M301347 八、新型說明： 【新型所屬之技術領域】 本創作乃利用紫外線吸收劑具有改變吸收光譜之特徵，而產 生發射不同光色效果之「變色面板」設計者。 【先前技術】 人們已由實驗中可知’光是由三原色即紅、綠、藍所組成， 而一切所展現於世人眼前之顏色，皆是由此三原色所構成。目前 人們已知三原色的可變化多種顏色及物理特性，因此廣泛的應用 其色彩顯示特性於廣告、顏色調配、印刷技術上等。 其中，利用光源投射出不同色彩之方式，如廣告招牌就是利 用顏料吸色光之物理特性，使受到光源照射後能投射出預定之色 彩，又如一般為使室内具有隱密或遮光效果，而於玻璃上塗佈有 反光層或以遮簾為之，此外尚有許多應用光源投棚色之原理於 生活中之例子，不勝枚舉。 事實上，光源投射顯&之作法，非僅有贈世人應用之方式， 若能善加其特性，必可發揮其十足的功效。 【新型内容】 本創作「變色面板」之設計目的，係以光之三原色配合紫外 線(UV)吸收劑之助，就可在現成之透明面板上，依需要選擇為 透光或預定之色彩’而免增加額外之魏，達單、不佔空間、 成本低'應用廣泛之特徵者。 本創作「聽面板」储光讀向由•介人光疏介質 M301347 時，會產生全反射現象之折射定律，使紫外光不致外洩於光疏介 貝之空氣中’而得以在透明面板内不斷反射，而藉紫外線吸收劑 將光顯色，達到顯現預定之色彩者。 【實施方式】 本創作「變色面板」係利用紫外線(uv)吸收劑可吸收紫外線 並呈現所預定之光譜（如紅、綠、藍三原色）的特色，達到設定顯 示色原之目的，當其未啟動時，就如第一圖所示之透明面板1般， 所呈現的是可透光之狀態，面板内外光源互通，互可相視，也就 是毫無隱密可言，一但啟動本創作後，就如第二圖所示般，透明 面板1轉而展現出所預設之圖案3,而圖案其它區域則可依需要使 其展現出不同暗灰色或不同透光率之效果，或其它預定之色彩以 達隱密目的，或仍為無色之透明面板狀。 如第三圖A所示為一般車輛之應用例，當正常使用時，該車 窗就如同透明面板1，可視得内部陳設與人物，而第三圖B為當起 動本創作時，就會產生所預設之灰暗色，或其它可以遮陽、或為 使車内獲得相當隱私之色澤。 本創作「變色面板」用於營業場所，如第四圖A之實施例在 正常狀況下’玻璃窗就如同透明面板i般，可供外人視得店内為 營業狀態而光顧’當打烊或休息時，只要啟動本創作，即會如第 四圖B所示般’於玻璃窗上就會顯示預定之文字、_，其餘部 份則可呈現出不同色彩，如此除具有廣告魏外，亦有簡單、方 便之效果，也就是使玻璃窗具有一體兩用之功效。 M301347 當然利用本創作肖可應肖於乡方面有明面；^之設計上， 而可取代傳統廣告、遮蔽隱私之作法。 本創作「變色面板」所雜獲致以上效果，係朗光之折射 原理，以透明面板丨與外界空氣相較，翻面板屬光密介質，而 空氣為光疏介質，紫外光為不可見光，光射入光密介質中後，即 只會在光密介質中不斷反射，而不致於折射進入光疏介質中，故 損耗率小，因此藉著不同光譜的紫外線(uv)吸收劑之作用，就可 轉換「變色面板」可見光之吸收光譜（如紅、綠、藍三原色），而 展現於吾人視覺中，這就是本創作應用之原理。 其結構設計’係於透明面板1中設有紫外線(uv)吸收劑，其 預設之方法可如第五圖所示，在透明面板1内即加入具有紅、綠、 藍(RGB)三原色之不同光譜的紫外線(uv)吸收劑2，於透明面板i 端邊設有紫外線發光器4,未動作前，透明面板1為正常透明狀態， 一但啟開發光器4後，其紫外線發光器4所發出之紫外線照射到 的紫外線(uv)吸收劑2，因其已佈滿不同光譜吸收劑之紅、綠、藍 劑粒5且為不規則分佈，故發光之後就呈五彩繽紛之情形，此不 僅可達到不同透光率效果，也可將内、外景物予以阻隔，而可獲 致視覺上之獨特效果。 本創作「變色面板」之另一實施例，如第六圖所示，係可於透 明面板1上，以預定不同光譜之紫外線(uv)吸收劑之塗佈出特定 之圖案3或文字，如此當啟動發光器4後，就可發出預定圖案之 顏色，即如第二圖所示或如第四圖所示之狀；若於該透明面板1 M301347 内加有紫外線(uv)吸收劑，就可於預定圖案之其它部份呈如第五 -圖所示之五彩繽紛效果，當然也可於透明面板1内不加紫外線(心) 吸收劑2，使在紫外光照射下，僅呈現圖案3之内容，其它區域則 呈透明狀。 其中，不同紫外線之波長會使紫外線(UV)吸收劑所展現之可 見光譜也會有所不同，因此於實際運用上，可於於透明面板ι端 邊設有至少一組以上不同紫外線波長之紫外線發光器4,藉此就可 | 使紫外線(uv)吸收劑展現出多樣色澤的變化。 另，該透明面板1可為玻璃或壓克力等具紫外線透光之材質。 紅上所述，本創作「變色面板」切確改善目前具備透明之玻 璃門、車窗，或其它類似之透明面板的使用模式，而使獲致簡易 又快速變換圖案或遮蔽隱密、觀賞之功能使用，乃具備實用價值 及經濟效益，是已符合新型專利積極要件，爰依法提出專利申請 之0 以上所舉乃本創作之可行實施範例，不足侷限本專利，故凡 不超出本創作精神所作的任何改變或等效替換之結果，皆應屬本 創作之專利範圍。 【圖式簡單說明】 第一圖··係為一般透明面板之說明例。 第二圖··係為前圖應運本創作下之可行實施例之一。 第二圖A、B ··係為本創作應用於車窗之實施例。 第四圖A、B :係為本創作應用於玻璃門之實施例。 8 M301347 第五圖：係為本創作之結構說明。 第六圖：係為本創作另一結構說明圖示。 【主要元件符號說明】 1......透明面板 2......紫外線吸收劑 4……紫外線發光器5……紫外線吸收劑粒M301347 VIII. New Description: [New Technology Field] This creation is based on the use of UV absorbers to change the absorption spectrum and produce a "color-changing panel" designer that emits different light colors. [Prior Art] It has been known from experiments that light is composed of three primary colors, namely, red, green, and blue, and all the colors displayed in front of the eyes of the world are composed of the three primary colors. At present, it is known that the three primary colors can change a variety of colors and physical properties, so the wide application of color display characteristics in advertising, color matching, printing technology and the like. Among them, the use of light source to project different colors, such as advertising signs is to use the physical characteristics of the pigment to absorb light, so that after the light source can be projected to produce a predetermined color, and as the general purpose of making the room have a hidden or shading effect, and The glass is coated with a reflective layer or a blind, and there are many examples of the application of the light source to the color of life, and the list goes on. In fact, the way the light source projects and displays is not only