Thin-film bonding machine table, thin-film bonding method and manufacturing method of solidifying film layer

Abstract

The invention discloses a thin-film bonding machine table, a thin-film bonding method and a manufacturing method of a solidifying film layer. The thin-film bonding machine table comprises a first bearing table, a clamp device, a second bearing table and a press element, wherein the first bearing table is provided with a first bearing surface which is used for bearing boards, the clamp device is arranged at one side of the first bearing table, the second bearing table which is provided with a second bearing surface used for bearing soft thin films is positioned above the clamp device, and the press element is arranged at one end of the second bearing table. When the soft thin films are bonded on the boards, the clamp device is used for clamping one end of the soft thin film, the clamp device is driven by the first bearing table to jointly move along a feeding direction corresponding to the second bearing table, and the soft thin film slides on the second bearing surface and is pressed on the board passing through the underside of the press element by the press element.

Description

technical field [0001] The invention relates to an attaching machine and a manufacturing process using the machine, in particular to a film attaching machine, a film attaching method using the machine, and a method for making a cured film layer. Background technique [0002] figure 1 It is a schematic diagram of an existing flexible film attached to a glass substrate. Please refer to figure 1 , to attach the flexible film 120 on the glass substrate 110 , the rolling wheel 140 is needed to flatten the flexible film 120 so that the flexible film 120 can be completely attached to the glass substrate 110 . [0003] The above-mentioned steps of attaching the flexible film 120 to the glass substrate 110 are all performed manually. In the process of attaching and rolling the flexible film 120 on the glass substrate 110 manually, before the flexible film 120 is pressed onto the glass substrate 110, it is unavoidable to avoid contact with the attaching surface 122 of the flexible ...

AI Technical Summary

Problems solved by technology

In the case of manual attachment, if the attachment surface of the alignment film touches the machine or the operator before the alignment film is attached to the glass substrate, the structural integrity of the alignment layer of the alignment film will be affected. Then change the alignment of the liquid crystal material, resulting in a decrease in the yield of the lenticular lens panel

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