Large-size liquid crystal display

A large-size liquid crystal display, comprising:

• multiple sub-pixels arranged as a matrix, multiple rows of scanning lines, and multiple columns of data lines;
• the multiple rows of scan lines and the multiple columns of data lines are vertically intersected to form multiple pixel regions, and the pixel region is a region that surrounded by two adjacent rows of scan lines and two adjacent columns of data lines;
• the multiple sub-pixels arranged as a matrix are respectively located in the multiple pixel regions, and each of the sub-pixels is connected to the scan line and the data line;
• wherein each row of the scanning lines includes two scanning line segments, and each column of data lines also includes two data line segments, and a space between the two scanning line segments on each scanning line is set as a first breakpoint, a space between the two data line segments on each data line is set as a second breakpoint, and multiple first breakpoints corresponding to the multiple rows of scanning lines are randomly distributed, and multiple second breakpoints corresponding to the multiple columns of data lines are randomly distributed;
• wherein different scanning line segments on each scanning line are used to individually input scanning signals, and different data line segments on each data line are used to individually input data signals;
• and
• wherein each row of the sub-pixels in the multiple sub-pixels arranged as a matrix is connected to a same row of scan line, and each column of the sub-pixels is connected to a same column of data line.

A large-size liquid crystal display, comprising:

• multiple sub-pixels arranged as a matrix, multiple rows of scanning lines, and multiple columns of data lines;
• the multiple rows of scan lines and the multiple columns of data lines are vertically intersected to form multiple pixel regions, and the pixel region is a region that surrounded by two adjacent rows of scan lines and two adjacent columns of data lines;
• the multiple sub-pixels arranged as a matrix are respectively located in the multiple pixel regions, and each of the sub-pixels is connected to the scan line and the data line;
• wherein each row of the scanning lines includes two scanning line segments, and each column of data lines also includes two data line segments, and a space between the two scanning line segments on each scanning line is set as a first breakpoint, a space between the two data line segments on each data line is set as a second breakpoint, and multiple first breakpoints corresponding to the multiple rows of scanning lines are randomly distributed, and multiple second breakpoints corresponding to the multiple columns of data lines are randomly distributed;
• and
• the multiple first breakpoints are located between two data lines, the multiple second breakpoints are located between two scanning lines;
• when the multiple scanning lines are inputted with the scanning signals, and the multiple data lines are inputted with the data signals, the sub-pixels arranged as a matrix form a region having a brightness gradient.