539619539619
8 8 8 8 ABCD 指法 尤方 ， 造 法製 方其 造及 製M 其 ， 及構 構結 结 Η Η 薄 薄射 射雷 雷的 種 Η 1 Ρ i 力 於溫 關高 有 耐 係 可 明有 發具 本種 產 於 用 >使 藝泛 技廣 前箔 fc 吕 夕 i 及射 景 雷 背 ， 明按 發 途音風 轉 影 防 D 被 ί 鋁式 L 的 證纟射方、 佳 憑 _ 雷的 片 最 易 _ 的合 唱 為 I D 交，知貼 C 當 α 融 i 習接 U 金一Br述直 K錯 及 上膜 在 射 :品 ，射 是 電 U 產 ，而雷 g 體下然或 持 ，媒氣 寫 碟 大 用影版 等等盜 偽卡質 防用惡 、 信 之 飾或製 裝碟複 裝影 、 包VD造 的D偽 品 量 器 利 識 辨 偽 膜的 射應 雷適 >y能 是所 式其 方 ， 產產 生生 其行 ，進 箔來 作 需 必 箔 鋁 射 雷 該 當 故 右 左 度 ο 3 2 氏 攝 至 達 tfc 4月 僅 度 溫 Η 加 蔥其並 金使箔 的而鋁 用 ，射 飾料雷 裝原的 成漆知 製烤習 箔光， 鋁上 射需 雷 而 將要氐 需需攝 如識過 ,辨超 程品需 製產..必 工些度 加某溫 溫於中 高用程 的應製 續或工 後粉加 時 度 ^ ϋ 雷而及 其光途 使失用 後射用 工 雷 使 加臨其 於面 了 往需限 往必拘 ， 成而 中造因 境而 ， 環，題 工壞問. 加破之 的到差 溫受變 高路果 此紋效 於像示 用影顯 適之像 法上影 無膜響 (請先閲讀背面之注意事項再填寫本頁) 經濟部中央標準局員工消費合作社印製 片 薄 射 雷 I 種 1 供 提 於 在 是 即 的 巨 要 主 > 之 逑明 概發 及本 的 ， 〇 目此 疇明緣 範發 用 < 脂 樹 層 〇 一 程 結製 黏工 上加 材溫 基高 片的 薄上 該 Μ 在度 ， ο 中26 其氏 ， 攝 法過 方超 造耐 製可 其體 及整 構其 结使 構射 结雷 片成 薄形 射可 雷 ， 種脂 一 樹 供的 提上 於材 在基 是 片 即薄 的於 目 合 一 貼 再該 之 ， 明法 發方 本造 其 題 問 光 失 射 雷 生 產 會 不 且 壞 破 Η 加 溫 高 受 不 而 路 紋 像 2 本紙張尺度適用中國國家標率（CNS ) A4規格（210X297公釐） 經濟部中央標準局員工消費合作社印製 539619 C7 D7 五、創作説明（） 為達上述之目的，本發明提供一種可耐高溫加工製程 的雷射薄Η結構及其製造方法，其结構包含一薄片基材， 於其頂、底兩面各塗佈Μ —層接著樹脂，並再於接著樹脂 層上塗佈Κ 一層成型樹脂，使成型樹脂黏著於接著樹脂之 上，而間接與薄片基材相結合，並再透過一雷射透明膜黏 貼於樹脂表面，該雷射透明膜上印製有文字、圔形或標記/ 的雷射影像细微紋路，而使成型樹脂之表層亦相對形成對 應的雷射影像细微紋路，再透過高溫照射烘烤後，令成型 樹脂表面之雷射影像细微紋路硬化成型，於剝離雷射透明 膜後，即形成雷射薄片基材，其可持續的耐高溫加工製程， 而不會有雷射失光的問題。 Κ下為使 貴審查委員對本發明之詳细结構、製造方 法及應用狀態有進一步之目瞭解，Μ下玆列舉若干實施例 ，並配合佐以各圖式作說明，其中： (一）圖式簡單說明： · 圖一係本發明之雷射薄片結構中的薄片基材頂、底兩 面分別塗佈Μ接著樹脂層之剖視圖； 圖二係圖一中的接著樹脂層表面上塗佈Κ 一層成型樹 ν 脂之剖視圖； 圖三係圔二中的成型樹脂層表面黏结覆蓋一雷射透明 膜之剖視圖，其中，並顯示Μ高溫照射烘烤之狀態； 圖四為讓三中成型樹脂層表面經照射烘烤硬化形成雷 射影像細絞紋路件之剖視圖； 圖五為為圖四中覆蓋於成型樹脂層上之雷射透明膜剝 離之剖視圖； 本紙張尺度適用中國國家標準（CNS ) Α4規格（210Χ297公釐） ---------裝--> (請先閱讀背面之注意事項再填寫本頁) 訂 經濟部智慧財產局員工消費合作社印製 539619 C7 ___^Ό7_ 五、創作說明（） 圖六為本發明之雷射薄Η的成品示意圖，於成型樹脂 層上顯示出雷射影像； 圖七為在圖五及圖六中的成型樹脂層表面上的雷射影 像細紋紋路上蒸鍍一層薄金屬之剖視圖； 圖八係圖七中的薄金屬外層再黏結Μ —表面保護層之 剖視圖； 圖九係本發明之另一實施例、於雷射薄片結構中的薄 片基材頂、底兩面分別塗佈Κ成型樹脂層之剖視 圖； 圖十係本發明之另一實施例，在成型樹脂曆表面黏結 覆蓋一雷射透明膜之剖視圖，其中，並顯示Μ高溫 照射烘烤之狀態； 圖十一係本發明之另一實施例，為圖十中成型樹脂層 表面經照射烘烤硬化形成雷射影像细紋紋路件之 剖視圖； 圖十二係本發明之另一實施例，為圖十一中覆蓋於成 型樹脂層上之雷射透明膜剝離之剖視圖； 圖十三係本發明之另一實施例，為本實施例之雷射薄 片的成品示意圖，於成型樹脂層上顯示出雷射影 像； 圖十四係本發明之另一實施例，為在圖十二及圖十三 中的成型樹脂層表面上的雷射影像细紋紋路上， 蒸鍍一層薄金屬之剖視圖； 圖十五係本發明之另一實施例，為在圖十四中的薄金 屬外層再黏结以一表面保護層之剖視圖； -4 - 本紙張尺度適用中國國家標準（CNS)A4規格（210 X 297公釐） -----------^ ^^---------—一—t (請先閱讀背面之注意事項再填寫本頁) 539619 經濟部智慧財產局員工消費合作社印製 C7 _D7_五、創作說明（） (一^ )圖號部份： 100 雷射薄片產品 10 2 0 接著樹脂層 30 3 1 細微紋路 40 4 1 細微紋路 50 60 表面保護層 A 1 00 ! 雷射薄片產品 〈發明之詳细說明 > 首先請參閱圖一〜圖八所示，為 構及製造過程各個詳细步驟，其中， (可為鋁箔、金屬薄Η或塑膠薄Η等） 於其頂、底兩面則各塗佈Μ —層接著 示），其型態不拘，可為油性或水性樹 於提供薄片基材1 0與其他材料間的接 脂層20在塗佈後隨即進行熱乾燥。 上述的接著樹脂層20在完成熱乾 於該接著樹脂層20的表面塗佈一層成 所示），其型態材質不拘，而其塗佈於 態為表面平整的狀態，且是未乾的膠 在上逑的成型樹脂層30完成塗佈 脂層30之表面再黏貼以一張雷射透明 即利用成型樹脂層30本身所備具既有 黏貼的功能，且該雷射透明膜40上則 標記雷射影像的细黴紋路4 1 ,使該成 樹脂藉由表面張力及黏著作用，而使 薄Η基材 成型樹脂層 雷射透明膜 薄金屬層 烘烤設備 本發明雷射薄Η之结 包含有一薄片基材1 〇 ，它是最基本的材料， 樹脂層20 (如圖一所 脂，其主要的功能在 著介面，而該接著樹 燥的過程後，則是再 型樹脂層30 (如圖二 接著樹脂層20上的狀 狀。 後，則再於該成型樹 膜40 (如圖三）所示， 的黏著特性、來提供 印製有圖形、文字或 型樹脂層3 0中的成型 其表面部份的成型樹 (請先閱讀背面之注意事項再填寫本頁) 裝------；--訂---------線一 5 本紙張尺度適用中國國家標準（CNS)A4規格（210 X 297公釐） 539619 C7 D7 五、創作說明（） B旨完全透填入雷射透明膜4 0的細微紋路4 1中，該成型樹脂 層3 0的表面亦形成相對應於雷射透明膜4 0的细微紋路3 1 (請參考圖五所示）的雛形。 上述的雷射透明膜40在黏貼於成型樹脂層30後，則再 K紫外線烘烤設備A (如圖三所示），對頂、底兩面的已貼 合雷射透明膜40的成型樹脂層30進行穿透烘烤的處理，俾 使該成型樹脂層3 0硬化成型（如圖四所示），即成為定形的 固態。 