201017254 六、發明說明： 【發明所屬之技術領域】 本發明提供一種隱形眼鏡結構及其製程方法，尤指可利 用鍍膜處理將鏡片外層表面形成具有金屬材質薄膜，且金屬 材質薄膜上包覆貼合有另一鏡片，使眼睛呈現出具有金屬的 反光色澤，產生特別的視覺效果。 【先前技術】 ，按，隨著都市化社會的發展，住在都市裡的小孩較少有 機會接觸戶外大自然’無法藉由看遠方的景觀，讓眼睛能夠 放鬆，且都市裡所生長的小孩，平常想看遠方，也只能看到 對面的高樓大廈和樓房，並且平常都是近距離的工作如看書 、寫字、打電動玩具、玩電腦、彈琴、繪畫，如此，眼睛报 難放鬆，以至近視人口年齡層快速下降及近視人口的與日倶 增，喊眼鏡的人數更是呈直線式的上升，對於隱形眼鏡的 , 需求量也f德來愈多，近年來隱形眼鏡的魏，由於彩色隱 形眼鏡的發展，使其除了原先的視力續正之醫療功能外，更 加入了美觀及妝扮等功能’而初期彩色隱形眼鏡的使用場合 不多’多半是為了舞會、演戲才使用，不過近絲色隱形眼 鏡已逐漸成為-種潮流’許多年輕人就算沒有近視，也會配 戴彩色隱形眼鏡使眼睛變色，這使得彩色隱形眼鏡的配戴時 間及頻率增加，然而’目前市面上之隱形眼鏡只有單純的不 同顏色的造型變化’缺乏更進—步不同的變化，故仍有極大 3 201017254 ·< * 的改良空間，此即為本發明人與從事此行業者所亟欲改善之 目標所在。 【發明内容】 故發明人有鏗於上述之問題與缺失，乃搜集相關資料 ，經由多方評估及考量，並儀從事於此行業之料研發經 驗，經由不斷試作與修改，始設計出此種隱形眼鏡結構及其 製程方法之誕生者。 ❹ 本㈣之轉目的乃在於·_鏡材·人模具之模 八内’再彻獅治具之模賴人模穴内聽壓眼鏡材料， 並對模具内之眼鏡材料進行固化處理，使其附著於辅助治具 之模塊上，而經由鑛膜處理將鏡片外層表面形成金屬材質薄 膜，並再於金屬材㈣膜上包覆貼合有另—鏡片藉由另一 鏡片保護金雜㈣料_合於制，雜錄驗後成型 秘雜鏡之制，當使时戴上_眼鏡時，透過鏡片外 層所鍍臈處理之金屬材質薄膜，使眼睛能呈現出具有金屬色 澤的反光效果。 本發明之次要目的為當完成顧處理後，可彻電子光 束設備射出電子光束，在隱形眼鏡外層之金屬材質薄膜雕刻 出預設之職和形狀，轴增加隱觀鏡之外觀造形變化。 【實施方式】 為達成上述目的及構造’本發明所採用之技術手段及其 功效，_本㈣之健實施鱗加_其步驟與功能 201017254 -1 , 如下，俾利完全瞭解。 明同時參閱第-、二、三、四、五圖所示，係為本發明 之立體外觀圖、侧視分解剖關、流程圖、側視剖面圖、模 具與辅助治具之側視分解剖面®，由圖巾可清楚看出，本發 明之隱形眼鏡結構及其製程方法其使具，係包括有模具 1、輔助治具2所組成，其中： 該模具1内部為凹設有模穴丄i，且模穴丄丄為呈圓弧 ❹ 面狀’並於頂部外週緣形成尖銳狀之切角緣邊111，且在 切角緣邊1 1 1的外圍，騎設有複數微凸城之結合凸體 12° 該辅助治具2内部為凸設有模塊21，而模塊21係呈 圓弧狀，且於頂部外周緣為設有傾斜狀之抵持面2丄i，並 在模塊21外部形成治具空間2 2，又於治具空間2 2外部 環設有封裝平面2 3。 ❷ 上述各構件於使用時’可於模具1之模穴11中置入隱 形眼鏡材料3 ’而隱形眼鏡材料3為具有顏色或透明之水凝 膠，再以模穴11供辅助治具2之模塊21配合壓入，利用 模穴11與模塊21的相對壓合，使眼鏡材料3沿著模穴1 1、模塊21的圓弧面向上擴散、延展，並使多餘的眼鏡材 料3擠入模六11頂部的切角緣邊111外，且包覆在結合 凸體12外，而切角緣邊111再與模塊21頂部之抵持面 211抵持貼合’即利用切角緣邊111，將溢出模穴11 5 201017254 ·* t 頂部之眼鏡材料3予以切除，多餘的眼鏡材料3便結合在結 合凸體12上，而可透過加熱、uv紫外線使模穴11内的 眼鏡材料3聚合IS化，以細為鏡片3〗，並將輔助治具2 與模具1分離，使鏡片31貼合在輔助治具2的模塊21圓 弧表面上，再將鏡片31引送至鍍膜設備4中透過濺鍍或蒸 鍍方式於鏡片31外層表面鍍上金屬材質薄膜3 3 (請同時 參閱第六、七圖所示），並透過電子光束設備5射出電子光 ❿ 束去除金屬材質薄膜3 3其不必要部份，而形成一個或一個 以之未鍍膜區域3 4或造型圖樣（請同時參閱第八、九圖所 示），此外，於鍍膜過程中，亦可將具有透孔6工之光罩6 遮擋在鏡片31外部（请同時參閱第十圖所示），利用光罩 6之透孔61讓鍍膜設備4在鏡片31上鍍上金屬材質薄膜 3 3，而光罩6之透孔61外並對應於鏡片3丄位置受到光 罩6遮擋，因此不會鍍上金屬材質薄獏3 3，所以可直接以 ❿ 滅鍍或蒸鍍方式在對應透孔61之位置形成金屬材質薄膜3 3 ’而未鍍膜區域3 4可位於鏡片31中央並對應眼睛瞳孔 位置或至少一個以上位於鏡片31中央外圍位置，且位於眼 睛瞳孔位置之未鍍膜區域3 4形狀為符合眼睛曈孔形狀，而 位於鏡片31中央外圍位置之一個或一個以上之未鍍膜區域 3 4可為星形、不規則矩形、多邊形及各種圖案形狀；再將 具有顏色或透明之另一鏡片36眼鏡材料3置入模具2之模 穴11内（請同時參閱第十-圖所示），供辅助治具2於貼 6 201017254 * 合有具金屬材質薄膜3 3鏡片31之模塊21配合愿入，使 金屬材質薄膜33外層貼合包覆有另—鏡片36(請同時參 閱第十二圖所示），並使眼鏡材料3沿著模穴工丄與模塊2 1的圓弧雜上謂散、延伸，而將多舰鏡材料3推擠出 切角緣邊111外，藉由模穴工i外圍切角緣邊丄i工，將 溢出切角緣邊111外部之少許眼鏡材料3切除、分離，形 成餘料3 2 (明同時參閱第十三圖戶斤示），如此，即可將貼 > 合有具另-鏡片3 6及金屬材質_3 3鏡片3 1之模塊2 1外口P的治具空間2 2内注入緩衝液7 (請同時參閱第十四 圖所示），並同時在治具空間22外部的封裝平面23上利 用薄膜8予以貼合（請同時參閱第十五圖所示），即完成製 作。 别述的隱形眼鏡外層完成金屬材質薄膜3 3鍍臈程序後 ’可利用電子光束設備5 (如雷射闕機）所射出電子光束 1 (如雷射光），在隱形眼鏡外層之金屬材質薄膜3上除去以 顯示不必要範圍預設之圖案和形狀，進而增加隱形眼鏡之外 觀造形變化，提供消費者更多的選擇。 此外，上述之金屬材質薄膜3 3可為金屬材質、複合金 屬材質或具氧化物之金屬材質，其中金屬材質可為金（A u )鋁（A 1)、鈥（τ i)等材質，而複合金屬材質可為 鋁矽合金（A 1 — S i)、、鋁鈦合金（A丨—丁丨）等材 質，且具氧化物之金屬材質可為氧化鋁（A12〇3)、氧 7 201017254 ▲ * 、 , 化梦（S i 〇 2)、氧化鈦（τ 土 〇 2)等材質。 請同時參閱第一、二、三、四、五、六、七、八、九、 十、十一、十二、十三、十四、十五圖所示，係為本發明之 立體外觀圖、侧視分解剖關、流糊、側視剖面圖、模具 與獅治具之侧視分解剖面圖、鍍膜時之示意圖、鑛膜完之 示意圖、雷射雕刻時之示意圖、雷射雕刻完之示意圖、被光 ί遮擋時之示意圖、具金屬材㈣膜之鏡片結合另一鏡片之 ❹ *意圖、具金屬材質薄膜之鏡片結合另-鏡片後之示意圖、 具金屬材質薄膜之鏡片切除另一鏡片餘料後之示意圖、輔助 治具注入_液之側視剖_、_治具之封裝方式側視剖 面圖而由各圖巾所示可以清楚看&，本發明之隱形眼鏡成 m：係、可藉由以下步驟來進行製造之流程其步驟為： ；/驟（1 〇 1)先將具有顏色或透明之隱形眼鏡材料3，予 以置入模具1之模穴11内。 ❹ 步驟（10 2)藉由模具1之模穴！丄，供輔助治具2以模 塊21配合壓入，對模穴11内之眼鏡材料 3進行擠壓、壓合。 步驟（10 3)當模塊21抵壓模穴11内之眼鏡材料3時 ’並可使眼鏡材料3沿著模穴11、模塊2 1的圓弧面往上方擴散、延伸，而將多餘眼 鏡材料3推擠出切角緣邊111外部。 步驟（1〇4)藉由模穴11外圍的切角緣邊1 1 1 ,可供 201017254 模塊21外部之抵持面2}丄抵持貼合，以 進一步將溢出切角緣邊i i i外部之少許眼 鏡材料3，予以切除、分離，形成餘料3 2 〇 步驟（10 5)對模具i的模穴u内之眼鏡材料3，進行 固化程序處理。 步驟（10 6)將模具1與辅助治具2分開，並使固化的眼 β 鏡材料3 ’即貼合於輔助治具2之模塊2工 表面，並成型為鏡片3 2，以進行下一步鍍 膜處理，而切除的餘料3 2則遺留在模穴工 1的切角緣邊111處，並結合罩覆在結合 凸體12上。 步驟（10 7)將貼合於輔助治具之鏡片3丄可利用鑛膜處 理以濺鍍或蒸鍍方式於鏡片3 i外層表面形 ® 成金屬材質薄膜33。 步驟（10 8)再將具有顏色或透明另一鏡片3 6隱形眼鏡 材料3置入模具1之模穴1，供輔助治 具2於貼合有具金屬材質薄膜3 3鏡片31 之模塊21配合壓入，並使另一鏡片3 6之 眼鏡材料3沿著模穴11與模塊21的圓弧 面往上方擴散、延伸，而將多餘之另一鏡片 3 6眼鏡材料3推擠出切角緣邊111外。 9 201017254 步驟（10 9)藉由模穴1i外圍切角緣邊丄丄i，將溢出 切角緣邊111外部之少許另一鏡片36眼 鏡材料3切除、分離，形成餘料3 2。 v驟（110)再經由檢驗後成型為隱形眼鏡之鏡片，並對 輔助治具2的模塊21外部之治具空間2 2 内注入緩衝液7 ’且在辅助治具2的治具空 間2 2外部之封裝平面2 3上，貼合薄膜8 進行封裝作業。 而隱形眼鏡結構係於具有顏色或透明之鏡片3工外層表 面形成有金屬材質薄膜3 3，且金屬材質薄膜3 3可依照 使用之需求作不同厚馳度的賴，使金屬材f薄膜3 3能 具有可透光或不透光的效果，又於金屬材㈣膜3 3外層表 面覆设具有顏色或透明另—鏡片3 6，使金屬材質薄膜3 3 包覆在鏡片31與另—鏡片3 6之間，而金屬材質薄膜3 3 上可形成有-個或-個以上之具造形圖樣的未麵區域3 4 ’使金屬材質薄膜3 3上形成預設之簍空醜和形狀的未鑛 膜區域3 4，進而增加隱形眼鏡之外觀造形變化，再透過金 屬材質薄膜3 3與另—鏡片3 6其色澤的搭配，供使用者配 戴時’能使眼睛能呈現出具有金屬色澤的多變反光效果。 上述隱形眼鏡之製造過程中，其鍍膜處理方式為可將鏡 片31引送至鍍膜設備4中透過濺鍍或蒸鍍方式於鏡片31 外層表面鍍上金屬材質薄膜3 3 ;又，於鍍膜處理後，可透 201017254 過電子光束設備5射出電子光束（如：雷射光）去除金屬材 質薄膜3 3其不必要部份，而形成一個或一個以上可具造型 圖樣之未鍍膜區域3 4 ;此外，亦可於鑛膜處理過程中，將 具有透孔61之光罩6遮擋在鏡片31外部，利用光罩6之 透孔61讓鍍膜設備4在鏡片31上鍍上金屬材質薄臈3 3 ，而光罩6之透孔61外並對應於鏡片31位置受到光罩6 遮擋，因此不會鍍上金屬材質薄膜3 3，而形成一個或一個 ❹ 卩上可具造細樣之未賴輯3 4，所以可直接以濺鑛或 蒸鍍方式在對應透孔61之位置形成金屬材質薄膜3 3。 另，該隱形眼鏡之結構為可具有顏色或透明之隱形眼鏡 鏡片31外層包覆有金屬材質薄膜3 3，且金屬材質薄臈3 3上形成一個或一個以上具造形圖樣之未鍍膜區域3 4，再 於鏡片31上之金屬材質薄膜33包覆具有顏色或透明之另 一鏡片3 6。 參 當使用者戴上隱形眼鏡時，藉由鏡片31外層所加工成 形之金屬材質薄膜3 3 ’使眼睛能呈現出具有金屬色澤的反 光效果，且可利用鍍膜設備4於鏡片3工上成形有不同厚薄 程度的金屬材質薄膜3 3，如此，金屬材質薄膜3 3能具有 可透光與不透光的效果’可產生特別的視覺效果，且金屬材 質薄膜3 3為可透光時，更可藉由鏡片3 2外層之金屬材質 薄膜3 3達到護眼功效，避免過強或有害光線直射眼睛，可 再搭配鏡片31之金屬材質薄膜3 3表面所預設形狀與圖案 11 201017254 < · ，而產生與眾不同的視覺觀感，進而提升產品的競爭力。 此外，該鏡片31之金屬材質薄膜3 3外層可包覆貼合 有具顏色或透明之另-鏡片3 6，當另m 6為具有顏 色時，貼合在鏡片31之金屬材質薄膜3 3外層時，可產生 不同的顏色變化，且藉由另-鏡片3 6可防止金屬材質薄膜 3 3脫落於鏡片31外，且長久浸泡在緩衝液7時，亦可防 止緩衝液7腐蝕金屬材質薄膜3 3，有效保護金屬材質薄膜 φ 3 3，延長使用期限。 