Glass processing method and glass processing device of performing the same

A glass processing device comprising:

• a jig including a first part on which a primary processed glass including a bottom surface and a side wall extending in a direction crossing from the bottom surface and including a double curved surface is seated, a second part in contact with a portion of the side wall of the primary processed glass protruding and extending from the first part, and a third part attached to the first part, wherein the jig rotates around an imaginary axis passing through a middle of the third part;
• a laser that is fixed to a second position spaced apart from a first position where a jig assembly including the jig on which the primary processed glass is seated is positioned, and wherein the laser ablates some portions of the side wall of the primary processed glass at the second position;
• and
• a driving device that transports the jig from the first position to the second position.

A glass processing method comprising:

• forming a primary processed glass including a bottom surface and a side wall extending in a direction crossing from the bottom surface and having a curvature by applying heat and pressure to a preliminary glass;
• seating the primary processed glass on a first part of a jig, and the jig including a first part, a second part protruding from the first part and in contact with a portion of the side wall, and a third part attached to the first part;
• fixing a laser at a second position spaced apart from a first position where a jig assembly including a jig on which the primary processed glass is seated is positioned;
• moving the jig assembly to the second position;
• and
• forming a cover glass by a laser ablation to remove a portion of the side wall of the primary processed glass at the second position,
• wherein the forming of the primary processed glass is accomplished by:
• disposing the preliminary glass between a lower mold and an upper mold disposed in a chamber, and
• pressurizing the preliminary glass while reducing a separation distance between the upper mold and the lower mold, wherein the jig assembly linearly moves from the first position to the second position, and
• wherein, at the second position, the laser ablates some portions of the side wall of the primary processed glass while the jig assembly is rotated around an imaginary axis passing through a middle of the jig assembly.