而圖五則顯示在該成型樹脂層30硬化成型後，剝離雷 射透明膜4 0的狀態，即將雷射透明膜4 〇自已硬化成形的成 型樹脂層30的表面剝除，使該成型樹脂層30的表面，顯露 出相對於雷射透明膜40表面细徼紋路之影像的细微紋路31 ,即由該成型樹脂層3 0即能顯琨出雷射影像，即在此步驟 已形成本發明之雷射薄片產品，吾人暫Μ 1 〇 〇編號來標示之 ,如在圖六所示的雷射影像顯示效果，而再藉由該成型樹 脂層3 0的耐高溫效果，可使該雷射薄片產品1 〇 〇得以在超過 攝氏2 6 0度的高溫進行後續的加工製程，如以高溫射出形成 金蔥粉或於高溫上光烤漆料等高溫加工製程，皆不會使其 表面的细微紋路3 1受到損壞，亦不會有雷射失光的問題發 I J ! I. I I 訂- !ιί!· j (請先閱讀背面之注咅？事項再填寫本頁) 經濟部智慧財產局員工消費合作社印製 生 及 七 圖 於 另 片 薄 4 身 雷 逑 上 了 示 表 別 分 係 者 示 所 八 保射 面 雷 表該 及在 果示 效顯 示則 顯七 的圖 像如 影 ， 射驟 雷步 其理 昇處 提面 步表 一 續 進後 了 的 為作 0,所 o hh τ—一厶月 品功 產護 品金 產薄 Μη 層 薄 一 面 表 1 3 路 紋 微 細 的 ο 3 曆 脂 樹 型 成 之 層 全 完 τ一 3 路 紋 徼 细 與 是 狀 形 其 鍍且 蒸 ， 勻的 均致 6 本紙張尺度適用中國國家標準（CNS)A4規格（210 X 297公釐） 539619 C7 D7 五、創作說明（） 其材料型態不拘，在本發明所列舉的較佳說明實施例是Μ 鋁為之，而其他如Μ透明電鍍方式鍍上硫化鋅（ZnS)或二 氧化矽（S i 0 2 )，也皆可用來提昇其影像的顯示效果；而圖 八則是再進一步地，再於該薄金屬層50之表面上，再结合 Μ —餍表面保護層60，其材料可與成型樹脂層30相同，或 為一般熱乾型之表面保護樹脂，並且也是藉由平整填充塗 佈於薄金屬層50之外表，並再經由烘烤設備Α來照設而使 其硬化成透明的固體，進而令其表面具有另一層的保護及 耐高溫效果。 因此，由Μ上圖--圖八所示本發明的雷射薄Η產品 1 0 0的整個结構及製程說明下，當可明顯看出其整體的耐高 溫加工的效果及功能，對於產品整體依後續不同用途的需 要所作的高溫加工環境製程，則有著極大的幫肋，且不會 有加工後形成雷射失光的問題存在。 請再配合圖九〜圖十五所示，為本發明雷射薄片之另 一實施例的结構及其詳细的製程步驟，其與上逑圖一〜圖 八所示的结構差異是在於，如第九圖所示的鋁箔基材1 〇之 頂、底兩面分別直接塗佈成型樹脂層3 0，而省略了接著樹 脂層20的結構及塗佈過程，而藉由成型樹脂層30本身所具 備的黏著性與薄片基材1 0作直接接著，在第十圖中，則是 Κ雷射透明膜4 0直接附著在成型樹脂層3 0上，使雷射透明 膜4 0上的细微紋路4 1可貼合於U V樹脂層3 0表面，而令成型 樹脂層30上之成型樹脂，滲透至雷射透明膜40之细紋路41 中，形成雷射影像細微紋路3 1之雛形。 在圖十中，並顯示由烘烤設備 Α對薄Η基材1 〇頂、底 —7 — 本紙張尺度適用中國國家標準（CNS)A4規格（210 X 297公釐） (請先閱讀背面之注意事項再填寫本頁) 裝—----.—訂---------線！ 經濟部智慧財產局員工消費合作社印製 539619 C7 _D7_ 五、創作說明（） 兩面的U V樹脂層3 1進行穿透的烘烤照射，使該成型樹脂層 SC 硬 圔 3 狀 路的 紋後 微40 細膜 40透 膜射 明 雷 透去 射除 雷離 應剝 對是 成 即 形二 面十 表圖 其而 使， 並▲ ， 示 31標 路來 紋 〇 微10 细號 的編 像M 影並 射人 雷吾 成 ， 形中 面三 表十 3 圖 層在 脂示 樹顯 型則 成 像 該影 J!? 3·、ν 4Π^ ， 雷 態其 上考 較在 可， 度 ί 得 厚 乘 體1 稍 整 ί , 度 00厚 1—- ο 品10 產品 1C 產 薄 Η 射薄 雷 射 該雷 而的 , 示 品 所 產八 片圖 薄 ？ 射一 雷圖 其的 進 作 來 程 製 。 及值 構價 結用 的利 例業 施產 實及 此疇 用範 採用 可應 下的 提明 前 發 的本 度 昇 厚提 量 而 Η 在 薄及 射 、 雷50 的層 逑屬 上金 在薄 .示 層 顯一 du /Λ s>J 分鍍 則蒸 中面 五表 十 3 圖路 及紋 四微 十细 圖 的 il 理 ο ] ο 同 1 品 產 就更 也果 ，效 構示 结顯 s½ 60像 層 影 護射 保雷 面的 表 3 層路 一 紋 K 微 合细 結之 再30 上 層 50脂 層樹 屬型 金成 薄使 該是 品 產 片 薄 射 雷 該 即 該 。 昇果 提效 步之 一 Η 進加 也溫 ， 高 時耐 同及 ,護 好保 的 面 表 (請先閱讀背面之注意事項再填寫本頁) 經濟部智慧財產局員工消費合作社印製 捷工 製明不部本圍 簡加 其發並细離範 及溫 及本，構脫利 構高 構明隅结不專 結耐 結闡一之當請 的有 片於之明，申 簡具 薄便例發換之 精品 射為施本置下 為產 雷係實對、Μ 最片 之，佳針代由 以薄 明式較切替將 Μ射 發圖示一效圍 一 在雷 本及揭凡等範 8 係使 示明所舉之 其 I ， ， 所說， ，件， 神式 五之段且元疇 精方 十示手並是範 明程 圖揭術。者及 發製 〖所技疇或神 . 之的。 一中及範，精 明本性圖其容其更明 。 發成特述，内限變發之 本低好上法術拘、之定 便良 方技而飾明界 方的 造之因修發來 ^ · H ------訂---------線一 本紙張尺度適用中國國家標準（CNS)A4規格（210 X 297公釐）8 8 8 8 ABCD Fingering method, law making system, manufacturing method, system structure, and structure structure. Η Thin shots of lightning species Η 1 Ρ i is strong in temperature, high resistance, and can be clearly issued. This species is produced on the basis of the use of the technology and technology, the front foil fc, Lu Xii, and the shooting scene of the lightning, Ming according to the sound of the sound of the wind and the shadow of the D-type aluminum certificate of the shooting party, good _ 雷 的The easiest chorus for the film is ID, and I know that when C and α are used to connect with U Jin and Br, the K is wrong and the upper film is shooting, and the shooting is produced by electricity. The use of medium gas to write discs, large-scale photocopying, etc., counterfeit card quality, anti-evil, letter ornaments or disc-making remakes, D-counters made of VDs to identify false films, and should be suitable for shooting. It is the formula, produce and produce its own behavior, the