An electronic device (EA, EA-A, EA-1, EA-10, EA-20, EA-30, EA-40) comprising: a display array; and a touch array disposed on the display array, wherein the display array comprises: a base substrate; a display layer disposed on the base substrate; a first protruding pattern (DM-a) disposed on the base substrate; a second protruding pattern (DM-b) disposed on the base substrate and spaced apart from the first protruding pattern (DM-a); and a pad disposed on the base substrate and spaced apart from the display layer with the first protruding pattern (DM-a) and the second protruding pattern (DM-b) interposed therebetween; wherein the touch array comprises: a sensing pattern (SP1A) disposed on the display layer and spaced apart from the first protruding pattern (DM-a) and the second protruding pattern (DM-b); a first conductive pattern (TW2A-1) electrically connected to the sensing pattern (SP1A) and the pad, and portions of the first conductive pattern (TW2A-1) overlapping the first protruding pattern (DM-a) and the second protruding pattern (DM-b), respectively; an insulating layer (ILD-4) covering the first conductive pattern and in which an opening (ILD-OPa) overlapping at least a portion of the first protruding pattern (DM-a) is defined; and a second conductive pattern (TW2B-1) disposed on the insulating layer (ILD-4) and contacted to the first conductive pattern (TW2A-1) through the opening (ILD-OPa), wherein the portions of the first conductive pattern (TW2A-1) are bent along shapes of the first protruding pattern (DM-a) and the second protruding pattern (DM-b). a display array; and a touch array disposed on the display array, wherein the display array comprises: a base substrate; a display layer disposed on the base substrate; a first protruding pattern (DM-a) disposed on the base substrate; a second protruding pattern (DM-b) disposed on the base substrate and spaced apart from the first protruding pattern (DM-a); and a pad disposed on the base substrate and spaced apart from the display layer with the first protruding pattern (DM-a) and the second protruding pattern (DM-b) interposed therebetween; wherein the touch array comprises: a sensing pattern (SP1A) disposed on the display layer and spaced apart from the first protruding pattern (DM-a) and the second protruding pattern (DM-b); a first conductive pattern (TW2A-1) electrically connected to the sensing pattern (SP1A) and the pad, and portions of the first conductive pattern (TW2A-1) overlapping the first protruding pattern (DM-a) and the second protruding pattern (DM-b), respectively; an insulating layer (ILD-4) covering the first conductive pattern and in which an opening (ILD-OPa) overlapping at least a portion of the first protruding pattern (DM-a) is defined; and a second conductive pattern (TW2B-1) disposed on the insulating layer (ILD-4) and contacted to the first conductive pattern (TW2A-1) through the opening (ILD-OPa), wherein the portions of the first conductive pattern (TW2A-1) are bent along shapes of the first protruding pattern (DM-a) and the second protruding pattern (DM-b). a base substrate; a display layer disposed on the base substrate; a first protruding pattern (DM-a) disposed on the base substrate; a second protruding pattern (DM-b) disposed on the base substrate and spaced apart from the first protruding pattern (DM-a); and a pad disposed on the base substrate and spaced apart from the display layer with the first protruding pattern (DM-a) and the second protruding pattern (DM-b) interposed therebetween; wherein the touch array comprises: a sensing pattern (SP1A) disposed on the display layer and spaced apart from the first protruding pattern (DM-a) and the second protruding pattern (DM-b); a first conductive pattern (TW2A-1) electrically connected to the sensing pattern (SP1A) and the pad, and portions of the first conductive pattern (TW2A-1) overlapping the first protruding pattern (DM-a) and the second protruding pattern (DM-b), respectively; an insulating layer (ILD-4) covering the first conductive pattern and in which an opening (ILD-OPa) overlapping at least a portion of the first protruding pattern (DM-a) is defined; and a second conductive pattern (TW2B-1) disposed on the insulating layer (ILD-4) and contacted to the first conductive pattern (TW2A-1) through the opening (ILD-OPa), wherein the portions of the first conductive pattern (TW2A-1) are bent along shapes of the first protruding pattern (DM-a) and the second protruding pattern (DM-b). a sensing pattern (SP1A) disposed on the display layer and spaced apart from the first protruding pattern (DM-a) and the second protruding pattern (DM-b); a first conductive pattern (TW2A-1) electrically connected to the sensing pattern (SP1A) and the pad, and portions of the first conductive pattern (TW2A-1) overlapping the first protruding pattern (DM-a) and the second protruding pattern (DM-b), respectively; an insulating layer (ILD-4) covering the first conductive pattern and in which an opening (ILD-OPa) overlapping at least a portion of the first protruding pattern (DM-a) is defined; and a second conductive pattern (TW2B-1) disposed on the insulating layer (ILD-4) and contacted to the first conductive pattern (TW2A-1) through the opening (ILD-OPa), wherein the portions of the first conductive pattern (TW2A-1) are bent along shapes of the first protruding pattern (DM-a) and the second protruding pattern (DM-b).