201132513 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種物品表面加飾方法以及系統，卢 一種以嘴印方式將數位影像複製至物品表面之物品表= 飾方法以及系統。 σ 【先前技術】 隨著製造工藝的精進，電子製品的種類與數量激择 消費者選靖產品時，除了基本性能外，外觀構裝也是^ 消費行為的重要因素。具備獨特構圖設計與時尚 = 品往往能夠得到消費者更多青睞。由於電子裝置的 質-般多屬於非吸收性材質，無法直接吸收墨水，因此必 須經由特殊工序來完成物品表面的圖紋製作。 ’' 轉印技術為目前業界廣泛採用的物品表面加傅方式 其製程大致包括下列步驟：先將預備轉印的數位影像^ 於一轉印紙，再將轉印紙的圖紋面覆蓋於物品表面，同時 送入加工機内，以加工機施以向溫加壓，使轉印紙上方的 圖紋貼覆物品表面，其後撕離轉印紙，並於物品表面設置 保護層以保護圖紋，始完成物品之表面加飾。 认 然而，上述轉印技術具有諸多缺點。首先，製程中需 以加工機進行高溫加壓，將圊紋壓印於物品表面^必須二 用大量電力。此外，轉印紙完成圖紋轉印即成為廢料Υ 形成環保負擔。再者，增設保護層來保護圖紋，不僅耗用 材料成本，更耗費製程工時。 201132513 技術==:此來創新製程 【發明内容】 、、因此:本料之—目的係在於提供-種物品表面加飾 方法以及系統’其藉由以喷印設備完成物品表面之圖紋， 係:取代耗$里大的轉印技術，並減少廢料產生，從而兼 具節能減碳與環保功效。 、本發明之另—目的係在於提供一種物品表面加飾方法 以及系統，其藉由以色彩管理模組處理數位影像色彩，並 根據圖紋色彩量測值進一步調整數位影像色彩參數，係可 穩定精確地複製影像色彩，減少色差，提高圖紋質感。 、本發明之又一目的係在於提供一種物品表面加飾方法 以及系統，其藉由設置表面介f層於物品表面接收喷印墨 水，係可利用表面介質層達到圖紋保護功效，而減少額外 增設保護層的成本與工序。 、本發明之再一目的係在於提供一種物品表面加飾方法 以及系統，其藉由控制表面介f層的厚度小於5微米（# πι)，係可大幅降低材料成本。 為達上述目的，本發明係揭示—種物品表面加飾方 法，用以將一數位影像複製至一物品之表面，其步驟包括： 首先’提供-喷印設備；其次，設置—表面介質層於物品 之表面上方，並將物品裝設於喷印設備；以及，提供一處 理裝置連接喷印設備；其後，以處輯置接收數位影像^ 201132513 影:編輯排版與色彩處理，·之後，轉換 =噴印設備依照網點資_物品至噴 表面上方的表面介質層形成1紋。喷ρ ’以於物扣之 其中，於^置該表面介質層於該物 驟中，係控制該表面介質層的厚度小於° ^面上方的步 领:木（Am)。 其中，於驅動噴印設備對物品進 面形成圖紋的步驟之後，更包括 、P，以於物品表 紋的色彩，以取得-量測值；首先’量測圖 影像的色彩鋒。 A _㈣措調整數位 本發明再揭示-種物品表面加_統 影像複製至一物品之表面，包括—嗔用以將一數位 置。喷印設備具有-工件座，用以裝理裝 表面係預先設置有-表面介質層；處理 ：中物品之 傷，用以接收數位影像，接受外部對數接於噴印設 操作，並進行色彩處理’將數位影像轉換:一版 輪出至喷印設備，驅動喷印設備對物品進 ，貝枓 品之表面上方的表面介質層形成-圖紋。、’以於物 其中，所述之處理裝置包括一影像處理模电、 管理模組以及，網點產生器，其中影像處理模 ^》 數位影像一輯排版配置’色彩管理模組連接於 CMYK色空間，產生斋連接於影像處理模 …’、 位影像轉換為〆網點資料，輸出至噴印設備。以將數 201132513 其中，所述之物品表面加飾 置，用以量測圖紋的色彩，產 θ炅。括“里測裝 模組，色歸理模㈣-步根ir㈣植輸^色彩管理 彩參數。 ^根據Ϊ測值調整數位影像的色 進==與Γ來的詳細說明及附圖，皆是為了能 明為達成預定目的所採取之方式、手二 及圖式中加以_。 及優點，將在後續的說明 【實施方式】 3明：提出一種物品表面加飾系統 要特點以_方式絲㈣像複製絲絲面。 首先，請參閱第一圖，本發 -具體實施例之系統架構示 y 1飾系統之 係用以將-數位影像·至 物4面加飾糸統！丨 置20、一噴印設備3〇以 二面’包括-處理驾 品可為-電子裝置（例如 ^^測裝置4G。所述之彩 訊播放裝置等），或1他 ° Μ腦、手機、滑鼠、·§ 紙類製品、紡織類製品等）;用品（例如：滑鼠墊 '手提袋 處理裝置20包括—影像 組22、一網點產生哭a 处H 21、一色彩管理楣 組& -操作模二取⑽、-顯示損 生器23連接於喷印設備 吳組27。其中，網點產 裝置仙，接受加鱗理連接於色彩量測 理的物。〇表面上方，係預先設置 201132513 -表面介質層’此表面介f層可選用—複合性樹 例如·壓克力樹脂或聚氨g旨（pu)樹脂，以喷搶 面:f塗？，其厚度較佳係控制於5微米Um)以·^ 面^丨貝層是作為物品表面吸收墨水的介質，並可 ^ 設置表面介質層後，係農設於轉，再===物品 嗔印設備別的工件座，以接受其帶動喷印。<、女裝於 處理裝置20係設置於—電溫▲ 資源達成其預定機能。播案存取模組24 ^處 ==系統的 檔案系統的連接介面，用以接 ' 、’、处、置20與 ^模組㈣—㈣像處 刼作模組26為外部使用者的摔 I、，、、、、且25以及 模組2!對數位影像進行編輯排以決=控制影像處理 表面的配置方式。色彩管理模 ^數位影像於物品 2卜用以處理數位影像的色彩，，影像處理模組 點產生器23輕接於影像處理模 工間專色衫處理。網 換為-網點資料，輸出至嘴 ’用以將數位影像轉 對物品，以於物品表面 度、明度等參ί置產 133測=紋色彩特性，包括色 傳送至色彩管理模組22。=^至接收模組…再 :進—步賴位影像的色彩參^22根據量測值’ 使得圖紋色魏夠射㈣數位影像=，，==色差， 繼續說明本發明之物”而 匕圖紋質感。 之物。口表面加錦方法，請同時參閱第 201132513 二圖至第五圖，第二圖為本發 驟流程圖，第三圖為一數位影像之示;:圖，第法之步 四C圖為物品表面加傅之 B、 則為第四B圖之物品之側剖面體^例之不4圖，第五圖 構請同時參閱第一圖。如圖；思所、:相關之系統架 法包括下列步驟： 明不’所奴物品表面加飾方 S10)； 首先，提供一噴印設傷 30，其具有一工件座（步 其次，於物品90之表面91 93，並控制其厚度小於5微半r 、置表面介質層 請用-複合性樹脂材面介質層 樹脂（步驟S11); ^ 祕知或聚氨酯 其後’將物品90裝設於治具，並 備30之工件座，使得物。 、〇一文袭於噴印設 S12)； 吏仔物°° 9〇可接受其帶動噴印（步驟 以及’提供處理裝置2fl連接喷印設物步驟輯 其後，以處理裝置20接收數位影像6〇(步驟如； 之後對數位影像60進行編輯排版與色 之色彩處理係以色彩管理模組22進行包括^處 數由色空間轉換至隱色空間等色彩處理（步 之後，以網點產生器23將數位影 資料（步驟S23); 轉換為—網點 201132513 之後，處理裝置20將網點資料輸出$ 驟S24); 、娜出至嘴印設備30(步 +最後，驅動噴印設備30依照網點資料對物σ训、隹〜 喷印，於物品9G之表面91上方的表面介質= 紋95 (步驟S25)。 3形成圖 游^ ’曰於步驟S25之後，更包括下列步驟：以 ，裝置40置測圖紋95的色彩特性，包括色度、明 數’以產生—量測值傳送至色彩管理模組22,色私；： =康t值進一步遞迴調整數位影像的色彩參數： ^低色差’使得圖紋95的色彩精確複製數位影像6〇的色 ，、-不上所述，本案物品表面加飾系統以 方式將數位影像複製至物品表面，相較於習 ’並減少了轉印紙等廢料的產生，而二 位景;像：效。同！:本案以色彩管理模組處理數 可穩定精確地複製影像色彩，提高圖紋質感=數二 護層的成本與工序。