M374634 五、新型說明： 【新型所屬之技術領域】 本創作係關於招牌系統廣告，且特別者關於海報展示系 統及展示海報影像諸如靜態圖形、圖像、文字、等的方法。 【先前技術】 展示器和招牌、光板或其他物體（下文中總稱為“展示 器”）都是常見的廣告或媒體形式，彼等可以利用某些類型材 料的光傳送性質以增強彼等的視覺吸引力。當此等材料配合 著發光源使用之時’不論是應用直接或擴散背光，彼等的效 用通常都是視覺上討人喜歡或引人注目者。 習用照明展示器或其他物體的技術之一包括將光源放置 在板或物體的背面（即“背光”型（back_m type)，使光正射 向觀看者。可以將背光光源放置在一大區域上以照明具有各 種形狀和大小的光板或物體。由於每一個別光源可以放置在 安裝者所要的任何處，或可以在初始放置之後、或構建之中 予以調整，所以背光光源都是撓性、使用者友善且易於維修 者。不過’依照光源的發射型式和強度而定，在光源與觀看 表面之間需要有一確定距離以促成整個觀看表面的整體均 勻性和光凴的照明。所以，光板或物體的本體不能製造成如 人所欲望—樣地薄。另外也知悉者為將該等光源放置在板或 物體的側邊⑽“邊緣照明”型（edge-lit type))，讓光成束 進入一個光傳送/導引媒體之内，該媒體再將光反射到觀看表 M374634 面。可將邊緣照明光源沿著光板或物體的周圍邊緣放置，而 在該光源與觀看表面之間包括一光導媒體。在每一個別光源 之間的距離可以調整以給出不同的光強度與均勻度，取決於 該等光源的發光型式和強度。使用邊緣照明光源之時，可以 建造較薄的光板或物體之本體。 不過，邊緣照明技術受限於提供不具生動或其他視覺效 果之靜型海報。 也疋已知者為使用電致發光（Eiectro丨urninescent) (EL)展 示器，其可提供的照明廣告展示裝置能提供與上面所提諸種 裝置顯著不同的獨特且引人注目之視覺效果。 此種廣告可以呈現出各種不同的形式。例如，廣告可以 採用靜心圖形、圖像動晝（graphjC animation)、靜態或動書式 文字吼息和類似者等形式。於需要時，動晝可以包括描繪出 產品或其部份、產品用途、產品使用者或消費者、產品消耗、 或其他目的之靜態影像的按順序照明。文字訊息可以包括與 產品成本和可取得性、產品說明、廣告語、和其他資料等相 關的字詞或片S。動畫式圖像或文字可重複或可用任何其他 方式隨時間呈現出以傳達產品資料及/或吸引消費者。 動畫可定義為包括海報上的靜態影像或文字之順序式照 月其中所選靜態影像的動畫可提供運動錯覺咖山⑹〇n 〇f movement)。恰當的控制器包括定序器以在所欲位 置和時間提供功率'給EL展示器。EL展示器可產生各種體 MJ/40J4 系例如固疋照明（Fixed lighting)、可交換式閃光/固定照 月、調光（強弱）照明（Dimmer (fade) Hghting)、可變換式調光 (強弱)’固定照日月、動作動畫/固定照明、動畫加調光(強弱) 照明 '等。 E L展示器被廣泛地用於室内和戶外廣告中，但其根本問 題在於彼等的亮度和壽命。例如，el展示器的典型亮度(耀 -度）為约1〇0燭光/平方米（Cd/m2)。EL燈的壽命通常定義為 籲“目對免度減低到高達起始亮度的5〇%之時所累積的照明時 間期’對於-般燈此典型地期間不超過Μ()()小時而對於長 效燈則不超過5,000小時。此等壽命不能提供】 連續工作裝置。 年的 【新型内容】 本創作結合背光、邊緣照明和EL技術的優點以用最少 的材料製造A面積、高亮度、可調光 '制者友善、超薄的M374634 V. New description: [New technical field] This creation is about the advertisement of the signboard system, and the special method is about the poster display system and the display of poster images such as static graphics, images, texts, and so on. [Prior Art] Displayers and signboards, light panels or other objects (hereinafter collectively referred to as "displays") are common forms of advertising or media that can utilize the optical transmission properties of certain types of materials to enhance their vision. Attractive. When these materials are used in conjunction with the source of illumination, their utility is often visually appealing or compelling, whether applied directly or with diffused backlights. One of the techniques of conventional illumination displays or other objects involves placing a light source on the back of a board or object (ie, a "back_m" type that directs light toward the viewer. The backlight source can be placed over a large area. Illumination of light panels or objects of various shapes and sizes. Since each individual light source can be placed anywhere the installer wants, or can be adjusted after initial placement, or during construction, the backlight source is flexible, user Friendly and easy to maintain. However, depending on the emission pattern and intensity of the light source, a certain distance between the light source and the viewing surface is required to promote the overall uniformity of the entire viewing surface and the illumination of the pupil. Therefore, the body of the light panel or object Can't be made as desired - it's thin. It's also known that the light source is placed on the side of the board or object (10) "edge-lit type", allowing the light to