A capacitive touch panel, comprising a first sensing layer formed with a plurality of first direction sensing electrodes, and a plurality of first wiring electrodes; and a second sensing layer formed with a plurality of second direction sensing electrodes, and a plurality of second wiring electrodes, wherein the first sensing layer and the second sensing layer are mutually bonded in a vertical direction, and at least one of the first direction sensing electrodes and the second direction sensing electrodes is formed in a plurality of first regions (R1, R3) for sensing user's touch and a plurality of second regions (R2, R4) for connecting the first regions, characterized in that the plurality of first direction sensing electrodes and the plurality of second direction sensing electrodes are each formed by a plurality of sensing electrodes (115a, 115b, 215a, 215d) having a line width arranged in accordance with a predetermined pattern, wherein each of the first sensing layer and the second sensing layer includes a transparent substrate (120, 220), and a resin layer (110, 210) laminated on the transparent substrate (120, 220), wherein the resin layer (110, 210) has a patterned layer that is formed with patterned intaglio by imprinting on a surface of the resin layer (110, 210), wherein the sensing electrodes are formed in said intaglio using a conductive material having a resistance lower than Indium Tin Oxide, wherein the plurality of first regions (R1, R3) and the plurality of second regions (R2, R4) are sensing and operating regions of the sensing electrodes (115, 215), wherein edge electrodes (115c, 215c) formed outside of the sensing and operating regions of the sensing electrodes (115, 215) are absent, wherein the plurality of first regions (R1, R3) comprises first regions on the first sensing layer, each formed by a plurality of sensing electrodes as well as by a plurality of sensing electrodes, and first regions on the second sensing layer, each formed by a plurality of sensing electrodes as well as by a plurality of sensing electrodes, wherein the plurality of sensing electrodes of the first regions on the first sensing layer and the plurality of sensing electrodes of the first regions on the first sensing layer are formed to mutually cross each other and wherein the plurality of sensing electrodes of the first regions on the second sensing layer and the plurality of sensing electrodes of the first regions on the second sensing layer are formed to mutually cross each other, wherein the plurality of second regions (R2, R4) comprises second regions on the first sensing layer, each formed by some of the plurality of sensing electrodes, and second regions on the second sensing layer, each formed by some of the plurality of sensing electrodes, wherein some of the plurality of sensing electrodes formed in the second regions connect some of the plurality of sensing electrodes formed in the first regions with neighbor of some of the plurality of sensing electrodes formed in the first regions, wherein some of the plurality of sensing electrodes formed in the second regions connect some of the plurality of sensing electrodes formed in the first regions with neighbor of some of the plurality of sensing electrodes formed in the first regions.