五、新型說明： 【新型所屬之技術領域】 本創作係關於一種銘版方面的技術領域，尤指一種具有較 佳顯著性而可達到良好廣告及識別效果之發光銘版者。 【先前技術】 「銘版」早期主要係貼附於產品的表面作為標示產品規 格、產地、出廠曰期……等用途，因此其通常具有產品名稱、 型號、商標、製作者...··.等圖形或文字圖案。由於銘版通常係 δ又置在產品的顯眼處’所以近年來其更是具有表彰、識別產品 等之廣告效果。因此，銘版的美觀及質感便逐漸受到重視。而 早期金屬材成_版不但製作成本高、硬度高成型不易， 而且其林賴於縣n材及電細品等產品上，_前常見 之塑膠射出纏的銘版’職法表金屬之質感，尤其無法 表現出金屬板表面之絲狀條紋。而且，目前不論是金屬材質或 塑膠材質製成之習知舰，财僅在顏色或微上去作變化來 吸引人的目光，而顏色或雜上的變化對於目前的人們來講並 不會有太大的吸引力，因此該習知銘版的廣告及識別效果係不 佳，尤其是在光線昏暗的場所或夜晚時其更是不容易引起人們 的注意。 有鐾於此，本創作人乃係針對上述之問題，而深入構思， 且積極研究改良試做而開發設計出本創作。 M429955 【新型内容】 本創作之主要目的在於提供一種具有較佳顯著性而可達 到良好廣告及識別效果之發光銘版者。 具體而言’本創作所述之發光銘版包括一面板、一底板 及一光源。其中，該面板包含一透光層及一遮光層，該透光 層為透光材質，該遮光層形成於該透光層上，且具有至少一 透光圖案’該遮光層可形成於該透光層的底面或頂面。該透 光圖案係由可供光線通過之至少一透光區塊及可防止光線通 過之至少一遮光區塊所構成。該面板係具有朝底面呈開口狀 之谷至。該底板結合在該面板的底面以封蓋住該容室。該 光源設在該底板的頂面且位在該容室中，可供發出光線並使 該光線經由該面板的透光區塊透射出去。 如此，該容室内的光源便可藉由該透光區塊的透光效果 及該遮光區塊的遮光效果而使光線投射到該面板外時呈現出 發光之一透光圖案。藉此，便可利用該發光效果來凸顯出該 面板上的透光圖案，以使其因此具有較佳顯著性，進而可達 到吸引人們目光之良好廣告及識別效果。尤其是，在光線昏 暗的場所或夜晚時其發光之廣告及識別效果更為顯著，而且 其之發光效果亦具有警示或照明之作用。 在本創作中，該面板之容室係可利用一體壓製成型之方 式製成。該面板亦可包含-間隔層，該間隔層為可撓性材質 4 且結合在該較層的絲，該容室位在該間隔層上。 在本創作中’該光源可以是具撓性之-電路板上設有至 少一⑽者，或是可以是具撓性之—導光板的—側面上具有 至少- LED者’或是可以是具驗之—冷光板。 在本創作中，本創作所述之發光銘版更可包括一黏貼 層。其中’絲板及該底板係為可驗财，麵貼層係結 合在該底板的底面且具黏性可供貼附於其它物品上。如此， 便使其可供貼’物品之曲面狀的表面上，明加其使用上 之便利性。 在本創作中，該透光層係可包含一基層及一透明保護 膜。該基層的頂面具有細微狀凹凸紋，該翻保護膜係結合 在該基層的頂面。該遮光層之遮光區塊係為具有金屬光澤之 金屬油墨所形成。如此，藉由該細微狀之凹凸紋及該金屬光 澤之金屬油墨所形成之遮光區塊的配合，係可使該面板形成 類似金屬特有之光澤及絲紋狀表面，以提高該發光銘版之質 感。 【實施方式】 請參閱第一、二圖所示，係為本創作所述之發光銘版的 第一實施例’其中係指出該發光銘版包括一面板1、一底板2、 一光源3及一黏貼層4。其中： 該面板1包含一透光層10及一遮光層11。該透光層1〇 為透光材質，其可為PET、PVC或PC等可撓性之塑膠材質， 而且可為透明狀或可具有顏色。該遮光層11係以電鍍、印刷、V. New description: [New technical field] This creation is about a technical field of inscriptions, especially a kind of luminous nameplate that has better significance and can achieve good advertising and recognition effects. [Prior Art] The early stage of "Ming Edition" was mainly attached to the surface of the product as the product specification, origin, and factory expiration date. Therefore, it usually has the product name, model, trademark, and producer... .etc. Graphic or text pattern. Since the nameplate is usually placed in the conspicuous position of the product, it has been used in recent years to recognize and identify products. Therefore, the aesthetics and texture of the Ming version are gradually taken seriously. The early metal material into the _ version is not only high production cost, high hardness and difficult to form, and its forest is based on the county's n materials and electric products and other products, _ the former common plastic injection wrapped in the name of the 'professional table metal texture In particular, it is impossible to express the filamentous stripes on the surface of the metal sheet. Moreover, at present, whether it is a traditional ship made of metal or plastic material, the wealth only changes in color or micro to attract people's attention, and the color or miscellaneous changes are not too much for the current people. The big attraction, so the advertising and recognition effect of the conventional Ming edition is not good, especially in the dimly lit places or at night, it is not easy to attract people's attention. In view of this, the creator is developing and designing the creation based on the above-mentioned problems and in-depth