foil is needed for the aluminum foil to be fired. It should be taken to the left and right. Ο 3 2 degrees to tfc in April, only the temperature. Add onions and gold to make the foil's aluminum. It is used to shoot decorative materials, and the original lacquer is used to make baking foils. The aluminum shots require lightning and will need to be taken. Identification of over-range products need to be manufactured: must work some time to add a certain temperature to high-end applications should be continued or post-work time ^ ϋ Lei Er and its light path to make useless after firing with industrial mines to add to the In the face of the need to be restricted, you must be constrained, the success and the middle cause, the problem, the problem is bad. Add the broken to the temperature difference becomes high. No film sound (please read the precautions on the back before filling out this page) Printed by the Central Consumers Bureau of the Ministry of Economic Affairs, Consumer Cooperatives, Thin-Laser I Type 1 1 For the sake of this article, 〇 This domain Mingyuan Fanfa uses the < lipid tree layer 〇 one-time to build a thin layer of temperature-based high-temperature film on the adhesive layer, ο medium 26 degrees, photographed Fang Chaozao can resist the body and reshape the structure to make the structured shots into a thin shape. The seeds and seeds are provided on the material, which is thin on the base, which is thin and fits together. The Ming Fa issuer has created the question that the production of light-missing lasers will not be broken. Unbearable road texture image 2 This paper size is applicable to China National Standard (CNS) A4 specification (210X297 mm) Printed by the Consumer Cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs 539619 C7 D7 V. Creative Instructions () In order to achieve the above purpose, The invention provides a laser thin concrete structure capable of withstanding a high temperature processing process and a manufacturing method thereof. The structure includes a thin substrate, and an M-layer and a resin are coated on the top and bottom sides of the substrate, respectively, and the resin layer is then bonded on the resin layer. Coat a layer of molding resin, make the molding resin adhere to the adhesive resin, and indirectly combine with the sheet substrate, and then adhere to the resin surface through a laser transparent film. The laser transparent film is printed with text, The laser image of the shape or mark / is finely grained, so that the surface layer of the molding resin is relatively formed into corresponding laser image fine grains. After baking through high temperature irradiation, the laser image fine grains on the surface of the molding resin are hardened. After the laser transparent film is peeled off, a laser sheet substrate is formed, which has a sustainable high-temperature processing process without the problem of laser light loss. In order to make your reviewing committee have a better understanding of the detailed structure, manufacturing method, and application status of the present invention, several examples are listed below, and illustrated with the accompanying drawings, of which: (a) the drawings Brief description: · Figure 1 is a cross-sectional view of the top