A touch screen panel comprising: a plurality of first touch electrode serials (TS1 to TS2) arranged in a first direction; a plurality of second touch electrode serials (RS1, RS2, RS3) arranged in a second direction crossing the first direction to cross the plurality of first touch electrode serials (TS1 to TS2); and an insulating layer (INS) configured to insulate the plurality of first touch electrode serials (TS1 to TS2) and the plurality of second touch electrode serials (RS1, RS2, RS3), wherein each of the plurality of first touch electrode serials (TS1 to TS2) includes a plurality of first mesh patterns (MPT11, MPT12, MPT13, MPT14) formed by an intersection of first metal lines, wherein each of the plurality of second touch electrode serials includes a plurality of second mesh patterns (MPT31, MPT32, MPT33, MPT34) formed by an intersection of second metal lines, wherein the plurality of first mesh patterns (MPT11, MPT12, MPT13, MPT14) are connected to one another, and the plurality of second mesh patterns (MPT31, MPT32, MPT33, MPT34) are separated from one another, wherein the separated second (MPT31, MPT32, MPT33, MPT34) mesh patterns are connected to one another through a bridge (Rc), characterized in that the bridge (Rc) includes at least one first bridge metal line having at least one curved portion, wherein both ends of the at least one first bridge metal line (Rc1) connect the separated second mesh patterns (MPT31, MPT32, MPT33, MPT34); the bridge (Rc) further includes at least one second bridge metal line (Rc2) having at least one curved portion, wherein the at least one first bridge metal line (Rc1) and the at least one second bridge metal line (Rc2) cross each other and form the same mesh pattern as the first mesh pattern (MPT11, MPT12, MPT13, MPT14) or the second mesh pattern (MPT31, MPT32, MPT33, MPT34). a plurality of first touch electrode serials (TS1 to TS2) arranged in a first direction; a plurality of second touch electrode serials (RS1, RS2, RS3) arranged in a second direction crossing the first direction to cross the plurality of first touch electrode serials (TS1 to TS2); and an insulating layer (INS) configured to insulate the plurality of first touch electrode serials (TS1 to TS2) and the plurality of second touch electrode serials (RS1, RS2, RS3), wherein each of the plurality of first touch electrode serials (TS1 to TS2) includes a plurality of first mesh patterns (MPT11, MPT12, MPT13, MPT14) formed by an intersection of first metal lines, wherein each of the plurality of second touch electrode serials includes a plurality of second mesh patterns (MPT31, MPT32, MPT33, MPT34) formed by an intersection of second metal lines, wherein the plurality of first mesh patterns (MPT11, MPT12, MPT13, MPT14) are connected to one another, and the plurality of second mesh patterns (MPT31, MPT32, MPT33, MPT34) are separated from one another, wherein the separated second (MPT31, MPT32, MPT33, MPT34) mesh patterns are connected to one another through a bridge (Rc), characterized in that the bridge (Rc) includes at least one first bridge metal line having at least one curved portion, wherein both ends of the at least one first bridge metal line (Rc1) connect the separated second mesh patterns (MPT31, MPT32, MPT33, MPT34); the bridge (Rc) further includes at least one second bridge metal line (Rc2) having at least one curved portion, wherein the at least one first bridge metal line (Rc1) and the at least one second bridge metal line (Rc2) cross each other and form the same mesh pattern as the first mesh pattern (MPT11, MPT12, MPT13, MPT14) or the second mesh pattern (MPT31, MPT32, MPT33, MPT34). <EOS>