請同時參閱第十六、十七、十八、十九、二十、二十一 、二十二、二十三、二十四、二十五、二十六、二十七、二 十八、二十九騎示，係為本發雜佳實酬之流程圖、移 印勝頭與模具之側視分解圖、移印膠頭移印後之侧視分解剖 面圖、侧視剖面圖、模具與輔助治具之側視剖面圖、模具與 獅治具之側視分解剖面圖、鑛膜時之示意圖、鑛膜完之示 β _、雷射_時之示意圖、具金屬材料膜之鏡片結合另 -鏡片之示意圖、具金屬材質薄膜之鏡片結合另一鏡片後之 示意圖、具金屬材質薄膜之鏡月切除另一鏡片餘料後之示意 圖、輔助治具注入緩衝液之側視剖面圖、輔助治具之封裝方 式侧U面圖’若欲將隱形眼鏡加入顏色顏料的添加後，再 進行鑛膜的加工程序，其步驟為： 步驟（2 〇1)圖紋顏料9工利用轉印方式，可藉由一移印 膠頭9沾附圖紋顏料9i，再由移印膠頭9 12 201017254 將沾附之圖紋顏料91轉印至模具1的模穴 1 〇 步驟（2 0 2)再將具有顏色或透明之隱形眼鏡材料3置入 模具1之模穴11内，並位於圖紋顏料91 的中央。 步驟（2 0 3)藉由模具1之模穴11，供辅助治具2以模 塊21配合壓入，對模穴11内之眼鏡材料 ® 3進行擠壓、壓合。 步驟（2 04)當模塊21抵壓模穴11内之眼鏡材料3時 ’並可使眼鏡材料3沿著模穴11、模塊2 1的圓弧面往上方擴散、延伸，而將多餘眼 鏡材料3推擠出切角緣邊111外部。 步驟（2 0 5)藉由模穴11外圍的切角緣邊111，可供 模塊21外部之抵持面211抵持貼合’以 進一步將溢出切角緣邊1i i外部之少許眼 鏡材料3，予以切除、分離，形成餘料3 2 0 步驟（2 0 6 )對模具1的模穴；[i内之眼鏡材料3，進行 固化程序處理。 步驟（2 0 7)將模具1與辅助治具2分開，並使固化的眼 鏡材料3，即貼合於辅助治具2之模塊2工 表面，並成型為彩色鏡片3 5，切除的餘料 13 201017254 3 2則遠留在模穴11的切角緣邊111處 ’並結合罩覆在結合凸體12上。 ’驟（2 0 8)將貼合於辅助治具2之彩色鏡片3 5可利用 鍵膜處理以濺鍍或蒸鍍方式於彩色鏡片3 5 外層表面鍍上金屬材質薄膜3 3，再對金屬 材質薄膜3 3除去不必要範圍部分以顯示出 預設圖案和形狀之未鍍膜區域3 4。 步驟（2 0 9 )再將具有顏色或透日月之另—鏡片3 6隱形眼 鏡材料3置入模具1之模穴11内，供輔助 治具2於貼合有具金屬材質薄膜3 3鏡片3 1之模塊21配合壓入，並使另一鏡片3 β 之眼鏡材料3沿著模穴11與模塊21的圓 弧面往上方擴散、延伸，而將多餘之另〆鏡 片3 6眼鏡材料3推擠出切角緣邊111外 〇 步驟（210)藉由模穴11外圍切角緣邊11丄，將溢出 切角緣邊111外部之少許另一鏡片3 6眼 鏡材料3切除、分離，形成餘料3 2。 步驟（211)經由檢驗成型為隱形眼鏡之鏡片後，對輔助 治具2的模塊21外部之治具空間2 2内涑 入緩衝液7，且在輔助治具2的治具空間2 2外部之封裝平面2 3上，貼合薄膜8進行 14 201017254 封裝作業。 而隱形眼鏡結構係於具有顏色或透明及具圖紋顏料9工 之彩色鏡片3 5外層表面，形成有金屬材質薄膜3 3，且金 屬材質細3 3可依照使狀需求作不同厚馳度的改變， 使金屬材質義3 3能具有可透光或不透光的效果 ，又於金 屬材質薄膜3 3外層表面覆設具有顏色或翻另—鏡片3 6 ’使金屬材質薄膜3 3包覆在彩色鏡片3 5與另-鏡片3 6 之間，而金屬材質薄膜3 3上可形成有-個或-個以上之具 造形圖樣的未鍍膜區域34, 使金屬材質薄膜3 3其未鍍膜區域3 4與圖紋顏料g1 產生多層次搭配，進而增加隱形眼鏡之外觀造形變化，再透 過金屬材質_3 3與另-鏡片3 6其色澤祕配混合出多 種顏色，供使用者配戴時，能使眼睛能呈現出具有金屬色澤 的多變反光效果。 上述彩色隱形眼鏡之製造過程中，其鍍膜處理方式為可 將衫色鏡片3 5引送至鍍膜設備4中透過濺鍍或蒸鍍方式於 鏡片31外層表面鍍上金屬材質薄膜3 3 ;此外，對形成於 衫色鏡片3 5外層之金屬材質薄膜3 3其不必要部份進行除 去方式，為可於鍍膜處理後，透過電子光束設備5所射出電 子光束（如：雷射光）去除金屬材質薄膜3 3於鏡片外層不 必要部份，而於金屬材質薄膜3 3上形成一個或一個以上之 未鍍臈區域3 4 ;或者對形成於彩色鏡片3 5外層之金屬材 15 201017254 質薄膜3 3其不必要部份進行除去方式，為於鍍膜處理過程 中’可將具有至少-個以上透孔6工之光罩6遮擋在彩色鏡 片3 5外部’利用光罩6之透孔61讓鍍膜設備4在彩色鏡 片3 5上鍵上金屬材質薄膜3 3 ’而光罩6之透孔61外並 對應於彩色鏡片3 5位置受到光罩6賴，因此不會鑛上金 屬材質薄膜3 3 ’而形成-個或一個以上可具造型圖樣之未 鍍膜區域34 ’所以可直接以賴或驗方式在對應透孔6 ❹ 1之位置形成金屬材質_33，使透過未鍍顏域34内 可看到彩色鏡片3 5外層之顏色，而彩色鏡片3 5與金屬材 質薄膜3 3重疊位置，可產生具有金屬及顏料色彩之反光色 澤’配合不同預設顏色鏡片3 3與金屬材質薄膜3 3多層次 搭配’藉此混合出多種預設顏色之反光色澤，進而產生不同 的視覺觀感。 上述模具1内之眼鏡材料3固化處理，係可利用紫外線 ❹ 光（UV)照射、加熱處理等方式，供眼鏡材料3聚合光能 後口化’而眼鏡材料3係可為具有顏色或透明之水凝膠或具 紫外線光（UV)固化材質、熱固化材質之材料；再者輔助 治具2於職平面2 3上所縣之材㈣可為㈣ 、膠膜等 可供熱封裝之薄臈。 此外4隱形眼鏡之結構為可具有顏色或透明之隱形眼 鏡鏡片31 ’且外層包覆有金屬材質薄膜3 3，並以金属材 質薄膜3 3上形成-個或一個以上具造形圖樣之未鑛膜區域 201017254 34，再以眼鏡材料3與金屬材質薄膜33之間並位於 瞳孔外圍設有圖紋顏料91，而鏡片3 i上之金屬材質薄膜 3 3包覆具有顏色或透明之另一鏡片3 6。 、 該彩色鏡片3 5之金屬材質_3 3外層可包覆貼合有 另:鏡片3 6，藉由另-鏡片3 6可防止金屬材質薄膜3 3 脫落於鏡片31外’且長久浸泡在緩衝液7時，亦可防止緩 衝液7顧金屬材質薄膜3 3，有效㈣金屬材質薄膜“ ©’延長使用期限。 另，上述之輔助治具2其模塊2工之圓弧表面，係可經 過加工處理輯加其被眼鏡材料3崎之親和性，而加工處 理係可採用電暈（c 〇 r 〇 n a)處理、火焰處理或UV處 理等各式表面加工作業，增加模塊2 i的表面與輯材料3 之親和性。 上述本發明隱形眼鏡結構及其製程方法於實際使用時， 為具有下列各項優點，如： (1)鏡片31利用鍍膜處理將鏡片3丄外層表面形成有金 屬材質薄膜33，藉由金屬材質薄膜33產生金屬色 澤的反光效果，而產生特別的視覺觀感，亦可達到護 眼功效。 (2 )彩色鏡片3 5於鍍膜處理過程可將彩色鏡片3 5外層 之金屬材質薄膜3 3形成有具預設形狀未鍍膜區域3 4 ’使未鍍膜區域3 4内可看到彩色鏡片3 5外層之 17 201017254 顏色，而彩色鏡片3 5與金屬材質薄膜3 3重疊位置 ’可產生具有金屬及顏料色彩之反光色澤，配合不同 預設顏色鏡片3 5上之圖紋顏料91與金屬材質薄膜 3 3之搭配，可產生多層次變化效果，達到不同的視 覺觀感。 (3)該彩色鏡片3 5之金屬材質薄膜3 3外層可包覆貼合 有可具預設顏色之另一鏡片3 6，可產生不同預設顏 β 色之反光色澤，藉由另一鏡片3 6可防止金屬材質薄 膜3 3脫落於鏡片31外，且長久浸泡在緩衝液7時 ，亦可防止緩衝液7腐蝕金屬材質薄膜3 3，有效保 濩金屬材質薄膜3 3，延長使用期限。 故，本創作為主要利用鍍膜處理將鏡片外層表面形成具 有金屬材質薄膜’使眼睛能呈現出具有金屬的反光色澤裝掷 ，且金屬材質薄膜3 3外層可包覆貼合有另一鏡片3 6，藉 參 由另一鏡片3 6可防止金屬材質薄膜3 3脫落於鏡片31外 ，此外，又於金屬材質薄膜3 3上可形成有預設圖案和形狀 之未鍍膜區域34 ’以配合不同預設顏色鏡片作多層次搭配 ，並可藉由具顏色之另-鏡3 6混合衫種舰顏色之反 光色澤’惟，以上所述僅為本發明之較佳實施例而已，自不 能以此而侷限本發明之專利範圍，因此運用本發明說明書及 圖式内容之所為之簡祕飾及等聽觀化，仍朗理包含 於本發明所涵蓋之專利範圍内，合予陳明。 18 201017254 為碟貫此相其功效及目的，故本㈣誠為 = 發明，實符合發明專价< 實用!生優異之 、寻和之申请要件，爰依法提出申請，盼審委早日賜准本案，以保障發明人之辛苦發明，倘若釣局 有任何稽疑”不吝來函指示發明人定當竭力配合，實感德 便0 Φ 參 19 201017254 【圖式簡單說明】 第一圖係為本發明之立體外觀圖。 第二ϋ係為本發明之側視分解剖面圖。 第二圖係為本發明之流程圖。 第四圖係為本發明之側視剖面圖。 第五®係為本發明模具與辅助治具之側視分解剖面圖 0201017254 VI. Description of the Invention: [Technical Field] The present invention provides a contact lens structure and a method for manufacturing the same, in particular, a coating film can be used to form a surface of the outer surface of the lens with a metal film, and the metal film is coated on the film. There is another lens that gives the eye a metallic color that produces a special visual effect. [Previous technology], according to the development of the urbanized society, children living in the city have less chance to have contact with the outdoors. 'You can't see the distant landscape, let the eyes relax, and the children growing in the city. I usually want to see the distance, I can only see the opposite high-rise buildings and buildings, and usually work at close distances such as reading books, writing, playing electric toys, playing computer, playing the piano, painting, so, the eyes are difficult to relax. As the population of myopia has fallen rapidly and the population of myopia has increased, the number of people who shouted glasses has risen in a straight line. For contact lenses, the demand is also more. In recent years, Wei, Due to the development of color contact lenses, in addition to the original medical function of vision renewal, it also adds the functions of beauty and makeup. 