A display device, comprising: a display panel comprising a first display substrate and a second display substrate facing the first display substrate, the display panel having a plurality of pixel areas arranged in matrix form and a light blocking area, which surrounds the pixel areas, wherein the pixel areas correspond to openings (BM-OP) of a black matrix and the light blocking area corresponds to the black matrix; and a touch panel comprising a first conductive layer and a second conductive layer insulated from the first conductive layer, the touch panel being disposed on one of the first display substrate or the second display substrate that is provided with an input surface, the touch panel comprising: a plurality of first touch electrodes (TE1....TE1(k)) configured to receive first scan signals; a plurality of second touch electrodes (TE2....TE2(r)) crossing and being insulated from the first touch electrodes and configured to provide first sensing signals according to a variation in capacitance; a plurality of first touch coils (TC1....TC1(p)) overlapping with the light blocking area and configured to receive second scan signals; and a plurality of second touch coils (TC2....TC2(q)) overlapped with the light blocking area and crossing and being insulated from the first touch coils, the plurality of second touch coils being configured to provide second sensing signals according to a resonant frequency associated with an input device, wherein the first conductive layer comprises the first touch electrodes and one of the second touch electrodes and the first touch coils and the second conductive layer comprises the second touch coils and the other of the second touch electrodes and the first touch coils; characterized in that the display panel comprises a plurality of gate lines (GL1....GLn), a plurality of data lines (DL1...DLn) and a plurality of pixels (PX11....PXnm) disposed on the first display substrate or the second display substrate, and in that the first touch electrodes TE1 to TE1(k) are disposed in areas defined by overlapping the first touch coils TC1 to TC1(p) so that the first touch electrodes TE1 to TE1(k) are not overlapped with the first touch coils TC1 to TC1(p) and in that the second touch electrodes TE2 to TE2(r) are disposed in areas defined by overlapping the second touch coils TC2 to TC2(q) so that the second touch electrodes TE2 to TE2(r) are not overlapped with the second touch coils TC2 to TC2(q). a display panel comprising a first display substrate and a second display substrate facing the first display substrate, the display panel having a plurality of pixel areas arranged in matrix form and a light blocking area, which surrounds the pixel areas, wherein the pixel areas correspond to openings (BM-OP) of a black matrix and the light blocking area corresponds to the black matrix; and a touch panel comprising a first conductive layer and a second conductive layer insulated from the first conductive layer, the touch panel being disposed on one of the first display substrate or the second display substrate that is provided with an input surface, the touch panel comprising: a plurality of first touch electrodes (TE1....TE1(k)) configured to receive first scan signals; a plurality of second touch electrodes (TE2....TE2(r)) crossing and being insulated from the first touch electrodes and configured to provide first sensing signals according to a variation in capacitance; a plurality of first touch coils (TC1....TC1(p)) overlapping with the light blocking area and configured to receive second scan signals; and a plurality of second touch coils (TC2....TC2(q)) overlapped with the light blocking area and crossing and being insulated from the first touch coils, the plurality of second touch coils being configured to provide second sensing signals according to a resonant frequency associated with an input device, a plurality of first touch electrodes (TE1....TE1(k)) configured to receive first scan signals; a plurality of second touch electrodes (TE2....TE2(r)) crossing and being insulated from the first touch electrodes and configured to provide first sensing signals according to a variation in capacitance; a plurality of first touch coils (TC1....TC1(p)) overlapping with the light blocking area and configured to receive second scan signals; and a plurality of second touch coils (TC2....TC2(q)) overlapped with the light blocking area and crossing and being insulated from the first touch coils, the plurality of second touch coils being configured to provide second sensing signals according to a resonant frequency associated with an input device, wherein the first conductive layer comprises the first touch electrodes and one of the second touch electrodes and the first touch coils and the second conductive layer comprises the second touch coils and the other of the second touch electrodes and the first touch coils; characterized in that the display panel comprises a plurality of gate lines (GL1....GLn), a plurality of data lines (DL1...DLn) and a plurality of pixels (PX11....PXnm) disposed on the first display substrate or the second display substrate, and in that the first touch electrodes TE1 to TE1(k) are disposed in areas defined by overlapping the first touch coils TC1 to TC1(p) so that the first touch electrodes TE1 to TE1(k) are not overlapped with the first touch coils TC1 to TC1(p) and in that the second touch electrodes TE2 to TE2(r) are disposed in areas defined by overlapping the second touch coils TC2 to TC2(q) so that the second touch electrodes TE2 to TE2(r) are not overlapped with the second touch coils TC2 to TC2(q).