the way the world is applied, but if it can improve its characteristics, it will be able to exert its full effect. [New Content] The purpose of this creation "color changing panel" is to use the light of the three primary colors combined with ultraviolet (UV) absorbent to select the light or the predetermined color on the ready-made transparent panel. Free of additional Wei, up to single, no space, low cost 'features of wide application. In the creation of the "listening panel", the light storage direction of the medium is M311347, which will produce the law of refraction of total reflection, so that the ultraviolet light will not leak into the air of the light-sinking shell, and it can be in the transparent panel. Constant reflection, and the use of ultraviolet absorbers to color the light to achieve the intended color. [Embodiment] The "color-changing panel" of the present invention utilizes ultraviolet (uv) absorbent to absorb ultraviolet rays and exhibit the characteristics of predetermined spectra (such as red, green, and blue primary colors), and achieve the purpose of setting display color. When starting up, just like the transparent panel 1 shown in the first figure, it is in a state of being permeable to light. The light source inside and outside the panel communicates with each other, which can be seen from each other, that is, there is no hiddenness. Thereafter, as shown in the second figure, the transparent panel 1 in turn exhibits the preset pattern 3, and other areas of the pattern can exhibit different dark gray or different light transmittance effects as needed, or other reservations. The color is for a hidden purpose, or is still a colorless transparent panel. As shown in the third figure A, the application example of a general vehicle, when used normally, the window is like a transparent panel 1, which can be visually displayed and characters, and the third figure B is generated when the creation is started. The preset gray color, or other shades that can be shaded, or to give the car a fairly private color. The "color-changing panel" of this creation is used in a business place. As in the embodiment of Figure 4A, under normal conditions, the glazing window is like a transparent panel i, which allows outsiders to see the store as a business status and patronizes when snoring or resting. As long as the creation of this creation, as shown in Figure 4B, 'the scheduled text will be displayed on the glass window, _, the rest can be displayed in different colors, so in addition to advertising Wei, it is also simple The convenient effect is to make the glass window have the dual effect. M301347 Of course, the use of this creation Xiao Ke Ying Xiao has a clear face in the township; ^ design, can replace traditional advertising, cover privacy practices. The "color-changing panel" of this creation has the above effects, which is the principle of refraction of Langguang. The transparent panel is compared with the outside air. The panel is a light-tight medium, and the air is a light-storing medium, and the ultraviolet light is invisible light. After being injected into the light-tight medium, it will only continuously reflect in the light-tight medium, and will not be refracted into the light-diffusing medium, so the loss rate is small, so by the action of ultraviolet (uv) absorbers of different spectra, The absorption spectrum of the visible light of the "color changing panel" (such as the three primary colors of red, green and blue) can be displayed in our vision, which is the principle of this