Patent ID: 9724571
Date: 2017-08-08
CPC Classifications: A63B,Y10T

Claim:
1. A universal connector for connecting a golf club head having a hosel and a golf club shaft, the connector comprising: a first member being an integrally formed single part with a head portion arranged to define an axially upper-most extent of the universal connector along the golf club shaft, the and a body portion and having a bore for receiving a terminal end of a shaft; a second member having a bore for receiving a portion of the first member therein, the second member having a head portion and a body portion, the body portion sized to be received within a bore of the hosel; wherein the first member includes a first anti-rotational member and the second member includes a second anti-rotational member, the first and second anti-rotational members engageable with one another to prevent relative rotation of the first member relative to the second member about a longitudinal axis of the connector, wherein the second anti-rotational member includes a plurality of regularly spaced axially extending teeth separated by gaps, wherein the upwardly extending teeth and gaps are formed at an axial extent of the head portion of the second member and are arranged to mate with the first anti-rotational member; wherein the second member includes a third anti-rotational member, the third anti-rotational member configured to mate with an anti-rotational member of the golf club head to prevent relative rotation of the second member relative to the head; wherein the first member includes a threaded bore configured for receipt of a one piece mounting screw which abuts an exterior of the club head and extends through a portion of the club head, wherein tightening of the screw axially biases the first and second members together within the hosel, and wherein the first and second members are arranged such that the mounting screw passes through an unthreaded opening of the second member and threads directly into the first member; wherein the head portion defines a maximum outer diameter of the first member, and wherein the body portion of the first member includes a transition region having a second diameter and an extension region having a third diameter, the second diameter greater than the third diameter and less than the maximum outer diameter of the first member, wherein a first circumferential axial abutment surface is formed at an interface of the transition region and the extension region, the abutment surface having an outer diameter equal to the second diameter, the axial abutment surface located axially below the first anti-rotational member; wherein a second axial abutment surface is formed along the bore of the second member and is configured to axially abut the first axial abutment surface, the second axial abutment surface located axially between the second and third anti-rotational members of the second member.