Methods for adhering multiple stack liquid crystal display panels

A method for laminating multiple liquid crystal display panels comprising the steps of:

• providing at least two liquid crystal display panels containing pixels wherein the pixels on the liquid crystal display panels are substantially optically alignable;
• applying an adhesive along a periphery of a first side of a first of the at least two liquid crystal display panels to form a gasket but leaving at least two spaces along the periphery substantially free of the adhesive;
• aligning a second of the at least two liquid crystal display panels with the first side of the first panel by substantially aligning corresponding pixels in the first and second panels;
• adhering the second panel to the first panel at the adhesive gasket on the first side of the first panel, thereby forming a mechanical bond between the first and second panels along the adhesive gasket on the first side;
• and
• allowing a first cavity to be formed between the first and second panels when the first and second panels are adhered together whereby the first cavity is accessible through at least two openings formed in the color flat screen display at the two spaces along the periphery of the first side of the first panel which is left substantially free of the adhesive.

A flat screen display comprising:

• at least two liquid crystal display panels, each of said panels containing pixels which are substantially aligned;
• first adhesive gasket means having a thickness formed on a periphery of one side of a first of the at least two liquid crystal display panels for joining the first panel and a second of the at least two liquid crystal display panels;
• and
• a first cavity disposed between the first and second liquid crystal display panels formed by the thickness of the first adhesive gasket means, the first cavity being adapted to receive a material for optically aligning pixels in the first panel to pixels in the second panel.