creative application. The structural design is provided with an ultraviolet (UV) absorber in the transparent panel 1. The preset method can be as shown in the fifth figure, and the three primary colors of red, green and blue (RGB) are added in the transparent panel 1. The ultraviolet (UV) absorber 2 of different spectra is provided with an ultraviolet illuminator 4 at the end of the transparent panel i. Before the operation, the transparent panel 1 is in a normal transparent state, and once the photodetector 4 is turned on, the ultraviolet illuminator 4 The ultraviolet (uv) absorber 2 irradiated by the ultraviolet rays is irregularly distributed because it has been filled with red, green and blue particles 5 of different spectral absorbers, so that the light is colored after the light is emitted. Different light transmittance effects can be achieved, and the inner and outer objects can be blocked, and the visually unique effect can be obtained. Another embodiment of the present invention "color-changing panel", as shown in the sixth figure, is capable of coating a specific pattern 3 or text on a transparent panel 1 with ultraviolet rays (uv) absorbents of different spectra. When the illuminator 4 is activated, the color of the predetermined pattern can be emitted, that is, as shown in the second figure or as shown in the fourth figure; if the ultraviolet (uv) absorber is added to the transparent panel 1 M301347, The other part of the predetermined pattern may have a multicolored effect as shown in the fifth-picture. Of course, the ultraviolet (heart) absorbent 2 may not be added to the transparent panel 1, so that only the pattern 3 is presented under ultraviolet light. Content, other areas are transparent. Among them, the wavelength of different ultraviolet rays will make the visible spectrum exhibited by the ultraviolet (UV) absorber different. Therefore, in practical use, at least one set of ultraviolet rays of different ultraviolet wavelengths may be provided on the side of the transparent panel. The illuminator 4, by which the ultraviolet (uv) absorber exhibits a variety of color changes. In addition, the transparent panel 1 may be a material such as glass or acrylic which has ultraviolet light transmission. In the red, the creation of the "color-changing panel" has improved the use mode of transparent glass doors, windows, or other similar transparent panels, so that it can easily and quickly change the pattern or cover the hidden and ornamental functions. The use is of practical value and economic benefit. It is in line with the positive requirements of the new type of patent. The application for patent application according to law is more than 0. It is a feasible example of this creation. It is not limited to this patent, so it does not exceed the spirit of this creation. Any change or equivalent replacement result shall be the patent scope of this creation. [Simple description of the drawings] The first figure is an example of a general transparent panel. The second figure is one of the feasible examples under the original picture. The second figure A, B · is an embodiment of the present invention applied to the window. The fourth figure A, B is an embodiment in which the creation is applied to a glass door. 8 M301347 Fig. 5: This is the structure description of the creation. Figure 6: This is an illustration of another structure description for this creation. [Main component symbol description] 1...transparent panel 2...ultraviolet absorber 4...ultraviolet illuminator 5...ultraviolet absorber