conceiving, and actively researching and improving the trial. M429955 [New Content] The main purpose of this creation is to provide a luminous nameplate with better salience and good advertising and recognition. Specifically, the illuminated name plate described in the present application includes a panel, a bottom plate, and a light source. The light-shielding layer is formed on the light-transmitting layer and has at least one light-transmissive pattern. The light-shielding layer can be formed on the light-transmissive layer. The bottom or top surface of the light layer. The light transmissive pattern is formed by at least one light transmissive block through which light can pass and at least one light blocking block through which light can be prevented. The panel has a valley-like opening toward the bottom surface. The bottom plate is coupled to the bottom surface of the panel to cover the chamber. The light source is disposed on a top surface of the bottom plate and is located in the chamber for emitting light and transmitting the light through the light transmissive block of the panel. In this way, the light source in the chamber can exhibit a light-transmitting pattern of light when the light is projected outside the panel by the light-transmitting effect of the light-transmissive block and the light-shielding effect of the light-shielding block. Thereby, the light-emitting effect can be utilized to highlight the light-transmissive pattern on the panel, so that it has better saliency, thereby achieving good advertising and recognition effects that attract people's attention. In particular, the advertising and recognition effects of the illuminating light are more pronounced in dimly lit places or at night, and the illuminating effect also has a warning or illumination effect. In this creation, the chamber of the panel can be made by integral press molding. The panel may also include a spacer layer that is a flexible material 4 and bonded to the layer of filaments, the chamber being located on the spacer layer. In the present application, the light source may be flexible - at least one (10) on the circuit board, or may be flexible - the light guide plate - having at least - LED on the side - or may be Test it - cold light board. In the present creation, the luminous name plate described in the present creation may further include an adhesive layer. Wherein the silk plate and the bottom plate are for inspection, and the surface layer is bonded to the bottom surface of the bottom plate and is viscous for attachment to other articles. In this way, it is made available on the curved surface of the article, which is convenient for use. In the present creation, the light transmissive layer may comprise a base layer and a transparent protective film. The top surface of the base layer has fine irregularities, and the flip film is bonded to the top surface of the base layer. The light-shielding block of the light-shielding layer is formed of a metallic ink having a metallic luster. Thus, by the cooperation of the fine-grained embossed pattern and the light-shielding block formed by the metallic luster metal ink, the panel can be formed into a metal-like luster and silk-like surface to enhance the