1357514 ίό〇年;乜焉06:日接正頁 六、發明說明： 【發明所屬之技術領域】 [0001]本發明係屬於光學材料技術領域，涉及一種鍍膜鏡片的 製造方法，具體涉及一種蜂巢鍵膜黑色素鏡片製造方法 【先前技術】 [0002] 隨著時代的進步，科技的發展，電腦已經成為人們工作 、學習和生活，乃至休閒娛樂中不可或缺的一件重要物 品’尤其是那些在辦公室從事工作的人們’整天近距離 面對著電,腦螢幕，大量的電腦輻射、強光屏閃和螢幕散 射光，都會對眼睛視網膜和晶狀體的造成直接傷害，還 會由電腦輻射引起臉部色素沈著及出現眼睛乾澀、酸脹 、視覺疲勞和黑眼圈的現象；再者’現今因聖嬰現象， 大氣層產生破洞，導致有害光線更加直接照射，對於眼 球的傷害更是與日倶增，因此人們想出各種辦法來解決 上述問題，其中不乏採用配戴偏光鏡、防輻射鏡來阻擋 電腦輻射、強光屏閃和螢幕散射光及抗UV太陽鏡來阻隔 紫外線，但是效果都不能令人滿意。 【發明内容】 [0003] 本發明的目的是在提供一種蜂巢鍍膜黑色素鏡片及其製 造方法，它先用黑色素粉與聚碳酸酯（PC，Polycarbonate) 或有機玻璃 （ AC ， 壓克力 ） 或聚雙烯丙 基二甘 醇二碳酸酷（CR-39 ’哥倫比亞樹脂）材料和變色劑按一定 比例製作出黑色素鏡片’然後在黑色素鏡片表面印上蜂 巢形圖案’然後進行光學真空鍍膜，製成蜂巢鍍膜黑色 098143788 表單編號A0101 第3頁/共16頁 1003452313-0 1357514 100年.12月06日修正替g頁 素鏡片；本發明蜂巢鍍膜黑色素鏡片能阻隔電磁輻射和 近距離強光屏閃，有效的將強光及雜亂的散射光遮罩和 反射出去，大大減少了散射光對視網膜和晶狀體的直接 傷害，達到保護眼睛和提高夜視能力之作用，另黑色素 鏡片並能防止電腦輻射對人體眼球的傷害，解決了長時 間使用電腦，造成眼睛乾澀、酸脹、視覺疲勞的問題。 [0004] 本發明提供的一種蜂巢鍍膜黑色素鏡片，它是一種在黑 色素鏡片表面印有蜂巢形圖案及鏡片兩面分別鍍有藍膜 和黃金膜的光學鏡片，所述的黑色素鏡片是由聚碳酸酯 (PC，Polycarbonate)或有機玻璃（AC，壓克力）或 聚雙烯丙基二甘醇二碳酸酯（CR-39，哥倫比亞樹脂）材料 、黑色素粉及變色劑按比例混合均勻，按鏡片常規製作 工藝製成黑色素鏡片； [0005] 黑色素鏡片的成分配比為：黑色素粉與聚碳酸酯（PC， Polycarbonate)或有機玻璃（AC，壓克力）或聚雙稀 丙基二甘醇二碳酸酯（CR-39，哥倫比亞樹脂）材料的配比 為1 : 300〜1 : 30000，變色劑與聚碳酸酯（PC， Polycarbonate)或有機玻璃（AC，壓克力）或聚雙浠 丙基二甘醇二碳酸酯（CR-39，哥倫比亞樹脂）材料的配比 為20g/kg ; [0006] 所述的黑色素鏡片表面印有的蜂巢形圖案採用遮蔽式塗 料（水溶性樹脂）印製；所述的黑色素鏡片兩面採用真空 電鍍分別鍍有藍膜和黃金膜。 [0007] 本發明所述的蜂巢鍍膜黑色素鏡片，其特徵在於，所述 098143788 表單編號A0101 第4頁/共16頁 1003452313-0 1357514 :論年;1?与如白邊正轉 ϋ ί形i W可巍用"马3 #頁瓦#他ί ίτ系灰。 [0008] 所述的黑色素鏡片兩面分別鍍有的藍膜和黃金膜，或根 據需求只鍍其中的一種，該鍍膜顏色或為藍色、或為黃 金色，或是其他顏色。 [0009] 本發明還提供了該蜂巢鍍膜黑色素鏡片製造方法，該製 .造工藝過程包括：製造黑色素鏡片、防霧處理、印製圖 案、鍍膜、清洗，具體步驟如下： [0010] 步驟一、製造黑色素鏡片：按1 : 300〜1 : 30000配比， 取黑色素粉和材料，再按變色劑與聚碳酸酯（PC， Polycarbonate)或有機玻璃（AC，壓克力）或聚雙烯 丙基二甘醇二碳酸酯（CR-39，哥倫比舜樹脂）材料 20g/kg的配比加入變色劑，進行混合，按鏡片常規製作 工藝製成黑色素鏡片； [0011] 步驟二、防霧處理：將黑色素鏡片放進防霧劑裏浸泡後 撈起擦乾； [0012] 步驟三、在移印機上印製蜂巢形圖案：將黑色素鏡片放 入裝有電腦雕刻蜂巢圖案範本的移印機臺上的模具中， 移印機膠頭氣壓調整到4 kg/cm2的狀態，用遮蔽式塗料（ 水溶性樹脂），以下壓3〜7秒、上拉8〜1 2秒的速度進行 蜂巢形圖案的移印； [0013] 步驟四、在光學真空鍍膜機内鍍膜： [0014] A、鍍藍膜：按背面排裝鏡片，用靜電搶清除灰塵，放在 光學真空鍍膜機裏抽真空20〜35分鐘，在1. 0x1 (Γ5真空 098143788 表單編號A0101 第5頁/共16頁 1003452313-0 1357514 [⑻ 15] [0016] [0017] [0018] [0019] [0020] 098143788 100年.12月06日梭正替換頁 壓力下開始鍍膜，第一層用離子槍喷鍍氬氣3〜8分鐘， 第二層喷鍍高折射率材料5〜10分鐘，第三層喷鍍低折射 率材料5〜10分鐘，生成藍膜； B、鍍黃金膜：按正面排裝鏡片，用靜電槍清除灰塵，抽 真空20〜35分鐘，在1. OxlO_5真空壓力下開始鍍膜，第 一層用離子搶噴鍍氬氣3〜8分鐘，第二層喷鍍高折射率 材料5〜10分鐘，第三層喷鍍低折射率材料3〜8分鐘，第 四層喷鐘防水材料2〜6分鐘，生成黃金膜； 步驟五、按背面排裝鏡片，用靜電搶清除灰塵，抽真空 12〜18分鐘，在2. 0x1 (Γ5真空壓力下噴鍍防水材料2〜6 分鐘； 步驟六、超音波清洗機清洗：用過濾潔淨的冷水，超聲 波清洗3〜5分鐘，然後在7 5〜8 0度的熱水中清洗3 0〜5 0 秒，將遮蔽式塗料（水溶性樹脂）清洗乾淨； 步驟七、撈出並擦乾後獲得成品鏡片。 所述的高折射率材料為二氧化锆（ZrO。），低折射率材 2 料為二氧化矽（SiOg)，所述的防水材料為拔水劑。