Compound putter with variable angles

Abstract

A compound putter with variable angles is composed of a shaft, a head, a putter face and a chipper face characterized by that a transverse through hole having its both outer sides respectively provided with an elastic washer is disposed at the lower end of the shaft adapted to a pivot; a recess in the upper side of the head to receive the lower end of the shaft and a through hole each provided in both sides of the recess so that with the lower end of the shaft in the recess and the pivot penetrating the through holes in the head and in the shaft to pivot the shaft to the head then a putter face and a chipper face are provided on both sides of the head.

I claim:  
     
         1 . A compound putter with variable angles comprising a shaft and a head characterized by that: 
 a transversal through hole being provided in the lower end of the shaft adapted to a pivot;    a recess in the upper part of the head to accommodate the lower end of the shaft; a through hole each provided in both sides of the recess; the head including a putter face and a chipper face and respectively provide on both sides of the head; thus, the shaft being pivoted to the head with the lower end of the shaft accommodated inside the recess in the head and the pivot penetrating the holes in the head and in the shaft.    
     
     
         2 . A compound putter with variable angles as claimed in  claim 1 , wherein, on both external sides of the through hole in the lower end of the shaft are respectively adapted with an elastic washer.  
     
     
         3 . A compound putter with variable angles as claimed in  claim 1 , wherein, the head is divided into two halves respectively provided with a screw hole and trough holes to fasten both halves with bolts.  
     
     
         4 . A compound putter with variable angles as claimed in  claim 1 , characterized by that: 
 a telescopic shaft being inserted to the upper end of the shaft and then fixed to a hollow retainer ring having its inner diameter equal to the outer diameter of the telescopic shaft;    a deflection shaft extending from the lower end of the telescopic shaft having an ear being provided by its side abutted to the deflection shaft;    a deflection holder having a deflective hole to accommodate the penetration by the deflection shaft; a wall being disposed to the deflection holder at where in relation to the ear; the terminal of the deflection shaft being secured with a retainer after penetrating through the deflective hole; the outer diameter of the retainer being slightly smaller than the inner diameter of the shaft but larger than the inner diameter of the retainer ring so to allow the telescopic shaft move inside the shaft without escaping from the shaft;    thus, the telescopic shaft being turned for the ear to push and hold against the wall to cause the deflection holder to deflect with the deflection shaft, thus for the deflection holder to hold against the inner wall of the shaft in position for use; and    the telescopic shaft being inversely turned for the ear to turn for a certain degree to push against the wall for the deflection holder to deflect and the telescopic shaft to return to its initial position.