TOUCH PANEL WITH LINE-RESISTANCE INDUCTIVE ELECTRODE STRUCTURE

摘要

The present invention provides a touch panel with a line-resistance inductive electrode structure. The touch panel comprises a substrate, multiple first inductive electrode strings, multiple second inductive electrode strings, multiple first spacing lines, and multiple second spacing lines. The substrate comprises a surface. The first inductive electrode strings are formed on the surface of the substrate and are in a line-resistance type to increase the transmittance and brightness uniformity. The second inductive electrode strings are formed on the surface of the substrate are in a line-resistance type to increase the transmittance and brightness uniformity. The first/second spacing lines, which can improve the sensitivity of the first/second inductive electrode strings, are formed between the first/second inductive electrode strings.

主权项

1. A touch panel with a line-resistance inductive electrode structure comprising:
a substrate comprising a surface; multiple first inductive electrode strings formed on the surface of the substrate, each first inductive electrode string comprising
multiple first inductive electrodes series-connected, each first inductive electrode comprisingan outer inductive line;multiple inner inductive lines are surrounded by the outer inductive line of the first inductive electrode, the inner inductive lines of the first inductive electrode and the outer inductive line of the first inductive electrode forming a first electrode pattern; anda connecting line attached to the outer inductive line of the first inductive electrode and connecting to the outer inductive line of the next neighboring first inductive electrode; multiple second inductive electrode strings formed on the surface of the substrate, each second inductive electrode string comprising
multiple second inductive electrodes series-connected, each second inductive electrode comprisingan outer inductive line;multiple inner inductive lines are surrounded by the outer inductive line of the second inductive electrode, the inner inductive lines of the second inductive electrode and the outer inductive line of the second inductive electrode forming a second electrode pattern; andmultiple extended conducting lines, any two neighboring extended conducting lines having a gap between each other and connecting the outer inductive lines of the neighboring second inductive electrodes; and multiple first spacing lines formed between the outer inductive lines of the first inductive electrodes and the neighboring outer inductive lines of the second inductive electrodes; multiple second spacing lines formed between the outer inductive lines of the second inductive electrodes and the neighboring outer inductive lines of the first inductive electrodes.