Fatigue-resistant novel ultra-high voltage coupling damping wire clamp

Two pieces are buckled in pairs, wire clamping grooves are formed in the inner sides of single-piece clamps, the two wire clamping grooves are combined to form a circular hole, through holes are formed in the single-piece clamps, after the two pieces are buckled, the through holes are aligned, and a bolt is inserted into a nut for fastening. An inclined protruding block is fixed to the upper portion of one single-piece clamp, an inclined protruding plate is fixed to the upper portion of the other single-piece clamp, a penetrating hole is formed in the inclined protruding plate, and the inclined protruding block is embedded into the penetrating hole in a matched mode. The lower wire clamping groove is arranged in two ways, one is parallel to the wire clamping groove for containing the wire, the other one is inclined, the included angle between the lower wire clamping groove and the wire clamping groove for containing the wire is 10 degrees, the single-piece clamp provided with the inclined wire clamping groove