M382991 以減少光的反射，以供投影影像時，可產生之投映影像亮度 均勻、免麗’低反光’係可有致提升投映影像之晝面品質， 亦可運用於太陽成玻璃使光線可減少反光進而增加發電效益 0 本創作之次要目的乃在於麵表面經過濕式侧加工後 ，亦可供做書寫之白板使用，在使用白板筆書寫後，筆跡易 於清潔不易渗透’且玻璃表面之微形弧曲面不易殘留筆墨或 着 微塵’可以輕易的擦拭除去，以保持玻璃表面的整潔。 摘狀再-創作目的75在於該賴可於另側表面附加 反射層’以提升玻璃微形弧曲面的折射效果，則可達到控制 玻璃之增益比及可視角之目的。 本創作之再-創作目的於麵上可降低反射率增加光的 透過率。 鲁 本創作之又-目的乃在於該玻璃的至少—録面，為利 : 用濕式侧加卫方式所成型之複數郷弧曲面，秘微形弧 曲面上所形成之複數細微顆粒，顺數細微顆粒長度為於$ 〜1 OO/zm，其顆粒高度則為1〜6//111。 本創作之另-目的乃在於該_的至少—絲面以濕式 _加工形成複數微形弧曲面，其加工之方式步驟為：將玻 5离置於上片台表面’並透過氧⑽清洗玻璃，再對玻璃表面 進行濕度㈣，即可·__方式對玻縣面進行長晶 餘刻’且在玻璃_後，進行沖水概後再予_乾，則進 5 仃破璃表面之酸纖光處理健，並再—次重複的沖水刷洗 斜且透過酸鹼中和方式進行玻璃的洗片，即完成玻璃的濕式 刻加工健，而可將加卫完成之玻璃自以台取出收片。 【實施方式】 、為達成上述目驗魏，本創作所_之技術手段及其 構造’兹賴财卿讀佳實施解加朗細徵與功能 如下，俾利完全瞭解。 # °月 > 閱第、一、二、四圖所示’係為本創作之立體外 觀圖、側視®、第二圖A部分之局部放AgI、較佳實施例之 立體外觀圖’由圖中所示可以清楚看出，本創作玻璃之構造 改良，係利用玻璃1進行加工處理，其中： 該玻璃1為於至少—側表面上，侧加工方式為於 玻璃1表面上成型複數微形弧曲面U，係在玻璃工表面均 勻的產生複數微細顆粒，且複數微形弧曲面i丄係呈立體之 微形點狀球面狀，密集的分佈在玻璃1的表面上，則複數細 微、’田顆粒長度1 1D為5〜I Q q鋒，其顆粒高度1 1 η 則為1〜6"m ’而可將弧曲面i 1χ之光線在微細顆粒内 部進行繞射，以將光影集中而可提高影像之亮度、影像之顏 色更加鮮明亮麗’且不$產生絲，則可麟麵1表面在 接收投影機2投映影像;l !丄之晝面時，可以透過複數微形 弧曲面1 1之微細顆粒内所產生之繞射作用，減少光的反射 與流失，可以提升投映影像111的晝質及清晰度。M382991 To reduce the reflection of light for projecting images, the brightness of the projected image can be uniform, and the 'low reflection' can improve the quality of the projected image. It can also be applied to the sun to make the glass reduce the reflection of light. In addition, the power generation benefit is increased. The second purpose of this creation is that after the surface is wet-processed, it can also be used as a writing whiteboard. After writing with a whiteboard pen, the handwriting is easy to clean and difficult to penetrate, and the surface of the glass is micro-shaped. The curved surface is not easy to leave pen ink or dusty 'can be easily wiped off to keep the glass surface clean and tidy. The purpose of the pick-up-reproduction 75 is to add a reflective layer on the other side surface to enhance the refractive effect of the glass micro-arc surface, thereby achieving the purpose of controlling the gain ratio of the glass and the viewing angle. The re-creation of this creation aims to reduce the reflectivity and increase the transmittance of light. The purpose of Ruben's creation is to at least the recording surface of the glass, for the benefit of: the complex curved surface formed by the wet side reinforcement method, the complex fine particles formed on the micro-shaped curved surface, The fine particles have a length of from $1 to 1 OO/zm and a particle height of from 1 to 6//111. Another object of the present invention is that at least the silk surface of the _ is formed into a plurality of micro-arc surfaces by wet processing, and the processing steps are as follows: the glass 5 is placed on the surface of the upper stage and is cleaned by oxygen (10). Glass, and then the humidity of the glass surface (four), you can ___ way to the glass surface of the surface of the crystal growth of the crystal, and after the glass _, after the flushing, then _ dry, then enter the 5 仃 glass surface The acid fiber is lightly processed, and the repeated repeated flushing and washing is performed by the acid-base neutralization method, that is, the wet etching process of the glass is completed, and the glass which is finished is self-contained. Take out the film. [Embodiment] In order to achieve the above-mentioned test, Wei, the technical means of this creation and its structure, "Zai Laiqing, read the best implementation of the levy and function, as follows, 俾利 fully understand. # °月> Read the first, second, fourth and fourth figures, which are the three-dimensional appearance of the creation, the side view®, the partial placement of the AgI in the second part of the second figure, and the three-dimensional appearance of the preferred embodiment. As can be clearly seen from the figure, the structure of the present glass is improved by processing with glass 1, wherein: the glass 1 is on at least the side surface, and the side processing method is to form a plurality of micro shapes on the surface of the glass 1. The curved surface U is uniformly produced on the surface of the glasswork, and the plurality of micro-arc surfaces are three-dimensional micro-shaped spherical spheroids, densely distributed on the surface of the glass 1, and the plurality of subtle, ' The length of the field particle 1 1D is 5~IQ q front, and the particle height of 1 1 η is 1~6"m ', and the light of the curved surface i 1χ can be diffracted inside the fine particles to concentrate the light and shadow and improve The brightness of the image and the color of the image are brighter and brighter, and the surface of the surface of the lining 1 can be projected on the receiving projector 2; when the surface of the 丄 丄 , can pass through the surface of the complex micro-arc surface 1 1 Diffraction in the particles, reducing light The reflection and loss can improve the enamel and clarity of the projected image 111.