Touch Display Panel Induction Electrode Lead Routing

The patent transitions from a single-layer planar arrangement of induction electrode leads to a multi-layer three-dimensional arrangement. The first induction electrode lead is positioned in the touch screen structure layer, while the second induction electrode lead is positioned in the thin film transistor device structure layer, utilizing the vertical dimension to reduce horizontal space occupation and thereby reduce the lower bezel width.

The patent implements a nested configuration where the first induction electrode lead in the upper layer is electrically connected to the second induction electrode lead in the lower layer through vertical connections. This nested multi-layer structure allows multiple connection paths to be compactly arranged, maintaining connection reliability while minimizing the horizontal footprint.

The patent utilizes vertical layering to arrange induction electrode leads in different height levels (touch screen structure layer and thin film transistor device structure layer), converting horizontal space consumption into vertical space utilization. This dimensional transition preserves electrical connection functionality while reducing the area occupied on the screen plane, thereby improving screen occupation ratio.

The patent merges the functions of multiple induction electrode leads by electrically connecting the first induction electrode lead in the upper layer with the second induction electrode lead in the lower layer. This combination allows the leads to share connection paths and reduce redundant horizontal routing, minimizing the area required for electrical connections while ensuring reliable connectivity.