1275499 九、發明說明： 【發明所屬之技術領域】 本發明係有關一種具隱性多色光全 製造方法，尤彳卜槪特絲材上，物及其 以提供優良之防偽功能之印刷製品者。^ “圖案， 【先别技術】 雖然，現行-般螢光材料的應用極為廣泛，尤入 =方:形成以隱性圖案，具有其特殊的防偽性，；界各:： ^、有價證券、證明文件等，都有縣材料的個。但所有 習知對螢光材料的朗及製作，朗製作技術的舰，或^ 光材料的雜及表現顧的忽略，未能深人研究，始終只有= T圖案的應用，例如，目前已知的各種利用螢光材料做為防偽 功能之有價註卷，均為單一顏色的應用，或者是以局部的 條紋設置其中，此皆為單色的表現。是知，至今對於營光材料 使用於防偽產品之技術，仍處於尚未開發之階段，而僅於最單 純的基本應用。另外，倘若以習知c、M、γ、κ四色印刷之方 式來印製(如圖-），由於此乃藉由色墨⑽相混或疊覆於白色 紙張(12)上，以形成減色現象，得到彩色圖案，主要提供在— 般自然光(13)源照射下，以肉眼觀看其反射光⑽之結果，此 對於彩色螢細案之實施，必將造成色彩錯亂，而無法表達原 圖之正常色彩者。是知，習知各種防偽技術及成品 ，或為圖案 單^，或為雖具有複合性，其複製的困難度亦較低，防爲能力 自是有限。對安全印件而言更是缺乏獨特性，難與一般商品所 使用的螢光設置做有效的區隔，以致在產品的安全保護上仍顯 不足。 、 5 1275499 【發明内容】 專章2人本於料以安全特轉輯#絲墨特性的 ^業經驗，研究創作出高層次表現的「隱性多色特^的 ’利用在正常光為無色之R、G、B 榮光：」 =:r法辨視之彩色圖樣，而當以紫外光= :出由螢光組成之原設計彩色_’雜具有以狂法表 螢光_效果，亦大大提高了 _上_美效果，對夫 *有價證券、讀轉全特的防倾 請先參關二聯，本發縣钱提供—種具=、翼光 =醜r财其觀綠，射之_，彳物為有^ 之圖V正二件::其=然光的投射下，並未顯現出所隱藏 ^ 圖一所不’在未印製有價言正卷之基本圖案時，口有 si空=而當以絲照射時，可顯現衫色全彩之螢 =造其有防偽性及辨視性’可提昇印刷性之安全防護； 【實施方式】 可提供一隱性多色全彩圖案之印刷物， 勞光材質的簡易印製。請參酬三所示，本發 Z之彩色圖稿先輸入電腦軟體中，為了符合觀看環境^ 光源下所激發岭_光_於分色前先贿黑色或暗 =製=色’亦即使_之非影像區轉呈黑色，織再將主圖 案，依光的三原色分離成R、G、B三色版，並可 ，置另-修正色版W，形成四個色版的灰階播案，而後= 四色版檔輯為負像’使影像濃度對調，再進行儀程序，製 1275499 ^ 成西版半色調網陽片圖稽5設定為R、G、B模式5最後對各 圖層以加色方式相以混合，調整顏色、濃度，即可以彩色列表 機列印5進行電腦模擬，傲最終檢視確認5製造完成西版網陽 片圖檔輸出，並製作底片，藉其製成印版，以提供印製隱性螢 光油墨於基材（22)，而製得成品者。為更詳細說明本發明之製 程，茲詳述其步驟如下： 步驟1 :將所需之彩色圖稿資料5以掃描方式或圖檔傳輸方式 轉入電腦影像軟體，在軟體中進行修飾、調整完成最 後所需之圖稿。 步驟2:模擬UV光源下之觀看環境使非影像區轉呈黑（暗)底， 以對應在無光線之下紙張呈現之貌。 步驟3:將已設計完成之彩色圖稿，依光的三原色分離成r、g、 B二色版，益視圖稿條件狀況，加置修正色版丨y，如此 一來就可得到R、G、B、f四個色版的灰階檔案。 步驟4 :將R、G、13、W西個色版檔案轉為負像5目的在使影 像的階5周》辰度對調，以符合加色法的正確作業。 步驟5 :將®版灰色檔案進行過網5視製作的需要選擇現有一 般網屏或自定圖樣製為特殊網屏，製作成四版半色調 網陽片圖樣。 步驟6 :開啟新檔，並設定檔案模式為R、g、b模式。 步驟7 :將已獲得之西色版圖層貼入新檔分置於各圖層中。 步驟8:開始對各圖層設色(R、G、B及W特別色），並設定各 圖層之混色屬彳生“變亮” 5使各圖層顏色以加色方式 相互混合。 步驟9:檢視呈現在螢幕上各色層混合後的顏色、濃度等效果$ 1275499 如有色至或影像階調不足問題5可返回步驟2修正後 依上序步驟重新進行製作。 步踢10 :將螢幕上最後呈現的圖檔色樣，以彩色列表機列印5 以進行電腦模擬色樣。 γ — ii ·電牆模擬打樣完成後檢視圖稿效果。 步驟12 :電腦模擬色樣，經列印確立後將步驟5所製作完成 之®版網陽片圖播輸出。 步驟13 :透過高解析底片輸出機輸出r、g、b、w四版製成底 片。 步驟14 :以四版輸出底片製成印版。 步驟15 :上機打樣，完成。 依上述之步驟完成打樣之後，即可在基材（22)上使用正 常光源下為無色之R、G、B、W θ種不同螢光油墨（21) 5依序 印製疊覆於上，故依本製造方法所印製完成之印刷物，在正常 元私τ、下為無色’即如圖二所不。 當以紫外線(23)照射下，如圖四，各螢光油墨（21)受到激 發而發出原有之色光(24);在暗色環境下；藉甴各激發色光(以、 之重疊越加越亮，即可形成全階調全彩之螢光圖案/而還 稿圖案之完整色彩及圖像；乃具溝極佳之防偽辨識之功效者 綜而言之，本發明之目的，乃在改良習知印刷物防偽:之 不足，利關狀製程，以隱性乡色光全彩圖絲触應兩京 品之安全防護，在自然光時為無色，而在紫外線照射下，方^ 生激發光以原色光之結合，形絲色@案5實為目前螢光材卜 應用技術及功效之-大突破，顯可為安全印件之防偽功 提昇者。是以5本發明應已符合專利之核准要件5羡依法曰^ 1275499 申請。 【圖式簡單說明】 Γ53 為彐习厶一—立匕n CM A办L、、ϊ，C： ώ丄、> _r^立ra 固一句白：匕邓Ί曰^^ 70/人牙J万夕匕圃示、尽、固 圖二為本發明於自然光下之外觀圖 成！ 一认丄之幺〇α砝丨1、汰一ί-_、丄。:〇 rd 圖四為本發明激發光形成彩色圖樣之示意圖 ¥ rr. /j〇- ρα Ί L主文7UTT何派^兀a/1 J| (11)色墨 （12)白色紙張 （13)自然光 (14)yx.^t 7Ό (21)¾ tjl ^ 7t φ (22)莅 pUI# f (23)紫外線 （24)激發光BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for fully manufacturing a recessive multi-color light, a fabric, and a printed article for providing an excellent anti-counterfeiting function. ^ "Pattern, [First Technology] Although the application of the current general-purpose fluorescent materials is extremely extensive, especially into the square: the formation of the recessive pattern, with its special anti-counterfeiting, the boundaries:: ^, securities, There are county materials in the documents, etc. However, all the conventional methods for the production of fluorescent materials, the production of ships of Lang, or the misunderstanding of the performance of the materials, have not been deeply studied, and only = T-pattern application, for example, various currently known price-volumes using fluorescent materials as anti-counterfeiting functions are single color applications, or are set in partial stripes, which are all monochrome representations. It is known that the technology used for anti-counterfeiting products for camping materials is still in the untapped stage, but only in the simplest basic application. In addition, if the c, M, γ, κ four-color