1357514 ό〇ό〇年;乜焉06:日接正页六, invention description: [Technical field of invention] [0001] The present invention belongs to the technical field of optical materials, and relates to a method for manufacturing a coated lens, in particular to a honeycomb key Membrane melanin lens manufacturing method [prior art] [0002] With the advancement of the times and the development of technology, computers have become an indispensable item in people's work, study and life, and even leisure and entertainment, especially those in the office. People who work are 'close to the sky all day, the brain screen, a lot of computer radiation, strong light screen flash and screen scattered light, will directly cause damage to the retina and lens of the eye, and will also cause facial radiation caused by computer radiation. Pigmentation and dry eyes, soreness, visual fatigue and dark circles; in addition, due to the phenomenon of the Holy Child, the atmosphere produces holes, which cause harmful light to be directly exposed, and the damage to the eyeball is increasing. Therefore, people have come up with various ways to solve the above problems, and many of them use polarizing mirrors and radiation mirrors. Block computer radiation, screen flash light and scattered light and screen anti-UV sunglasses to block ultraviolet rays, but the results are not satisfactory. SUMMARY OF THE INVENTION [0003] The object of the present invention is to provide a honeycomb coated melanin lens and a manufacturing method thereof, which first use melanin powder and polycarbonate (PC, Polycarbonate) or plexiglass (AC, acrylic) or poly Diallyl diglycol dicarbonate (CR-39 'Columbia resin) material and color changing agent to make a black pigment lens in a certain proportion 'then printed on the surface of the melanin lens with a honeycomb pattern' and then optical vacuum coating to make a honeycomb Coating black 098143788 Form No. A0101 Page 3 / Total 16 pages 1003452313-0 1357514 100 years. December 06 revised for g-page lens; the honeycomb coating melanin lens of the invention can block electromagnetic radiation and close-range glare screen flash, effective Masking and reflecting the glare and the scattered light, greatly reducing the direct damage of the scattered light to the retina and the lens, to protect the eyes and improve the ability of night vision, and the melanin lens can prevent computer radiation on the human eye. The damage solves the problem of long-term use of the computer, causing dry eyes, soreness and visual fatigue. [0004] The present invention provides a honeycomb coated melanin lens, which is an optical lens having a honeycomb pattern printed on the surface of the melanin lens and a blue film and a gold film on both sides of the lens, wherein the melanin lens is made of polycarbonate. (PC, Polycarbonate) or plexiglass (AC, acrylic) or polybisallyl diglycol dicarbonate (CR-39, Colombian resin) material, melanin powder and color change agent are mixed evenly according to the lens The process of making melanin lenses; [0005] the distribution ratio of melanin lenses is: melanin powder and polycarbonate (PC, Polycarbonate) or plexiglass (AC, acrylic) or poly succinyl diethylene glycol dicarbonate The ratio of ester (CR-39, Colombia resin) material is 1: 300~1 : 30000, color change agent and