Patent ID: 8487904

Claim:
A capacitive touch panel, comprising: a first glass substrate having a first circuit surface; a lower touch sensitive layer mounted on the first circuit surface of the first glass substrate; a lower insulation ink layer mounted on an edge portion of the lower touch sensitive layer so as to let an uncovered portion of the lower touch sensitive layer constitute a touch area, and having a plurality of lower through slots formed through an portion of the lower insulation ink layer covering the edge portion of the lower touch sensitive layer and each filled in with a lower conductive layer; a lower conductor layer mounted on the lower insulation ink layer and is electrically connected with the lower touch sensitive layer through the lower conductive layers filled in the corresponding lower through slots; a lower insulation layer mounted on the lower conductor layer and having a lower indentation to partially expose the lower conductor layer; a lower conductive adhesive layer mounted in the lower indentation of the lower insulation layer to cover the exposed portion of the lower conductor layer; a flexible circuit board mounted on the lower conductive adhesive layer, extending outwardly beyond the first glass substrate, and electrically connected with the lower touch sensitive layer through the lower conductive adhesive layer and the lower conductive layers in the corresponding lower through slots; a transparent insulation adhesive layer mounted on the touch area and the lower insulation layer; an upper insulation layer mounted on the transparent insulation adhesive layer and having an upper indentation to expose the flexible circuit board; an upper conductive adhesive layer mounted in the upper indentation of the upper insulation layer to contact with the flexible circuit board; an upper conductor layer mounted on the upper conductive adhesive layer and the upper insulation layer; an upper insulation ink layer mounted on the upper conductor layer, and having a plurality of upper through slots formed through the upper insulation ink layer and each filled in with a upper conductive layer having a color identical to that of the upper insulation ink layer; an upper touch sensitive layer mounted on the transparent insulation adhesive layer, partially covering the upper insulation ink layer, and contacting with the upper conductive layers in the corresponding upper through slots of the upper insulation ink layer; and a second glass substrate mounted on the upper touch sensitive layer and the upper insulation ink layer and having a second circuit surface in contact with the upper touch sensitive layer and the upper insulation ink layer.