Compound colorful dynamic luminous decorative lighting and manufacturing method thereof

Abstract

The invention discloses compound colorful dynamic luminous decorative lighting and a manufacturing method thereof. The compound colorful dynamic luminous decorative lighting comprises multiple transparent substrates of nano microstructures and multiple LED lamps of different colors. The surface of each transparent substrate is provided with a layer of pattern regions formed by light guide points of nano microstructures, and the multiple light guide points are arranged uniformly. Each layer of the transparent substrate can show different texture effects. One end or the middle of each transparent substrate is provided with a hole to be used as an end face. The end faces right face the LED lamps and are used as light incidence faces. Patterns shown by the whole can be formed by one or more layers of single-layer patterns, pattern regions of every single layer can be controlled in an overlapping or separating mode, and colors of the pattern regions are controlled by corresponding LED lamps of the layers. A transparent film layer or a plate layer must be added between the adjacent transparent substrates to prevent optical crosstalk between the transparent light-guide substrates, and a comparison layer can be attached to the back of a final product so that colors and the stereo effect of the color patterns can be improved.

Description

technical field [0001] The invention relates to the technical field of light transmission devices, in particular to a colorful dynamic light-emitting lamp decoration and a manufacturing method thereof. Background technique [0002] Light is an important medium for people to receive information from the outside world, and lighting with luminous patterns is an important means for contemporary people to convey information. Common methods include printing film technology plus backlight, and multiple LED lights to form patterns, as well as direct use of LED displays to express different patterns and convey different information, but printing film technology plus backlight The method can only express static patterns; the way of forming patterns with multiple LED lights needs to control a large number of LED lights to reflect the pattern effect, which consumes a lot of energy, and each pixel is very large, which is only suitable for distant viewing; LED display is used to transmit ...

AI Technical Summary

Problems solved by technology

Common methods include printing film technology plus backlight, and multiple LED lights to form patterns, as well as direct use of LED displays to express different patterns and convey different information, but printing film technology plus backlight The method can only express static patterns; the way of forming patterns with multiple LED lights needs to control a large number of LED lights to reflect the pattern effect, which consumes a lot of energy, and each pixel is very large, which is only suitable for distant viewing; LED display is used to transmit The cost of the pattern is very high

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