Flying object invasion responding system and method based on double rotating towers

Abstract

The invention relates to a flying object invasion responding system and method based on double rotating towers. The flying object invasion responding method based on the double rotating towers comprises the steps that detection is conducted on a set target area, a photoelectric tracking rotating tower is controlled to rotate and adjust posture when a suspicious target flying object exists in the target area so that the pose and position information of the suspicious target flying object can be obtained; according to the pose and position information of the suspicious target flying object, flying tracking treatment, flying interference treatment and/or flying strike treatment are conducted on the suspicious target flying object. According to the flying object invasion responding system andmethod based on the double rotating towers, a radar detection module detects whether the suspicious target flying object exists in the target area or not, and by means of cooperation between the double rotating towers and a signal decoding and interference module, in combination with the area where the suspicious target flying object exists, flying tracking treatment, flying interference treatmentand flying strike treatment are respectively conducted on the suspicious target flying object; and by the adoption of the flying object invasion responding system and method based on the double rotating towers, the accuracy and efficiency of tracking, interference and strike are high, the response speed is high, stability and accuracy are high, and the flying object invasion responding system andmethod based on the double rotating towers have the features that formation is flexible, tactics are flexible and all-weather operation is achieved.

Description

technical field [0001] The invention relates to the technical field of aerial reconnaissance, in particular to a system and method for responding to flying object invasion based on double turrets. Background technique [0002] With the increasing threat of aerial drones in recent years, traditional tracking systems such as: positioning tracking system, radio tracking system and image tracking system. Its single function has limited precision and use occasions, and cannot meet the needs of the rapid development of current UAV technology. The publication number is CN108088313A, which discloses a UAV interception system, including an early warning system, a control system and an interception device. The interception device includes a launch bracket, an interception net and a plurality of rocket launchers. The UAV interception height and range of this invention are limited, and do not possess accurate and rapid defensive strike capability. The publication number is CN108100277...

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