Multipurpose unexploded ordnance energy-gathering destroyer

Abstract

The invention discloses a multipurpose unexploded ordnance energy-gathering destroyer. The multipurpose unexploded ordnance energy-gathering destroyer comprises an end cover, main charge, a housing, an ammunition type cover and a baffle ring, wherein the end cover is positioned on the top of the housing and is in threaded connection with the housing; the baffle ring is arranged on the bottom of the housing; the ammunition type cover is arranged above the baffle ring; the baffle ring is used for limiting and fixing the ammunition type cover to the bottom of the housing; the main charge is arranged in the housing; a detonator is inserted into the main charge through a central hole of the end cover; and the bottom of the main charge is in contact with the top of the ammunition type cover. Themultipurpose unexploded ordnance energy-gathering destroyer disclosed by the invention can be selectively combined for use, and adopts a non-contact mode to perform in-place destroying on unexplodedordnance of different types, so that an operator does not need to touch, move or perform any mechanical treatment on the unexploded ordnance, reduces touching, carrying and transporting risks, and reduces treatment risk.

Description

technical field [0001] The invention belongs to the technical field of destroying unexploded ammunition, in particular to a multipurpose energy-concentrating destroyer for unexploded ammunition. Background technique [0002] During wartime, unexploded ordnance will affect the mobility of troops and units, disrupt the commander's combat intention and determination, and after the war, it will pose a potential threat to the production, life and social and economic activities of the local people. In the first half of the 20th century, our country suffered from wars, especially the war of aggression against my country launched by Japan. After the war, a large amount of ammunition was left in our country, which still threatens the safety of the lives and property of the local people and has a negative impact on economic and social development. huge impact. These remnants of ammunition have many types and a wide range of calibers. Conventional ammunition and chemical agent ammuniti...

AI Technical Summary

Problems solved by technology

Detonation of unexploded ammunition is carried out on the spot with group charge, which requires a large amount of detonation charge. It is easy to touch the projectile when the detonation charge is required to be set above the unexploded ammunition. If the unexploded ammunition is extremely dangerous When the detonation charge is set on the top, it is also necessary to set soil blocks or sandbags on the side of the projectile body; the transfer centralized destruction method often requires a subsequent manual mechanical process, and it is very dangerous for personnel to touch or move unexploded ammunition , there are also strict standard requirements for the destruction site

Therefore, the above two destruction methods have increased the operational risk and engineering volume to a certain extent.

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