance, one is to destroy on-site explosion; the other is to destroy it after manual collectio...

AI Technical Summary

Problems solved by technology

However, the above methods often require a subsequent machining process, and are subject to strict site requirements, and will also produce fragments, explosion shock waves, explosion seismic waves and other incidental explosion hazard effects during destruction, so personnel contact or move unexploded ordnance very dangerous

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