Active matrix substrate and display apparatus

An active matrix substrate, comprising:

• a substrate;
• a plurality of pixel electrodes disposed on the substrate and arranged in a matrix form to form a plurality of pixels;
• a plurality of first gate lines disposed between the plurality of pixel electrodes respectively, and extended in parallel to each other;
• a plurality of first source lines disposed between the plurality of pixel electrodes respectively, and extended in a direction crossing the plurality of first gate lines;
• a plurality of capacitor lines disposed between the plurality of first gate lines respectively, and extended at an angle to one another;
• a plurality of switch devices disposed on the plurality of pixel electrodes respectively, and electrically connected to the plurality of pixel electrodes, the plurality of first gate lines, the plurality of capacitor lines and the plurality of first source lines, respectively;
• a plurality of second source lines disposed between the plurality of pixel electrodes respectively, and extended in parallel to the plurality of first source lines;
• a plurality of second gate line disposed between the plurality of pixel electrodes respectively, and extended in parallel to the plurality of first gate lines;
• and
• wherein the plurality of first gate lines, the plurality of capacitor lines, the plurality of first source lines, the plurality of second gate lines, and the plurality of second source lines are not in electric connection with each other;
• wherein when one of the first gate lines is broken and one of the second gate lines adjacent to the broken first gate line is also broken, and broken locations are between same two of the pixel electrodes, an end and another end of the broken first gate line are conducted through a pair of source line repair sections formed by parts of the second source lines, and a gate line repair section formed by parts of the second gate lines, and connection areas of the gate line repair section or the source line repair section are coated with nano metal solution;
• wherein when one of the first gate lines is broken and one of the second gate lines adjacent to the broken first (late line is also broken and broken locations are between the same two of the pixel electrodes, the end and the another end of the broken first gate line are conducted through a pair of source line repair sections formed by parts of the second source lines, and a gate line repair section formed by a part of the second gate line.