| 摘要 |
The present invention is to provide a touch sensor in-cell touch-type liquid crystal display device capable of improving image quality by compensating load differences of a gate wire in an inner region of a touch block and a boundary region of the touch block. To this end, provided is the touch sensor in-cell touch-type liquid crystal display device, comprising: a gate wire and a data wire which are formed by crossing each other at boundaries of each pixel region on each substrate on which multiple touch blocks including multiple pixel regions are defined; a thin film transistor formed by connecting to the gate wire and the data wire within each pixel region; a pixel electrode connected to a drain electrode of the thin film transistor and formed on each pixel region; a first protective layer formed on the pixel electrode; a touch wire and a dummy touch wire formed on the first protective layer in one direction corresponding to boundaries of the pixel region between the pixel electrode; a second layer formed on the pixel electrode, the touch wire and the dummy touch wire; and a common electrode provided with multiple first openings in a bar-shape separately formed by touch block on the second protective layer corresponding to each pixel region, and a second opening formed in the same shape with the first openings for the touch wire, wherein a connection pattern extended on one side corresponding to the gate wire from the touch wire of the inner region of the touch block is connected to the electrode through a touch contact hole, and an opening unit is formed between the touch wire and the dummy touch wire. |