此外，本案控制表面二保 係可大幅降低材料成;^ ㈣^層的厚度， 惟’以上所述，僅為本發明的具體實施例之詳 申已明，本發明之所有範圍應 卜31之U亀圍解，任何熟悉該項技 明之領域内，可輕易思及之變化或修飾皆可涵;在以下丄 201132513 案所界定之專利範圍。 【圖式簡單說明】 第一圖係為本發明之物品表面加飾系統之一具體實施 例之系統架構示意圖； 第二圖係為本發明之物品表面加飾方法之步驟流程 圖， 第三圖係為一數位影像之示意圖； 第四A圖、第四B圖以及第四C圖係為依照本發明之 物品表面加飾方法，將數位影像複製至物品表面之一具體 貫施例之不意圖，以及 第五圖係為第四B圖之物品之側剖面示意圖。 【主要元件符號說明】 10 物品表面加飾系統201132513 VI. Description of the Invention: [Technical Field] The present invention relates to an object surface decoration method and system, and a method and system for copying a digital image to a surface of an article by a mouth printing method. σ [Prior technology] With the improvement of the manufacturing process, the types and quantity of electronic products are radical. When consumers choose Jingjing products, in addition to the basic performance, the appearance of the structure is also an important factor in consumer behavior. With a unique composition design and fashion = products are often able to get more consumers. Since the quality of an electronic device is generally non-absorbent and cannot directly absorb ink, it is necessary to perform a pattern on the surface of the article through a special process. '' Transfer technology is the surface of the article widely used in the industry. The process generally includes the following steps: firstly transferring the pre-transferred digital image to a transfer paper, and then covering the surface of the transfer paper with the surface of the transfer paper. At the same time, it is sent into the processing machine, and the processing machine applies warming pressure, so that the pattern above the transfer paper is applied to the surface of the article, and then the transfer paper is peeled off, and a protective layer is provided on the surface of the article to protect the pattern, and the article is completed. The surface is decorated. However, the above transfer technique has many disadvantages. First of all, in the process, high temperature pressurization is required by the processing machine, and the crepe pattern is imprinted on the surface of the article. In addition, the transfer of the transfer paper into a pattern becomes a waste material and creates an environmental burden. Furthermore, the addition of a protective layer to protect the pattern not only consumes material costs, but also consumes process time. 201132513 Technology ==: This innovative process [invention], and therefore: the purpose of this material is to provide a method and system for surface decoration of articles, which by using the printing equipment to complete the surface of the article, : Replacing the transfer technology that consumes a lot of money and reducing waste generation, which combines energy saving, carbon reduction and environmental protection. Another object of the present invention is to provide an object surface decoration method and system, which can stabilize a digital image color parameter by using a color management module to further adjust a digital image color parameter according to a pattern color measurement value. Accurately duplicate image colors, reduce chromatic aberration, and improve texture. Another object of the present invention is to provide an object surface decoration method and system, which can receive printing ink by using a surface