An airport cruising bird driving device

Abstract

The invention relates to an airport cruising bird driving device, belonging to the technical field of airport insect-bird monitoring and expelling equipment. The present invention is directed to an insect-bird monitoring device, Camera, eviction device, UAV, wireless communications, Carrie, power supply and control system constitute an airport cruise bird drive device, The aircraft carrier carriesan insect-and-bird monitoring device, Camera, eviction device, UAV, wireless communications, Electrical equipment and control systems patrol the airport, Cameras identify and locate nests around theairport for clearance, Various monitoring devices, driven by aircraft carriers, monitor insects and birds in specific areas, an inherent expulsion device on an aircraft carrier expels insects and birds, Unable to achieve the desired effect, multiple drones are deployed for eviction, The remote control center communicates with the wireless communication device to control the cluster operation of the unmanned aerial vehicle, and the wireless communication device uploads the detected insect and bird situation and real-time image data to the airport control center, so that the administrator can grasp the situation of various aspects in the low-altitude area of the airport in real time. The device expands the bird driving space and reduces the blind spots of the bird driving, which is superiorto the traditional ground bird driving device.

Description

technical field [0001] The invention relates to an airport cruising bird repelling device, which belongs to the technical field of airport insect bird monitoring and expelling equipment. Background technique [0002] As a frequent and dangerous event, bird strikes not only cause huge economic losses and casualties, but also seriously interfere with the normal flight of civil aviation routes. According to statistics, more than 80% of bird strike accidents occur during take-off, landing and low-altitude, ultra-low-altitude flight stages. Once a bird strike occurs, it will cause a certain economic loss, and the aircraft will be destroyed or killed. The effective working height of traditional ground bird repelling equipment is 80m. During takeoff, landing, and low-altitude flight, the aircraft is mostly at the approach level of 200m. Therefore, in the altitude above 80m and below 200m, and in the area outside the airport fence, traditional ground bird repellent equipment cann...

AI Technical Summary

Problems solved by technology

[0004] In order to solve the deficiencies in the prior art, the technical problem to be solved in the present invention is: an airport cruise bird repellent is composed of an insect and bird monitoring device, a camera, a repelling device, a drone, a wireless communication device, an aircraft carrier, a power supply device and a control system. Devices, the aircraft carrier carries insect and bird monitoring devices, cameras, expulsion devices, drones, wireless communication devices, power supply equipment and control systems to patrol the airport, the cameras identify and locate the bird's nests around the airport for removal work, and various monitoring devices Driven by the aircraft carrier to monitor the insects and birds in a specific area, the inherent repelling device on the aircraft carrier will expel the insects and birds. If the expected effect is not achieved, multiple drones will be dispatched to expel them. The remote control center communicates with the wireless communication device. To control the cluster dispatch of drones, the wireless communication device uploads the monitored insects and birds and real-time image data to the airport control center, so that the management can grasp the situation of all aspects of the low-altitude area of ​​the airport in real time

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