1337509 九、發明說明： 【發明所屬之技術領域】 一種用剝離油 本發明係—種冷光片製造工藝，特別是指 層取代傳統塑膠薄膜的剝離型冷光片製造工蔽。 【先前技術】 w1337509 IX. Description of the invention: [Technical field to which the invention pertains] A method for producing a cold-light sheet according to the present invention, in particular, a manufacturing method of a peeling type cold-light sheet which replaces a conventional plastic film. [prior art] w
眾所周知，冷光片⑽因光線均㈣和、發光效率高 且功耗低之御磁應科分廣泛，如朗在各種計算機、筆記 本電腦、汽車、、電話機、手機、veD/DVD/Mp3卜㈣ 子電器的小型鍵盤上作為背光源；隨著高科技的日新月显，電 子電器產品正朝輕、薄、短、小的㈣發展，針對電子電器產 品中小型鍵盤崎使用冷光片的厚度也就越薄越好；當前一般 冷光片通㊉疋用塑膠薄膜鍍上導電用的氧化銦锡、再印刷發光 材料、沖切等藝製得’而目前轉薄膜生產冷光片的技術現 已十分成熟’若要再進-纽善轉賴製得的冷光片厚度 必須先解決轉薄膜的厚度，但是想要再突破現㈣膠薄膜厚 度的空間已是-個難點，因此在今後電子電紐展過程中，運 用於小型鍵肋現有的冷光#厚度也會漸漸地謂合生產之 需求；況且由於娜細本f的顧會使㈣的冷以存在柔 軟性能差之缺陷，所以該習知冷光片安裝於小型鍵盤内會導致 按鍵使用時柔軟性能差、手感秘的現象發生，故*利於市場 競爭。 【發明内容】 1337509 本發明針對上述現有技術所存在的缺陷， 目的在於提供 一種冷光片製造工藝’其利用剝離油層取代道統塑膠薄膜之模 式’使所製得之冷光片厚度較薄、柔軟性能好。 為貫現上述之目的’本發明採取如下技術方案： 一種剝離型冷光片製造工藝，其中，包括以下步驟： a.在塑膠薄膜上印刷剝離油層； b待剝離油層晾乾或烘乾後鍍上用於導電的氧化銦 錫，再進行切片； c. 然後進行沖孔、印刷發光材料，形成冷光片半成 Ό · οσ ， d. 將上述冷光片半成品進行沖切成形，再剝除塑膠 薄膜，最終得到剝離型冷光片成品。 所述創離^!冷光#成品下方還可以I纟附—層雙面膠，在 組裝此冷光片時用以與相應架構相粘合。 所述剝離型冷光片成品的厚度為0. 08mm。 本發明所製得的剝離型冷光片與普通冷光片相比，其有 益效果是厚度㈣、柔紐能好；其可翻於各種電子電器的 小型鍵盤巾’可達龍小佔毅狀效果，且在仙按鍵=手 感較佳，滿足當今社會之需求。 【實施方式】 本發明係一種剝離型冷光片製造工藝，其中，包括以下 步驟，如第一圖所示： (§) a·在塑膠薄膜上印刷剝離油層； b•待剝離油層晾乾或烘乾後鍍上用於導電的氧化銦錫， 再進行切片； c.然後進行沖孔、印刷發光材料，形成冷光片半成品； d將上述冷光片半成品進行沖切成形，再剝除塑膠薄 膜’最終得到由剝離油層製成的剝離型冷光片成品。 在上述沖孔工藝是為後序沖切工藝提供定位之作用。 所述剝離型冷光片成品下方還可以黏附一層雙面膠，在 組裝此冷光片時用以與相應結構相粘合。所述剝離型冷光片成 品的厚度可製到0. 08麵。 本發明所涉及使用的剝離油是由合成樹脂、固化劑、助 劑等組合而成，此技術為習知技術，故在此不加以贅述；所述 剝離油層與塑膠薄膜比較，目前剝離油層最薄可製得〇 〇1麵 左右，而塑膠薄膜只能在0.025臟左右，從上述數字可知，採 用剝離油層製作的剝離型冷光片會比用塑膠薄膜製作的冷光 片厚度要薄一些’從而應用於小型鍵盤内可實現縮小佔用空間 之目的，滿足今後社會發展之需求；並且透過適當地對折冷光 片的方法來測试其柔軟性’其中對折後的冷光片回彈越強柔軟 性越差，反之，則柔軟性越好；經測試，利用上述生產工藝所 製得的剝離型冷光片與普通的冷光片對折後比較，剝離型冷光 片回彈性不明顯，而普通的冷光片回彈性明顯，由此證明剝離 1337509 型冷光片柔軟性較佳，因此將剝離型冷光片應用於小型鍵盤中 可使操作按鍵時手感較好。 本叙明之重點在於利用剝離油層代替道統的塑膠薄膜製 成剝離型冷以，其突破了道統冷以之厚度’且柔軟性能 好’用於各種電子電器的小魏财，可達_小佔用空間之 效果’且在使用按鍵時手紐佳，滿足當今社會之需求。 以上所述’僅是本發明剝離型冷光片製造工藝較佳實施 例而已，並非對本發明的技術範圍作任何限制，故凡是依據本 發明的技術實質對以上實施例所作的任何細微修改、等同變化 與修飾，均仍屬於本剌技術方_範圍内。 【圖式簡單說明】 第一圖係本發明之製造步驟流程圖。 【主要元件符號說明】 8As we all know, the luminescent film (10) has a wide range of radiance (4), high luminous efficiency and low power consumption, such as lang in various computers, notebook computers, automobiles, telephones, mobile phones, veD/DVD/Mp3 (four) As the backlight of the small keyboard of the electric appliance; with the rapid development of high-tech, the electronic and electrical products are developing towards light, thin, short and small (four), and the thickness of the cold light sheet for the small and medium-sized keyboards of electronic and electrical products is also The thinner the better; the current cold-light film is made of plastic film coated with indium tin oxide for conductive use, reprinted luminescent materials, die-cutting, etc. The technology for producing cold-rolled film is now very mature. If you want to re-enter the thickness of the cold film that New Zealand has to rely on, you must first solve the thickness of the film. However, it is difficult to break through the thickness of the film thickness. Therefore, in the future electronic electronic exhibition. The thickness of the existing cold light used in the small key ribs will gradually become the demand of the production; in addition, because of the coldness of the fineness of the fine (f), there is a defect of poor softness, so the conventional cold light When the film is installed in a small keyboard, the softness and the feeling of the hand are caused when the button is used, so that the product is competitive. SUMMARY OF THE INVENTION The present invention is directed to the defects of the prior art described above, and aims to provide a cold light sheet manufacturing process that uses a stripping oil layer instead of a plastic film of a road to make the cold light sheet thinner and softer. . For the purpose of the above-mentioned purposes, the present invention adopts the following technical solution: A peeling type cold light sheet manufacturing process, comprising the following steps: a. printing a peeling oil layer on a plastic film; b to peel off the oil layer to be dried or dried and then plated For conducting conductive indium tin oxide, and then slicing; c. then punching and printing the luminescent material to form a cold-light sheet semi-finished Ό σσ, d. punching and forming the cold-light sheet semi-finished product, and then peeling off the plastic film Finally, the finished product of the peeling type cold light sheet is obtained. Under the finished product, the plexiglass can also be laminated with a double-sided adhesive, which is used to bond with the corresponding structure when assembling the luminescent film. The thickness of the finished product is 0. 