Reflection type quantum dot television

Abstract

The invention discloses a reflection type quantum dot television and belongs to the technical field of display. The reflection type quantum dot television comprises a digital type blue surface light source, blue quantum dots, blue light photoinduced red quantum dots, blue light photoinduced green quantum dots, an optical fiber layer, an optical fiber layer incident surface anti-reflection layer and a surface imaging layer. Compared with the traditional LCD (liquid crystal display) liquid crystal display technology, OLED (organic light emitting diode) display technology and LED (light emitting diode) display technology, the reflection type quantum dot television has the advantages of capabilities of acquiring higher color domain and brighter brightness, realizing various humanized display modes including frameless arbitrary curvature inner spherical surface or outer spherical surface display, arbitrary curvature arc surface display, embossed surface display and the like and particularly saving the energy by at least 70 percent or above compared with the traditional display mode.

Description

technical field [0001] The invention belongs to the field of display technology, and in particular provides a reflective quantum dot television (or display), which can be widely used in homes, conference rooms, office places and other places. Background technique [0002] Existing display technologies include CRT display technology, PDP display technology, LCD display technology, OLED display technology, LED display technology (including PLED), DLP display technology, QLED display technology, laser phosphor display technology, among which CRT display technology, PDP display technology Display technology has been eliminated, and several other technologies have their own suitable application places. In terms of display color gamut, QLED display technology has a larger color gamut than other technologies, and is expected to become the mainstream display technology in the future. In terms of energy saving, LED display technology is the most energy-consuming display technology d...

AI Technical Summary

Problems solved by technology

The current mainstream LCD liquid crystal technology has a light utilization rate of less than 6% due to polarizers, color filters, and aperture ratios. The optical path loss of light in DLP technology is also relatively large. The problem of OLED also exists in the light efficiency of electronic excitation. QLED display technology belongs to photoluminescence technology, which should have better energy-saving effect in theory

The LED display cannot achieve high gray scale and high color gamut at low brightness. Reducing the brightness of the LED display is at the expense of the gray scale and color gamut (or number of colors) of the LED display. Low brightness LED The display screen will have defects such as moiré fringes, LED lights flickering, reddish color, and narrow color gamut. However, high-brightness LED display screens will cause glare effects when used indoors, and human eyes will feel uncomfortable after watching for dozens of minutes. , so, LED display is not suitable for indoor environment with low brightness

It is not that LED lamps are not energy-saving, but that high-brightness LED lamps consume a lot of energy, but in order to meet the color gamut requirements, high-brightness LED lamps have to be used for display screens.

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