Abstract: The present disclosure provides a touch sensor which includes a touch area including at least a plurality of first touch channels, and a non-touch area located at a side of the touch area. The non-touch area includes at least a plurality of first signal traces. The first signal traces connected to the first touch channels are different from each other. A first resistance mismatch degree between first resistances corresponding to the plurality of first touch channels is less than or equal to a resistance mismatch degree threshold, and/or a first capacitance mismatch degree between first capacitances corresponding to the plurality of first touch channels is less than or equal to a capacitance mismatch degree threshold.

Abstract: An asymmetric UV exposure method, and a metal mesh sensor manufactured using the same are described. The method includes applying a UV-curable coating #1 on one side of an optically transparent substrate; applying a UV-curable coating #2 on the other side of the optically transparent substrate; and exposing both sides of the optically transparent substrate to UV light simultaneously. The UV-curable coating #1 and the UV-curable coating #2 have UV absorption peaks at different wavelengths. The method not only allows a greater choice of optically transparent substrates for manufacturing metal mesh touch sensors, but also enables better flexibility and improved optical properties.

Abstract: The present invention is related to methods, processes, and systems that enable web users to quickly create, customize, and publish rich media contents via Internet. Web addresses and attributes with regard to the published rich media contents are also generated. The published rich media contents, web addresses and attributes are stored locally in a centralized place, but they can be called by any geographically distributed third-party websites or remote web users, and then be presented on the third-party websites or the terminal devices of the remote web users. Furthermore, the present invention also enables web users to quickly create and customize personal online stores at a centralized place, and then list the published rich media contents in their personal online stores.