201109170 六、發明說明： 【發明所屬之技術領域】 本發明係屬一種可應用於機體外殼之膜内印刷的方法，尤指 一種可應用於製造電腦彩色外殼之方法所屬者。 【先前技術】 目前為止最先進之膜内印刷技術僅限於德商(Curwz)與日商201109170 VI. Description of the Invention: [Technical Field] The present invention relates to a method for printing in a film of a casing of a living body, and more particularly to a method applicable to a method for manufacturing a computer colored casing. [Prior Art] The most advanced in-film printing technology so far is limited to Curwz and Japanese merchants.
(曰本寫真）’而分別各有其印刷技術，但所共通使用之方法係 將機殼所需之表面外觀印刷於薄膜，利用此薄膜於成品模内成 型時，將印刷之油墨色彩轉印於透明基材(膠膜-Film)上，再經 由紫外線(UV)照射燈照射，使透明基材印刷層硬化具有m以 上至3H之硬度及表面耐磨度(RCA)。 依前述之印刷方式，係先經由薄膜印刷完成後，後於成品模 内成型時再同時轉印於膠膜(Film)上，經撕除薄膜，及經UV 硬化處理，並於裡層塗佈接著劑後，再嵌入射出模内為塑膠射 出成型’最後經裁切修邊，以完成其商品製造。 依前述之膜内印刷方式，因採轉印之方式而將印刷油墨重新 附著於膠膜上，以致於轉印之間，若稍有控制不當之處，即易 產生近百分之五十以上之不良率，而嚴重影響生產品質及成本 效益’致為其極待改善之^缺失。 如本發明之一種可應用於機體外殼之膜内印刷的方法，係將 所需之表面外觀色彩目案等直接印刷於賴上而非薄膜上，因 ί不f轉印_程，以保證生產品質的穩定，且_做為生產 流程中之保護膜，以保證其表面無暇。 【發明内容】 ^發，係屬-種可朗於機體外殼之咖_的方法，依其 於二矣之外觀面塗上硬化劑，再貼合-保護膜;續 ;表塗上架橋劑，再上色印刷；另於上色印概之表面先 201109170 以保護油塗佈，再以接著劑塗佈。 如前述本發明係屬一種可應用於機體外殼之膜内印刷的方 法，其中膠膜(Film)，具透明狀，係以聚對苯二甲酸乙二醇酯 (PET)質性之物’依所需厚度及長度與寬度面積選取，先於膠 膜之外觀面塗上硬化劑，但經紅外線(iR)或紫外線⑽)照射燈 照射反應後，以讓膠膜介於〜3H間的硬度質，再貼合一聚乙 烯(PE)之保護膜’以完成膠膜之外觀面加工。 如前述本發明係屬一種可應用於機體外殼之膜内印刷的方 法，其中穋膜之下表面須先塗上架橋劑(priffler)，經红外線或 紫外線照射燈照射反應後’即呈如一般紙張般可採平版與網版 複合彩色印刷及電腦數位印刷。 ' 、如前述本發明係屬一種可應用於機體外殼之膜内印刷的方 法，其中當膠膜之下表面完成上色印刷後，其表面仍須塗佈一 層保護油之後’再塗佈接著劑，以完成膠膜下表面之加工β 【實施方式】 請參閱第一圖係本發明可應用於機體外殼之膜内印刷的方 法之流程示意圖，其中依本發明之方法，係於膠膜的外觀 面塗佈硬化劑11，再貼合保護膜12;續於膠膜下表面塗佈架 橋劑13，再上色印刷14 ;隨後，續於上色印刷後之表面塗佈 保護油15，再塗佈接著劑16 ^ 續如前述’其中該膠膜(Filfl〇，乃具透明狀，係以聚對苯二 甲酸乙二軸师)質性之物’驗所需厚度及長度與寬度之 面積選取，先於膠膜之外觀面塗上硬化劑，但經紅外線（IR) 或紫外線(UV)照射燈照射反應後，以讓膠膜介於1H〜3H間的硬 度質’再貼合一聚乙烯(PE)之保賴，以完成膠膜之外觀面加 工。 仍續如祕，其中賴之下表面須先塗上雜飢斤丨抓）， 經紅外線或料線黯燈照射反應後，即呈如—般紙張般可採 平版與網版複合彩色印刷及電腦數位印刷。 201109170 前述，其中轉膜之下表面完成上色印刷後，其表面 仍f塗佈-層保賴之後，再塗佈接制，以完祕膜下表面 之加工。 清3第二圖係應用本發明加卫物之商品製造流程示意 Ϊοΐ 中先將本發明加玉物，即加工完成之麵21，剝離保 護膜22 ’隨經置人成品模為減成型23，取出後，以機械手 置於模穴進行塑膠射出成型24，取出後，經修邊裁切25，即 可製造出一具新穎彩色外觀之電腦殼體商品26者。 【圖式簡單說明】 •第一圖係本發明可應用於機體外殼之膜内印刷的方法之流程 示意圖。 第二圖係應用本發明加工物之商品製造流程示意圖。 【主要元件符號說明】 10—膠膜11—塗佈硬化劑12—貼覆保護膜 13—塗佈架橋劑1Ρ上色印刷15—塗佈保護油 16—塗佈接著劑 21—加工完成之膠膜22—剝離保護膜23—熱壓成型 進行塑膠射出成型25—修邊裁切26—電腦殼體商品(曰本写真)' and each has its own printing technology, but the common method is to print the surface appearance required for the casing on the film. When the film is molded in the finished mold, the ink color of the printing is transferred. The transparent substrate printed layer is cured on a transparent substrate (film-Film) by ultraviolet (UV) irradiation lamp to have a hardness of m or more and 3H and surface abrasion resistance (RCA). According to the printing method described above, after the film printing is completed, the film is simultaneously transferred to the film (Film) during the molding in the finished mold, the film is peeled off, and the film is cured by UV and coated in the inner layer. After the agent is then embedded in the injection mold for plastic injection molding, the final trimming and trimming is completed to complete the manufacture of the product. According to the above-mentioned in-film printing method, the printing ink is reattached to the film by the transfer method, so that if there is slight control, the transfer is likely to generate more than 50%. The non-performing rate, which seriously affects the quality of production and cost-effectiveness, is a lack of improvement. The method for printing in the film of the outer casing of the invention according to the present invention directly prints the desired surface appearance color and the like on the substrate instead of the film, so as to ensure the production. The quality is stable and _ as a protective film in the production process to ensure that its surface is flawless. [Summary of the Invention] ^ hair, is a kind of method that can be used in the outer shell of the body, according to the appearance of the second layer of the hardening agent, and then attached - protective film; continued; surface coated with bridging agent, Re-color printing; also on the surface