printing method is used Printing (pictured-), because this is mixed by color ink (10) or overlaid on white paper (12) to form a color reduction phenomenon, resulting in a color pattern, mainly provided under the illumination of natural light (13) , seeing its reflected light with the naked eye (10) As a result, the implementation of the color flicker will inevitably lead to color confusion, and can not express the normal color of the original image. It is known, various anti-counterfeiting technologies and finished products, or a single pattern, or a composite Sexuality, the difficulty of copying is also low, and the ability to prevent it is limited. For security printing, it is lack of uniqueness, and it is difficult to effectively separate the fluorescent settings used in general merchandise, so that in the product Safety protection is still insufficient. 5 1275499 [Invention] The special chapter 2 people are studying the creation of a high-level performance of "hidden multi-color" 'Using R, G, B glory in normal light is colorless:" =:r method to identify the color pattern, and when using ultraviolet light =: out of the original design color composed of fluorescent _' miscellaneous Fluorescent _ effect, also greatly improved the _ on the _ beauty effect, the husband * securities, read the full anti-pour, please participate in the second link, the county issued money - the species =, wing light = ugly r The financial view of the green, the shooting of the _, the object is the picture of the ^ V is two pieces:: its = under the projection of the light, It does not show the hidden ^ Figure 1 is not 'when the basic pattern of the price is not printed, the mouth has si empty = and when illuminated with silk, can show the full color of the shirt color = make it have anti-counterfeiting And the visibility can improve the security of printing; [Embodiment] It can provide a hidden multi-color full-color pattern printing, simple printing of the light material. Please see the rewards three, the color artwork of this hair Z is first input into the computer software, in order to meet the viewing environment ^ The ridge under the light source _ light _ before the color separation first bribe black or dark = system = color 'even if _ The non-image area is turned black, and the main pattern is separated into three R-colors of R, G, and B, and the other-corrected color version W is formed to form a gray-scale broadcast of four color versions, and then = Four-color version of the file is a negative image 'The image density is adjusted, and then the program is programmed. The system is 1275499 ^ The half-tone screen of the Western version is set to R, G, B mode 5 Finally, the color is added to each layer. The mode is mixed, the color and the density are adjusted, that is, the color list machine can be printed 5 for computer simulation, and the final inspection confirms that 5 the finished version of the western version of the net film image output is produced, and the negative film is produced, and the printing plate is made by A recessive fluorescent ink is printed on the substrate (22) to produce a finished product. In order to explain the process of the present invention in more detail, the steps are as follows: Step 1: Transfer the required color artwork 5 into the computer image software by scanning or image file transfer, and perform modification and adjustment in the software. The last required artwork. Step 2: Simulate the viewing environment under the UV light source to turn the non-image area into a black (dark) bottom to correspond to the appearance of the paper in the absence of light. Step 3: Separate the color artwork that has been designed, and separate the three primary colors