'There are not many occasions for the use of initial color contact lenses'. Most of them are used for dances and acting, but they are used. Near-silk contact lenses have gradually become a trend. Many young people wear colored contact lenses to discolor their eyes even if they don’t have myopia. The wearing time and frequency of colored contact lenses increase, but 'the current contact lenses on the market only have different color-changing shape changes' lack of more advanced and different changes, so there is still a great improvement of 3 201017254 ·< * This is the goal of the inventor and those who are engaged in this industry. SUMMARY OF THE INVENTION Therefore, the inventors are concerned with the above-mentioned problems and deficiencies, and collect relevant information. Through multi-party evaluation and consideration, and to engage in the research and development experience of materials in this industry, through continuous trial and modification, the invisible design is designed. The birth of the glasses structure and its manufacturing method. ❹ The purpose of this (4) is to _ Mirror material, the mold of the human mold, and then the spectacles of the lion's mold, and the lens material in the mold is cured to make it adhere. On the module of the auxiliary fixture, the outer surface of the lens is formed into a metal film through the treatment of the mineral film, and the metal film (four) film is coated with another lens to protect the gold (four) material by another lens. In the system, after the miscellaneous recording, the system of the micro-mirror is formed. When the spectacles are worn, the metal film which is chrome-plated through the outer layer of the lens enables the eye to exhibit a metallic color reflection effect. The secondary object of the present invention is that after the completion of the treatment, the electron beam can be emitted from the electron beam apparatus, and the metal film of the outer layer of the contact lens is engraved with the preset position and shape, and the axis increases the appearance of the hidden mirror. [Embodiment] In order to achieve the above object and structure, the technical means and effects thereof used in the present invention, the implementation of the method (the fourth step) and its function 201017254 -1 are as follows, and the profit is fully understood. Ming also refers to the first, second, third, fourth and fifth figures, which are the side view of the invention, the side view sub-anatomy, the flow chart, the side cross-sectional view, the side view decomposition profile of the mold and the auxiliary fixture. ®, it can be clearly seen from the towel, the contact lens structure of the present invention and the manufacturing method thereof are composed of a mold 1 and an auxiliary jig 2, wherein: the mold 1 is concavely provided with a cavity 丄i, and the cavity is in the shape of a circular arc, and forms a sharp-shaped chamfered edge 111 on the outer periphery of the top, and is provided with a plurality of micro-convexs on the periphery of the chamfered edge 1 1 1 The convexity of the auxiliary fixture 2 is convexly provided with the module 21, and the module 21 has an arc shape, and is provided with an inclined resisting surface 2丄i at the outer peripheral edge of the top, and is outside the module 21 The fixture space 2 2 is formed, and the outer ring of the fixture 2 2 is provided with a package plane 2 3 . ❷ When the above components are used, the contact lens material 3 can be placed in the cavity 11 of the mold 1 and the contact lens material 3 is a hydrogel having a color or transparency, and the cavity 11 is used for the auxiliary fixture 2 The module 21 cooperates with the pressing, and uses the relative pressing of the cavity 11 and the module 21 to spread and extend the eyeglass material 3 along the arc surface of the cavity 1 1 and the module 21, and squeeze the excess lens material 3 into the die. The cutting edge rim 111 of the top of the sixth 11 is outside and covered on the outside of the coupling protrusion 12, and the chamfered edge 111 is further abutted against the abutting surface 211 of the top of the module 21, that is, the chamfered edge 111 is used. The eyeglass material 3 at the top of the overflow cavity 11 5 201017254 ·* t is cut off, and the excess eyeglass material 3 is bonded to the bonding protrusion 12, and the eyeglass material 3 in the cavity 11 can be polymerized by heating and UV ultraviolet rays. For the lens 3, the auxiliary jig 2 is separated from the mold 1, and the lens 31 is attached to the arc surface of the module 21 of the auxiliary jig 2, and then the lens 31 is led to the coating device 4 for transmission. Sputtering or vapor deposition on the outer surface of the lens 31 is coated with a metal film 3 3 (please also refer to 6 and 7), and the electron beam device 5 emits an electron beam to remove unnecessary portions of the metal film 3 3 to form one or an uncoated region 34 or a pattern (see also In the eighth and ninth diagrams, in addition, in the coating process, the photomask 6 having the through hole 6 can be blocked outside the lens 31 (please refer to the tenth figure at the same time), and the mask 6 is used. The hole 61 allows the coating device 4 to be plated with the metal film 3 3 on the lens 31, and the through hole 61 of the mask 6 is shielded by the mask 6 corresponding to the position of the lens 3, so that the metal material is not plated. 