| 摘要 |
The present invention related a glass coating device, and more particularly, to a glass coating device comprising: a vacuum chamber having a coating space therein; a vacuum unit evacuating the coating space of the vacuum chamber; a supporter accommodated in the coating space of the vacuum chamber, and supporting a glass to be coated, a target disposed in the coating space of the vacuum chamber; a discharge means discharging the target through electric power applied; and a connection unit, of which one end is connected to the vacuum unit, and of which the other end is connected to the vacuum chamber to maintain the coating space portion to be in a vacuum state or an atmospheric state, wherein the other end has a connection part connected to an upper central portion of the vacuum chamber. The glass is supported at both sides of the supporter, wherein an upper end of each glass is inclined in a mutual direction and disposed below the connection unit, so that when the coating space of the vacuum chamber is maintained in a vacuum state or in an atmospheric state, the supported glass is prevented from being freely moved. According to the present invention described above, the vacuum chamber is changed into a vacuum state or an atmospheric state, and air is suctioned or supplied to upper sides of a pair of glasses that are symmetrically supported, so that an ionized target can be supplied without freely moving the supported glass, thereby reducing working time and improving quality. |
