Thin-film transistor substrate comprising a repair pattern
View Patent ↗A thin-film transistor substrate includes; gate lines which extend in a first direction, the gate lines including a first gate line and a second gate line, the first gate line disposed adjacent to and previous to the second gate line, data lines which are insulated from the gate lines and extend in a second direction perpendicular to the first direction, a pixel electrode formed in a region where the first gate line and the second gate lines cross the data lines and connected to the second gate line, and a repair pattern which at least partially overlaps the first gate line, the repair pattern comprising a plurality of connection patterns, wherein the connection patterns extend from the pixel electrode in the second direction toward the first gate line, have a predetermined width measured in the first direction, and are arranged at predetermined intervals along the first direction.
1. A thin-film transistor substrate comprising:
gate lines which extend in a first direction, the gate lines including a first gate line and a second gate line, the first gate line disposed adjacent to and previous to the second gate line;
data lines which are insulated from the gate lines and extend in a second direction perpendicular to the first direction;
a pixel electrode formed in a region where the first gate line and the second gate line cross the data lines and connected to the second gate line;
and a repair pattern which at least partially overlaps the first gate line,
the repair pattern comprising a plurality of connection patterns, wherein
the connection patterns extend from the pixel electrode on a same layer in the second direction toward the first gate line, the connection patterns at least partially connect the pixel electrode directly to the first gate line when the pixel electrode exhibits a bright-spot defect,
each of the connection patterns have a predetermined width measured in the first direction, and are arranged at predetermined intervals along the first direction.
2. The thin-film transistor substrate of claim 1 , wherein a width, measured in the second direction, of an overlapping region of the gate lines which overlaps the repair pattern is one of
greater than a width, measured in the second direction, of a region of the gate lines which does not overlap the repair pattern, and
less than the width, measured in the second direction, of the region of the gate lines which does not overlap the repair pattern.
3. The thin-film transistor substrate of claim 2 , wherein the pixel electrode is aligned with a side of the overlapping region proximate to the first gate line.
4. The thin-film transistor substrate of claim 3 , wherein a portion of the pixel electrode which is aligned with the overlapping region protrudes away from the pixel electrode toward the overlapping region.
5. The thin-film transistor substrate of claim 2 , further comprising an auxiliary repair pattern, wherein
the auxiliary repair pattern is formed between the overlapping region of the gate lines and the repair pattern,
the auxiliary repair pattern is insulated from the overlapping region of the gate lines and the repair pattern, and
the auxiliary repair pattern at least partially overlaps the overlapping region of the gate lines and the repair pattern.
6. The thin-film transistor substrate of claim 5 , wherein the auxiliary repair pattern is formed in a same layer as the data lines.
7. A thin-film transistor substrate comprising:
gate lines which extend in a first direction, the gate lines including a first gate line and a second gate line, the first gate line disposed adjacent to and previous to the second gate line;
data lines which are insulated from the gate lines and extend in a second direction perpendicular to the first direction;
a pixel electrode formed in a region where the first gate line and the second gate line cross the data lines and connected to the second gate line; and
a repair pattern which is spaced apart from the pixel electrode on a same layer, the repair pattern comprising a plurality of separation patterns, the separation patterns at least partially connect the pixel electrode directly to the first gate line when the pixel electrode exhibits a bright-spot defect,
each of the separation patterns have a predetermined width measured in the first direction, and are arranged spaced apart at predetermined intervals along the first direction in a plan view.
8. The thin-film transistor substrate of claim 7 , wherein the separation pattern has a shape of island.
9. The thin-film transistor substrate of claim 7 , wherein a width, measured in the second direction, of an overlapping region of the gate lines which overlaps the repair pattern is one of
greater than a width, measured in the second direction, of a region of the gate lines which does not overlap the repair pattern, and
less than the width, measured in the second direction, of the region of the gate lines which does not overlap the repair pattern.
10. The thin-film transistor substrate of claim 9 , wherein the pixel electrode is spaced apart from the overlapping region of the gate lines.
11. The thin-film transistor substrate of claim 10 , wherein a portion of the pixel electrode protrudes toward the overlapping region of the gate lines.
12. The thin-film transistor substrate of claim 9 , further comprising an auxiliary repair pattern, wherein
the auxiliary repair pattern is formed between the overlapping region of the gate lines and the repair pattern,
the auxiliary repair pattern is insulated from the overlapping region of the gate lines and the repair pattern, and
the auxiliary repair pattern at least partially overlaps the overlapping region of the gate lines and the repair pattern.
13. The thin-film transistor substrate of claim 12 , wherein the auxiliary repair pattern is formed in a same layer as the data lines.
14. The thin-film transistor substrate of claim 7 , wherein the repair pattern which at least partially overlaps the first gate line, the repair pattern comprising a plurality of patterns, wherein the patterns have a shape of connection patterns and separation patterns.
15. The thin-film transistor substrate of claim 14 , wherein the connection pattern extends from the pixel electrode in the second direction toward the first gate line.
16. The thin-film transistor substrate of claim 14 , wherein the separation patterns have a shape of island.
17. The thin-film transistor substrate of claim 14 , wherein a width, measured in the second direction, of an overlapping region of the gate lines which overlaps the repair pattern is one of
greater than a width, measured in the second direction, of a region of the gate lines which does not overlap the repair pattern, and
less than the width, measured in the second direction, of the region of the gate lines which does not overlap the repair pattern.
18. The thin-film transistor substrate of claim 17 , wherein the pixel electrode is partially spaced apart from the overlapping region of the gate lines.
19. The thin-film transistor substrate of claim 18 , wherein a portion of the pixel electrode partially protrudes toward the overlapping region of the gate lines.
20. The thin-film transistor substrate of claim 17 , further comprising an auxiliary repair pattern, wherein
the auxiliary repair pattern is formed between the overlapping region of the gate lines and the repair pattern,
the auxiliary repair pattern is insulated from the overlapping region of the gate lines and the repair pattern, and
the auxiliary repair pattern at least partially overlaps the overlapping region of the gate lines and the repair pattern.
21. The thin-film transistor substrate of claim 20 , wherein the auxiliary repair pattern is formed in a same layer as the data lines.