Ammunition destroying device

Abstract

The invention provides an explosive ammunition destroying device. The explosive ammunition destroying device comprises a furnace cover, a reaction furnace, a drainage device and a height-adjustable supporting frame which are sequentially connected; the reaction furnace is of a cylindrical structure, a convex edge is outwards arranged at the upper end of the reaction furnace, a convex edge is inwards arranged at the lower end of the reaction furnace, the drainage device is a cylinder of which the inner diameter and the outer diameter are gradually reduced from top to bottom, the drainage deviceis sleeved with the reaction furnace, and the upper end of the drainage device is clamped with the inward convex edge at the lower end of the reaction furnace; a baffle with the diameter equal to theinner diameter of the lower end of the reaction furnace is arranged at an upper end opening of the drainage device, the furnace cover and the baffle jointly define a containing cavity used for containing a thermite and reacting, the supporting frame comprises a base ring and at least three side face supports connected with the base ring, and the reaction furnace is sleeved with the supporting frame through the base ring. The device is used for containing the high-heat agent, meanwhile, high-temperature liquid slag is guided to continuously act on a target position in a streamline shape,and unexploded ammunition is effectively destroyed.

Description

technical field [0001] The invention relates to the technical field of destroying unexploded ammunition, in particular to an ammunition destruction device. Background technique [0002] The disposal of unexploded ammunition is a link that must be faced in the live ammunition training of the army, public security and armed police. The current disposal method mainly adopts the method of blowing up explosives. This method has the disadvantages of additional increase in explosive equivalent, low safety and long cycle, and it is difficult to meet the real-time, safe and efficient needs of the training process. [0003] High heat agents (mainly including thermitants, magnesium heat agents, etc.) will release a large amount of heat during the reaction, and the high temperature slag produced (most of the high heat agents have a combustion temperature of 2000-2800°C, and even more so at 3000-4000°C Between them, in a high-temperature liquid state) interacts with the shell of the une...

AI Technical Summary

Problems solved by technology

For a slightly thicker shell case, although the high temperature generated by the reaction cannot directly melt through the shell case, it can soften the shell case and reduce its strength. , so that the high-pressure gas can be released and continue to burn and burn

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