| 摘要 |
<p>In the present invention, after temporarily attaching a polarizing film on a stage to a drum and rolling up the polarizing film, a liquid crystal display panel is placed on the stage, and the polarizing film on the attachment surface of the drum is laminated on the liquid crystal display panel by rotating the drum. At such time, the stage is moved in the X direction, and while moving the stage in the X direction, the stage is moved in the Y direction to match the wavy state of the center points (CL) of the polarizing film, which has been rolled up on the drum. Consequently, even if there are waves on the polarizing film on the drum, first and second polarizing sections of the polarizing film are matched with pixel lines of the liquid crystal display panel with high precision. It is thus possible to obtain a polarizing film lamination device, which is capable of increasing the precision with which a polarizing film is laminated on a liquid crystal display panel and enables liquid crystal display devices capable of displaying high-definition 3D images to be manufactured.</p> |
