Anti-infantry coach landmine capable of generating smoke

Abstract

The invention belongs to the technical field of military equipment, and particularly relates to an anti-infantry coach landmine capable of generating smoke. According to the technical scheme, a smoke generating module, a linkage display mechanism, a sound generator and a power source are arranged in a simulated landmine body, the power source, the sound generator and the smoke generating module are electrically connected, the smoke generating module comprises a smoke generating block, a striking piece and a blocking piece, the blocking piece is arranged between the smoke generating block and the striking piece, the blocking piece is located at the upper end of the smoke generating block, the middle position of the blocking piece is provided with a needling burner cap, the position, opposite to the needling burner cap, of the striking piece is provided with a needling needle, the lower end of the smoke generating block is provided with a plurality of elastic components, the outer side wall of the smoke generating module is connected with a linkage display mechanism through a connecting plate, two ends of the connecting plate are hinged to the smoke generating module and the linkage display mechanism respectively, and when the smoke generating module is triggered, the linkage display mechanism can penetrate through a protruding hole in the upper end face of the simulated landmine body to display the position of the simulated landmine body.

Description

technical field [0001] The invention belongs to the technical field of military equipment, and in particular relates to a smoke-generating anti-infantry training landmine. Background technique [0002] Anti-infantry trainer landmines are widely used in military teaching, military training and other scenarios. At the same time, with the national and international strategic orientation, the anti-infantry landmines laid in the past need to be cleaned, and a large number of mine-sweeping equipment has emerged, which also correspondingly improves the combat effectiveness of trainer landmines. performance requirements. [0003] Most of the anti-infantry trainer landmines currently used are filled with plaster, with a shell and a detachable end cover on the outside, which can only simulate the appearance, weight, burying training and other functions of real mines, and cannot effectively verify the effectiveness of the trainer mines on mine-sweeping equipment. Trigger the correspon...

AI Technical Summary

Problems solved by technology

[0003] Most of the anti-infantry trainer landmines currently used are filled with plaster, with a shell and a detachable end cover on the outside, which can only simulate the appearance, weight, burying training and other functions of real mines, and cannot effectively verify the effectiveness of the trainer mines on mine-sweeping equipment. Trigger the corresponding function, or need to disassemble the mine to check whether there is an indentation on the internal plaster block or the witness board to judge whether the mine is activated. The operation is complicated and cannot be judged remotely and efficiently. The smoke must be replaced every time it is used. It is impossible to identify which ones have been triggered when replacing them. If all the simulated landmines are disassembled, it will take a lot of time; at the same time, the existing trainer mines cannot reflect the real situation of triggering in real time and store the real data of the trainer.

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