beam into a light Within the transport/guide media, the media then reflects the light onto the viewing table M374634. The edge illumination source can be placed along the perimeter edge of the panel or object, and a light guide medium is included between the source and the viewing surface. The distance between each individual source can be adjusted to give different light intensities and uniformities, depending on the illumination pattern and intensity of the sources. When using an edge illumination source, you can build a thinner light board or the body of the object. However, edge lighting technology is limited to providing static posters that are not vivid or otherwise visually effective. Also known is the use of an electroluminescent (EL) display that provides an illuminated advertising display that provides a unique and dramatic visual effect that is significantly different from the devices described above. Such advertisements can take on a variety of different forms. For example, advertisements may take the form of meditation graphics, graphjC animation, static or moving text, and the like. When needed, the animation may include sequential illumination depicting the static image of the product or portion thereof, product use, product user or consumer, product consumption, or other purpose. The text message may include words or slices S related to product cost and availability, product descriptions, slogans, and other materials. Animated images or text can be repeated or presented in any other way over time to convey product information and/or appeal to consumers. The animation can be defined as a sequence of still images or text on the poster. The animation of the selected static image provides motion illusion (6) 〇n 〇f movement). The appropriate controller includes a sequencer to provide power to the EL presenter at the desired location and time. The EL display can produce various body MJ/40J4 systems such as fixed lighting, interchangeable flash/fixed illumination, Dimmer (fade) Hghting, and convertible dimming (strong and weak) ) 'Fixed sun and moon, motion animation / fixed lighting, animation plus dimming (strong and weak) lighting' and so on. The E L display is widely used in indoor and outdoor advertising, but its fundamental problem lies in their brightness and longevity. For example, the typical brightness (rayness) of an el display is about 1 〇 0 candle/m2 (Cd/m2). The life of an EL lamp is usually defined as the period of illumination that is accumulating when the target is reduced to up to 5% of the initial brightness. For a typical lamp, this typically does not exceed Μ()() hours. The long-life lamp does not exceed 5,000 hours. These lifespans cannot be provided.] Continuous working device. Year's [new content] This creation combines the advantages of backlight, edge lighting and EL technology to make A area, high brightness, and minimum material. Dimming's friendly, ultra-thin
