Mixed cruising bomb net

Abstract

The explosive growth of micro-miniature drones, the rapid development of drone technology, disorder abuse and illegal use have brought management and safety problems to privacy protection, public safety, government control, and air defense of important military sites. The current countermeasures for the micro-miniature drones are mainly signal suppression and non-recovery shooting down, and thesemethods have the problem of secondary collateral damage. With the development of the drone technology, the drone is showing a trend of high-speed, high-maneuverability, non-GPS navigation and fully autonomous development, so the signal suppression and unpowered bomb net countermeasures are hard to response to the development. Aiming at the counter capture problem of long-distance, high-speed, andhigh-maneuverability non-cooperative drones, the invention discloses a technical method capable of performing rapid deployment, long-endurance cruising, high-speed pursuit, and capture disposal in a complex urban background. Compared with the prior art, the mixed cruising bomb net has the following advantages: the mixed cruising bomb net is convenient for a single soldier to carry, transport, arrange and launch; a pneumatic structure is suitable for cruising and can response to long-distance targets; and the mixed cruising bomb net can avoid secondary collateral damage.

Description

[0001] The invention belongs to the technical field of anti-drone, and relates to a hybrid cruise bomb net. Background technique [0002] The explosive growth of micro and small drones, the rapid development of drone technology, disorderly abuse and illegal use have brought management challenges to personal privacy protection, public security such as airports and aircraft routes, government control, and air defense of political and military locations. security issues. The traditional countermeasures against micro-UAVs are mainly signal suppression and non-recovery shooting down. These methods have the problem of secondary collateral damage. With the development of drone technology, drones are developing at high speed, high maneuverability, non-GPS navigation and full autonomy. Traditional signal suppression and unpowered bullet net countermeasures are difficult to deal with. Aiming at the problem of counter-capture of long-distance, high-speed, high-mobility non-cooperative u...

AI Technical Summary

Problems solved by technology

This approach fails for autonomously flying drones that do not rely on GPS for navigation

[0006] 2. Unpowered spring net capture

[0007] ① The range of the bullet net is limited: generally 100m, beyond the range, it will not work, and its accuracy is easily affected by weather factors such as strong winds;

[0008] ② Mobility issues: It is difficult for bullet nets to aim, track and capture high-speed and high-mobility targets;

[0009] ③ Collateral damage problem: After the bullet net captures the target, the target will fall due to inertia and gravity, which is easy to hurt the buildings and people below. Special areas, sensitive occasions and specific environments will cause public panic, aggravate the escalation of the situation, and cause negative effects

[0010] In order to solve the problem that the existing signal suppression and unpowered sling net capture UAV countermeasures cannot capture long-distance, high-speed, high-mobility UAVs, the present invention discloses a UAV that can be used for long-term cruising. Catapult net capture method for long-distance, high-speed, high-mobility non-cooperative UAVs

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