of the color printing first 201109170 with protective oil coating, and then coated with an adhesive. The invention as described above is a method for printing in the film of a casing of a living body, wherein the film (Film) has a transparent shape and is made of polyethylene terephthalate (PET). Select the required thickness and length and width area, apply the hardener before the appearance of the film, but after the infrared (iR) or ultraviolet (10) irradiation lamp, the hardness of the film is between ~3H. Then, a protective film of polyethylene (PE) is attached to complete the surface processing of the film. The invention as described above is a method for printing in the film of the outer casing of the living body, wherein the lower surface of the enamel film is first coated with a priffler, and after being irradiated by an infrared or ultraviolet illuminating lamp, it is like a general paper. It can be used in combination with lithography and screen printing for color printing and computer digital printing. The invention as described above is a method applicable to in-film printing of a casing of a living body, wherein after the surface of the film is finished by color printing, the surface thereof is still coated with a protective oil and then the coating is recoated. To complete the processing of the lower surface of the film. [Embodiment] Please refer to the first figure. The flow chart of the method for printing in the film of the outer casing of the present invention, wherein the method according to the present invention is applied to the appearance of the film. Applying the hardener 11 to the surface, and then bonding the protective film 12; continuing to apply the bridging agent 13 to the lower surface of the film, and then printing 14; then, applying the protective oil 15 to the surface after the color printing, and then coating Cloth adhesive 16 ^ continued as described above, where the film (Filfl〇, is transparent, is a polyethylene terephthalate) qualitative material required to determine the thickness and length and width of the area selected Apply a hardener to the surface of the film, but after irradiating with an infrared (IR) or ultraviolet (UV) lamp, let the film have a hardness of between 1H and 3H. (PE) to protect the surface of the film. It is still the same as the secret, in which the surface must be coated with hunger and hunger. After the infrared or wire ray lamp is irradiated, it will be like a paper-like lithographic and screen-based composite color printing and computer. Digital printing. 201109170 As described above, after the surface of the transfer film is finished in color printing, the surface of the film is still coated and layered, and then coated to complete the processing of the lower surface of the film. The second drawing of the Qing 3 is a schematic diagram of the manufacturing process of the product of the present invention. The first aspect of the present invention is to add a jade material, that is, the finished surface 21, and the peeling protective film 22' is replaced by a finished mold. After being taken out, the plastic injection molding 24 is placed in the cavity by the robot, and after being taken out, the trimming and cutting 25 is performed to manufacture a computer case product 26 with a novel color appearance. BRIEF DESCRIPTION OF THE DRAWINGS • The first drawing is a schematic flow chart of a method for printing in the film of an outer casing of the present invention. The second drawing is a schematic diagram of the manufacturing process of the product to which the processed product of the present invention is applied. [Main component symbol description] 10—film 11—coating hardener 12—sticking protective film 13—coating bridging agent 1Ρcolor printing 15-coating protective oil 16—coating adhesive 21—processing finished glue Film 22 - peeling protective film 23 - hot press forming for plastic injection molding 25 - trimming and cutting 26 - computer case product