絲或物體’其具有各種視覺及/或顏色效應，包括具有恰當 冗度的動畫。本創作因為纟士么_ ^ J利馮、，口 口旁先、邊緣照明光源的特性而 在本質上具成本效率、為撓性且可調整。 根據本創作一廣義方面，提供—種展示裝置，其包括一 外框，該外框具有-要被部分邊緣照明的前側且包括-長型 邊緣照明光源、-光導，其裝置於長型邊緣照明光源的— 側、一光散射層，其裝置於光導上，以提供光發射、-印刷 影像’其裝置於光散射層·t•、至少-個直接背光照明模組， 5 ’、中“光散射層具有—有破碎完整性之區域且在該光散射 層的有破碎完整性的區域之實質對面組裝有至少一個直接 背光照明模組以提供一獨立的光發射區域。 根據本創作另一廣義方面，提出一種展示裝置，其包括 有帶著至J -個部份透光區域之印刷影像的前侧，及在 及透光區域之實質對面組裝的至少一個直接背光或邊緣照 明模組以提供一局部光發射區域。 【實施方式】 必須特別提及者，圖1至12令的層卜6、7都僅為闡明 目的而繪成具有放大的橫截面，且該等層都不代表該等層的 士厚度該等層於事貫上僅為一膜，但是為了了解該等圖 式，該等層的橫截面都僅為描述目的而放大。 首先參照圖卜根據本創作某些具體實例的展示裝置1 〇 包括-經組裝在實質剛性片或部份撓性膜上的實質透光印 刷影像卜此等可經印刷在不透明或透明的材料之上（可以 使用在Duratrans材料上的高解析度印刷）及據此為之的第— 和第二照明模組2和2’。該等照明模组可為所謂的“直觀” ⑷⑽view)型或背光型且由具有長方形或任何其他所欲形 狀的塑膠蓋所形成（例如精油標準的模造法所製造者），如根 據要照明的透光印刷影冑】之面積且具有開放側者。該蓋子 可為實質不透光者或用不透光及/或反射性層予以覆蓋。照明 柄組可進一步使用至少一個帶有恰當電源和控制器的白色 M374634 及/或彩色LED (OLED)(如在圖5和6中所進一步例示者）。 為了提供獨特且引人注目的視覺效果，照明模組2和2’中 之一或兩者可以實施固定照明、可變換式閃光/固定照明、調 光（強弱）照明、可變換式調光（強弱）/固定照明、動作動畫/ 固定照明、動畫加調光（強弱）照明、等之中的至少一者。 於本創作某些具體實例中’可以裝設附加的ND層7 (參 閱圖3)以增加在展示裝置1 〇的被照明區域與未被照明區域 之間的對比。ND層7可以用市面上可從3Μ公司取得的Silk or objects 'have various visual and/or color effects, including animations with appropriate redundancy. This creation is inherently cost-effective, flexible and adjustable because of the characteristics of the gentleman _ ^ J von, the mouth-side, and the edge illumination source. According to a broad aspect of the present invention, there is provided a display device comprising an outer frame having a front side to be illuminated by a partial edge and comprising a long edge illumination source, a light guide, the device being illuminated at a long edge a side of the light source, a light scattering layer, which is disposed on the light guide to provide light emission, - print image 'the device is in the light scattering layer · t•, at least one direct backlight module, 5 ', medium "light The scattering layer has an area of fracture integrity and at least one direct backlight module is assembled opposite the substantially broken region of the light scattering layer to provide an independent light emitting region. In one aspect, a display device is provided that includes a front side with a printed image to a portion of the J-transparent light-transmissive region, and at least one direct backlight or edge illumination module assembled substantially opposite the light-transmissive region to provide A partial light emitting region. [Embodiment] It must be specifically mentioned that the layers 6, 7 of Figs. 1 to 12 are all drawn to have an enlarged cross section for clarification purposes, and the layers are It does not mean that the thickness of the layers of the layers is only one film in the matter, but in order to understand the drawings, the cross sections of the layers are only enlarged for the purpose of description. The display device 1 of these specific examples includes - a substantially transparent printed image assembled on a substantially rigid sheet or a portion of a flexible film, which can be printed on an opaque or transparent material (can be used on Duratrans materials) High-resolution printing) and the first and second lighting modules 2 and 2' according to this. The lighting modules can be of the so-called "intuitive" (4) (10) view type or backlight type and have a rectangular shape or any other The plastic cover of the desired shape is formed (for example, the manufacturer of the standard method of the essential oil), such as the area according to the light-transmissive printing image to be illuminated, and has an open side. The cover may be substantially