Aircraft porthole system with transparent display, display method thereof and medium

Abstract

The application relates to an aircraft porthole system, comprising: a data acquisition unit configured to obtain aircraft position and attitude data from an aircraft system; the centralized calculation unit is configured to receive the position and attitude data of the airplane from the data acquisition unit and compare the received data with a stored map database so as to retrieve basic information associated with scenery seen outside a porthole under the current position of the airplane; the edge computing unit is configured to receive the basic information from the centralized computing unit and process the basic information; the transparent OLED display screen is configured to execute corresponding operation according to the processed data received from the edge calculation unit; wherein the operation comprises the steps of displaying the basic information in a corresponding area of the transparent OLED display screen according to the processed data, and meanwhile, keeping an all-transparent state in other areas of the transparent OLED display screen.

Description

technical field [0001] The present application relates to the field of aircraft portholes, in particular, to an aircraft porthole with a transparent display function, so that it can transparently display the superimposition of geographical information and scenery outside the aircraft, or display other information. Background technique [0002] The portholes of aircraft are generally used to help passengers see the outside of the aircraft from the inside of the aircraft, so as to eliminate the boring feeling during the flight. During the flight, if the weather is fine, passengers can see the scenery on the ground through the porthole to improve the user experience, but due to the lack of relevant geographical knowledge, they often cannot understand the specific information of the scenery they see, such as the names of towns, mountains and rivers , Introduction, etc. [0003] The aircraft portholes that have been put into use on the route can be divided into two categories: ...

AI Technical Summary

Problems solved by technology

However, the disadvantage of this solution is that passengers cannot directly see the real scene outside the aircraft due to the obstruction of the display screen.

[0008] In addition, the above-mentioned head-up display system on the porthole of the aircraft adopts an optical projection imaging method. Because optical devices are required, the size of the equipment is large and it is not easy to install

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