luminous nameplate. Texture. [Embodiment] Referring to the first embodiment and the second figure, which is the first embodiment of the luminous name plate of the present invention, it is pointed out that the luminous name plate includes a panel 1, a bottom plate 2, a light source 3 and An adhesive layer 4. The panel 1 includes a light transmissive layer 10 and a light shielding layer 11. The light transmissive layer 1 is a light transmissive material, which may be a flexible plastic material such as PET, PVC or PC, and may be transparent or have a color. The light shielding layer 11 is plated, printed,
喷漆或塗佈的方式形成在該透光層10的底面，其係具有至少 一透光圖案。該透光圖案係由至少一透光區塊12及至少一遮 光區塊13所構成之圖形或文字。該透光區塊12可供光線通 過’其可為鏤空狀或具有顏色。該遮光區塊13可防止光線通 過。該面板1係一體壓製成型出朝底面呈開口狀之一容室 14、凸出表面之至少一凸出區塊丨5及位在周邊且呈環狀之一 凸片16’其中之凸出區塊π係可使該透光圖案具有較佳的立 體效果。在本創作中，該遮光層U亦可形成在該透光層1〇 的頂面，此不再另加以贅述。 該底板2係頂面的周邊與該面板1之凸片π的底面相結 合以供封蓋住該容室14，其可為pet、PVC或PC等可撓性之 塑膠材質。 該光源3包含一電路板30及複數LED 31。該電路板30 具撓性且底面結合在該底板2的頂面且位在該容室14之中。 該LED 31電性連結在該電路板3〇的頂面，可使其發出的光 線經由該面板1的透光區塊12透射出去。在本創作中，該 31係可依需要設置為可發出單種顏色的燈光或是可發出數種 顏色的燈光。該光源3可直接包含複數設在該容室14中之水 銀電池作為其之電源，亦可_導線延伸出該底板2外部去 連接外部之電源’此乃習知常見之結構，故不再另加以費述。 另外，在本創作中該底板2亦可由該電路板3〇取代之。 該黏貼層4結合在該底板2的底面且具黏性可供貼附於 其它物品上，其可為黏膠、雙面膠等具黏性之物質。在本創 作中，該黏貼層4的底面亦可黏附可供輕易撕離之一離型紙 (圖中未不），用以保護該黏貼層4之底面，如此只要撕離該 離型紙即可將其黏貼在其它物品上。 請參閱第-、三圖所示，係指出本創作之發光銘版之第 一實施例的形成步驟為： a、 製作面板：於平板狀之—透光層1()的底面以電鑛、 印刷、喷漆或塗佈的方式形成具有至少—透光圖案之遮光層 11。該透光層ίο為具透光性及可撓性之PE：T、pvc或pc等塑 膠材質，而且其可為透明狀或可具有腕。該透細案係由 至少-透錢塊12及至少-遮光區塊13所構成之圖形或文 字’其中該透光區塊12可為該透細案之主要部份，（如第 四圖所π)，亦可為該透細案之非主要部份（如第五圖所 示）。 b、 賴成型：利用―延伸機將該面板卜體難成形， 使該面板1形成朝底面呈開口狀之-容室14、凸出表面之至 少一凸出區塊15及位在周邊之環狀之一凸片16。 c、 設置光源’·將—光源3結合在—底板2的頂面，該底 板2為可撓性之PET、PVC或PC等塑膠材質β d、 結合：將該面板丨之凸片16的底面與該底板2之頂 面的周邊熱融結合或用雙面膠黏合在一起，使該光源3被包 覆在該容室14之中。 e、設置黏貼層：於該底板2的底面結合一黏貼層4，該 黏貼層4可為黏膠、雙面膠......等。 由於本創作之光源3之光線可由該透光區塊12投射到該 面板1外及可被該遮光區塊13遮擋在該容室14之中，因此 藉由該透光區塊12的透光效果及該遮光區塊a的遮光效 果’係可使該面板1上呈現出發光之一透光圖案。如此，便 可藉由該發光效果來凸顯出該面板1上的圖案，以使其因此 具有較佳顯著性，進而可達到吸引人們目光之良好廣告及識 別效果。尤其是，在光線昏暗的場所或夜晚時其發光之廣告 及識別效果更為顯著，而且其之發光效果亦可具有警示或照 明之作用。另外，本創作之發光銘版係具有可撓性，因此其 係可便於貼附在物品之曲面狀的表面上，以増加使用上之便 利性。 請參閱第六圖所示’係指出該透光層10可包含一基層 及一透明保護膜18,該基層17的頂面係以化學方式（蝕刻） 或者物理方式（以具有細微齒部之板體刮過）形成一絲絲的直 線凹。卩以形成複數細微狀之凹凸紋。該透明保護膜Μ 係結合在該基層17的頂面。該遮光層u之遮光區塊13係為 八有金屬光澤之金屬油墨所形成。如此，藉由該細微狀之凹 凸紋170及該金屬光澤之金屬油墨所形成之遮光區塊丨3的配 合’係可使該面板1形成類似金屬特有之光澤及絲紋狀表面， 以提高該發光銘版之質感。 請參閱第七圖所示，本創作所述之發光銘版亦可不設置 第二圖上所示之黏貼層4，而是直接於該面板1之凸片16及 該底板2上設置複數相對應之穿孔' 2〇，該穿孔wo、2〇 係供一結合件5 (如螺栓、螺絲、固定釘、拉釘、鉚釘......等） 穿過以將其固定在一物品上。 請參閱第八圖所示，係為本創作之第二實施例，其之結 構與第一實施例大致相同，差別在於該第二實施例之面板j 更包含有一間隔層19。該間隔層19為可撓性材質且結合在該 遮光層11的底面，且該容室14位在該間隔層19上。該面板 1整體呈平板狀’其之遮光層11形成於透光層1〇的底面後係 利用壓製成型之方式一體成型出該凸出區塊。 請參閱第九圖所示，係為本創作之第三實施例，其之結 構與第一實施例大致相同，差別在於該第三實施例之光源把 包含-導光板3Ga及至少- LED 31a。其中，該導光板3〇a 具撓性且底面結合在該底板2的頂面且位在該容室14之中。 該導光板3Ga可為透明狀或具有顏色，且其可使投射入其内 部的光線均勻的由頂面散發出來1 31a係設於該容室 14之中可供將燈光由該導光板3Qa —側面投射入該導光板 30a之中’其中該LED 31a可設在該導光板3〇a之任一側面。 請參閲第十圖所示’係為本創作之第四實施例，其之結 構與第-實施例大致相同，差別在於該第四實施例之光源3b 可為-冷光板，該冷光祕具撓性且可綱面發出冷光。 綜上所述’由於本創作具有上述優點及實用價值，而且 在同類產0。中均未見有類似之產品發表，故已符合新型專利 之申請要件，乃爰依法提出申請。 【圖式簡單說明】 第一圖為本創作第一實施例的立體分解示意圖。 第二圖為本創作第一實施例的組合剖面示意圖。 第二圖為本創作第一實施例的製作流程示意圖。 第四圖為本創作之遮光層的第一種態樣。 第五圖為本創作之遮光層的第二種態樣。 第六圖為本創作之面板的另一種態樣的局部剖面放大示意圖。 第七圖為本創作之另一種結合態樣。 第八圖為本創作的第二實施例。 第九圖為本創作的第三實施例。 