3. Therefore, the metal film 3 3 ' can be formed directly at the position corresponding to the through hole 61 by means of ruthenium plating or vapor deposition, and the uncoated region 34 can be located at the center of the lens 31 and corresponding to the pupil position of the eye or at least one of the lenses 31. The central peripheral position, and the uncoated area 34 located at the pupil position of the eye is shaped to conform to the shape of the pupil of the eye, and one or more uncoated areas 34 of the central peripheral position of the lens 31 may be star-shaped, irregularly shaped, multilateral And various pattern shapes; then the lens material 3 of another lens 36 having color or transparency is placed in the cavity 11 of the mold 2 (please refer to the tenth-picture at the same time) for the auxiliary fixture 2 to be attached 6 201017254 * The module 21 having the metal film 3 3 lens 31 is matched, and the outer layer of the metal material film 33 is covered with the other lens 36 (please refer to FIG. 12 at the same time), and the lens material 3 is along The cavity of the cavity and the arc of the module 2 1 are scattered and extended, and the multi-ship material 3 is pushed out of the chamfered edge 111, and the periphery of the cavity is cut by the cavity. Cut off and separate a little eyeglass material 3 outside the cut edge rim 111 to form a residual material 3 2 (see also the figure of the thirteenth figure), so that the sticker can be combined with another lens. 3 6 and metal material _3 3 lens 3 1 module 2 1 outer mouth P fixture space 2 2 into the buffer 7 (please also refer to the fourteenth figure), and at the same time outside the fixture space 22 The package plane 23 is bonded by the film 8 (please also refer to the fifteenth figure), that is, the production is completed. The outer layer of the contact lens is finished with a metal film 3 3 chrome plating process. 'The electron beam 1 (such as laser light) can be emitted by the electron beam device 5 (such as a laser beam), and the metal film 3 on the outer layer of the contact lens. The above is removed to show the pattern and shape preset by the unnecessary range, thereby increasing the appearance change of the contact lens, providing consumers with more choices. In addition, the metal material film 3 3 may be a metal material, a composite metal material or a metal material having an oxide, wherein the metal material may be a material such as gold (A u ) aluminum (A 1 ) or 鈥 (τ i). The composite metal material may be made of aluminum-bismuth alloy (A 1 -S i), aluminum-titanium alloy (A丨-butylene), and the metal material with oxide may be alumina (A12〇3), oxygen 7 201017254 ▲ * , , Dream (S i 〇 2), titanium oxide (τ 〇 2) and other materials. Please also refer to the first, second, third, fourth, fifth, sixth, seventh, eighth, ninth, tenth, eleventh, twelfth, thirteenth, fourteenth and fifteenth drawings, which are the three-dimensional appearance of the present invention. Side view, anatomical closure, flow paste, side cross-sectional view, side view exploded view of mold and lion fixture, schematic diagram of coating, schematic diagram of mine film finish, schematic diagram of laser engraving, laser engraving Schematic diagram, schematic diagram when blocked by light, lens of metal (4) film combined with another lens * Intention, lens with metal film combined with mirror of the other lens, lens with metal film to cut another lens The schematic diagram of the remaining material, the auxiliary jig injection _ liquid side view _, _ jig package side view of the side view of the figure can be clearly seen from the drawings, the contact lens of the present invention into m: The process of manufacturing can be carried out by the following steps: Step (1 〇 1) The contact lens material 3 having color or transparency is first placed in the cavity 11 of the mold 1. ❹ Step (10 2) by the mold of the mold 1! Then, the auxiliary jig 2 is press-fitted with the mold 21, and the lens material 3 in the cavity 11 is pressed and pressed. Step (10 3) when the module 21 is pressed against the lens material 3 in the cavity 11, and the lens material 3 can be diffused and extended upward along the arc surface of the cavity 11 and the module 2, and the excess glasses material is used. 3 Push out the outside of the cut corner rim 111. Step (1〇4) is provided by the angle rim edge 1 1 1 of the periphery of the cavity 11 for the abutting surface 2} of the outer layer of the module 21 to be adhered to further overflow the edge of the chamfered edge iii A small amount of the lens material 3 is cut and separated to form a residual material 3 2 〇 Step (10 5) The lens material 3 in the cavity u of the mold i is subjected to a curing process. Step (10 6) separates the mold 1 from the auxiliary jig 2, and causes the cured eye β mirror material 3' to be attached to the surface of the module 2 of the auxiliary jig 2, and formed into a lens 3 2 for the next step. The coating process is performed, and the remnant remaining material 3 2 is left at the chamfered edge 111 of the cavator 1 and is bonded to the bonding protrusion 12 by a cover. In the step (10), the lens 3 attached to the auxiliary jig can be treated by a film processing method to form a metal film 33 on the outer surface of the lens 3 i by sputtering or evaporation. Step (10 8), the contact lens material 3 having the color or transparency of the other lens 36 is placed in the cavity 1 of the mold 1 for the auxiliary fixture 2 to be fitted with the module 21 having the metal film 3 3 lens 31 attached thereto. Pressing in and causing the lens material 3 of the other lens 36 to spread and extend upward along the arcuate surface of the cavity 11 and the module 21, and push the excess lens 3 3 into the cut edge Outside the side 111. 