Display panel and electrode structure

Abstract

The light cover refers to the electrode structure, display panel, and electronics; the electrode structure includes: The first electrode (20) and the second electrode (21), which are arranged at intervals in the first direction (Y), and the conductive connecting part (22) is located between the first electrode (20) and the second electrode (21), in which the first electrode (20) has the first floating bar (201) pulled in the first direction (Y) and the first electrode strips (202) are arranged at intervals in the first direction (Y), the first connecting bar (201) has the first edge (201 a) and the second edge (202), Facing each other in the second direction (X), the first electrode strips (202) are arranged at the first edge (201 a) of the first connecting bar (201) and are connected to the first floating bar (201), and the ends of the adjacent first electrode strips (202), ma. away from the first connecting bar (201), creating a gap between them; The second test electrode (21) has a second connecting rod (211) extended in the first direction (Y) and the second electrode rods (212) are arranged at distances in the first direction (Y), and the second connecting rod (211) is arranged at the first edge (201a) and away from the second edge (201b), the second connecting rod (211) has the third edge (21la) and the fourth edge (21ib) opposite each other in the second direction (X), and the third edge (21la) is arranged on the fourth edge (21ib) and close to the first edge (201a); The second electrode strips (212) are arranged at the third edge (21 la) of the second connecting bar (211) and are connected to the second connecting bar (211), and the ends of the adjacent second electrode strip cups (212), which are separated from the second connecting bar (211), create a gap between them; and the two ends of the conductive connector (22) are respectively connected to the first floating bar (201) and the second floating bar (211). The design of the electrode structure can improve the luminous efficiency around the electrode structure and thus improve the quality of the display when the electrode structure is used in the display.