Design and implementation of the gus gun of airport intelligent bird-driving system

The single, repetitive and aimless approach to the driving of birds in the existing airport field caused the birds to quickly "develop" the inertial indication, which was almost "immune" to the equipment, and put heavy pressure on the work of the airport. Nowadays, with the increasing number of flights, how to design and develop an intelligent system for driving birds, so as to make driving birds more scientific, intelligent and effective has become the research focus of the current work on driving birds. The intelligent bird drive system studied in the project links the motion of the bird drive equipment with the bird situation information, and combines the current popular Internet of things technology to effectively avoid the blind startup of the bird drive equipment caused by human wrong commands. It not only responds to the adaptability of birds to the drive equipment, but also improves the effect of the drive equipment. This paper describes how to design the gas gun under the intelligent bird-driving system, and finally tests the feasibility of this scheme.