Takeoff and landing method for aircraft carrier-based aircraft and apparatus thereof

Abstract

The invention discloses a method of taking off and landing of an aircraft carrier plane and a device thereof. The device comprises a windmill type rotating mechanism arranged on an aircraft carrier body, wherein, the rotating mechanism is provided with a group of cantilever arms; a protruding end of each cantilever arm is provided with a lift platform with adjustable inclination angle and a launch pad. The plane is fixed on the launch pad before taking off; the rotating mechanism is started, when the plane reaches takeoff altitude and takeoff speed, a fixed device is released to lead the plane to take off automatically along the tangential line, so that the takeoff of the plane is completed; when the plane lands, the lift platform floats on sea level, when the plane approaches the lift platform of the rotating mechanism, the inclination angle of the launch pad is matched with the flight altitude and speed of the plane, an arresting device is used for leading the plane to directly land on the lift platform, the rotating speed of the rotating mechanism is gradually reduced until the rotating mechanism stops, thereby the landing of the plane is completed. The method and the device of the invention change the mode of the original aircraft carrier body, can change the shape of the aircraft carrier body, improves the flexibility and reduces the use cost.

Description

Technical field [0001] The invention relates to a take-off and recovery method for an aircraft carrier-based aircraft, in particular to a method for taking off and recovering an aircraft carrier-based aircraft by adopting a rotating mechanism. Background technique [0002] Aircraft Carrier, referred to as "aircraft carrier" or "air carrier", is a warship that can provide military aircraft for take-off and landing. An aircraft carrier is a large surface ship with carrier-based aircraft as its main combat weapon. Modern aircraft carriers and carrier-based aircraft have become high-tech intensive military systems engineering. [0003] At present, the overall design of medium-sized and above aircraft carriers in the world without exception uses forward floating bow, square stern, inclined flat deck, high freeboard with large floating, right-mounted island bridge, closed hangar and side. lift. Aircraft carriers also need some special equipment, such as arresting ropes (used for normal...

AI Technical Summary

Problems solved by technology

The second is the towline ejection. As the name suggests, it uses steel towlines to tow the aircraft to accelerate take-off. This type of ejection is relatively old, and it is not as good as the former in all aspects.

[0023] Because the aircraft carrier undertakes many important tasks of combat, aircraft carrying, and aircraft take-off and landing, the aircraft carrier has weaknesses such as large size, slow action, vulnerability to attack, and huge cost.

Especially the key take-off and landing technology and its equipment - the catapult, it is even more impossible to obtain it from abroad, and there will be spare parts problems when buying from other countries

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