A liquid crystal display device

Substrate for the present invention includes a common voltage transmission line and scan line a plurality of pixel regions defined by the plurality of gate lines and data lines to, and cross each other on the liquid crystal display device capable of preventing short circuit between; Auxiliary voltage transmission line for supplying the auxiliary voltage to one terminal of the storage capacitor a capacitor formed in the pixel region; Common voltage transmission line for supplying a common voltage to the pixel region on a common electrode; Scan line to cross the common voltage transmission line which is connected to the auxiliary voltage transmission line; It includes a sealing material located on the upper side of the inspection line; And further characterized in that the common voltage transmission line portion in the region in which the scan lines and the common voltage transmission line intersects a portion removed. Liquid crystal display devices, MPS, sealing material, the inspection line, a paragraph, a common voltage transmission line