08mm. Compared with the ordinary cold light sheet, the peeling type cold light sheet prepared by the invention has the beneficial effects of thickness (four) and softness; and the small keyboard towel which can be turned over to various electronic appliances can reach the effect of dragon small occupation. And in the fairy button = feel better, to meet the needs of today's society. [Embodiment] The present invention is a peeling type cold light sheet manufacturing process, which comprises the following steps, as shown in the first figure: (§) a·printing a peeling oil layer on a plastic film; b• drying the oil layer to be dried or baked After drying, the indium tin oxide for electroplating is plated and then sliced; c. then punched and printed with a luminescent material to form a semi-finished product of cold light sheet; d: the cold-finished semi-finished product is die-cut and then stripped of the plastic film' Finally, a finished release glazing sheet made of a peeling oil layer is obtained. The punching process described above provides a positioning function for the subsequent punching process. A double-sided adhesive can also be adhered under the peeling type cold light sheet to bond with the corresponding structure when the cold light sheet is assembled. The thickness of the peeling type luminescent sheet product can be made up to 0.08. The peeling oil used in the present invention is a combination of a synthetic resin, a curing agent, an auxiliary agent, and the like. This technique is a conventional technique, and therefore will not be described herein; the peeling oil layer is currently the most peeled oil layer compared with the plastic film. Thin can be made about 1 side, and the plastic film can only be around 0.025 dirty. From the above figures, the peeling type cold light sheet made of peeling oil layer is thinner than the thickness of the cold light sheet made of plastic film. In the small keyboard, the purpose of reducing the space can be reduced to meet the needs of future social development; and the softness can be tested by appropriately folding the luminescent sheet. The stronger the rebound of the cold-rolled sheet after folding, the worse the softness is. On the contrary, the softer the better; after testing, the peeling type cold light sheet obtained by the above production process is compared with the ordinary cold light sheet, and the peeling type cold light sheet has no resilience, and the ordinary cold light sheet has obvious resilience. This proves that the stripping type 1337509 cold light sheet is more flexible, so the peeling type cold light sheet can be applied to a small keyboard to operate the button. Better. The focus of this description is to use the peeling oil layer instead of the plastic film of the road system to make the peeling type cold, which breaks through the thickness of the road system and has good softness and good performance for small electronic products of various electronic appliances. The effect of 'and the use of buttons when the hand is good, to meet the needs of today's society. The above description is merely a preferred embodiment of the stripping type cold light sheet manufacturing process of the present invention, and is not intended to limit the technical scope of the present invention. Therefore, any minor modifications and equivalent changes made to the above embodiments in accordance with the technical essence of the present invention. And the modifications are still within the scope of this technical party. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a flow chart of the manufacturing steps of the present invention. [Main component symbol description] 8