and bottom of the sheet substrate in the laser sheet structure of the present invention coated with M and then a resin layer, respectively; Figure 2 is a layer coated with K on the surface of the resin layer in Figure 1 Sectional view of the resin; Figure 3 is a cross-sectional view of the surface of the molded resin layer bonded to a laser transparent film in the second part of the second, which shows the state of baking under high temperature irradiation; Figure 4 is the surface of the molded resin layer in the third middle A cross-sectional view of the laser image fine twisted circuit part formed by irradiation baking and hardening; Figure 5 is a cross-sectional view of the laser transparent film peeling on the molding resin layer covered in Figure 4; This paper size applies the Chinese National Standard (CNS) A4 specification ( 210 × 297 mm) --------- Installation-> (Please read the notes on the back before filling in this page) Order printed by the Intellectual Property Bureau Employee Consumer Cooperative of the Ministry of Economy 539619 C7 ___ ^ Ό7_ V. Creation description () Figure 6 is a schematic diagram of the finished product of the laser thin film of the present invention, showing a laser image on the molding resin layer; Figure 7 is a detailed laser image on the surface of the molding resin layer in Figures 5 and 6 A cross-sectional view of a thin metal layer deposited on the grain line; FIG. 8 is a cross-sectional view of the outer layer of the thin metal rebonded in FIG. 7-a surface protection layer; FIG. 9 is a sheet in a laser sheet structure according to another embodiment of the present invention A cross-sectional view of the top and bottom surfaces of the substrate coated with a K-shaped resin layer respectively; FIG. 10 is a cross-sectional view of another embodiment of the present invention, in which a transparent transparent laser film is bonded and covered on the surface of the molded resin. Baking state; FIG. 11 is another embodiment of the present invention, which is a cross-sectional view of the laser resin surface of FIG. 10 after being cured by irradiation and hardening to form fine lines of laser image; FIG. 12 is another implementation of the present invention For example, it is a cross-sectional view of the peeling of the laser transparent film covered on the molding resin layer in FIG. 11. FIG. 13 is another embodiment of the present invention, which is a schematic diagram of the finished product of the laser sheet of this embodiment. A laser image is displayed on the resin layer; FIG. 14 is another embodiment of the present invention, and a layer is vapor-deposited on the fine grain lines of the laser image on the surface of the molded resin layer in FIGS. 12 and 13. Cross-section view of thin metal; Figure 15 is another embodiment of the present invention, which is a cross-sectional view of the thin metal outer layer rebonded with a surface protective layer in Figure 14; -4-This paper size applies Chinese National Standards (CNS) A4 specification (210 X 297 mm) ----------- ^ ^^ -----------(t Please read the precautions on the back before filling this page) 539619 Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs C7 _D7_ V. Creative Instructions () (一 ^) Drawing No .: 100 Laser Sheet