dielectric layer to achieve pattern protection effect, and reduce additional Add the cost and process of the protective layer. Still another object of the present invention is to provide an article surface decoration method and system which can greatly reduce material cost by controlling the thickness of the surface layer to be less than 5 micrometers (#πι). In order to achieve the above object, the present invention discloses a method for surface decoration of an article for copying a digital image onto the surface of an article, the steps comprising: first providing a printing device; secondly, setting a surface dielectric layer to Above the surface of the article, and the article is installed in the printing device; and, a processing device is provided to connect the printing device; thereafter, the digital image is received by the device; 201132513 Shadow: Editing typesetting and color processing, and then converting = The printing device forms a pattern according to the surface material layer above the spray surface. The ρ ′ is used to place the surface dielectric layer in the object, and the thickness of the surface dielectric layer is controlled to be smaller than the step above the surface: wood (Am). Wherein, after the step of driving the printing device to form a pattern on the surface of the article, the method further includes, P, the color of the object surface to obtain the measured value; firstly measuring the color front of the image. A _ (four) measures the digits. The invention further discloses that the image of the object is copied onto the surface of an article, including - 嗔 for placing a number. The printing device has a workpiece holder for pre-arranging a surface dielectric layer for the mounting surface; processing: damage to the medium object for receiving the digital image, accepting the external logarithmic connection to the printing operation, and performing color processing 'Convert digital image: one version is taken out to the printing equipment, and the printing equipment is driven to enter the article. The surface dielectric layer above the surface of the shellfish is formed into a pattern. In the above, the processing device includes an image processing module, a management module, and a dot generator, wherein the image processing module ^" digital image typesetting configuration "color management module is connected to the CMYK color space , generating the fast connection to the image processing mode...', the bit image is converted into the network point data, and output to the printing device. In the case of the number 201132513, the surface of the article is decorated to measure the color of the pattern, and θ 产 is produced. Including "inspection module, color to die (four) - step root ir (four) planting ^ color management color parameters. ^ according to the measured value of the digital image of the color image == and the detailed description and drawings, are In order to be able to clearly achieve the intended purpose, the method adopted in the hand 2 and the drawings, and the advantages, will be explained in the following [Embodiment] 3: Propose a feature of the surface decoration system of the article to _ mode silk (4) First, please refer to the first figure. The system architecture of