A fingerprint sensor integrated type touch screen device comprising: a touch screen having at least one fingerprint and touch area (FTAR) and a plurality of touch areas, and including Tx electrode lines and Rx electrode lines crossing each other, wherein the at least one fingerprint and touch area (FTAR) is positioned in one of the plurality of touch areas and a formation position of the at least one fingerprint and touch area (FTAR) and the touch areas on the touch screen overlaps an image display area, and wherein the Tx electrode lines and Rx electrode lines are formed as a high-density pattern on the touch screen to minutely form fingerprint and touch sensors; and a touch integrated circuit including a touch sensing unit and a fingerprint sensing unit; wherein the Rx electrode lines include first Rx electrode lines (GPa-Rx) corresponding to the touch areas and second Rx electrode lines (GPb-Rx) corresponding to the fingerprint and touch area (FTAR), and the Tx electrode lines include first Tx electrode lines (GPa-Tx) corresponding to the touch areas and second Tx electrode lines (GPb-Tx) corresponding to the fingerprint and touch area (FTAR), and wherein touch sensors (Ta) are formed at crossings of the first Tx electrode lines (GPa-Tx) and the first Rx electrode lines (GPa-Rx) and fingerprint sensors (FTa) are formed at crossings of the second Tx electrode lines (GPb-Tx) and the second Rx electrode lines (GPb-Rx); wherein the first Tx electrode lines (GPa-Tx) are grouped into groups (Txl, Tx3); wherein the first Rx electrode lines (GPa-Rx) include first effective Rx electrode lines (ERx) connected to the touch sensing unit and first ineffective Rx electrode lines (NRx) disconnected from the touch sensing unit, wherein the first ineffective Rx electrode lines (NRx) include first ineffective Rx electrode lines (NRx) which are connected to a low potential voltage source;wherein the touch integrated circuit is configured to supply a sensor driving signal of a same phase to each group of the first Tx electrode lines (GPa-Tx), wherein each group of the first Tx electrode lines (GPa-Tx) being driven sequentially, and to sense the first effective Rx electrode lines (ERx) through the touch sensing unit; wherein in a touch sensing mode (TMODE), the touch integrated circuit is configured to supply a sensor driving signal of a same phase to the second Tx electrode lines (GPb-Tx), and wherein in the fingerprint sensing mode (FMODE), the touch integrated circuit is configured to supply a sensor driving signal, of which a phase is sequentially retarded, to the second Tx electrode lines (GPb-Tx) to individually and sequentially driving each of the second Tx electrode lines (GPb-Tx). a touch screen having at least one fingerprint and touch area (FTAR) and a plurality of touch areas, and including Tx electrode lines and Rx electrode lines crossing each other, wherein the at least one fingerprint and touch area (FTAR) is positioned in one of the plurality of touch areas and a formation position of the at least one fingerprint and touch area (FTAR) and the touch areas on the touch screen overlaps an image display area, and wherein the Tx electrode lines and Rx electrode lines are formed as a high-density pattern on the touch screen to minutely form fingerprint and touch sensors; and a touch integrated circuit including a touch sensing unit and a fingerprint sensing unit; wherein the Rx electrode lines include first Rx electrode lines (GPa-Rx) corresponding to the touch areas and second Rx electrode lines (GPb-Rx) corresponding to the fingerprint and touch area (FTAR), and the Tx electrode lines include first Tx electrode lines (GPa-Tx) corresponding to the touch areas and second Tx electrode lines (GPb-Tx) corresponding to the fingerprint and touch area (FTAR), and wherein touch sensors (Ta) are formed at crossings of the first Tx electrode lines (GPa-Tx) and the first Rx electrode lines (GPa-Rx) and fingerprint sensors (FTa) are formed at crossings of the second Tx electrode lines (GPb-Tx) and the second Rx electrode lines (GPb-Rx); wherein the first Tx electrode lines (GPa-Tx) are grouped into groups (Txl, Tx3); wherein the first Rx electrode lines (GPa-Rx) include first effective Rx electrode lines (ERx) connected to the touch sensing unit and first ineffective Rx electrode lines (NRx) disconnected from the touch sensing unit, wherein the first ineffective Rx electrode lines (NRx) include first ineffective Rx electrode lines (NRx) which are connected to a low potential voltage source;wherein the touch integrated circuit is configured to supply a sensor driving signal of a same phase to each group of the first Tx electrode lines (GPa-Tx), wherein each group of the first Tx electrode lines (GPa-Tx) being driven sequentially, and to sense the first effective Rx electrode lines (ERx) through the touch sensing unit; wherein in a touch sensing mode (TMODE), the touch integrated circuit is configured to supply a sensor driving signal of a same phase to the second Tx electrode lines (GPb-Tx), and wherein in the fingerprint sensing mode (FMODE), the touch integrated circuit is configured to supply a sensor driving signal, of which a phase is sequentially retarded, to the second Tx electrode lines (GPb-Tx) to individually and sequentially driving each of the second Tx electrode lines (GPb-Tx).