opaque or used. The opaque and/or reflective layer is covered. The lighting handle set can further utilize at least one white M374634 and/or color LED (OLED) with appropriate power and controller (as further illustrated in Figures 5 and 6) ). To provide a unique and eye-catching visual effect, one or both of the lighting modules 2 and 2' can be implemented with fixed illumination, convertible flash/fixed illumination, dimming (strong) illumination, and convertible dimming ( At least one of fixed/lighting, motion animation/fixed lighting, animation plus dimming (strong) lighting, etc. In some specific examples of this creation, an additional ND layer 7 can be installed (see Figure 3). ) to increase the contrast between the illuminated area and the unilluminated area of the display unit 1 . The ND layer 7 can be obtained from the 3 Μ company on the market.
Neutral 20 (RE20NEARL)材料予以形成。 參照圖3至5，於某些具體實例中，展示裝置2〇各包 括一實質透光印刷影像（海報）1，其裝置於光散射層6的一 侧、照明模組2和2’ ，其裝置於光散射層6的另一側 '光 導3，其裝置於邊緣照明光源4的一側，帶有反射器5的邊 緣照明光源4 ，其裝置於一外框内及光散射層（矩陣，其 裝置於光導3上。照明模組2和2’可為所謂的“直觀，，型 或直接背光型且具有類似於圖i裝置所具者之構造和功能。 邊緣照明型照明裝置係已知具有放置在光學波導的邊緣 之光源者。光導3可職體透光材料製造且經設計用以對於 將來自光源、4的光再導向到裝置2〇的前表面提供恰當的輕 合效率（coupUng efficiency)。接著可在料3的前表面上施 加光散射層 6。總内部反射系丨V * ^ 丨耵系M表面處理像是印刷（“漆 點”），經由化學或雷射蝕刻、打 订印和V-溝紋等程序製成的 %34 表面浮雕圖案，用微型透鏡或微型稜鏡陣列對膜的光學搞人 等予以破解。此等處理可提供光散射且因此，從表面發光。 光散射層6的基本目的為將光從光源4發射出時的集中狀 態整體且均勻地散射或解散及分布.光源4可包括冷陰極燈 或螢光燈、LED、雷射二極體、等。如此，光源本身不會被 觀看者所觀察到，而只會將光從展示裝置2〇的面岣勻地透 射出。 光散射效應可以經由使用在具有埋置的粒子之材料如同 市售邊緣照明光盒所用塑膠之上造成的波導予以達到。 光散射層6的完整性可由根據要組裝的照明模組2, 2, 所具形狀之實質透光區及/或信息，#照明模組2和2，操作 之時照到的影像部份或其他物質等予以分解。 再者，根據本創作另一方面，光導3的完整性也可以如 5圖10中所進—步顯不者予以破解。可以將照明模組2安 農在光導3的破碎區3,之内，如圖1()所闡示者。 於圖3 i 5的某些較佳具體實例中，可以裝設附加的 D層7 (如圖4上所顯示者）以增加影像對比。 在透光印刷影像i的下方可以裝設由不透明或乳白狀 ^句半投明材料所形成的附加分散擴散層（沒有顯示出）。於 :巾擴散層的完整性可由根據要組裝的照明模組2， 所具形狀之實質透光區及/或信息，當照明模組2和2, '、作之時照到的影像部份或其他物質等予以分解(類似於圓 M374634Neutral 20 (RE20NEARL) material is formed. Referring to Figures 3 to 5, in some embodiments, the display devices 2 each include a substantially transparent printed image (poster) 1 disposed on one side of the light scattering layer 6, the illumination modules 2 and 2', The light guide 3 is disposed on the other side of the light scattering layer 6 on the side of the edge illumination source 4, and the edge illumination source 4 with the reflector 5 is disposed in an outer frame and a light scattering layer (matrix, It is mounted on the light guide 3. The lighting modules 2 and 2' can be of the so-called "intuitive, type or direct backlight type and have a configuration and function similar to those of the device of Fig. i. Edge lighting type lighting devices are known. Having a light source placed at the edge of the optical waveguide. The light guide 3 is fabricated from a body light transmissive material and is designed to provide proper light efficiency for redirecting light from the light source 4 to the front surface of the device 2 (coupUng The light scattering layer 6 can then be applied to the front surface of the material 3. The total internal reflection system *V*^ 丨耵M surface treatment is like printing ("lacquer spot"), by chemical or laser etching, %34 surface float made by ordering and V-groove The pattern is cracked by the use of a microlens or micro-twist array for the