Comprehensive display for flight training simulator and manufacturing method of backlight plate

Abstract

The invention discloses a comprehensive display for a flight training simulator and a manufacturing method of a backlight plate. The comprehensive display comprises a shell, the backlight plate, a liquid crystal screen, a driving plate, an acquisition plate and an electrical interface, wherein the liquid crystal screen and the backlight plate are mounted on an upper panel of the shell at a time; the acquisition plate and the driving plate are mounted in the shell; the electrical interface is mounted on a lower panel of the shell; the comprehensive display is characterized in that the backlightplate is an aviation organic glass plate; the two sides of the liquid crystal screen on the shell are provided with a contrast adjusting knob, a switch knob and a brightness adjusting knob; the driving plate is used for a use end to adjust the brightness and contrast of the display; and the contrast adjusting knob, the switch knob and the brightness adjusting knob are all electrically connected with the driving plate. According to the method, organic glass is mainly sprayed with primer paint, character paint and finish paint in sequence, and paint drying is needed in each paint spraying; andthe function of adjusting the brightness and contrast of the display by the use end of a flight trainer is realized, the effect of color uniformity and fastness of the backlight plate is realized, anda user can perform secondary development.

Description

Technical field: [0001] The invention relates to the field of flight training simulation, in particular to a manufacturing method of a comprehensive display and a backlight board for a flight training simulator. Background technique: [0002] The flight training simulator can reproduce the flying environment in the air, and is mainly used in the design, research, experiment, pilot training and teaching of aircraft. It can provide strong technical support for the development of new aircraft and training pilots. It is the national development of aviation industry. One of the important supporting equipment. Currently, the integrated display of the flight training simulator has the following problems: [0003] 1. The brightness of the integrated display is not enough. The commonly used 10.4-inch display has a brightness of about 350cd / m2. The integrated display displays more content and the picture is smaller. If the brightness is low, it is easier to visual fatigue; [0004] ...

AI Technical Summary

Problems solved by technology

[0003] 1. The brightness of the integrated display is not enough. The commonly used 10.4-inch display has a brightness of about 350cd / m2. The integrated display displays more content and the picture is smaller. If the brightness is low, it is easier to visual fatigue;

[0004] 2. The brightness and contrast of the integrated display can only be adjusted at the end of the visual computer, but the flight trainer cannot adjust it at the end of the integrated display, which will bring unnecessary troubles to flight training;

[0005] 3. The backlight panel around the integrated display used in the existing flight training simulator will crack and fade after a long time of use

Fading will seriously affect the aesthetics of the flight training device;

[0006] 4. The comprehensive display is generally used as the output device of the visual computer, and the comprehensive display image is determined by the visual computer. The existing integrated display for flight training simulators only has buttons with fixed functions such as switches and menus, and there are no buttons for secondary development.

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