of the light into r, g, and B color versions, and add the corrected color version 丨y to the condition of the draft, so that R and G can be obtained. , B, f four color version of the grayscale file. Step 4: Convert the R, G, 13, and W color files to negative image 5 to reverse the order of the 5th week of the image to match the correct operation of the additive method. Step 5: To make the ® version of the gray file into the network, you need to select the existing common screen or custom pattern to make a special screen, and make a four-tone halftone screen. Step 6: Open the new file and set the file mode to R, g, b mode. Step 7: Put the obtained western color layout layer into the new file and place it in each layer. Step 8: Start coloring each layer (R, G, B, and W special colors), and set the color mixture of each layer to “brighten”. 5 Make each layer color mixed with each other in an additive manner. Step 9: View the effect of color, density, etc. after mixing the various layers on the screen. $ 1275499 If the color is too small or the image is not enough, you can return to step 2 and correct it. Step kick 10: Print the last image of the image on the screen and print it on the color list machine for 5 computer simulation. γ — ii · The effect of the inspection view after the completion of the simulation of the electric wall. Step 12: The computer simulates the color sample, and after the printing is established, the version of the screen of the version of the screen produced by the step 5 is broadcasted. Step 13: Produce a negative film through the high-resolution negative film output machine output r, g, b, w. Step 14: Make a plate with a four-page output negative. Step 15: On-board proofing and completion. After the proofing is completed according to the above steps, the different fluorescent inks (21) 5 of the R, G, B, and W θ colors which are colorless under the normal light source can be sequentially printed on the substrate (22). Therefore, the printed matter printed according to the manufacturing method is colorless under the normal yuan and τ, that is, as shown in FIG. When irradiated with ultraviolet light (23), as shown in Fig. 4, each fluorescent ink (21) is excited to emit the original color light (24); in a dark environment; by the excitation color light (the overlap with Bright, it can form a full-tone full-color fluorescent pattern / and the full color and image of the retracted pattern; it is the effect of the excellent anti-counterfeiting identification. In summary, the purpose of the present invention is improved. The anti-counterfeiting of the printed matter: the lack of the process, the process of the closed-door process, the full color of the hidden color of the color touches the safety of the two products, is colorless in natural light, and under the ultraviolet light, the primary light is the primary color The combination of light and shape of the color @案5 is the current breakthrough of the application technology and efficacy of the fluorescent material, which can be used as the anti-counterfeiting improvement of the security printing. It is the approval requirement of 5 patents that should have met the patent. 5羡According to law 12^ 1275499 Application. [Simplified illustration] Γ53 is a 彐 — — 匕 匕 、 、 、 、 、 、 & & & & & & & & & & & & & & & & & & & & & & & & & & & &曰^^ 70/人牙J Wan Xi 匕圃 、 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , ,丄之幺〇α砝丨1, 一一ί-_, 丄.:〇rd Figure 4 is a schematic diagram of the color pattern of the excitation light of the present invention ¥ rr. /j〇- ρα Ί L main text 7UTT He Pai ^兀a/ 1 J| (11) Color ink (12) White paper (13) Natural light (14) yx.^t 7Ό (21) 3⁄4 tjl ^ 7t φ (22) Li pUI# f (23) Ultraviolet (24) excitation light