optical manipulation of the film, etc. These processes provide light scattering and, therefore, illumination from the surface. The basic purpose of the light-scattering layer 6 is to emit light from the source 4. The concentrated state is scattered and dissipated and distributed uniformly and uniformly. The light source 4 may include a cold cathode lamp or a fluorescent lamp, an LED, a laser diode, etc. Thus, the light source itself is not observed by the viewer, but only Light is transmitted uniformly from the surface of the display device 2. The light scattering effect can be achieved by using a waveguide made of a material having embedded particles as a plastic used in a commercially available edge illumination light box. The integrity of 6 may be based on the actual light transmission area and/or information of the shape of the lighting module 2, 2 to be assembled, the lighting modules 2 and 2, the image portion or other substances that are illuminated during operation, etc. Further, according to another aspect of the present invention, the integrity of the light guide 3 can also be solved as shown in Fig. 10. The lighting module 2 can be used in the crushing zone 3 of the light guide 3. Within, as illustrated in Figure 1() In some preferred embodiments of FIG. 3 i 5 , an additional D layer 7 (as shown in FIG. 4 ) may be installed to increase image contrast. Below the light transmissive image i can be installed by An additional dispersed diffusion layer (not shown) formed by an opaque or opalescent material. The integrity of the diffusion layer of the towel may be substantially transparent to the shape of the illumination module 2 to be assembled. / or information, when the lighting module 2 and 2, ', the image part or other substances that are taken at the time of decomposition are decomposed (similar to the circle M374634
中所例示的具體實例）。 此外，在光導3的背側上可以裝設附加反射性層或蓋子 (沒有顯示出）。為了能夠安裝照明模組2和2，，此等反射 性層的完整性必須根據要組裝的照明模組2，2，所具形狀之 實質透光區及/或信息’當照明模組2和2,操作之時照到的 影像部份或其他物質等予以破解。 參照圖5,於某些具體實例中，照明模組2矛口 2，（於本 例子中為兩個）各包括-塑谬蓋8 (如使用標準熱成形法所製 者或從擠壓塑膠型材製成者）’其具有長方形或任何其他所欲 形狀，如根據要被照明的透光印刷影像丨所具區域者，且 具有-個開放的側邊。該蓋子可為實f不透光者或為不透光 及/或反射性層所覆蓋。該等照明模組可進一步使用至少一個 帶有恰當電源和控制器的白色及/或彩色L E D 9 (於本實施例 中每照明模組有兩個)。為了提供獨特且弓丨人注目的視覺效Specific examples exemplified in the above). In addition, an additional reflective layer or cover (not shown) may be provided on the back side of the light guide 3. In order to be able to mount the lighting modules 2 and 2, the integrity of such reflective layers must be based on the lighting modules 2, 2 to be assembled, the shape of the substantially transparent area and/or the information 'When the lighting module 2 and 2, the image part or other substances that are taken at the time of operation are cracked. Referring to Figure 5, in some embodiments, the spears 2 of the lighting module 2, (in this example, two) each comprise a plastic cover 8 (if using standard thermoforming or extruding plastic) The profiler) has a rectangular or any other desired shape, such as according to the area of the translucent printed image to be illuminated, and has an open side. The cover may be opaque or covered by an opaque and/or reflective layer. The lighting modules can further use at least one white and/or color L E D 9 (with two in each embodiment for the lighting module) with the appropriate power source and controller. In order to provide a unique and eye-catching visual effect