the present invention-specific embodiment shows that the system of the y1 decoration system is used to add a digital image to the surface of the object. A printing device 3 〇 包括 包括 包括 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子· § paper products, textile products, etc.; supplies (for example: mouse pad 'tote processing device 20 includes - image group 22, a dot to produce a cry H H 21, a color management group & - operation mode Two (10), - display damage device 23 is connected to the printing equipment Wu group 27. Among them, the network production device Fairy, accepting the addition of scales to the color quantity measurement. Above the surface of the crucible, set 201132513 - surface dielectric layer 'this surface can be selected - composite tree such as · acrylic resin or polyurethane (pu) resin, spray surface: f coating?, its thickness is preferably controlled at 5 micrometers Um) · ^ surface ^ 丨 layer is used as the medium for absorbing ink on the surface of the article, and can be set after the surface dielectric layer The system is set up in the turn, and then === the workpiece holder of the other equipment is printed to accept the printing. <RTI ID=0.0>############################################## Case access module 24 ^ == system file system connection interface, used to connect ' , ', place, set 20 and ^ module (four) - (d) image processing module 26 for external users , , , , , and 25 and module 2! Editing the digital image to determine the configuration of the image processing surface. The color management mode digital image is used to process the color of the digital image, image The processing module point generator 23 is lightly connected to the image processing mold room color palette processing. For the - outlet data, the output to the mouth is used to transfer the digital image to the item, so that the surface degree, brightness, etc. of the item are produced, and the color is transmitted to the color management module 22. =^ Receiving module...Re: The color parameter of the step-by-step image is based on the measured value', so that the pattern color Wei is enough to shoot (four) digital image =,, == color difference, continue to explain the object of the present invention" Texture. Things. For the method of adding the surface of the mouth, please refer to the second to fifth pictures of 201132513. The second picture is the flow chart of the present report, and the third picture shows the image of a digital image. The surface is added with B, which is the side profile of the article of the fourth B diagram. The fifth diagram is also referred to the first diagram. As shown in the figure; the relevant system frame method includes the following steps: Ming not 'slave the surface of the item S10); First, provide a print set injury 30, which has a workpiece holder (step second, in the article 90 surface 91 93, and control its thickness is less than 5 micro-half r, the surface dielectric layer should be used - composite resin material dielectric layer resin (step S11); ^ secret or polyurethane followed by 'installation of article 90 Fixture, and prepare the workpiece seat of 30, make the object. 