polycarbonate (PC, Polycarbonate) or plexiglass (AC, acrylic) or polybiguanide The ratio of the glycol dicarbonate (CR-39, Columbia resin) material is 20 g / kg; [0006] the honeycomb pattern printed on the surface of the melanin lens is printed with a masking paint (water-soluble resin); Both sides of the melanin lens are respectively plated with a blue film and a gold film by vacuum plating. [0007] The honeycomb coated melanin lens according to the present invention is characterized in that: 098143788 Form No. A0101 Page 4 / Total 16 Page 1003452313-0 1357514: On the year; 1? and as the white edge is turned ϋ 形 i i W can use "马3#页瓦#他ί ίτ is gray. [0008] The blue film and the gold film are respectively plated on both sides of the melanin lens, or only one of them is plated according to requirements, and the color of the film may be blue, or yellow gold, or other colors. [0009] The present invention also provides a method for manufacturing the honeycomb coated melanin lens, the manufacturing process includes: manufacturing a melanin lens, an anti-fog treatment, a printing pattern, a coating, and a cleaning, and the specific steps are as follows: [0010] Step 1: Manufacture of melanin lenses: according to 1: 300~1: 30000 ratio, take melanin powder and materials, and then press color change agent with polycarbonate (PC, Polycarbonate) or plexiglass (AC, acrylic) or polybisallyl A ratio of 20 g/kg of diethylene glycol dicarbonate (CR-39, Columbine resin) material is added to a color changing agent, mixed, and a melanin lens is prepared according to a conventional lens manufacturing process; [0011] Step 2: Anti-fog treatment: Put the melanin lens into the anti-fogging agent, soak it, and then dry it; [0012] Step 3. Print the honeycomb pattern on the pad printing machine: insert the melanin lens into the pad printing machine with the computer-engraved honeycomb pattern template. In the upper mold, the pressure of the pad of the pad printer is adjusted to 4 kg/cm2, and the honeycomb pattern is applied with a masking paint (water-soluble resin) at a speed of 3 to 7 seconds and a pull-up of 8 to 12 seconds. Pad printing; [001 3] Step 4, coating in the optical vacuum coating machine: [0014] A, blue film: according to the back row of lenses, use static electricity to remove dust, placed in an optical vacuum coating machine to vacuum for 20 to 35 minutes, in 1. 0x1 (Γ5vacuum 098143788 Form No. A0101 Page 5 / Total 16 Page 1003452313-0 1357514 [(8) 15] [0016] [0019] [0020] 098143788 100 years. December 06 shuttle replacement page The coating is started under pressure. The first layer is sprayed with argon gas for 3 to 8 minutes, the second layer is sprayed with high refractive index material for 5 to 10 minutes, and the third layer is sprayed with low refractive index material for 5 to 10 minutes to form blue. Film; B, gold plated film: according to the front