Anti-shedding grounding wire wire end wire clamp

The utility model discloses an anti-shedding grounding wire wire end wire clamp which comprises a U-shaped wire clamp body. The U-shaped wire clamp body is internally provided with two arc-shaped elastic inner end rings, the outer circumference surfaces of which are abutted against each other. The U-shaped wire clamp body is provided with a short arm and a long arm. The tail end of the short arm is provided with an elastic tongue clamping portion which bends inwards. The tail end of the long arm is provided with an insulation operation rod. The long arm is hinged with an opening and closing elastic tongue. The free end of the opening and closing elastic tongue is abutted against the inner wall of the elastic tongue clamping portion. A reset torsion spring is arranged between the opening and closing elastic tongue and the long arm. Since the reset torsion spring is arranged between the opening and closing elastic tongue and the long arm, the opening and closing elastic tongue is allowed to be reset quickly and favorably, and the wire clamp is effectively prevented from shedding; the U-shaped wire clamp body is internally provided with the elastic inner end rings, so that the wire can be fixedly arranged in the U-shaped wire clamp body effectively; and the anti-shedding grounding wire wire end wire clamp is simple in structure and convenient to operate.