Product 10 2 0 Then Resin Layer 30 3 1 Fine Grain 40 40 1 Fine Grain 50 60 Surface protective layer A 1 00! Laser sheet product <Detailed description of the invention> First, please refer to Figures 1 to 8 for the detailed steps of the construction and manufacturing process, where ((Aluminum foil, metal thin Η or plastic thin Η, etc.) on the top and bottom sides are coated with M-each layer is shown below), its type is not limited, It may be an oil-based or water-based tree. The adhesive layer 20 provided between the sheet substrate 10 and other materials is heat-dried immediately after coating. The above-mentioned adhesive resin layer 20 is coated with a layer as shown on the surface of the adhesive resin layer 20 after the heat-drying is completed. The shape and material of the adhesive resin layer 20 are not limited, and the applied state is a flat surface state, and it is a wet adhesive. The surface of the coated resin layer 30 that has been coated is coated with a layer of transparent laser. That is, the molded resin layer 30 itself has the function of pasting, and the laser transparent film 40 is marked. The fine mold lines 4 1 of the laser image make the resin into a thin base material forming a resin layer laser transparent film thin metal layer baking device by surface tension and adhesion. The knot of the laser thin layer of the present invention contains There is a thin substrate 10, which is the most basic material. The resin layer 20 (as shown in Figure 1), its main function is the interface, and after the drying process, it is the reshaped resin layer 30 (such as Figure 2 follows the shape on the resin layer 20. Then, the adhesive properties of the molded tree film 40 (as shown in Figure 3) are provided to provide the molding in the printed resin layer 30 with graphics, characters or shapes. Formed tree on its surface (Please read the note on the back first Please fill in this page again) Packing ------;-Ordering ---------- Line 1 5 This paper size is applicable to China National Standard (CNS) A4 (210 X 297 mm) 539619 C7 D7 V. Creation instructions (B) Fill in the fine lines 41 of the laser transparent film 40 completely, and the surface of the molding resin layer 30 also forms fine lines 3 1 corresponding to the laser transparent film 40. (Please refer to Figure 5.) After the above-mentioned laser transparent film 40 is adhered to the molding resin layer 30, it is then K ultraviolet baking equipment A (as shown in Figure 3), and the top and bottom sides have been The molded resin layer 30 bonded to the laser transparent film 40 is subjected to a through-baking process, and then the molded resin layer 30 is hardened and formed (as shown in FIG. 4), and it becomes a fixed solid state. After the molded resin layer 30 is hardened, the laser transparent film 40 is peeled off, that is, the laser transparent film 40 is peeled off from the surface of the hardened molded resin layer 30 to expose the surface of the molded resin layer 30. The fine lines 31 of the image of the fine lines on the surface of the laser transparent film 40 can be displayed by the molding resin layer 30. The laser image, that is, the laser sheet product of the present invention has been formed in this step, and I will temporarily mark it with