A electric method electrode for measuring hard earth's surface

The utility model relates to an electric method electrode for measuring hard earth's surface, it meets the rock effectively to solve existing electrical prospecting, the concrete can lead to efficiency lower behind the hard earth's surface, the operation is complicated, and high cost of a current ceramic tile, a structure of the handbag is characterized in that, the conductive adhesive layer is hugged closely in adhesion layer's lower part, the lower part of conductive adhesive layer is pasted and is had the STICKER of preventing layer, conductive adhesive layer middle part and prevent that the gasket inslot between the STICKER layer is equipped with first metallic gasket, the second metallic gasket is equipped with at the middle part above the adhesion layer, the iron seat is arranged in on the metallic gasket, the bar copper is equipped with below the iron seat, the bar copper passes the metallic gasket, adhesion layer and conductive adhesive layer, the lower extreme top is on preventing the STICKER layer, tile shape magnet upper surface is U -shaped grooved surface, the U -shaped concave surface form that iron seat upper portion is and tile shape magnet upper surface is corresponding, tile shape magnet is fixed on the iron seat through the bonding glue film of controlling both sides, copper screw is equipped with on the side of iron seat, the utility model discloses novel structure is unique, and installation convenient to use is with low costs, and labor - and time -saving is efficient, and it is accurate to measure.