REAR VIEW MIRROR STEERING STRUCTURE

The present invention is related to a rear view mirror steering structure. A lens is embedded on one side of the mirror shell of the rear view mirror, wherein the mirror shell is configured with a plurality of through holes and an arched recess on the outside thereof, a screw is used to go through the through hole to secure the mirror shell to the screw hole of a hollow fixing base, a wear-resistant gasket is accommodated inside the hollow fixing base, one end of a universal shaft rod is utilized to joint with the wear-resistant gasket and the hollow fixing base to be pivotally fixed with a frame, and the other end of the universal shaft rod has a ball head, wherein the top end of the ball head is tightly abutted upon the arch recessed slot of the mirror shell and the side end is attached to the inner ring wall of the wear-resistant gasket, and due to the mirror shell being secured on the hollow fixing base and the ball head of the universal shaft rod being attached to the wear-resistant gasket, the rear view mirror can be turned more smoothly and the abrasion of components can be reduced and moreover, the service life can be extended and the components can be replaced and repaired conveniently.