Single-pixel single-color displaying and signal receiving module

Abstract

The invention discloses a single-pixel single-color displaying and signal receiving module and a device including the module. By utilizing the combination of a group of lenses and mixed-color screens, light rays emitted from a color light source are condensed by a light condensation sheet; and by utilizing a refraction and color-collection sheet including a group of curve surfaces, each condensed light ray is refracted on the mixed-color screens at the same position to form single color and be changed into the same pixel, and even though each light ray is observed after being amplified, not one pixel and three colors, but one pixel and one color, are observed. According to the single-pixel single-color displaying and signal receiving module and the device including the module disclosed by the invention, the traditional display concept is changed, and the physiologic problem of the eye and the brain caused by fuzzy processed color is reduced; meanwhile, through a micronization process, a display device can display a realer effect without the original combined color; and the single-pixel single-color displaying and signal receiving module and the device including the module can be applied to emission or reception of invisible electromagnetic wave signals, or can be applied to reception of electromagnetic wave signals in another waveband during displaying.

Description

technical field [0001] The invention relates to a display device, more specifically, to a single-pixel monochrome display and signal receiving module and a device including the module. Background technique [0002] In the existing daily color display screen, the color of each pixel is simulated by three primary colors of red (R), green (G) and blue (B), or by multiple colors such as two colors and three colors. Simulates the color effect of one pixel. [0003] However, the color synthesized by the three primary colors (two or more colors) seen by the eyes is actually the color perceived by the brain after coordination. This is the forced blurring of the color by the brain. , because watching a large display screen will cause brain interference and eye fatigue, and the eyes and brain will be affected and degenerate. At the same time, it will also have an unhealthy effect on the eyes, especially now that many children have begun to use this kind of display. Mobile phones, ta...

AI Technical Summary

Problems solved by technology

[0003] However, the color synthesized by the three primary colors (two or more colors) seen by the eyes is actually the color perceived by the brain after coordination. This is the forced blurring of the color by the brain. , because watching a large display screen will cause brain interference and eye fatigue, and the eyes and brain will be affected and degenerate. At the same time, it will also have an unhealthy effect on the eyes, especially now that many children have begun to use this kind of display. Mobile phones, tablet computers, etc., will gradually cause eye and mental damage to children, and will have a great negative impact on the future society, but there are currently no relevant substitutes

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