row of lenses, use an electrostatic gun to remove dust, vacuum for 20~35 minutes, start coating under 1. OxlO_5 vacuum pressure, the first layer with ion blasting argon gas 3~8 Minutes, the second layer is sprayed with high refractive index material for 5 to 10 minutes, the third layer is sprayed with low refractive index material for 3 to 8 minutes, and the fourth layer of sprayed waterproof material for 2 to 6 minutes to form a gold film; Step 5, press The rear side of the lens, use static electricity to remove dust, vacuum 12~18 minutes, at 2. 0x1 (Γ5 vacuum pressure) Spray the waterproof material for 2~6 minutes; Step 6. Ultrasonic cleaning: clean with clean cold water, ultrasonic cleaning for 3~5 minutes, then clean in hot water of 7 5~8 0 degrees 3 0~5 0 In seconds, the masking paint (water-soluble resin) is cleaned; Step 7. Remove and dry to obtain the finished lens. The high refractive index material is zirconium dioxide (ZrO.), and the low refractive index material is Cerium oxide (SiOg), the water repellent material is a water repellent.
L 本發明的蜂巢鍍膜黑色素鏡片在製作基片時，先在鏡片 基料聚碳酸酯（PC、Polycarbonate或AC、CR-39、 HI-.index、Aery 1 ic等）材料中添加了適當比例的黑色 素及變色劑，混合後製作出黑色素鏡片，然後在製成的 黑色素鏡片表面印上蜂巢形圖案並在鏡片兩面分別鍍有 藍膜和黃金膜的光學鏡片，圖案印製採用易溶解於水且 快乾的遮蔽式塗料（水溶性樹脂）；最後用超音波清洗機 表單編號A0101 第6頁/共16頁 1003452313-0 1357514 ； del toff's； » . '· s·- · · . 一…If洗取出後擦乾獲得成品鏡片，該1作孓#穩女可#， ’ 成本低，質量好，本發明的鏡片不但能阻隔電腦的電磁 輻射和近距離屏閃，蜂巢形圖案還能有效的將強光及雜 亂的散射光遮罩和反射，修正光線使之成為平行光進入 人體視覺，減少了散射光對視網膜和晶狀體的直接傷害 ，使眼睛睫狀肌得到放鬆，促進血液循環，達到保護眼 睛和提高夜視能力作用，並能防止電腦輻射對人體的傷 害，也解決了長時間使用電腦，造成眼睛乾澀、酸脹、 視覺疲勞的問題。 [0021] 本發明的黑色素蜂巢鍍膜鏡片，它具有保護眼睛的視覺 功能，阻止光線（尤其是藍光）的反復彈射，因而可以 減低目眩，增強對比度，增加視覺影像的效果，黑色素 鏡片可以達到補強甚至代替人體黑色素天然内分泌之功 用，添加了黑色素的鏡片對紫外線達到100%阻隔，並且 可以阻隔98%以上的藍光（波長450-480nm)，蜂巢鍍膜 p -. 黑色素鏡片不是簡單的阻隔高能量光線，而是通過吸收 一定比例光線的頻率的同時即減少了有害的HEV光而不損 害顏色的原來色彩。 【實施方式】 [0022] 有關本發明為達上述之使用目的與功效，所採用之技術 手段，茲舉出較佳可行之實施例，並配合圖式所示，詳 述如下： [0023] 一種蜂巢鍍膜黑色素鏡片，如第一圖和第二圖所示，它 是一種在黑色素鏡片1表面印有蜂巢形圖案2及鏡片兩面 分別鍍有藍膜3和黃金膜4的光學鏡片，所述的黑色素鏡 098143788 表單編號A0101 第7頁/共16頁 1003452313-0 1357514 100年.12月06日修正替換頁 片1是由聚碳酸酯（PC，Polycarbonate)或有機玻璃 (AC，壓克力）或聚雙烯丙基二甘醇二碳酸酯（CR-39， 哥倫比亞樹脂第39號）材料、黑色素粉及變色劑按比例混 合均勻，按鏡片常規製作工藝製成黑色素鏡片1 ; [0024] 黑色素鏡片1的成分配比為：黑色素粉與聚碳酸酯（PC， Polycarbonate，或有機玻璃，AC，壓克力，或聚雙烯 丙基二甘醇二碳酸酯，CR-39，哥倫比亞樹脂第39號）材 料的配比為1 : 3 0 0〜1 : 3 0 0 0 0 ，變色劑與聚碳酸酯（ PC ，或AC、CR-39)材料的配比為20g/kg ; [0025] 所述的黑色素鏡片1表面印有的蜂巢形圖案2採用遮蔽式 塗料（水溶性樹脂）印製，為了得到不同的圖形效果，蜂 巢形圖案2或可以採用均勻排列的其他幾何形狀，如第三 圖所示的三角形圖案5,或是多邊形圖案，或是圓形圖案 等等；所述的黑色素鏡片1兩面採用真空電鍍分別鍍有藍 膜3和黃金膜4，或根據需求只鍍其中的一種膜，該鍍膜 顏色或為藍色、或為黃金色，.或是其他顏色。 [0026] 本發明所提供的蜂巢鍍膜黑色素鏡片製造方法過程包括 [0027] 製造黑色素鏡片、防霧處理、印製圖案、鍍膜、清洗， 具體步驟如下： [0028] 步驟一、製造黑色素鏡片：按1 : 300〜1 : 30000配比， 取黑色素粉和聚碳酸酯（PC，Polycarbonate)，或有 機玻璃（AC，壓克力），或聚雙烯丙基二甘醇二碳酸酯L. The honeycomb coated melanin lens of the present invention firstly adds an appropriate proportion to the lens base polycarbonate (PC, Polycarbonate or AC, CR-39, HI-.index, Aery 1 ic, etc.) in the preparation of the substrate. Melanin and color-changing agent, after