Liquid crystal display device

An LCD device comprising:

• a substrate including a plurality of pixel regions defined by a plurality of gate and data lines crossing each other, wherein each pixel region includes a liquid crystal capacitor and auxiliary capacitor;
• an auxiliary voltage line supplying an auxiliary voltage to one terminal of the auxiliary capacitor formed in each pixel region, wherein the auxiliary capacitor allows an electric charge to be maintained in the liquid crystal capacitor for one frame;
• an inspection line connected to the auxiliary voltage line by crossing the common voltage line;
• a common voltage line supplying a common voltage to the plurality of the pixel regions through a common electrode, wherein a predetermined portion of the common voltage line is removed from the portion where the common voltage line and the inspection line cross,
• a contact electrode connecting across the removed portion
• a sealant positioned above the contact electrode,
• wherein a predetermined portion of the inspection line is removed from the crossing portion of the inspection line and the contact electrode;
• wherein a width of the inspection line removed is greater than a width of the sealant overlying the crossing portion.

A liquid crystal display (LCD) device comprising:

• a plurality of gate lines and data lines formed on a first substrate, each of the gate lines and data lines defining a pixel region, wherein each pixel region includes a liquid crystal capacitor and auxiliary capacitor;
• a common voltage line in electrical communication with a common electrode;
• an auxiliary voltage line in electrical communication with the respective auxiliary capacitors, wherein each auxiliary capacitor allows an electric charge to be maintained in the liquid crystal capacitor for one frame;
• and
• an inspection line in electrical communication with the auxiliary voltage line, the inspection line and the common voltage line crossing each other in planes separated by a gate insulating layer so as to define a crossing region;
• a sealant formed along a portion of the first substrate and configured to seal the second and first substrates, a portion of the sealant disposed in a plane overlying the crossing region and separated from the crossing region by a non-conducting layer;
• wherein a portion of the common voltage line in the crossing region is removed or omitted;
• wherein a width of the common voltage line removed or omitted is greater than a width of the sealant overlying the crossing region.