| 摘要 |
A screen according to the present invention has multiple through-holes that are formed in the lateral and longitudinal directions in isolation with each other to form anti-reflection paste on a glass plate in isolation by printing, is made from titanium, and comprises: a sub concave part, which is inserted downwards from a first surface and which is wide upwards and narrow downwards with an arc form; and a main concave part, which has a greater diameter than the sub concave part at a second surface, which is placed opposite to the first surface and the width of which gets narrows towards the first surface and which is linked to the sub concave part to form a through-hole; and protrusions, which are placed in isolation with each other and which protrude from the surface of the glass plate in order to reduce reflection from external light by the uneven structure by applying the screen. The protrusions are formed from printing and sintering a paste, which contains TiO_2, SiO_2, and halloysitum rubrum. According to the present invention, an anti-reflection protrusion can be printed by a screen so that a manufacturing process can be facilitated and an anti-electric wave effect can be expected. |
