Electrode structure with electric-shock prevention function

An electrode structure body having an electric shock prevention function in which the electrode structure body is connected to a power transmission and distribution path to electric equipment, and prevents an electric shock when the electric equipment is submerged or other electric equipment that is electrically connected to the electric equipment is submerged, the electrode structure body comprising:

• a first input terminal to which a first electric wire of an input side is connected, wherein the first electric wire of the input side comprises a first radius and a cylindrical shape;
• a second input terminal to which a second electric wire of the input side is connected, wherein the second electric wire of the input side comprises a second radius and a cylindrical shape;
• a first output terminal to which a first electric wire of an output side is connected, wherein the first electric wire of the output side comprises a third radius and a cylindrical shape;
• a second output terminal to which a second electric wire of the output side is connected, wherein the second electric wire of the output side comprises a fourth radius and a cylindrical shape;
• a first flat conductor comprising
• a first end side fixed to the first input terminal and a second end side fixed to the first output terminal,
• a first width and a length that are greater than a second width of the first electric wire, and
• an area, which is obtained by multiplying the first width and the length, and which is 4 times to 100,000 times a cross-sectional area of the first electric wire;
• a second flat conductor comprising a third end side fixed to the second input terminal and a fourth end side fixed to the second output terminal, wherein a size of the second flat conductor is identical to a size of the first flat conductor;
• and
• a non-conductive housing fixing the first flat conductor and the second flat conductor so that the first flat conductor and the second flat conductor are electrically separated from each other,
• wherein the first flat conductor and the second flat conductor are installed on the power transmission and distribution path, thereby being configured to reduce an electric current flowing into a human body that contacts leaked current.