the M 100 number, as shown in the laser image shown in Figure 6, and then use the formed resin layer The high temperature resistance effect of 30 enables the laser thin film product 1000 to carry out subsequent processing processes at a high temperature of more than 260 degrees Celsius, such as high-temperature injection to form glitter powder or high-temperature baking paint. The processing process will not damage the fine lines 31 on the surface, and there will be no problem of laser light loss. IJ! I. II Order-! Ιί! · J (Please read the note on the back first? Please fill in this page for further information.) Printed by the Consumers' Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs and the seven pictures are shown in a separate sheet. The display will show the image as a shadow. After the lightning step, the lifting position of the lifting step will be 0. So hh τ—Yueyuepin products, protective products, gold, thin Mη layer Thin side table 1 3 fine lines ο 3 calendar tree-shaped layers are completely completed τ 1 3 fine lines and shapes are plated and steamed, uniform and uniform 6 This paper size applies to Chinese national standards (CNS ) A4 specification (210 X 297 mm) 539619 C7 D7 V. Creation instructions () The material type is not limited. The preferred description examples listed in the present invention are M aluminum, and others such as M transparent plating The upper zinc sulfide (ZnS) or silicon dioxide (S i 0 2) can also be used to improve the display effect of its image; and Figure 8 is a further step on the surface of the thin metal layer 50, and then combined Μ — 餍 Surface protection layer 60, the material of which can be combined with The resin layer 30 is the same or a general heat-drying surface protection resin, and is also coated on the outer surface of the thin metal layer 50 by flat filling, and is then set through a baking device A to harden it into a transparent solid. , So that its surface has another layer of protection and high temperature resistance. Therefore, from the above figure-Figure 8 shows the entire structure and manufacturing process of the laser thin film product 100 of the present invention, when the overall effect and function of high temperature processing can be clearly seen, for the entire product The high-temperature processing environment manufacturing process according to the subsequent needs of different uses has great help ribs, and there is no problem of laser loss of light after processing. Please cooperate with FIG. 9 to FIG. 15 for the structure and detailed process steps of another embodiment of the laser sheet of the present invention. The difference from the structure shown in FIG. 1 to FIG. 8 above is that: As shown in the ninth figure, the top and bottom surfaces of the aluminum foil base material 10 are directly coated with the molding resin layer 30 respectively, and the structure and coating process of the subsequent resin layer 20 are omitted, and the molding resin layer 30 itself is used. The adhesiveness is directly adhered to the sheet substrate 10, and in the tenth figure, the KK laser transparent film 40 is directly attached to the molding resin layer 30, making the fine lines on the laser transparent film 40. 