mixing, make a melanin lens, and then print a honeycomb pattern on the surface of the prepared melanin lens and apply blue and gold film optical lenses on both sides of the lens, and the pattern is printed and easily dissolved in water. Quick-drying masking coating (water-soluble resin); finally using ultrasonic cleaning machine form number A0101 Page 6 / 16 pages 1003452313-0 1357514; del toff's; » . '· s·- · · · . After being taken out and dried to obtain the finished lens, the 1 is 孓#稳女可#, 'The cost is low and the quality is good. The lens of the invention can not only block the electromagnetic radiation of the computer and the close-range screen flash, but the honeycomb pattern can also effectively Strong light and cluttered scattered light masks and reflections, correcting light to make parallel light into human vision, reducing direct damage to the retina and lens by scattered light, and relaxing and promoting the ciliary muscle of the eye Circulation, to protect eyes and improve night vision effect, and can prevent computer radiation on the human body injury, but also to solve the prolonged use of computers, causing dry eyes, soreness, fatigue, vision problems. [0021] The melanin honeycomb coated lens of the invention has the visual function of protecting the eye and prevents repeated ejection of light (especially blue light), thereby reducing dizziness, enhancing contrast and increasing the effect of visual images, and the melanin lens can be reinforced or even In place of the natural endocrine function of human melanin, the lens added with melanin achieves 100% blocking of ultraviolet light, and can block more than 98% of blue light (wavelength 450-480nm), honeycomb coating p-. melanin lens is not simply blocking high energy light, Rather, by absorbing the frequency of a certain proportion of light, the harmful HEV light is reduced without damaging the original color of the color. [Embodiment] [0022] In order to achieve the above-mentioned purpose and effect of the present invention, a preferred and feasible embodiment will be described, and in conjunction with the drawings, the details are as follows: [0023] The honeycomb coated melanin lens, as shown in the first figure and the second figure, is an optical lens having a honeycomb pattern 2 printed on the surface of the melanin lens 1 and a blue film 3 and a gold film 4 on both sides of the lens, respectively. Melanin Mirror 098143788 Form No. A0101 Page 7 / Total 16 Page 1003452313-0 1357514 100. December 06 Revision Replacement Sheet 1 is made of polycarbonate (PC, Polycarbonate) or plexiglass (AC, Acrylic) or Polybisallyl diglycol dicarbonate (CR-39, Colombian resin No. 39) material, melanin powder and color changing agent are uniformly mixed in proportion, and the melanin lens 1 is prepared according to the conventional manufacturing process of the lens; [0024] melanin lens