Unmanned aerial vehicle capturing equipment

Abstract

The invention discloses unmanned aerial vehicle capturing equipment. The unmanned aerial vehicle capturing equipment comprises a carrying unmanned aerial vehicle, an adjustable rotor wing assembly, a launching assembly, a claw assembly and a capturing net assembly. The carrying unmanned aerial vehicle comprises a vehicle body and a detection radar, the detection radar is installed in the vehicle body, and the launching assembly is installed at the bottom of the vehicle body; the adjustable rotor wing assembly is fixedly connected with the side wall of the launching assembly, and the claw assembly and the capturing net assembly are installed in the launching assembly before launching. The adjustable rotor wing assembly can decelerate an enemy unmanned aerial vehicle, the claw assembly can rapidly and accurately hit the enemy unmanned aerial vehicle and build a capturing channel between the carrying unmanned aerial vehicle and the enemy unmanned aerial vehicle, and the capturing net assembly can shield communication signals of the unmanned aerial vehicle when capturing the unmanned aerial vehicle. Airflow output by an opening in the upper part of an outer net frame provides a guiding effect for falling of the unmanned aerial vehicle, so that the unmanned aerial vehicle rapidly lands in a designated area.

Description

technical field [0001] The invention relates to the technical field of unmanned aerial vehicles, in particular to an unmanned aerial vehicle capture device. Background technique [0002] In recent years, the demand for high technology in the field of military equipment has been increasing day by day, and the use of drones in the military has become more and more frequent. But on the other hand, due to its small size, low flying airspace, and difficulty in radar detection, drones have become the main medium for various sabotage activities. Human-machine drug trafficking, smuggling and violent activities. At present, the police mostly use anti-drone rope nets to capture hostile drones, but traditional capture devices cannot cut off the control of drones by hostile forces in time, giving hostile forces time to destroy criminal evidence. On the other hand, most of the traditional capture nets are launched from the ground, the capture accuracy is poor, and there is no protectio...

AI Technical Summary

Problems solved by technology

But on the other hand, due to its small size, low flying airspace, and difficulty in radar detection, drones have become the main medium for various sabotage activities. Incidents of human-machine drug trafficking, smuggling and violent activities

At present, the police use anti-drone rope nets to capture hostile drones, but traditional capture devices cannot cut off the control of drones by hostile forces in time, giving hostile forces time to destroy criminal evidence

On the other hand, most of the traditional capture nets are launched from the ground, the capture accuracy is poor, and there is no protection for the core position of the hostile drone, which often causes damage to the data and items stored inside the drone when it falls to the ground

[0003] Traditional capture equipment usually uses a parachute for forced landing. This method of forced landing is slow, and the landing position is greatly affected by the wind direction, which is not conducive to the police's rapid acquisition of criminal evidence

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