A touch sensor integrated type display device comprising: a plurality of gate lines (G1-Gm) and a plurality of data lines (D1-Dn) formed on a substrate in a first direction and a second direction, respectively, to cross over each other; TFTs respectively formed at crossings of the gate lines (G1-Gm) and the data lines (D1-Dn); a plurality of pixel electrodes respectively formed in areas defined by the crossing of the gate lines and the data lines (G1-Gm, D1-Dn) on a first passivation layer; a plurality of first electrodes (Tx1-Tx8) formed on a second passivation layer covering the pixel electrodes in the same arrangement direction of the gate lines (G1-Gm), each of the plurality of first electrodes (Tx1-Tx8) overlapping with one of the gate lines (G1-Gm); a plurality of first connecting wires (Ty1, Ty2) arranged in the second direction, each first connecting wire (Ty1, Ty2) connecting two or more first electrodes (Tx1-Tx8) so that the two or more first electrodes (Tx1-Tx8) are connected to each other; a plurality of second electrodes (R11-R81, R12- R82) formed on a third passivation layer covering the plurality of first electrodes (Tx1-Tx8) and the plurality of first connecting wires (Ty1, Ty2) in the same arrangement direction of the gate lines (G1-Gm), between the plurality of first electrodes (Tx1-Tx8) without contacting the plurality of first electrodes (Tx1-Tx8); a plurality of second connecting wires (Ry1-Ry6), two or more second connecting wires (Ry1-Ry3; Ry4-Ry6) being connected to each of the second electrodes (R11-R81, R12- R82) in the second direction, the second electrodes (R11-R81, R12- R82) being connected to each other by the two or more second connecting wires (Ry1-Ry3; Ry4-Ry6), each second connecting wire (Ry1-Ry6) connecting the second electrodes (R11-R81, R12- R82) to each other being in parallel with the data lines (D1-Dn), the plurality of second electrodes (R11-R81, R12- R82) each including a plurality of openings, which elongate in an area overlapping the pixel electrodes to be spaced apart from at a predetermined distance, wherein a touch driving voltage (Vtsp) is supplied to the plurality of first electrodes (Tx1-Tx8) during a touch driving operation so that mutual capacitance is generated between the plurality of first electrodes (Tx1-Tx8) and the plurality of second electrodes (R11-R81, R12- R82) and a common voltage (Vcom) is supplied to the plurality of second electrodes (R11-R81, R12-R82) during a display driving operation. a plurality of gate lines (G1-Gm) and a plurality of data lines (D1-Dn) formed on a substrate in a first direction and a second direction, respectively, to cross over each other; TFTs respectively formed at crossings of the gate lines (G1-Gm) and the data lines (D1-Dn); a plurality of pixel electrodes respectively formed in areas defined by the crossing of the gate lines and the data lines (G1-Gm, D1-Dn) on a first passivation layer; a plurality of first electrodes (Tx1-Tx8) formed on a second passivation layer covering the pixel electrodes in the same arrangement direction of the gate lines (G1-Gm), each of the plurality of first electrodes (Tx1-Tx8) overlapping with one of the gate lines (G1-Gm); a plurality of first connecting wires (Ty1, Ty2) arranged in the second direction, each first connecting wire (Ty1, Ty2) connecting two or more first electrodes (Tx1-Tx8) so that the two or more first electrodes (Tx1-Tx8) are connected to each other; a plurality of second electrodes (R11-R81, R12- R82) formed on a third passivation layer covering the plurality of first electrodes (Tx1-Tx8) and the plurality of first connecting wires (Ty1, Ty2) in the same arrangement direction of the gate lines (G1-Gm), between the plurality of first electrodes (Tx1-Tx8) without contacting the plurality of first electrodes (Tx1-Tx8); a plurality of second connecting wires (Ry1-Ry6), two or more second connecting wires (Ry1-Ry3; Ry4-Ry6) being connected to each of the second electrodes (R11-R81, R12- R82) in the second direction, the second electrodes (R11-R81, R12- R82) being connected to each other by the two or more second connecting wires (Ry1-Ry3; Ry4-Ry6), each second connecting wire (Ry1-Ry6) connecting the second electrodes (R11-R81, R12- R82) to each other being in parallel with the data lines (D1-Dn), the plurality of second electrodes (R11-R81, R12- R82) each including a plurality of openings, which elongate in an area overlapping the pixel electrodes to be spaced apart from at a predetermined distance, wherein a touch driving voltage (Vtsp) is supplied to the plurality of first electrodes (Tx1-Tx8) during a touch driving operation so that mutual capacitance is generated between the plurality of first electrodes (Tx1-Tx8) and the plurality of second electrodes (R11-R81, R12- R82) and a common voltage (Vcom) is supplied to the plurality of second electrodes (R11-R81, R12-R82) during a display driving operation.