9 201017254 Step (10 9) By cutting the edge rim i of the cavity 1i, the other lens 36 of the lens 36 outside the kerf edge 111 is cut off and separated to form a residual material 3 2 . v (110) is further formed into a contact lens by inspection, and a buffer 7' is injected into the jig space 2 2 outside the module 21 of the auxiliary jig 2 and the jig space 2 2 in the auxiliary jig 2 On the outer package plane 2 3 , the film 8 is bonded to perform packaging work. The contact lens structure is formed on the surface of the outer surface of the lens having a color or transparency, and the metal material film 3 3 is formed, and the metal material film 3 3 can be made according to the needs of use, and the metal material f film 3 3 It can have the effect of being permeable or opaque, and is coated on the outer surface of the metal (4) film 3 3 with a color or transparent lens 3 3, so that the metal film 3 3 is coated on the lens 31 and the other lens 3 Between the 6 and the metal film 3 3 can be formed with one or more than the shape of the uncoated area 3 4 'to make the metal film 3 3 form a preset hollow and ugly shape The film area 34 4, in turn, increases the appearance change of the contact lens, and then the color of the metal film 3 3 and the other lens 36 is matched by the color of the lens 3 for the user to wear, which enables the eye to exhibit a metallic color. Reflective effect. In the manufacturing process of the contact lens described above, the coating treatment method is such that the lens 31 can be led to the coating device 4, and the metal film 3 3 is plated on the outer surface of the lens 31 by sputtering or evaporation; Through the electron beam device 5 of 201017254, an electron beam (such as laser light) is emitted to remove unnecessary portions of the metal film 3 3 to form one or more uncoated regions 3 4 having a pattern; in addition, During the processing of the mineral film, the photomask 6 having the through hole 61 is shielded from the outside of the lens 31, and the coating device 4 is plated with a thin metal material 3 3 on the lens 31 by using the through hole 61 of the photomask 6. The outside of the through hole 61 of the cover 6 and corresponding to the position of the lens 31 are blocked by the reticle 6, so that the metal film 3 3 is not plated, and the one or one ❹ can be formed with a fine sample. Therefore, the metal material film 3 3 can be formed directly at the position corresponding to the through hole 61 by sputtering or vapor deposition. In addition, the contact lens is configured to have a color or transparency. The outer surface of the contact lens 31 is covered with a metal film 33, and the metal material thin layer 3 3 is formed with one or more uncoated regions 3 4 having a shape. The metal film 33 on the lens 31 is coated with another lens 36 having a color or transparency. When the user wears the contact lens, the metal film 3 3 ' formed by the outer layer of the lens 31 enables the eye to exhibit a metallic color reflective effect, and can be formed on the lens 3 by the coating device 4. The metal film 3 3 of different thicknesses and the like, the metal film 3 3 can have the effect of being permeable to light and opaque to produce a special visual effect, and the metal film 3 3 is permeable to light, and more By means of the metal film 3 3 of the outer layer of the lens 3 2, the eye protection effect is achieved, and the excessively strong or harmful light is prevented from directly shining to the eyes, and the shape and pattern of the surface of the metal film 3 3 of the lens 31 can be matched with the surface 11 201017254 < It creates a distinctive visual perception that enhances the competitiveness of the product. In addition, the outer surface of the metal film 3 3 of the lens 31 can be coated with a color or transparent double lens 3 6 , and when the other m 6 is colored, the metal film 3 3 outer layer attached to the lens 31 When the color of the metal film 3 3 is prevented from falling out of the lens 31 and the immersion in the buffer 7 for a long time, the buffer 7 can be prevented from corroding the metal film 3 . 