果’照明模組2和2’中之一或兩者可以實施固定照明、可 I換式閃A/固疋照b月、調光（強弱）照明、可變換式調光（強 弱V固定照明、動作動畫/固定照明、動畫加調光（強弱）照明、 等之中的至少一者。 參照圖6,於某些具體實例中，照明模組2和2,(於本 實施例中有兩個）各包括至少一個白色及/或彩& [ED 9和 一光導10，以實施邊緣照明式照明。 ^圖7 8A和8B，於某些具體實例中，照明模組2 M374634 各包括一塑膠蓋8，該蓋子8具有長方形、圓形、或任何其 他所欲形狀。較佳者，蓋子8可包括連續性邊緣（框邊、凸緣） 或“翼’，（wing) W，用以組裝在光導3的背側 '或印刷品支 樓體的背側、或印刷影像的基材之背侧。塑膠蓋也可以用長 的型材，例如具有類似於圖7、8八和8B中所示者之橫截面 者經由從具有恰當性質，如寬度的型材切割出具有所欲長度 的片段而製成。形成照明模組2的蓋子8可以經由使用黏著 劑，像是膠水、雙面膠帶或單面膠帶等組裝到由例如印刷影 像内容所界定的所欲位置之内。照明模組2可包括開口或透 光窗9’用於插置或組裝LED’s 9。 蓋子8可以用聚碳酸酯pc、丙烯酸系樹脂pMMA、丙婦 腈-丁二烯-苯乙烯ABS、聚酯PETG和其他材料以塑膠成形 法經由熱成形或真空成形程序予以製造。蓋子8較佳地包括 呈白色塗層或白色塑膠或薄膜金屬層如鋁等形式之内部反 射性表面。任何合意的視覺效果可以經由將至少一個具有所 欲操作模式的照明模組2根據印刷影像内容組裝在恰當的位 置内而提供。可以裝設各具不同操作模式（顏色、形狀等）的 多種照明模組2之組合以根據例如印刷影像變換而促成照明 模’《§ 2的簡單且快速之再设疋。根據本創作另一方面，照明 模組2可包括經整合在單一單元内的複數個子_模組如圖 9令所示者。於本實施例中，從單片塑膠形成三種不同的照 明子-模組A、B和C。如圖9中所例示者，子_模組A可包 10 子-模組B可包括 而子-模組C可包 括在組裝後面朝光導3的一條LED，s 9 經插置在位於側壁内的開口内之LED，s， 括在其底側内的開口 9，。 至此請參照圖11，其中示出根據本創作另—方面的展示 裝置50。展示裝置5〇係由類似於圖2至*中所示裝置的邊 緣照明型展示器與經整合到展示裝置5〇的圖形内之[CD展 示器11，例如電腦監視器者，所構成。8 LCD U可提供可 變換的視覺及/或文字資料之展示，可吸引消費者的注意。或 如圖12中所示者’ LED展示器12也可以整合到邊緣 照明展示器6G的圖形之内以期能夠提供附加的文字資料。 必須特別提及者’最佳形式的裝置所具總視覺效果實際 上不能在單—圖示β闡明且不能充分地說明。 β根據本創作的展示裝置可以安裝在室内和戶外之中包括 内場、外場、交易場、銷售點、餐廳、酒吧、咖啡廳、辦公 室、購物中心及展覽裝設。 可以使用能促成容易且迅速的圖形置換之建造物，例如 用於將圖料固地料在定位之磁條，用於制地鎖定蓋子 之招牌面保持系統，保護印刷品/海報以對抗刮痕和塵垢之透 明亞克力前蓋，等。 不同組態的超細 、雙面盒子、未 可以根據本創作諸具體實例製造出各具 (Ultra_SUm)廣告展示器’包括耐風雨的盒子 照明盒子、可鉸接和可鎖起來的盒子等。 熟諳此技藝者可以輕易地理解，對於如 κ 〜入例不的本 1作諸具體實例可以施加多種修飾和改變。上料細說明係 針對本創作之一可行實施例之具體說明，惟該實施例並非用 二限制本創作之專利範圍，凡未脫離賴作技藝精神所為之 等效實施或變更，均應包含於本案之專利範圍中。 綜上所述’本案*但在空間型態上確屬創新，並能較習 用物品增進上述多項功效，應已充分符合新穎性及進步性之 法定新型專利要件，爰依法提出t請，料^核准本件 新型專利申請案，以勵創作，至感德便。 【圖式簡單說明】 為了解本創作及清楚如何使本創作實際付諸實施，至此 要經由僅作為非㈣m實施财，㈣所㈣歧明較佳具 體實例，其中： 圓I為根據本創作-方面的展示器之側視橫截面圖； 圖2為結合邊緣照明展示器和附加的照明模組之裝置的 側視橫截面圖； 圖3為結合邊緣照明展示器和附加的具有帶者破碎區的 擴散層之照明模組之裝置的側視橫截面圖，· 圖4為具有附加的中性密度以心⑺⑽）層的 裝置之側視橫截面圖； 圖5為根據本創作一方面的附加照明模組之側視橫截面 圖； 12 M374634One or both of the 'lighting modules 2 and 2' can be fixedly illuminated, can be replaced by flashing A/solid lighting, month, dimming (strong) lighting, convertible dimming (strong V fixed lighting) At least one of motion animation/fixed illumination, animation plus dimming (strong) illumination, etc. Referring to Figure 6, in some embodiments, the illumination modules 2 and 2, (in this embodiment there are two Each includes at least one white and/or color & [ED 9 and a light guide 10 to implement edge-lit illumination. ^ Figures 7A and 8B, in some embodiments, the illumination module 2 M374634 includes one a plastic cover 8, which has a rectangular shape, a circular shape, or any other desired shape. Preferably, the cover 8 may include a continuous edge (frame edge, flange) or "wing" W for Assembled on the back side of the light guide 3 or the back side of the printed fabric body, or the back side of the substrate on which the image is printed. The plastic cover may also be of a long profile, for example having a similar appearance as shown in Figures 7, 8 and 8B. A cross-section of a person cuts a segment of a desired length by cutting from a profile having an appropriate property, such as a width. The cover 8 forming the