The distribution ratio of 1 is: melanin powder and polycarbonate (PC, Polycarbonate, or plexiglass, AC, acrylic, or polybisallyl diglycol dicarbonate, CR-39, Colombian resin No. 39 Material matching The ratio of 1:3 0 0~1 : 3 0 0 0 0 , the ratio of the color changing agent to the polycarbonate (PC, or AC, CR-39) material is 20 g / kg; [0025] the melanin lens 1 The honeycomb pattern 2 printed on the surface is printed with a masking paint (water-soluble resin). In order to obtain different graphic effects, the honeycomb pattern 2 may be other geometric shapes uniformly arranged, such as the triangular pattern shown in the third figure. 5, or a polygonal pattern, or a circular pattern, etc.; the black pigment lens 1 is vacuum plated on both sides with a blue film 3 and a gold film 4, or only one of the films is plated according to requirements, the color of the coating or It is blue, or gold, or other colors. The process for manufacturing the honeycomb coated melanin lens provided by the present invention includes [0027] manufacturing a melanin lens, an anti-fog treatment, a printing pattern, a coating, and a cleaning, and the specific steps are as follows: [0028] Step 1: Manufacturing a melanin lens: 1 : 300~1 : 30000 ratio, taking melanin powder and polycarbonate (PC, Polycarbonate), or plexiglass (AC, acrylic), or polybisallyl diglycol dicarbonate
(CR-39，哥倫比亞樹脂第39號）材料，再按變色劑與PC 098143788 表單編號A0101 第8頁/共16頁 1003452313-0 1357514 ίόϋ^ιζΜ d 6 0 -to (iac柄^2ig/ig.的配tb;乂「MW 混合，按鏡片常規製作工藝製成黑色素鏡片； [0029] 步驟二、防霧處理：將黑色素鏡片放進防霧劑裏浸泡後 撈起擦乾； [0030] 步驟三、在移印機上印製蜂巢形圖案：將黑色素鏡片放 入裝有電腦雕刻蜂巢圖案範本的移印機臺上的模具中， 移印機膠頭氣壓調整到4 kg/cm2的狀態，用遮蔽式塗料（ 水溶性樹脂），以下壓3〜7秒、上拉8〜12秒的速度進行 蜂巢形圖案的移印； [0031] 步驟四、在光學真空鍍膜機内鍍膜： [0032] A、鍍藍膜：按背面排裝鏡片，用靜電搶清除灰塵，放在 電鍍爐裏抽真空20〜35分鐘，在1.0xl0_5真空壓力下開 始鍍膜，第一層用離子槍噴鍍氬氣3〜8分鐘，離子搶於 光學真空鍍膜機内破壞鏡片表面，使之產生無數極細微 . !.' 小的毛細孔，以利電鍍顏料附著，第二膚喷鍍高折射率 材料5〜10分鐘，第三層喷鍍低折射率材料5〜10分鐘， 生成藍膜； [0033] B、鍍黃金膜：按正面排裝鏡片，用靜電搶清除灰塵，抽 真空20〜35分鐘，在1. 0χ10_5真空壓力下開始鍍膜，同 樣，第一層用離子搶噴鍍氬氣3〜8分鐘，離子搶於光學 真空鍍膜機内破壞鏡片表面，使之產生無數極細微小的 毛細孔，以利電鍍顏料附著，第二層喷鍍高折射率材料5 〜10分鐘，第三層喷鍍低折射率材料3〜8分鐘，第四層 喷鍍防水材料2〜6分鐘，生成黃金膜； 098143788 表單編號A0101 第9頁/共16頁 1003452313-0 1357514 [0034] [0035] [0036] [0037] [0038] [0039] 098143788 100年.12月06日修正销轉 步驟五、按背面排裝鏡片，用靜電搶清除灰塵，抽真空 1 2〜18分鐘’在2. 0x10_5真空壓力下喷鍍防水材料2〜6 分鐘； _ v驟/、超音波清洗機清洗：用過渡潔淨的冷水，超聲 . 波清洗3〜5分鐘，然後在75〜80度的熱水中清洗30〜50 秒’將遮蔽式.塗料（水溶性樹艢）清洗乾淨； 步驟七、撈出並擦乾後獲得成品鏡片。 所述的向折射率材料為二氧化錯（Zr〇2)，低折射率材 来车为1 一知 乳化矽（Si〇2)，所述的防水材料為拔水劑。 本發0月在黑色素鏡片1表面印上蜂巢形圖案2及在鏡片兩 面分別链有藍膜3和黃金膜4的光學鏡片（請參閱第二圖 所不）’蜂巢形圖案2印製採用遮蔽式塗料（水溶性樹脂） ’遮蔽式塗料（水溶性樹脂）具有水溶性好及快乾特點， 該鏡片不但能阻隔電腦的電磁輻射和近距離屏閃，其面 上的蜂巢形圖案2或三角形圖案5 (如第一、三圖所示） 還能有效的將強光及雜亂的散射光遮罩和反射，只接受 平行光通過，減少了散射光對視網膜和晶狀體的直接傷 害，使眼晴睫狀肌得到放鬆，促進血液循環，達到保護 眼睛和提高夜視能力作用，並能防止電腦_射對人體的 傷害，也解決了長時間使用電腦，造成眼睛乾澀、酸脹 、視覺疲勞的問題β 本發明並提供該蜂巢鍍膜黑色素鏡片的製造方法，它採 用在黑色素鏡片表面先印製蜂巢圖案，然後再進行鍍膜 的方法獲得蜂巢鍍膜黑色素鏡片，工藝穩定可靠，成本 .表單編號Α0101 第10頁/共16頁 1003452313-0 1357514 低，質量好。 [0040] 综上所述，本發明確實已達到所預期之使用目的與功效 ，且更較習知者為之理想、實用，惟，上述實施例僅係 針對本發明之較佳實施例進行具體說明而已，此實施例 並非用以限定本發明之申請專利範圍，舉凡其它未脫離 本發明所揭示之技術手段下所完成之均等變化與修飾， 均應包含於本發明所涵蓋之申請專利範圍中。 【圖式簡單說明】 [0041] 第一圖是本發明蜂巢鍍膜黑色素鏡片結構示意圖； [0042] 第二圖是本發明蜂巢鍍膜黑色素鏡片局部放大示意圖； [0043] 第三圖是本發明黑色素鍍膜鏡片另一圖案實例結構示意 圖。 【主要元件符號說明】 [0044] 1黑色素鏡片 ：' .(CR-39, Columbia Resin No. 39) Material, then press color change agent and PC 098143788 Form No. A0101 Page 8 / Total 16 Page 1003452313-0 1357514 ίόϋ^ιζΜ d 6 0 -to (iac handle ^2ig/ig. With tb; 乂 "MW mixing, according to the lens manufacturing process to make melanin lenses; [0029] Step 2, anti-fog treatment: put the melanin lens into the anti-fogging agent, soaked and wiped dry; [0030] a honeycomb pattern is printed on the pad printing machine: the melanin lens is placed in a mold on a pad printing machine equipped with a computer-engraved honeycomb pattern template, and the pressure of the pad printer head is adjusted to 4 kg/cm2. The masking paint (water-soluble resin) is subjected to a honeycomb pattern printing at a speed of 3 to 7 seconds and a pull-up of 8 to 12 seconds; [0031] Step 4. Coating in an optical vacuum coater: [0032] Blue-plated film: According to the back side of the lens, use static electricity to remove dust, put it in the electroplating furnace for 20~35 minutes, start coating at 1.0xl0_5 vacuum pressure, the first layer is sprayed with argon gas 3~8 with ion gun Minutes, the ion grabs the surface of the lens in the optical vacuum coating machine, making it Produces a myriad of extremely fine. !.' Small pores for the adhesion of electroplating pigments, the second skin is sprayed with a high refractive index material for 5 to 10 minutes, and the third layer is sprayed with a low refractive index material for 5 to 10 minutes to form a blue film. [0033] B, gold plated film: according to the front row of lenses, use static electricity to remove dust, vacuum for 20~35 minutes, start coating at 1.0 0χ10_5 vacuum pressure, likewise, the first layer with ion blasting argon 3 to 8 minutes of gas, the ion robbed in the optical vacuum coating machine to destroy the surface of the lens, so that it produces numerous tiny tiny pores to facilitate the adhesion of the plating pigment, the second layer is sprayed with high refractive index material for 5 to 10 minutes, the third layer Spraying the low refractive index material for 3 to 8 minutes, and spraying the fourth layer with the waterproof material for 2 to 6 minutes to form a gold film; 098143788 Form No. A0101 Page 9 / Total 16 Page 1003452313-0 1357514 [0034] [0035] [0036 [0039] [0039] [0039] [0039] 098143788 100 years. December 06 correction pin turn to step five, according to the back row of lenses, use static to grab dust, vacuum 1 2~18 minutes ' at 2. 