3, effectively protect the metal material film φ 3 3, extend the service life. Please also refer to Articles 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28 Twenty-nine rides, which are the flow chart of the best performance, the side view exploded view of the print head and the mold, the side view exploded view after the pad printing, and the side view Side view of the mold and auxiliary fixture, side view of the mold and lion fixture, schematic view of the film, trace of the film, β _, laser _ time, lens with metal film A schematic diagram of combining another lens, a schematic diagram of a lens with a metal film combined with another lens, a schematic diagram of a mirror with a metal film, and a side view of the auxiliary solution injection buffer, The U-side diagram of the encapsulation method of the auxiliary jig 'If you want to add the contact lens to the color pigment, the processing procedure of the mineral film is carried out. The steps are as follows: Step (2 〇 1) Pattern paint 9 work using transfer method , by a pad printing head 9 dipped in the pattern pigment 9i, and then by the pad printing head 9 12 201017254 Transfer the adhered pattern pigment 91 to the cavity 1 of the mold 1 〇Step (2 0 2) Place the contact lens material 3 with color or transparency into the cavity 11 of the mold 1 and locate it. The center of the pattern pigment 91. In the step (203), the auxiliary jig 2 is press-fitted by the mold 21 by the cavity 11 of the mold 1, and the lens material ® 3 in the cavity 11 is pressed and pressed. Step (2, 04) when the module 21 is pressed against the lens material 3 in the cavity 11, and the lens material 3 can be diffused and extended upward along the arc surface of the cavity 11 and the module 2, and the excess glasses material is used. 3 Push out the outside of the cut corner rim 111. Step (205), by means of the chamfered edge 111 of the periphery of the cavity 11, the abutting surface 211 of the outer portion of the module 21 can be brought into abutment to further absorb a little eyeglass material 3 outside the chamfered edge 1i Excision and separation are carried out to form a residual material 3 2 0 step (2 0 6 ) to the cavity of the mold 1; [the optical material 3 in the i is subjected to a curing process. Step (2 0 7) separates the mold 1 from the auxiliary jig 2, and causes the cured lens material 3 to be attached to the surface of the module 2 of the auxiliary jig 2, and formed into a colored lens 35, and the remaining material is cut off. 13 201017254 3 2 is left at the cut edge rim 111 of the cavity 11 and is attached to the joint protrusion 12 by a cover. 'Spoke (2 0 8) will be attached to the auxiliary lens 2 color lens 35 can be treated with a bond film to sputter or vapor deposition on the outer surface of the colored lens 3 5 metal film 3 3, and then metal The material film 3 3 removes the unnecessary range portion to show the uncoated region 34 of the predetermined pattern and shape. Step (2 0 9 ) Then, the lens 3 material having the color or the sun and the moon is placed in the cavity 11 of the mold 1 for the auxiliary fixture 2 to be attached with the metal film 3 3 lens. The module 21 of the 3 1 is press-fitted, and the lens material 3 of the other lens 3 β is spread and extended upward along the arc surface of the cavity 11 and the module 21, and the excess lens 3 3 glasses material 3 Pushing out the cutting edge rim 111 outer step (210) by cutting the edge rim rim 11 of the cavity 11 to cut off and separate a little lens 3 material 3 outside the kerf edge 111 The remaining material 3 2 . After the step (211) is formed into the lens of the contact lens by the inspection, the buffer 7 is inserted into the jig space 2 2 outside the module 21 of the auxiliary jig 2, and outside the jig space 2 2 of the auxiliary jig 2 On the package plane 2 3, the bonded film 8 is subjected to a 14 201017254 package operation. The contact lens structure is formed on the outer surface of the color lens 35 having a color or a transparent and patterned pigment, and a metal film 3 3 is formed, and the metal material 3 3 can be made into different thickness according to the requirements of the shape. Change, so that the metal material sense 3 3 can have the effect of being permeable or opaque, and the outer surface of the metal material film 3 3 is covered with a color or the other lens 3 6 ' is coated with the metal material film 3 3 Between the color lens 35 and the other lens 3 6 , the metal film 3 3 can be formed with one or more uncoated regions 34 of the patterned pattern, so that the metal film 3 3 has its uncoated region 3 4 and the pattern pigment g1 produces a multi-level combination, which in turn increases the appearance of the contact lens, and then through the metal material _3 3 and the other - lens 3 6 color matching secret mixed with a variety of colors, for users to wear, can Allows the eye to exhibit a multi-reflective effect with metallic color. In the manufacturing process of the above colored contact lens, the coating treatment method is such that the shirt color lens 35 can be led to the coating device 4, and the metal material film 3 3 is plated on the outer surface of the lens 31 by sputtering or vapor deposition; The unnecessary portion of the metal film 3 3 formed on the outer layer of the shirt lens 35 is removed, so that the metal film can be removed by the electron beam (for example, laser light) after the coating process is performed by the electron beam device 5. 