Touch display device with improved touch wiring

A touch display device, comprising:

• a display panel including a display region in which a plurality of driving pixels is disposed and a non-display region in which a plurality of dummy pixels is disposed;
• a first touch sensor unit including a plurality of touch sensors which is disposed in one line to be spaced apart from each other in a partial area of the display region adjacent to the non-display region;
• a second touch sensor unit including a plurality of touch sensors which is disposed in one line to be spaced apart from each other in a region separated from the region where the first touch sensor unit is disposed;
• and
• a touch driving circuit which drives the first touch sensor unit and the second touch sensor unit,
• wherein the touch driving circuit is electrically connected to the first touch sensor unit through a pixel electrode included in the plurality of dummy pixels and the touch driving circuit is electrically connected to the second touch sensor unit through a source line included in the plurality of dummy pixels.

A touch display panel including a display region in which a plurality of driving pixels is disposed and a non-display region in which a plurality of dummy pixels is disposed, the touch display panel comprising:

• a plurality of touch sensors disposed in the display region;
• and
• a touch driving circuit which is disposed in the non-display region and drives the plurality of touch sensors,
• wherein the touch driving circuit and the plurality of dummy pixels are electrically connected and the plurality of dummy pixels and the plurality of touch sensors are electrically connected.

A touch display device, comprising:

• a display panel which includes a display region in which a plurality of driving pixels is disposed and a non-display region disposed around the display region, in which a plurality of dummy pixels is disposed;
• a plurality of touch sensors which is disposed in one line to be spaced apart from each other in a partial area of the display region adjacent to the non-display region;
• a plurality of electrode patterns disposed in the non-display region;
• and
• a touch driving circuit which drives the plurality of touch sensors,
• wherein the plurality of electrode patterns is disposed in the unit corresponding to a width of the plurality of touch sensors and the plurality of touch sensors and the touch driving circuit are electrically connected through the plurality of electrode patterns.