Portable fuze booster tube decomposing machine

Abstract

The invention relates to a fuze booster tube decomposing device, in particular to a portable fuze booster tube decomposing machine. The portable fuze booster tube decomposing machine has the small volume, strong portability, high efficiency and light weight, and can be fitted with field troops; according to the portable fuze booster tube decomposing machine, manners of spring compression and physical worm transmission are used, motors are used for providing power, decomposition work is simple and efficient, the decomposition work can be completed depending on manpower in the absence of electric power, operation is easy and convenient, practicability is high, and the limitation of the power environment is avoided; as for different fuze elements, different fuze element decomposing assembliescan be quickly replaced, the applicability is high, and booster tube decomposing operation work of series fuzes including the mechanical fuze, the time fuze, the piezoelectric fuze, the radio fuze and the proximity fuze can be completed; and the portable fuze booster tube decomposing machine is compact in design, low in cost, simple in operation, practical, reliable and easy to maintain and repair. The portable fuze booster tube decomposing machine adopts a box body in the explosion-proof design, a control box and the box body are separately designed, the safety protection setting is furtherstrengthened, and the safety protection work of an operator is greatly strengthened.

Description

technical field [0001] The invention relates to a decomposing device for a fuze detonator, in particular to a portable detonator for a fuze detonator. Background technique [0002] Ammunition is a kind of military equipment and material that directly kills, damages or destroys enemy fortifications and armored targets in modern warfare. When monitoring ammunition quality, it is necessary to use The ammunition's fuze booster is disassembled. [0003] In the prior art, when the fuze detonator is disassembled, it needs to be carried out in a special repair shop or a fuze component testing center, and special equipment is required. The special equipment for disassembling the fuze detonator in the prior art is complex in structure, bulky, heavy, and poor in mobility , so that the troops cannot disassemble the fuze detonator during field training and stationing in remote areas. [0004] The mechanical structure and electric control system of the decomposing equipment of the fuze ...

AI Technical Summary

Problems solved by technology

[0003] In the prior art, when the fuze detonator is disassembled, it needs to be carried out in a special repair shop or a fuze component testing center, and special equipment is required. The special equipment for disassembling the fuze detonator in the prior art is complex in structure, bulky, heavy, and poor in mobility , making it impossible for troops to disassemble the fuze detonator during field training and stationing in remote areas

[0004] The mechanical structure and electrical control system of the fuze detonator decomposition equipment in the prior art are backward, with high failure rate, poor work quality and low production efficiency

[0005] Most of the fuze booster decomposition equipment in the prior art does not consider the accident protection when the fuze booster is disassembled. Once an accident occurs when the fuze booster is disassembled, it does not have safety protection capabilities

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