Patent ID: 11941213
Assignee: BOE TECHNOLOGY GROUP CO., LTD.
Field: Computer technology (Electrical engineering)
Classification: CPC G | IPC G

Claim 12:
13. The touch structure of claim 8, wherein the at least one cross-window row further comprises a second cross-window row adjacent to the first cross-window row,
the second cross-window row comprises:
a fifth window mesh block adjacent to the window region and between the first mesh window sub-block and the first window mesh block, comprising at least one fifth window mesh sub-block, wherein the at least one fifth window mesh sub-block and the at least one second window mesh sub-block are alternately arranged on the fourth side of the window region;
at least one fifth conductive sub-plate directly connected to a plurality of mesh lines of the at least one fifth window mesh sub-block, respectively, wherein the at least one fifth conductive sub-plate and the at least one second conductive sub-plate alternately extend along the fourth portion of the periphery of the window region;
a sixth window mesh block adjacent to the window region and between the first mesh window sub-block and the third window mesh block, comprising at least one sixth window mesh sub-block, wherein the at least one sixth window mesh sub-block and the at least one third window mesh sub-block are alternately arranged on the fourth side of the window region; and
at least one sixth conductive sub-plate directly connected to a plurality of mesh lines of the at least one sixth window mesh sub-block, respectively, wherein the at least one sixth conductive sub-plate and the at least one third conductive sub-plate alternately extend along the fourth portion of the periphery of the window region; and
the fifth window mesh block and the sixth window mesh block are directly connected to each other on a side of the window region away from the first cross-window row;
the at least one fifth window mesh sub-block and the at least one sixth window mesh sub-block are both finger-shaped mesh sub-blocks;
the at least one fifth conductive sub-plate and the at least one sixth conductive sub-plate are fan-shaped rings; and
a width of each of the at least one fifth conductive sub-plate along a direction perpendicular to an interface between the fifth conductive sub-plate and a corresponding fifth window mesh sub-block is substantially equal to a width of each of the at least one sixth conductive sub-plate along a direction perpendicular to an interface between the sixth conductive sub-plate and a corresponding sixth window mesh sub-block;
the at least one fifth conductive sub-plate and the at least one sixth conductive sub-plate are in the second metal layer; the fourth conductive bridge comprises a fourth main portion extending along the fourth portion of the periphery of the window region and on a side, which is away from a corresponding fifth window mesh sub-block, of a nearest fifth conductive sub-plate of the at least one fifth conductive sub-plate which is closest to the first conductive sub-plate, the touch structure further comprises a fifth dummy plate between the fourth main portion and the nearest fifth conductive sub-plate, wherein the fifth dummy plate is floating; and/or
the fifth conductive bridge comprises a fifth main portion extending along the fourth portion of the periphery of the window region and on a side, which is away from a corresponding sixth window mesh sub-block, of a nearest sixth conductive sub-plate of the at least one sixth conductive sub-plate which is closest to the first conductive sub-plate, the touch structure further comprises a sixth dummy plate between the fifth main portion and the nearest sixth conductive sub-plate, wherein the sixth dummy plate is floating;
the fourth conductive structure further comprises at least one first intermediate connection structure respectively connected between every two adjacent second conductive sub-plates of the at least one second conductive sub-plate, and respectively comprising a first intermediate main portion on a side, which is close to the window region, of a fifth conductive sub-plate other than the nearest fifth conductive sub-plate of the at least one fifth conductive sub-plate, the touch structure further comprises at least one seventh dummy plate between the first intermediate main portion and a corresponding fifth conductive sub-plate, and the at least one seventh dummy plate is floating; and
the fourth conductive structure further comprises at least one second intermediate connection structure respectively connected between every two adjacent third conductive sub-plates of the at least one third conductive sub-plate, and respectively comprising a second intermediate main portion on a side, which is close to the window region, of a sixth conductive sub-plate other than the nearest sixth conductive sub-plate of the at least one sixth conductive sub-plate, the touch structure further comprises at least one eleventh dummy plate between the second intermediate main portion and a corresponding fifth conductive sub-plate, and the at least one eleventh dummy plate is floating.