Device for network interception of unmanned aerial vehicles

Abstract

The utility model relates to the field of countermeasures against unmanned aerial vehicles, namely to devices for network interception of unmanned aerial vehicles (UAVs), designed for the remote capture and neutralization of small-sized aerial targets by ejecting a catching net. The objective of the utility model is to create a compact, mobile, and easy-to-use device for UAV interception, providing a directed release of a capturing net, its rapid deployment in flight, and the effective capture of an aerial target. The technical result consists of increasing the efficiency of UAV interception by ensuring stable and directional deployment of the catching net, simplifying the design of the device, reducing its dimensions and weight, increasing mobility and ease of use, and ensuring the possibility of quick replacement of the net after use. A device for network interception of UAVs is proposed, made in the form of a hand-held interceptor, containing a housing with a pistol grip for holding and aiming the device, a trigger mechanism for initiating a shot, an accelerating cylinder for generating and transmitting a pressure pulse, a bell for directional opening of a drone-catching network, a drone-catching network for capturing a UAV and a pressure pulse generation unit, wherein a bell is installed on the front part of the housing, equipped with guide channels for the directed movement of the weights, a drone-catching net is placed inside the bell, equipped with weights at the edges for opening the net in flight, and the drone-catching net is designed with the possibility of being placed in a folded state and subsequently opening upon release, and the pressure pulse generation unit contains a cartridge, located in the cartridge installation unit and designed to create gas pressure for ejecting weights with the opening of the drone-catching net through the bell.