0x10_5 vacuum pressure Spray water-proof material for 2~6 minutes; _ v骤/, ultrasonic cleaning Machine cleaning: clean the cold water with a transition, ultrasonic. Wave cleaning for 3 to 5 minutes, then wash in 75~80 degrees of hot water for 30~50 seconds. Clean the covered paint (water-soluble tree raft); Step 7 After the fish is removed and dried, the finished lens is obtained. The refractive index material is a dioxin (Zr〇2), and the low refractive index material is a sensible emulsifier (Si〇2). The material is a water extractant. In the month of the hairpin, a honeycomb pattern 2 and an optical lens with a blue film 3 and a gold film 4 on both sides of the lens are printed on the surface of the melanin lens 1 (see the second figure). Coating (water-soluble resin) 'The masking coating (water-soluble resin) has the characteristics of good water solubility and fast drying. The lens can not only block the electromagnetic radiation of the computer and the close-range screen flash, but also the honeycomb pattern 2 or triangle on the surface. Pattern 5 (as shown in the first and third figures) can also effectively mask and reflect the glare and the scattered light, and only accept the parallel light, reducing the direct damage of the scattered light to the retina and the lens, making the eye clear. The ciliary muscles are relaxed, promote blood circulation, protect the eyes and improve night vision ability, and prevent computer _ shooting damage to the human body. It also solves the problem of long-term use of the computer, causing dry eyes, soreness and visual fatigue. The invention provides a method for manufacturing the honeycomb coated melanin lens, which adopts a method of printing a honeycomb pattern on the surface of the melanin lens, and then performing a coating method to obtain a honeycomb. Melanin lens film, process stability and reliable, cost. Α0101 form Page number 10/1357514 1003452313-0 low of 16, good quality. [0040] In summary, the present invention has achieved the intended use and efficacy, and is more desirable and practical than the prior art. However, the above embodiments are only specific to the preferred embodiment of the present invention. The present invention is not intended to limit the scope of the invention, and all other equivalents and modifications may be included in the scope of the invention covered by the present invention. . BRIEF DESCRIPTION OF THE DRAWINGS [0041] The first figure is a schematic view of the structure of the honeycomb coated melanin lens of the present invention; [0042] The second figure is a partially enlarged schematic view of the honeycomb coated melanin lens of the present invention; [0043] The third figure is the melanin coating of the present invention Schematic diagram of another example of a lens pattern. [Main component symbol description] [0044] 1 melanin lens: ' .
[0045] 2蜂巢形圖案 [0046] 3 藍膜 [0047] 4黃金膜 [0048] 5三角形圖案 098143788 表單編號A0101 第11頁/共16頁 1003452313-02 honeycomb pattern [0046] 3 blue film [0047] 4 gold film [0048] 5 triangle pattern 098143788 Form number A0101 Page 11 of 16 1003452313-0