Airplane and method for laying organic electroluminescent panels to outer surface of airplane

Abstract

The invention discloses an airplane and a method for laying organic electroluminescent panels to the outer surface of the airplane. The airplane comprises an airplane main body (1), an airborne power device and organic electroluminescent panels (2), wherein the organic electroluminescent panels (2) cover the outer surface of the airplane and are connected with the airborne power device. By utilizing the structure, the airplane has the advantages that the full solid display is realized, the weight is light, the brightness and the contrast are high, the energy consumption is extremely low, the response rate is high (less than or equal to 10 microseconds), the visual angle is wide, the automatic luminescence is realized, the cost is low, the processing process is simple, the luminescence efficiency is high, and the like. The organic electroluminescent panel has the characteristics of transparence, lightness, flexibility, low cost, strong plasticity and the like and can be bent and folded. Furthermore, the organic electroluminescent panel has the electrical conductivity similar to inorganic semiconductors and can be used for producing P-N knots.

Description

technical field [0001] The invention relates to the field of aviation technology, in particular to an aircraft, a method for laying an organic electroluminescence plate on the outer surface of the aircraft and a packaging method for the organic electroluminescence plate. Background technique [0002] In the prior art, the main measures of the stealth technology adopted by the aircraft anti-visible light detection are: changing the light reflection characteristics of the aircraft shape, replacing the large curved surface reflection with small horizontal plane multi-directional scattering (the effect is similar to the mirror reflection); controlling the brightness and color of the aircraft itself. Such as spraying camouflage on the surface, matching the color and brightness of the target with the background; reasonably controlling the exhaust flame and wake of the engine, etc. However, achieving light stealth by changing the light reflection characteristics of the aircraft's s...

AI Technical Summary

Problems solved by technology

However, achieving light stealth by changing the light reflection characteristics of the aircraft's shape requires high requirements for the optimal design of the aircraft's shape, and usually sacrifices part of the aircraft's aerodynamic performance.

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