第十圖為本創作的第四實施例 透光層10 透光區塊12 容室14 【主要元件符號說明】 面板1 遮光層11 遮光區塊13 M429955A paint or coating is formed on the bottom surface of the light transmissive layer 10, which has at least one light transmissive pattern. The light transmissive pattern is a pattern or text composed of at least one light transmissive block 12 and at least one light blocking block 13. The light transmissive block 12 is permeable to light passages' which may be hollow or have a color. The shading block 13 prevents light from passing therethrough. The panel 1 is integrally press-molded with at least one convex block 丨5 which is open to the bottom surface, and at least one protruding block 丨5 which is located at the periphery and which is annular and has a convex portion 16' The block π system allows the light transmissive pattern to have a better stereoscopic effect. In the present invention, the light shielding layer U may also be formed on the top surface of the light transmissive layer 1〇, which will not be further described. The periphery of the top surface of the bottom plate 2 is combined with the bottom surface of the tab π of the panel 1 for covering the chamber 14, which may be a flexible plastic material such as pet, PVC or PC. The light source 3 includes a circuit board 30 and a plurality of LEDs 31. The circuit board 30 is flexible and has a bottom surface bonded to the top surface of the bottom plate 2 and positioned in the chamber 14. The LED 31 is electrically connected to the top surface of the circuit board 3, so that the light emitted therefrom can be transmitted through the light-transmitting block 12 of the panel 1. In this creation, the 31 Series can be set to emit a single color of light or to emit several colors of light. The light source 3 can directly include a plurality of mercury batteries disposed in the chamber 14 as a power source thereof, or a wire extending from the outside of the bottom plate 2 to connect an external power source. This is a conventional structure, so no longer another Explain it. In addition, in the present creation, the bottom plate 2 can also be replaced by the circuit board 3. The adhesive layer 4 is bonded to the bottom surface of the bottom plate 2 and is viscous for attaching to other articles, and may be a sticky material such as adhesive or double-sided tape. In the present invention, the bottom surface of the adhesive layer 4 can also be adhered to easily peel off one of the release papers (not shown) to protect the bottom surface of the adhesive layer 4, so that the release paper can be peeled off. It sticks to other items. Referring to the first and third figures, it is pointed out that the forming steps of the first embodiment of the luminous name of the present creation are as follows: a. Making a panel: on the bottom surface of the flat-light transmissive layer 1 (with electric ore, The light-shielding layer 11 having at least a light-transmitting pattern is formed by printing, painting or coating. The light transmissive layer ίο is a translucent and flexible PE: T, pvc or pc plastic material, and it may be transparent or may have a wrist. The transmissive file is a pattern or text composed of at least a translucent block 12 and at least a shading block 13 wherein the light transmissive block 12 can be a major part of the transmissive case (as shown in the fourth figure) π) can also be a non-main