Soft-damage ammunition structure countering unmanned aerial vehicle

Abstract

The invention relates to a novel soft-damage ammunition structure countering an unmanned aerial vehicle. The structure comprises a launching ammunition cylinder, a primer, a combustible ammunition fixing plate, an ammunition body, a delay ammunition tube, a separation ammunition bag, a catching net, ammunition belts and a tightening ring. The primer is pressed in the center of the bottom of the launching ammunition cylinder, and the combustible ammunition fixing plate is arranged at the top end of the launching ammunition cylinder. The ammunition body is arranged on the top of the combustible ammunition fixing plate, is divided into five symmetrical petals and is fixed from the periphery by the ammunition belts and the tightening ring. The separation ammunition bag is installed in an ammunition cavity in a filling mode. The lower end of the delay ammunition tube penetrates through the bottom of the ammunition body and is flush with the bottom, and the upper end of the delay ammunition tube is placed inside the ammunition body and intersects with the separation ammunition bag. The catching net is stacked at the middle rear part of an inner cavity of the ammunition body, and five traction wires are guided out from the five corners and are connected with the tail part of the five-petal structure of the ammunition body. The ammunition structure belongs to a soft-damage countering device, unmanned software and hardware information of a target can be reserved to the maximum extent, and the ammunition structure is simple in structure, low in machining cost and large in catching probability, is free of the influence on the environment, is high in reliability, is free of free fragments, is extremely low in incidental damage and improves the safety.

Description

technical field [0001] The invention belongs to the field of non-lethal soft-damage ammunition structure design, and relates to a novel anti-drone soft-damage ammunition structure, which is used for various types of anti-drone tasks. Background technique [0002] In recent years, although soft damage methods such as air-launched rope nets for small UAVs, electronic jamming guns, and waiting interception nets floating in the air can counter UAVs to a certain extent, their effectiveness is less affected by the environment. Especially for over-the-horizon, sudden, and swarm-like drones, it cannot be effectively countered. Although the hard damage method of military kinetic energy projectiles can effectively counter all kinds of drones, the kinetic energy projectiles fired by them will cause a lot of collateral damage, and the hard damage method can only eliminate the drones but cannot obtain the mission attempt of the drones . Contents of the invention [0003] In order to ...

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Problems solved by technology

[0002] In recent years, the use of soft damage methods such as small UAV air-launched rope nets, electronic jamming guns, and waiting interception nets floating in the air can counter UAVs to a certain extent, but their effectiveness is less affected by the environment. Large, especially for over-the-horizon, sudden, swarm-like drones that cannot be effectively countered

Although the hard damage method of military kinetic energy projectiles can effectively counter all kinds of drones, the kinetic energy projectiles fired by them will cause a lot of collateral damage, and the hard damage method can only eliminate the drones but cannot obtain the mission attempt of the drones

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