Patent ID: 8894795

Claim:
A method for manufacturing a liquid crystal display device, comprising: carrier film feeding steps comprising feeding long carrier films from continuous rolls, respectively, wherein the continuous rolls comprise rolls of laminates comprising the long carrier films and pressure-sensitive adhesive-carrying optical films each with a specific width placed on the carrier films, respectively; wherein said method comprises: a plurality of cutting steps, wherein in each cutting step the pressure-sensitive adhesive-carrying optical film of the continuous roll is cut at predetermined intervals; a plurality of peeling steps, wherein in each peeling step the carrier film is folded back on the carrier film feed path so that each cut optical film is peeled off of said carrier film; and then a plurality of optical film-bonding steps, wherein in each bonding step the peeled off or being peeled off cut optical film is bonded to either the viewer side of a liquid crystal panel or a back side of said liquid crystal panel; the plurality of cutting steps, the plurality of peeling steps and the plurality of optical-film bonding steps are repeated so that the number of cut optical films bonded to the back side of said liquid crystal panel is greater than the number of cut optical films bonded to the viewer side of said liquid crystal panel.