part of the transmissibility case (as shown in the fifth figure). b. Lay molding: the panel body is difficult to be formed by using an extension machine, so that the panel 1 is formed into an opening-shaped opening to the bottom surface, at least one protruding block 15 of the convex surface, and a ring located at the periphery. One of the tabs 16 is shaped. c. Setting the light source '· combining the light source 3 on the top surface of the bottom plate 2, the bottom plate 2 being a flexible plastic material such as PET, PVC or PC, and the combination: the bottom surface of the panel 16 of the panel The light source 3 is wrapped in the chamber 14 by heat fusion with the periphery of the top surface of the bottom plate 2 or by double-sided tape bonding. e. Providing an adhesive layer: an adhesive layer 4 is bonded to the bottom surface of the bottom plate 2, and the adhesive layer 4 can be an adhesive, a double-sided adhesive, or the like. Since the light of the light source 3 of the present invention can be projected from the light-transmissive block 12 to the outside of the panel 1 and can be blocked by the light-shielding block 13 in the chamber 14, the light-transmitting block 12 is transparent. The effect and the light-shielding effect of the light-shielding block a can cause the panel 1 to exhibit a light-transmitting pattern of light emission. In this way, the pattern on the panel 1 can be highlighted by the illuminating effect, so that it has better salience, thereby achieving good advertising and recognition effects that attract people's attention. In particular, the advertising and recognition effect of the illuminating light is more remarkable in a dimly lit place or at night, and the illuminating effect thereof can also have a warning or illumination effect. In addition, the luminous nameplate of the present invention is flexible, so that it can be easily attached to the curved surface of the article for ease of use. Referring to FIG. 6 , the light transmissive layer 10 may include a base layer and a transparent protective film 18 . The top surface of the base layer 17 is chemically (etched) or physically (for a plate having fine teeth). The body is scraped to form a straight rectilinearity.卩 to form a plurality of fine embossed lines. The transparent protective film is bonded to the top surface of the base layer 17. The light-shielding block 13 of the light-shielding layer u is formed of a metallic ink having eight metallic luster. Thus, by the cooperation of the fine-grained embossing 170 and the opaque block 丨3 formed by the metallic metallic ink, the panel 1 can be formed into a metal-like luster and a silk-like surface to improve the The texture of the illuminated version. Referring to the seventh figure, the luminous name plate of the present invention may not be provided with the adhesive layer 4 shown in the second figure, but directly corresponding to the convex piece 16 of the panel 1 and the bottom plate 2. The perforation '2', the perforation wo, 2 is for a coupling member 5 (such as bolts, screws, fixing nails, rivets, rivets, etc.) to pass through to fix it on an article. Referring to the eighth embodiment, it is a second embodiment of the present invention, the