PROBLEM TO BE SOLVED: To provide a method for manufacturing a conductive cloth that can form any shape of electrode or wiring with high accuracy, a conductive cloth manufactured by the manufacturing method, a biological signal measuring method using the conductive cloth, and a biological signal measuring device including the conductive cloth.SOLUTION: [1] A method is provided for manufacturing a conductive cloth 10 with an electrode 4 or wiring disposed on an insulating fabric 1. The method for manufacturing the conductive cloth 10 includes the steps of: masking a region where the electrode 4 or the wiring is not disposed in the fabric 1 applying paint containing a conductive material on the fabric 1 and removing the masking to form the electrode 4 or the wiring on the fabric 1. [2] In the manufacturing method, the conductive material is a conductive polymer. [3] In the manufacturing method, the region is subjected to masking by applying a hydrophobic material in the region. [4] In the manufacturing method, multiple electrodes 4 are formed on the fabric 1. [5] In the manufacturing method, the hydrophobic material is a material melting at 20-70°C.COPYRIGHT: (C)2014,JPO&INPIT【課題】任意形状の電極又は配線を高精度に形成することが可能な導電性布帛の製造方法、その製造方法によって製造された導電性布帛、その導電性布帛を用いた生体信号の測定方法、及びその導電性布帛を備えた生体信号測定装置の提供。【解決手段】[1]絶縁性の布地1に電極4又は配線が配置された導電性布帛10の製造方法であって、布地1における電極4又は配線を配置しない領域をマスキングし、布地1に導電性材料を含む塗料を塗布し、マスキングを除去することにより布地1上に電極4又は配線を形成する導電性布帛10の製造方法。[2]導電性材料が導電性高分子である製造方法。[3]領域に疎水性材料を塗布することにより領域をマスキングする製造方法。[4]布地1上に電極4を複数形成する製造方法。[5]疎水性材料が20~70℃で融解する材料である製造方法。【選択図】図5
