TW200532600A - Gain structure of fluorescent full-color screen - Google Patents

Abstract

The present invention relates to a gain structure of fluorescent full-color screen, especially related to the UV-light sensitive white-color or colorless fluorescent powder that can absorb illumination of UV light and be excited to emit three primary colors (RGB) of light so as to mutually incorporate with the fluorescent layer structure of orange red, green, and violet blue light for forming multi-color scale full-color screen. In the invention, the orange red fluorescent layer, the green fluorescent layer and the violet blue fluorescent layer are printed on a substrate, in which the size and density of the original color point of each fluorescent layer is mutually matched and stacked to have distribution variations for forming the designed configuration. For the dark point, by absorbing the illuminated UV light, colored light is excited and emitted so as to form the full color scale screen pattern.

Description

200532600 发明 Description of the invention: [Technical field to which the invention belongs] The present invention is a gain structure for fluorescent full-color screens, especially a white or colorless phosphor that is sensitive to ultraviolet light and can be excited when it is absorbed by ultraviolet light Three primary color (RGB) lights are produced, which are matched with the fluorescent layer structure of Orange red, Green, Violet blue, and the size and density of the primary color points of each fluorescent color layer Cooperate with each other and overlap, change the layout of the area, and compose the pattern. In the dark place, it can be absorbed by ultraviolet radiation to form different full-color colors and patterns. [Prior art] The three primary colors of light (refer to the first picture) are 0 range red (Green) 1, Green (green) 2, Violet blue (purple blue) 3, referred to as RGB, the three hue Mixing can emit white 4 light, and Orange red 1 plus Green 2 emits yellow 5 light, while Green 2 plus Violet blue 3 is light blue 6 light, and Orange red (red) 1 plus Violet blue (purple blue) 3 can emit pink 7 light. The characteristics of fluorescent light have been widely loved by the public and widely used in daily necessities, commercial billboards, various products, etc. However, today's fluorescent colors can only be used in single or dual colors, which cannot achieve the perfect full color system. In order to make full use of the three primary colors of fluorescent RGB, and to form a perfect visual beauty of full-color light, the inventor has been thinking about how to use the two primary colors of fluorescent RGB to form full-color light. In the experiment, those who can obtain the structural effects of the three primary colors of fluorescent RGB to form full-color light are finally sought. 200532600 As for the structure, mode, purpose and spirit of the present invention, please refer to the following drawings and descriptions for a complete understanding of the inventor. [Summary of the Invention] The present invention is a gain structure of a fluorescent full-color screen, in particular (second image) a white or colorless fluorescent powder that is sensitive to ultraviolet light, and can excite three primary colors (RGB when it is absorbed by ultraviolet light). ) Light 'uses 6range re (j (red), Greyl (green), Violet blue (violet blue) color light layer structure to cooperate with each other to form a multi-color full-color screen, which is printed on a substrate 10. The mouth has Orange red (red) color layer 11, Green (green) color layer 12, Violet blue (violet blue) color layer 13 'The size of the primary color point of each fluorescent color layer, the density of each other, and overlap with each other. Those who change and pattern the cloth. Among them, the base material 10 can be a variety of materials, mainly for the author of each phosphor powder emitting layer. The (RGB) fluorescent color layers are based on the size of their primary color points, The density and density are overlapped with each other, the area is changed, and the composition is patterned. In the dark place, ultraviolet light is irradiated to each fluorescent color layer to absorb and excite colored light. The colored light that is emitted will be caused by each (RGB) fluorescent light. The size and density of the fluorescent pink dots in the color layer are different from Stacked, and emit colored light of different intensity (RGB), and each of the different (RGB) color and intensity of (¾¾) colored light will merge with each other to form a multi-color full-color fluorescent and graphics. From this we can know ' The structure of the present invention can indeed achieve the preset effect, and has not been seen by public users. It meets the requirements of patent practicability and novelty, and submitted a patent application to the Jun Bureau in accordance with the law. Patent rights, real sense of virtue. 200532600 Those who need to know, the above is a preferred embodiment of this creation. If the changes made according to the concept of this creation, the functions and effects still do not exceed those in the description and drawings. When covering the spirit, everything should fall within the scope of this creation and be shared with Chen Ming. [Embodiment] Same as the above. [Schematic explanation] The first picture is the schematic diagram of the change of the three primary colors of light. The second picture is this Simple structure of the invention [Simplified comparison of component names and numbers in the drawing] Orange red (red) ---------- -1 Green (green) ----------- ---- -2 Violet blue (紫蓝)--3 --- ------------------- H ---------------------- light blue ----- --------------- pink -------------------- m ------------ ---------- Orange red color layer-11 Green color layer -----------12 Violet blue color layer 1-13

Claims (1)

200532600 Scope of patent application: 1. A gain structure for fluorescent full-color screens, especially a white or colorless fluorescent powder that is sensitive to ultraviolet light. When it is absorbed by ultraviolet light, it can excite three primary colors. (Red), Green (Violet), Violet blue (violet blue) fluorescent layer structure cooperates with each other to form a full-color screen of the evening color level 'is printed on a substrate with Orange red (red) color layer , Green (green) color layer, Violet blue (violet blue) color layer, the size of the primary color point of each fluorescent color layer, the density of each other to overlap and overlap, and the area distribution changes and patterning; Among them, the substrate can be Various material bodies are mainly provided for the authors of the phosphor powder emitting layers. The (RGB) fluorescent color layers are made up of the size of the primary color dots, the density and overlap with each other, the changes in the area distribution, and the composition. In the dark place, ultraviolet light is irradiated to each fluorescent color layer to absorb and excite colored light. The colored light that is emitted will be due to the glorious pink dot size, denseness, and overlap of the (RGB) fluorescent color layers. While emitting different intensities (RGB) colored light 'and each of the different (RGB) colors and intensity (RGB) colored lights will merge with each other to form a multi-color full-color fluorescent and graphic person.