Automatic landing system and method of rotor aircraft

Abstract

The invention relates to an automatic landing system and method of a rotor aircraft. The system comprises a controller, a laser generator, a camera, an electronic speed regulator and a motor for driving a propeller of the rotor aircraft to rotate; the laser generator and the camera are located at the bottom of a fuselage of the rotor aircraft; the laser generator is provided with two emission heads; laser beams emitted by the two emission heads are axially symmetrically distributed by taking the central axis of the fuselage as the symmetrical axis; the central axis is vertical to the horizontal plane of the ground; and an included angle formed between the laser beams and the central axis is an acute angle. According to the automatic landing system and method of the rotor aircraft, the laser generator, the camera and the controller are matched, so that the flying speed and the displacement of the rotor aircraft can be controlled, and the automatic landing effect is realized.

Description

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AI Technical Summary

Benefits of technology

This invention relates to an aircraft that uses cameras for navigation purposes while it's on-the-ground or flying at high speeds. It allows pilots to automatically land safely when they don’t have enough time before getting into traffic again.

Problems solved by technology

This patents describes various technical problem addressed in this patented text: The challenge presented during the development process described in the patents relates to achieving accurate detection of objects within large spaces while also being able to navigate through different directions accurately. Existing methods require costly equipment like radar altitude machines and optical flying vehicles, which limit their ability to operate under diverse terrains and atmospheric conditions.

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