Intelligent robot for repelling birds

Abstract

The invention discloses an intelligent robot for repelling birds. The intelligent robot for repelling the birds comprises a bird monitoring module, an air quality detection module, a PLC controller and a remote controller. The input ends of the bird monitoring module, the air quality detection module and the PLC controller are respectively connected with the output end of a power supply module. The power supply module comprises a solar panel and a wind power generator. The intelligent robot for repelling the birds achieves the monitoring function on the birds through a vibration sensor, a radar sensor, an infrared sensor and a pyroelectric infrared sensor, and can effectively improve the monitoring ability of the robot on the birds. Meanwhile, in a bird repelling module, an ultrasonic birdrepelling module, a flash bird repelling module, a voice bird repelling module and a smell bird repelling module are adopted, so that the effects of ultrasonic bird repelling, flash bird repelling, voice bird repelling and smell bird repelling on the birds can be achieved, the bird repelling effect of the robot is effectively improved, and not only the aviation safety is protected, but also the property and life safety of passengers are maintained.

Description

technical field [0001] The invention relates to the technical field of bird-repelling robots, in particular to an intelligent bird-repelling robot. Background technique [0002] Bird repelling is also called bird hunting, bird prevention, bird strike prevention, etc. Broadly speaking, farms, orchards, wind power plants and military and civilian airports are all means of preventing harmful birds from invading their territory, thereby endangering their labor results or equipment safety. They are all called bird repellants. In a narrow sense, bird repellent refers to military and civilian airports in order to protect the safety of aircraft taking off and landing, in order to prevent birds from being sucked into the aircraft engine during high-speed takeoff and landing, or hitting the aircraft body, landing gear, tail, windshield, etc. All aircraft airframes, and thus all means of auditory intimidation, visual deterrence, direct kill, chemical, ecological or radar warnings to pr...

AI Technical Summary

Problems solved by technology

Bird and wildlife strikes cause US$600 million in damages to U.S. civil aviation every year, and are conservatively estimated to cause US$1.5 billion in losses to the world's aviation industry every year. Ten people died in bird strikes. Bird strikes not only brought huge losses and harm to the lives and property of passengers, but also caused many indirect economic losses such as flight delays. Airplanes are defined by the World Civil Aviation Organization as one of the major hazards of Class A air accidents. There are generally two situations for bird strikes: the bird hits the aircraft fuselage, or is sucked into the engine. The latter is the most harmful. After the bird, you can turn off the damaged engine and use other engines to sail and land. For single-engine models, once the engine sucks in birds, the aircraft will lose power. With the improvement of the ecological environment at home and abroad and the people's awareness of protecting birds Improvement, more and more birds, this has brought disaster to the military and civil aviation industry in the world, in order to protect aviation safety, maintain the property and life safety of passengers, the airport has adopted a variety of bird repelling measures, such as: Bird scarecrows, inflatables, automatic laser bird repellents, firecracker bombs, sonic bird repellents, gas cannons, bird repellents, bird repellent guns, bird repellent falcons, bird repellent vehicles, bird detection radars, etc. These means have all played a certain role, but there is no all-round means to drive birds in the whole airspace and all time periods in the world. Bird-repelling needs of the segment, for this purpose, we propose an intelligent bird-repelling robot

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