41 can be adhered to the UV resin layer 30 surface, and the molding resin on the molding resin layer 30 can penetrate into the fine lines 41 of the laser transparent film 40 to form the prototype of the fine lines 31 of the laser image. In Fig. 10, it is shown that the top and bottom of the thin base material 10 by the baking equipment A—7— This paper size is applicable to the Chinese National Standard (CNS) A4 (210 X 297 mm) (Please read the back Please fill in this page for attention) Install —----.— Order --------- line! Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs 539619 C7 _D7_ V. Creation instructions () UV resin layer 31 on both sides is penetrated to bake and irradiate, so that the molded resin layer SC is hard and the shape of the 3-shaped path is slightly 40 The thin film 40 is transparent and the light is transmitted. The light is removed and the lightning is removed. The peeling pair should be formed on two sides and ten tables, and ▲, showing 31 marks to mark. Shooting Lei Wucheng, the middle surface of the three tables and ten layers are imaged in the fat tree phenotype J !? 3 ·, ν 4Π ^, the state of thunder is better, and the thickness is 1 Slightly adjusted, degree 00 thick 1—- ο product 10 product 1C made of thin Η thin shot of the laser, the eight pieces of picture produced by the display? Shoot a Lei Tuqi's progress process. The practical value of the value structure and the practical application of this example and the application of this application use the available thickness and increase of the forward-thinking forward. Thin. The display layer is du / Λ s > J. The plating is steamed on the middle surface, five tables, ten maps, three lines, and four micrometers and ten detailed maps. Ο] ο The same product is even more effective, showing the effect. Shows s½ 60 layers of shadow-protected shot protection surface Table 3 Layers and lines K Knitted fine knots 30 Upper layer 50 Fatty layer tree type gold is thin so that this product should be thin and thin. One liter of fruit put into effect step Η plus also warm, with high resistance and, retaining good protection of surface tables (please read the note and then fill in the back of this page) Ministry of Economic Affairs Intellectual Property Office employees consumer cooperatives printed Czech workers The system is not simple, but it is not easy to add the details, and it is necessary to deviate from the norms and moderate the book. The structure is not profitable and the structure is high. The structure is not special. For example, the exquisite shooting is replaced by Shi Ben, which is the actual production of the lightning system, and the M is the best. The best needle replacement is to use a thin and bright style to replace the M shooting icon. 8 is to show that the I,, said,, pieces, the five stages of the divine form and the ten demonstrative elements of the elaborate formula are Fan Mingcheng's revealing techniques.者 和 发 制 [of the domain or god. First class and fan, the savvy nature maps to make it clearer. A special statement was issued, the internal limit of the hair is lower, the magic spell is fixed, the skill will be fixed, and the cause of the Ming Jiefang is repaired. ^ · H ------ order ----- ---- Line 1 paper size applies to China National Standard (CNS) A4 (210 X 297 mm)