A new type of net bomb for continuous firing of anti-drone netting devices

Abstract

The invention discloses a new type of net-catching bomb used for continuous launch of an anti-UAV net-catching device. The net-catching bomb is composed of a high-pressure chamber, a low-pressure chamber, a bottom bracket, a catch net, a multi-lobed warhead and a centering part shell; the high-pressure The chamber and the low-pressure chamber are connected through the nozzle and are located at the bottom of the projectile; the bottom bracket is connected with the low-pressure chamber, and its bottom groove communicates with the low-pressure chamber; the multi-lobe warhead is installed on the bottom bracket; the catch net is installed in the inner space of the bottom bracket and the multi-lobe warhead In the cavity; the centering part housing is installed at the centering part of the multi-lobe warhead. The gunpowder gas pushes the projectile to launch, and the projectile rotates at a high speed during the movement. After exiting the muzzle, the projectile head is separated to the surroundings under the action of centrifugal force and the catch net is opened. The invention integrates the catching net and the projectile inside the projectile, so that the net-catching projectile can be loaded and fired continuously like ordinary projectiles.

Description

technical field [0001] The invention relates to the field of unmanned aerial vehicle capture technology, in particular to a new type of net-catching bomb used for continuous launch of an anti-drone net-catching device. Background technique [0002] The main methods involved in the existing anti-drone methods are air interception, ground fire attack, communication and navigation system interference, and signal intrusion. According to the combat method, it is divided into two methods: "hard killing" and "soft killing". Each method has its own advantages and limitations. [0003] The anti-drone method that directly destroys the target drone is a "hard kill" anti-drone method. For example, the method of using guided missiles to intercept hostile drones in the air has a good hit rate and can effectively destroy hostile drones. , but in the face of low-end UAVs, especially "low-slow and small" UAVs, the cost-effectiveness ratio of missile interception is too high. When using gro...

AI Technical Summary

Problems solved by technology

However, the anti-drone net catching device is basically a single-shot launch, and the filling speed is low, which has certain limitations when facing drone groups.

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