A method for manufacturing a narrow frame touch input sheet, comprising: performing either one of (i) and (ii); (i) forming and stacking transparent conductive films, light-excluding conductive electrode films, and first resist layers sequentially on both surfaces of a transparent base sheet; and (ii) forming and stacking a transparent conductive film, a light-excluding conductive electrode film, and a first resist layer sequentially on each of two transparent base sheets; and stacking the base sheets to be opposite to each other so that the transparent conductive films, the light-excluding conductive electrode films, and the first resist layers are formed on both surfaces of the stacked base sheets; exposing and developing the first resist layers simultaneously on the both surfaces; etching the transparent conductive films and the light-excluding conductive electrode films simultaneously on the both surfaces; and stripping the first resist layers so as to form a fine wiring circuit pattern with the stacked transparent conductive film and light-excluding conductive electrode film in an outer edge portion on each of the two surfaces of the base sheet; characterized by forming, after stripping the first resist layers, a second resist layer to cover the fine wiring circuit pattern on each surface of the base sheet only on the exposed light-excluding conductive electrode film along an outer edge portion; and etching only the light-excluding electrode conductive film layer on which the second resist layer is not formed, so that a circuit pattern of the transparent conductive film is exposed in a central window portion on each surface of the base sheet. performing either one of (i) and (ii); (i) forming and stacking transparent conductive films, light-excluding conductive electrode films, and first resist layers sequentially on both surfaces of a transparent base sheet; and (ii) forming and stacking a transparent conductive film, a light-excluding conductive electrode film, and a first resist layer sequentially on each of two transparent base sheets; and stacking the base sheets to be opposite to each other so that the transparent conductive films, the light-excluding conductive electrode films, and the first resist layers are formed on both surfaces of the stacked base sheets; (i) forming and stacking transparent conductive films, light-excluding conductive electrode films, and first resist layers sequentially on both surfaces of a transparent base sheet; and (ii) forming and stacking a transparent conductive film, a light-excluding conductive electrode film, and a first resist layer sequentially on each of two transparent base sheets; and stacking the base sheets to be opposite to each other so that the transparent conductive films, the light-excluding conductive electrode films, and the first resist layers are formed on both surfaces of the stacked base sheets; exposing and developing the first resist layers simultaneously on the both surfaces; etching the transparent conductive films and the light-excluding conductive electrode films simultaneously on the both surfaces; and stripping the first resist layers so as to form a fine wiring circuit pattern with the stacked transparent conductive film and light-excluding conductive electrode film in an outer edge portion on each of the two surfaces of the base sheet; characterized by forming, after stripping the first resist layers, a second resist layer to cover the fine wiring circuit pattern on each surface of the base sheet only on the exposed light-excluding conductive electrode film along an outer edge portion; and etching only the light-excluding electrode conductive film layer on which the second resist layer is not formed, so that a circuit pattern of the transparent conductive film is exposed in a central window portion on each surface of the base sheet.