3 3 is not necessary for the outer layer of the lens, and one or more unplated regions 3 4 are formed on the metal film 3 3; or the metal material 15 2010 17254 formed on the outer layer of the color lens 35 The unnecessary part is removed. In the coating process, the photomask 6 having at least one or more through holes can be shielded from the outside of the color lens 35. The coating device 4 is used by the through hole 61 of the mask 6. The metal film 3 3 ' is bonded to the color lens 35 and the through hole 61 of the mask 6 is externally received by the mask 6 corresponding to the position of the color lens 35, so that the metal film 3 3 ' is not formed by the metal film 3 3 ' - or More than one uncoated area 34' having a styling pattern can be formed directly on the corresponding through hole 6 ❹ 1 by means of a metal material _33, so that the colored lens 3 5 can be seen through the uncoated body area 34. The color of the outer layer, and the overlapping position of the colored lens 35 and the metal film 3 3 can produce a reflective color with metallic and pigment colors 'with different preset color lenses 3 3 and metal film 3 3 multi-level matching' A variety of preset colors of reflective color, resulting in a different visual perception. The lens material 3 in the mold 1 is cured by ultraviolet light (UV) irradiation, heat treatment, or the like, and the lens material 3 is polymerized after the light energy is polymerized. The lens material 3 can be colored or transparent. Hydrogel or material with ultraviolet light (UV) curing material and heat curing material; further auxiliary fixture 2 on the job plane 2 3 on the county material (4) can be (4), film, etc. . In addition, the structure of the contact lens is a contact lens lens 31' which can have a color or transparency, and the outer layer is covered with a metal film 3 3, and the one or more uncoated films formed on the metal film 3 3 are formed. In the area 201017254 34, a pattern pigment 91 is further disposed between the glasses material 3 and the metal material film 33 and located at the periphery of the pupil, and the metal material film 3 3 on the lens 3 i is coated with another lens 3 6 having color or transparency. . The color lens 3 5 metal material _3 3 outer layer can be coated and attached to another: the lens 3 6, by the other - the lens 3 6 can prevent the metal material film 3 3 from falling off the lens 31 'and long-term soaking in the buffer When liquid 7 is used, it can also prevent buffer 7 from considering metal film 3 3, and effective (4) metal film "©' to extend the service life. In addition, the above-mentioned auxiliary fixture 2 has a circular arc surface of module 2, which can be processed. The processing is combined with the affinity of the glasses material, and the processing can be performed by various surface processing operations such as corona (c 〇r 〇na) processing, flame treatment or UV treatment, and the surface and the series of the module 2 i are added. Affinity of the material 3. The above-mentioned contact lens structure and the method of the same according to the present invention have the following advantages in practical use, such as: (1) The lens 31 is formed by a coating process to form a metal film 33 on the outer surface of the lens 3 The metallic material film 33 produces a metallic color reflective effect, which produces a special visual perception and can also achieve eye protection. (2) The colored lens 35 can be used as a color lens 3 5 outer metal material in the coating process. The film 3 3 is formed with a predetermined shape uncoated area 3 4 ' so that the uncoated area 3 4 can see the color of the outer layer of the color lens 35 201017254, and the color lens 35 and the metal material 3 3 overlap position ' Produces a reflective color with metallic and pigment colors, and with the combination of the pattern pigment 91 on the lens 35 and the metal film 3 3 in different preset colors, it can produce multi-level changes and achieve different visual perceptions. (3) The color lens 3 5 metal material film 3 3 outer layer can be coated with another lens 3 6 which can have a preset color, can produce the reflective color of different preset color β colors, can be prevented by the other lens 3 6 When the metal film 3 3 falls off the lens 31 and is immersed in the buffer 7 for a long time, the buffer 7 can be prevented from corroding the metal film 3 3 , and the metal film 3 3 can be effectively protected, thereby prolonging the use period. In order to mainly form the outer surface of the lens with a metal film by the coating treatment, the eye can exhibit a metallic reflective color throwing, and the outer layer of the metal material 3 3 can be coated with another lens 3 6 The metal film 3 3 can be prevented from falling off the lens 31 by the other lens 36. In addition, the uncoated region 34' of the predetermined pattern and shape can be formed on the metal film 3 3 to match different presets. The color lens is multi-layered and can be reflected by the color of the other-mirror 3 6 mixed shirt color. However, the above description is only a preferred embodiment of the present invention, which cannot be limited by this. The scope of the present