Abstract: A touch panel includes a substrate, a conductive sensing layer, an insulation layer and a conductive line layer. The substrate includes a central portion and a first peripheral portion. The conductive sensing layer is disposed on the central portion. The insulation layer includes a second peripheral portion, wherein the second peripheral portion has a trench structure and is disposed on the first peripheral portion. The conductive line layer is disposed in the trench structure, and is electrically connected to the conductive sensing layer. A wiring structure and a method for forming a wiring structure are also provided.

Abstract: Configurations of a device that prints an intended pattern, and methods thereof are disclosed. The proposed device that prints the intended pattern includes a first roller used to print a first pattern having a first pattern direction on a printable media, wherein the first pattern direction and a first print direction have a first included angle of no larger than 50 degrees therebetween, and a second roller used to print a second pattern having a second pattern direction on the printable media, wherein the second pattern direction and a second print direction have a second included angle of no larger than 50 degrees therebetween, the first print direction and the second print direction are perpendicular to each other, and the first and the second patterns form the intended pattern.

Abstract: A touch display includes a first sealant, a surface adhesive and a second sealant disposed between a display panel and a touch panel. The first sealant is disposed on periphery of the touch display; the surface adhesive fills a space defined by the first sealant; and the second sealant is disposed outside of and surrounding the space defined by the first sealant.

Abstract: A capacitive touch panel structure comprises a display module, a touch detection module and an optical adhesive layer interposed between the display module and the touch detection module. The display module includes a base substrate, a transistor layer and a filter set that are sequentially stacked, namely the filter set is located on the transistor layer. The touch detection module includes a cover board and at least one touch control electrode grown on the surface of the cover board. The touch control electrode is directly formed on the surface of the cover board, hence the thickness of the capacitive touch panel of the invention can be reduced. The display module and touch detection module are made separately and bonded together via the optical adhesive layer, hence fabrication difficulty is lower and production yield is higher. Thus production speed and productivity are increased, thereby reducing production cost.

Abstract: A capacitive touch panel structure comprises a display module, a touch detection module and an optical adhesive layer interposed between the display module and the touch detection module. The display module includes a base substrate, a transistor layer and a filter set that are sequentially stacked, namely the filter set is located on the transistor layer. The touch detection module includes a cover board and at least one touch control electrode grown on the surface of the cover board. The touch control electrode is directly formed on the surface of the cover board, hence the thickness of the capacitive touch panel of the invention can be reduced. The display module and touch detection module are made separately and bonded together via the optical adhesive layer, hence fabrication difficulty is lower and production yield is higher. Thus production speed and productivity are increased, thereby reducing production cost.