structure of which is substantially the same as that of the first embodiment, except that the panel j of the second embodiment further includes a spacer layer 19. The spacer layer 19 is made of a flexible material and is bonded to the bottom surface of the light shielding layer 11, and the chamber 14 is positioned on the spacer layer 19. The panel 1 has a flat plate shape as a whole. The light shielding layer 11 is formed on the bottom surface of the light transmissive layer 1 and is integrally formed by press molding. Referring to the ninth embodiment, the third embodiment of the present invention is substantially the same as the first embodiment, except that the light source of the third embodiment includes a light guide plate 3Ga and at least an LED 31a. The light guide plate 3A is flexible and the bottom surface is coupled to the top surface of the bottom plate 2 and is located in the chamber 14. The light guide plate 3Ga may be transparent or have a color, and the light projected into the interior thereof may be uniformly emitted from the top surface. The 31a is disposed in the chamber 14 to receive the light from the light guide plate 3Qa. The side surface is projected into the light guide plate 30a. The LED 31a may be disposed on either side of the light guide plate 3A. Please refer to the fourth embodiment of the present invention, which is substantially the same as the first embodiment. The difference is that the light source 3b of the fourth embodiment can be a cold light panel. Flexible and can be cold-finished. In summary, the present invention has the above advantages and practical value, and is similar in production. No similar product has been published in the middle, so it has met the application requirements of the new patent, and it is submitted in accordance with the law. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a perspective exploded view of the first embodiment of the creation. The second figure is a schematic cross-sectional view of the first embodiment of the creation. The second figure is a schematic diagram of the production process of the first embodiment of the creation. The fourth picture is the first aspect of the shading layer of the creation. The fifth picture is the second aspect of the blackout layer of the creation. The sixth figure is a partial cross-sectional enlarged view of another aspect of the panel of the creation. The seventh picture is another combination of the creations. The eighth figure is the second embodiment of the creation. The ninth diagram is the third embodiment of the creation. The tenth embodiment is the fourth embodiment of the present invention. The light transmissive layer 10 the light transmissive block 12 the chamber 14 [the main component symbol description] the panel 1 the light shielding layer 11 the light shielding block 13 M429955
凸出區塊15 凸片16 穿孔160 基層17 凹凸紋170 透明保護膜18 間隔層19 底板2 穿孔20 光源3 電路板30 LED 31 黏貼層4 結合件5 光源3a 導光板30a LED 31a 光源3bProjection block 15 Tab 16 Perforation 160 Base layer 17 Concave line 170 Transparent protective film 18 Spacer layer 19 Base plate 2 Perforation 20 Light source 3 Circuit board 30 LED 31 Adhesive layer 4 Bonding member 5 Light source 3a Light guide plate 30a LED 31a Light source 3b