Disassembling method and disassembling line for anti-tank mine

Abstract

The invention discloses a disassembling method and a disassembling line for an anti-tank mine. The disassembling method comprises the following steps that an outer shell is cut, wherein an annular groove is cut in the periphery of the outer shell of the mine in a rotary cutting mode, wherein the depth of the groove is smaller than the wall thickness of the shell; the outer shell is extruded, wherein a crack penetrating through the wall thickness of the outer shell is formed at the root of the annular groove in an extruding mode to enable the outer shell of the mine to be broken into two parts,namely, a shell body and a mine cover; the outer shell is separated, wherein by taking the annular groove as a boundary, the mine shell body and the mine cover are separated through pulling and dragging; and explosive is dumped, wherein the explosive left in the shell body and the mine cover after separation is shaken out in a vibrating mode correspondingly. The disassembling line comprises an outer shell cutting unit, an outer shell breaking unit and an explosive vibrating dumping unit which are used for providing facility guarantee for the disassembling method correspondingly. The disassembling method and the disassembling line have the beneficial effects that automatic disassembling of the mine can be realized through the disassembling method, and the disassembling method is high in disassembling efficiency, good in safety, and low in disassembling cost; and the disassembling line is characterized in that corresponding functions are achieved through reasonable equipment configuration, and a compact disassembling line structure is formed through a reasonable layout mode.

Description

technical field [0001] The invention relates to a dangerous article dismantling and destruction technology, in particular to a dismantling method and a dismantling line of an anti-tank landmine. Background technique [0002] As an important part of engineering equipment, anti-tank landmines are usually stored in large quantities and in various varieties. After long-term storage, their reliability and safety decline, posing a huge security threat to society. Therefore, waste landmines must be properly destroyed and disposed of. [0003] The traditional destruction methods of obsolete landmines mainly include explosion method, combustion method, chemical decomposition method and manual disassembly method, etc. These methods have their own advantages and disadvantages, such as explosion method and combustion method. It is highly toxic, pollutes the environment, and resources cannot be recycled; chemical decomposition methods such as deep well burial, deep sea dumping, etc. have...

AI Technical Summary

Problems solved by technology

[0002] As an important part of engineering equipment, anti-tank landmines usually have a large number of reserves and a variety of varieties. After long-term storage, their reliability and safety decline, which poses a huge security threat to society. Therefore, it is necessary to properly destroy and dispose of waste landmines

[0003] The traditional destruction methods of obsolete landmines mainly include explosion method, combustion method, chemical decomposition method and manual disassembly method, etc. These methods have their own advantages and disadvantages, such as explosion method and combustion method. It is highly toxic, pollutes the environment, and resources cannot be recycled; chemical decomposition methods such as deep well burial, deep sea dumping, etc. have high requirements on site conditions and are likely to leave potential safety hazards; although manual disassembly methods can achieve resource recycling, but the labor cost is high, The dismantling speed is slow, and there is a threat to personal safety at the operation site. Therefore, a dismantling method and dismantling line that can automatically dismantle anti-tank mines are needed

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