lighting module 2 can be assembled into a desired position defined by, for example, printed image content by using an adhesive such as glue, double-sided tape or single-sided tape. The lighting module 2 can include The opening or light transmission window 9' is used to insert or assemble the LED's 9. The cover 8 can be made of polycarbonate pc, acrylic resin pMMA, acrylonitrile-butadiene-styrene ABS, polyester PETG and other materials. The forming process is carried out via a thermoforming or vacuum forming process. The lid 8 preferably comprises an internally reflective surface in the form of a white coating or a white plastic or film metal layer such as aluminum. Any desired visual effect can be achieved via at least one The illumination module 2 of the desired operation mode is provided according to the content of the printed image assembled in an appropriate position. A combination of a plurality of illumination modules 2 having different operation modes (color, shape, etc.) can be installed to convert according to, for example, a print image. And to facilitate the simple and quick re-setting of the lighting module '§ 2. According to the present creation, the lighting module 2 may comprise a plurality of integrated in a single unit. The sub-module is shown in Figure 9. In this embodiment, three different illumination sub-modules A, B, and C are formed from a single piece of plastic. As illustrated in Figure 9, sub-module A The package may be included in the sub-module B. The sub-module C may include an LED that is disposed behind the assembly toward the light guide 3, and the s 9 is inserted into the opening in the opening in the side wall, s, at the bottom The opening 9 in the side, so far, referring to Fig. 11, there is shown a display device 50 according to another aspect of the present invention. The display device 5 is an edge-illuminated display similar to the device shown in Figures 2 to * It is composed of [CD display 11, such as a computer monitor, integrated into the graphics of the display device. 8 LCD U can provide display of convertible visual and/or text data to attract the attention of consumers. Or as shown in Figure 12, the LED display 12 can also be integrated into the graphics of the edge illumination display 6G to provide additional textual material. It must be specifically mentioned that the total visual effect of the device of the best form cannot actually be elucidated in the single-illustration β and cannot be adequately explained. According to the creation of the display device, it can be installed indoors and outdoors, including infields, outfields, trading venues, point of sale, restaurants, bars, cafes, offices, shopping centers and exhibition installations. Buildings that facilitate easy and rapid graphic replacement, such as magnetic strips for positioning the material in place, a sign surface retention system for locking the lid, and protecting prints/posters against scratches and Transparent acrylic front cover for dirt, etc. Ultra-fine, double-sided boxes of different configurations can not be manufactured according to the specific examples of the present invention (Ultra_SUm) advertising displayer' including weatherproof box lighting boxes, hingeable