Touch substrate comprising radiused touch electrode boundaries mask plate, and method for fabricating the same
The present application discloses a touch substrate having a plurality of touch electrodes, of which substantially all corners of substantially all boundaries are substantially radiused. A mask plate for fabricating the touch substrate and a fabricating method of the substrate are also provided.
1. A touch substrate, comprising a plurality of touch electrodes and a plurality of fill patterns;
wherein substantially all corners of substantially all boundaries of the plurality of touch electrodes are radiused;
the plurality of touch electrodes comprise a plurality of rows of first touch electrodes and a plurality of columns of second touch electrodes;
a respective first touch electrode is substantially surrounded by adjacent second touch electrodes;
a respective second touch electrode is substantially surrounded by adjacent first touch electrodes;
the respective first touch electrode has a boundary that is substantially circular except where adjacent fill patterns of the plurality of fill patterns are present;
a portion of a boundary of a respective one of the plurality of fill patterns adjacent to the respective first touch electrode follows the boundary of the respective first touch electrode; and
the respective second touch electrode fills in a remaining space formed by boundaries of the adjacent first touch electrodes and respective adjacent fill patterns so that it has a shape substantially complementary to, and spaced apart from, the boundaries of the adjacent first touch electrodes and the respective adjacent fill patterns.
2. The touch substrate of claim 1 , wherein a boundary of a touch electrode includes a straight portion.
3. The touch substrate of claim 1 , wherein
two adjacent rows of first touch electrodes being mutually insulated from each other along a column direction at an insulated intersection;
two adjacent columns of second touch electrodes being mutually insulated from each other along a row direction at the insulated intersection; and
any protrusion of the two adjacent rows of first touch electrodes and the two adjacent columns of second touch electrodes at the insulated intersection is radiused.
4. The touch substrate of claim 1 , wherein substantially all boundaries of the plurality of touch electrodes are continuously smoothly curved.
5. The touch substrate of claim 4 , wherein a boundary of a touch electrode consists essentially of a plurality of continuous smooth curves adjacently connected by a radiused corner.
6. The touch substrate of claim 4 , wherein a boundary of a touch electrode consists essentially of a single continuous smooth curve.
7. The touch substrate of claim 1 , wherein substantially all corners of substantially all boundaries of the plurality of fill patterns are radiused.
8. The touch substrate of claim 7 , wherein at least one of the plurality of fill patterns is a mosaic pattern comprising at least two sub-patterns, substantially all corners of substantially all boundaries of the at least two sub-patterns are radiused.
9. The touch substrate of claim 7 , wherein the plurality of fill patterns have a boundary substantially complementary to corresponding portions of adjacent touch electrodes.
10. The touch substrate of claim 7 , wherein a boundary of a fill pattern includes a straight portion.
11. The touch substrate of claim 7 , wherein substantially all boundaries of the plurality of fill patterns are continuously smoothly curved.
12. The touch substrate of claim 11 , wherein a boundary of a fill pattern consists essentially of a plurality of continuous smooth curves adjacently connected by a radiused corner.
13. The touch substrate of claim 11 , wherein a boundary of a fill pattern consists essentially of a single continuous smooth curve.
14. A mask plate for fabricating the touch substrate of claim 1 .
15. The mask plate of claim 14 , wherein substantially all boundaries of the plurality of touch electrodes are continuously smoothly curved.
16. A method of fabricating a touch substrate,
comprising forming a plurality of touch electrodes and forming a plurality of fill patterns on a substrate;
wherein substantially all corners of substantially all boundaries of the plurality of touch electrodes are formed to be radiused;
wherein forming the plurality of touch electrodes comprises forming a plurality of rows of first touch electrodes and forming a plurality of columns of second touch electrodes;
a respective first touch electrode is formed to be substantially surrounded by adjacent second touch electrodes;
a respective second touch electrode is formed to be substantially surrounded by adjacent first touch electrodes;
the respective first touch electrode has a boundary that is substantially circular except where adjacent fill patterns of the plurality of fill patterns are present;
a portion of a boundary of a respective one of the plurality of fill patterns adjacent to the respective first touch electrode follows the boundary of the respective first touch electrode; and
the respective second touch electrode fills in a remaining space formed by boundaries of the adjacent first touch electrodes and respective adjacent fill patterns so that it has a shape substantially complementary to, and spaced apart from, the boundaries of the adjacent first touch electrodes and the respective adjacent fill patterns.
17. The method of claim 16 , wherein substantially all boundaries of the plurality of touch electrodes are formed to be continuously smoothly curved.