〇一文 Attack on the printing set S12); 吏仔物°° 9〇 Acceptable to drive the printing (step and 'provide the processing device 2fl to connect the printing After the object step is processed, the processing device 20 receives the digital image 6〇 (steps; then, the digital image 60 is edited and typed and the color processing of the color is performed by the color management module 22; Color processing such as color space (after step, the dot generator 23 converts the digital image data (step S23); after converting to the dot 201132513, the processing device 20 outputs the dot data to the step S24); (Step + last, drive the printing device 30 According to the spot data, the object σ, 隹~ print, the surface medium above the surface 91 of the article 9G = grain 95 (step S25). 3 form a map tour ^ ' after step S25, further includes the following steps: The device 40 detects the color characteristics of the pattern 95, including the chromaticity and the brightness number, to generate the measured value and transmits it to the color management module 22, and the color private:; = the value of the value of t further recursively adjusts the color parameter of the digital image: ^Low chromatic aberration makes the color of the pattern 95 accurately copy the color of the digital image, and - not as described above, the surface decoration system of the case copies the digital image to the surface of the article in a manner, which is reduced compared with the less The production of scrap paper and other waste, and the two scenes; like: effect. Same!: This case uses the color management module processing number to copy the image color stably and accurately, and improve the texture and the cost and process of the number two layers. In this case, the surface control system can greatly reduce the thickness of the material; ^ (4) the thickness of the layer, but the above is only the detailed description of the specific embodiment of the present invention, and all the scope of the present invention should be亀 亀 ,, any familiar with the skill In the field, changes or modifications can be easily conceived; in the following patent scope defined in 201132513. [Simplified illustration] The first figure is a specific embodiment of the surface decoration system of the article of the present invention. Schematic diagram of the system architecture; the second diagram is a flow chart of the steps of the surface decoration method of the article of the present invention, the third diagram is a schematic diagram of a digital image; the fourth A diagram, the fourth B diagram and the fourth C diagram are According to the surface decoration method of the article of the present invention, the digital image is copied to one of the surface of the article, and the fifth image is a side cross-sectional view of the article of the fourth B. [Main component symbol description] 10 Item Surface Finishing System
20 處理裝置 21 影像處理模組 22 色彩管理模組 23 網點產生器 24 檔案存取模組 25 顯示模組 26 操作模組 201132513 27 接收模組 30 喷印設備 40 色彩量測裝置 60 數位影像 90 物品 91 表面 93 表面介質層 95 圖紋 S10〜S25 各個步驟流程 m 1120 processing device 21 image processing module 22 color management module 23 dot generator 24 file access module 25 display module 26 operating module 201132513 27 receiving module 30 printing device 40 color measuring device 60 digital image 90 items 91 Surface 93 Surface dielectric layer 95 Pattern S10~S25 Step flow m 11