invention, therefore, the use of the present specification and the contents of the drawings for the sake of the succinct decoration and the like, is still included in the scope of the patent covered by the present invention, and is combined with Chen Ming. 18 201017254 This is the effect and purpose of this, so this (four) Cheng is = invention, in fact, in line with the invention price < practical! Health excellence, seeking and application requirements, 提出 legally filed an application, hope that the trial committee will grant this case as soon as possible to protect The inventor's hard work, if there is any doubt in the fishing bureau, "I don't want to inform the inventor to make every effort to cooperate, the real sense is 0 Φ 参 19 201017254 [Simplified illustration] The first picture is the three-dimensional appearance of the inventionThe second tether is a side elevational cross-sectional view of the invention. The second figure is a flow chart of the present invention. The fourth figure is a side cross-sectional view of the present invention. The fifth® is a side view exploded view of the mold and the auxiliary fixture of the present invention.
第六係為本發明鑛臈時之示意圖。 第七®係為本發明鑛膜完之示意圖。 第八®係為本發明雷射雕刻時之示意圖。 第九®係為本發明雷射雕刻完之示意圖。 第十®係為本發明被光翠遮擋時之示意圖。 第十一 ®係為本發明具金屬材質薄膜之鏡片結合另-鏡 片之示意圖。 第十二®係為本發明具金屬材質薄膜之鏡片結合另-鏡 片後之示意圖。 第十三®係為本發明具金屬材質薄膜之鏡片切除另一鏡 片餘料後之示意圖。 第十四®絲树關_躲人緩驗之 〇 第十五目係為本發_助治具之封裝方式側視剖面圖。 第十六®係為本發明較佳實施例之流程圖。 20 201017254 « « 第十®係為本發明移印膠頭與模具之側視分麵。 第十八®係為本發明移印膠頭移印後之側視分解剖面圖 0 第十九係為本發明較佳實施例之側視剖面圖。 第二十®係為本發明較佳實施例模具與輔助治具之側視 剖面圓。 第十®係為本發明較佳實施例模具與辅助治具之側視 Φ 分解剖面圖。 第二十二圖係為本發明較佳實施例鑛膜時之示意圖。 第一十一圖係為本發明較佳實施例鐘膜完之示意圖。 第一十四圖係為本發明較佳實施例雷射雕刻時之示意圖。 第十五圖係為本發明較佳實施例具金屬材質薄膜之鏡片 結合另一鏡片之示意圖。 第一十六圖係為本發明較佳實施例具金屬材質薄膜之鏡片 β 結合另一鏡片後之示意圖。 第-十七圖係為本發明較佳實施例具金屬材質薄膜之鏡片 切除另一鏡片餘料後之示意圖。 第二十八圖係為本發明較佳實施例輔助治具注入緩衝液之 側視剖面圖。 第十九圖係為本發明較佳實施例輔助治具之封裝方式側 視剖面圖。 21 201017254 • · 【主要元件符號說明】 1、 模具 1 1、模穴 11 1、切角緣邊 2、 辅助治具 2 1、模塊 ❿ 2 1 1、抵持面 3、 眼鏡材料 3 1、鏡片 3 2、餘料 3 3、金屬材質薄膜 ® 4、鍍膜設備 5、 電子光束設備 6、 光罩 6 1、透孔 12、結合凸體 2 2、治具空間 23 、封裝平面 3 4、未鑛膜區域 3 5、彩色鏡片 3 6、另一鏡片 7、缓衝液 22 201017254 8、 薄膜 9、 移印膠頭 9 1、圖紋顏料The sixth system is a schematic diagram of the mine of the present invention. The seventh® is a schematic diagram of the mineral film of the present invention. The eighth® is a schematic diagram of the laser engraving of the present invention. The ninth® is a schematic diagram of the laser engraving of the present invention. The tenth® is a schematic diagram of the invention when it is blocked by the light. The eleventh ® is a schematic view of the lens of the metal film of the present invention combined with another mirror. The twelfth® is a schematic view of the lens of the metal film of the present invention combined with the other-mirror. The thirteenth® is a schematic view of the lens of the metal film of the present invention after the other lens is removed. The fourteenth + silk tree off _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Sixteenth is a flow chart of a preferred embodiment of the invention. 20 201017254 « « Tenth® is the side view of the pad and die of the invention. The eighteenth aspect is a side elevational exploded cross-sectional view of the pad printing head of the present invention. The nineteenth aspect is a side cross-sectional view of a preferred embodiment of the present invention. The twentieth® is a side cross-sectional circle of the mold and the auxiliary jig of the preferred embodiment of the present invention. The tenth® is a side view Φ exploded cross-sectional view of the mold and the auxiliary jig of the preferred embodiment of the present invention. The twenty-second figure is a schematic view of the mineral film of the preferred embodiment of the present invention. The eleventh drawing is a schematic view of the bell film of the preferred embodiment of the present invention. The fourteenth embodiment is a schematic view of a laser engraving of a preferred embodiment of the present invention. The fifteenth embodiment is a schematic view of a lens having a metallic film in combination with another lens in accordance with a preferred embodiment of the present invention. The first sixteenth embodiment is a schematic view of a lens with a metal film according to a preferred embodiment of the present invention. The seventeenth embodiment is a schematic view of a lens having a metal film according to a preferred embodiment of the present invention after the remaining lens material is removed. Figure 28 is a side cross-sectional view showing the auxiliary jig injection buffer of the preferred embodiment of the present invention. Figure 19 is a side cross-sectional view showing the package of the auxiliary jig of the preferred embodiment of the present invention. 21 201017254 • · [Main component symbol description] 1. Mold 1 1 , cavity 11 1 , chamfered edge 2 , auxiliary fixture 2 1 , module ❿ 2 1 1 , resisting surface 3 , glasses material 3 1 , lens 3 2. Residual material 3 3. Metal film*, coating equipment5, electron beam equipment 6, mask 6 1, through hole 12, combined protrusion 2, fixture space 23, package plane 3 4, unmineralized Membrane area 35, colored lens 36, another lens 7, buffer 22 201017254 8, film 9, pad printing head 9, 1 pattern pigment