Pseudoisochromatic plate optical media display interface

Abstract

The invention discloses a pseudoisochromatic plate optical media display interface, belonging to the technical field of display devices. The pseudoisochromatic plate optical media display interface mainly comprises a light source and a pattern plate. Compared with an existing LED indoor screen, the pseudoisochromatic plate optical media display interface is low in energy consumption, low in manufacturing cost, easy to construct, attractive in effect and easy to maintain; a low-pixel LED screen with the LED dot spacing of 33 mm is adopted, and in consideration of the situation that indoor sightdistance is mostly between 1 m and 3 m, an abstract pattern in a pseudoisochromatic plate pattern style is suitable for being used, so visual load generated by media information can be reduced, visual fatigue is relieved, eye muscles of high-intensity workers can be relaxed, and the low-vision people can relax the mind and body easily; a soft light plate with an acrylic frosted effect is adoptedon the surface of media, so LED light emitting points cannot be directly seen, the media are soft and free of glare, and the effect of displaying abstract pseudoisochromatic images is better achieved; and patterns of a laser-engraved fireproof PVC dielectric layer can be customized and are free in form, so patterns of different styles can be created in subsequent use, and various effects are achieved through combined usage of the light-emitting characteristics of the LED.

Description

technical field [0001] The invention relates to the technical field of display devices, in particular to an optical media display interface for a color-blind image. Background technique [0002] LED display is an important means of media information dissemination. It has the function of displaying text, graphics, video and other information, and has become an important part of cities, landscapes and indoor spaces. According to the display clarity, LED display can be divided into low pixel and high pixel. In practical applications, low-pixel LED display screens often have poor image clarity and poor overall effect, while high-pixel LED display screens are expensive, with relatively complicated manufacturing processes and control systems, and high energy consumption. In addition, because the light points of the LED display screen are directly exposed to the screen surface, the screen surface has high brightness and is prone to glare. The above problems limit the application ...

AI Technical Summary

Problems solved by technology

[0003] In order to solve the above technical problems, the present invention provides a low-pixel, low-power consumption, low-visual pressure color-blind image optical media display interface, which has the advantages of suitable brightness, soft dynamics, visual comfort, and energy saving, so as to solve the existing indoor problems. The LED screen is too bright, the dynamics are too fast, the energy consumption is large, and the cost is high.

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