Liquid crystal display with TFT and capacitor electrodes with redundant connection

A liquid crystal display comprising:

• a front glass substrate having inner and outer surfaces;
• a rear glass substrate having inner and outer surfaces, disposed parallel to said front glass substrate and separated therefrom by a predetermined distance, said inner surfaces of each of said front and rear glass substrates facing each other;
• a plurality of scanning signal lines and display signal lines in a matrix configuration disposed on the surface of said rear glass substrate, thereby defining a matrix of pixel regions, each pixel region containing an liquid crystal display area;
• a pixel electrode disposed in each pixel region and covering said liquid crystal display area;
• a thin film transistor disposed in each pixel region having a gate electrode connected to one of said scanning signal lines, a source electrode connected to one of said display signal lines, and a drain electrode connected to said pixel electrode;
• a first electrode of a storage capacitor disposed in each pixel region that partially overlaps said pixel electrode, said first electrode being connected to one of said scanning signal lines;
• redundancy connecting conductors electrically connecting two adjacent first electrodes;
• a light-shielding layer matrix disposed on said inner surface of said front glass substrate for defining a light-transmitting aperture area;
• a color filter layer disposed on said inner surface of said front glass substrate, including said light transmitting area;
• a transparent electrode formed on said color filter layer;
• and
• a liquid crystal layer injected between said front and rear glass substrates.