and lockable boxes, and the like. It will be readily understood by those skilled in the art that various modifications and changes can be made to the specific examples of the present invention as exemplified. The detailed description of the applicable embodiments of the present invention is not intended to limit the scope of the patents of the present invention, and equivalent implementations or changes that are not departing from the spirit of the art should be included in The patent scope of this case. In summary, the 'this case* is indeed innovative in terms of space type, and can improve the above-mentioned multiple functions compared with the conventional items. It should fully comply with the statutory new patent requirements of novelty and progressiveness, and ask for it according to law. Approving this new type of patent application, in order to encourage creation, to the sense of virtue. [Simple description of the schema] In order to understand the creation and how to make the creation of the creation actually implemented, it is necessary to implement the accounting only as a non-fourth (m), and (4) a better specific example, in which: the circle I is based on the creation - Figure 2 is a side cross-sectional view of a device incorporating an edge illumination display and an additional illumination module; Figure 3 is a combined edge illumination display and additional tape break zone Side cross-sectional view of a device for a lighting module of a diffusion layer, FIG. 4 is a side cross-sectional view of a device having an additional neutral density in a core (7) (10)) layer; FIG. 5 is an additional aspect in accordance with an aspect of the present invention Side cross-sectional view of the lighting module; 12 M374634
圖6為根據本創作另 面圖； 一方面的附加照明模 組之側視橫截 圖7、8 A、8B和9為根據本創 組之等角視圖； 某二方面的附加照明模 圖10為結合邊緣照明展示器和附加的具有 的光導層之附加昭明模纟 奘 區 …月模組之裝置的侧視橫截面圖 角視圖； π 4Figure 6 is a side view of the additional lighting module according to the present invention; the side view of the additional lighting module, 7A, 8B, and 9 are isometric views according to the present invention; An angled view of a side cross-sectional view of a device incorporating an edge illumination display and an additional display module with a monthly light module; π 4
圖11為結合邊緣照明展示器和整合在其内的附加液晶 顯示（LCD)模組之裝置的側視橫截面圖和俯視圖；且 曰曰 圖12為結合邊緣照明展示器和整合在其内附發光二極 體（LED)展示模組之裝置的側視橫戴面圖和俯視圖。 玉 【主要元件符號說明】 1 印刷影像 2, 2’ 照明模組 3 光導 3， 破碎區域 4 邊緣照明光源 5 反射器 6 光散射層 8 塑膠蓋 9 LED 9， 開口或透光窗 13 M374634 10, 20, 50 展示裝置 11 LCD展示器 12 LED展示器 60 邊緣照明展示器 A, B , C 子-模組 14Figure 11 is a side cross-sectional and top plan view of an apparatus incorporating an edge illumination display and an additional liquid crystal display (LCD) module integrated therein; and Figure 12 is a combined edge illumination display and integrated therein A side view and a top view of a device for a light emitting diode (LED) display module. Jade [main component symbol description] 1 printed image 2, 2' lighting module 3 light guide 3, broken area 4 edge illumination source 5 reflector 6 light scattering layer 8 plastic cover 9 LED 9, opening or light transmission window 13 M374634 10, 20, 50 display device 11 LCD display 12 LED display 60 edge lighting display A, B, C sub-module 14