Method of golf club performance enhancement and articles resultant therefrom
First Claim
1. In a virtual X, Y, Z orthonormal coordinate system in which a sole portion is partially congruent with a bottom-most XY plane thereof, in which a face plate intersects a forward-most XZ plane thereof, and in which a heel and hosel side of said club intersects a YZ plane thereof substantially at an origin of said coordinate system, and further in which an increase in X-axis value corresponds to a direction of a toe of said club, an increase Y-axis value corresponds in direction to a rear of said club, and an increase in Z-axis value corresponds to an increase in height above said sole portion, a golf club adjustment system, comprising:
- (a) a club head having a void space behind said face plate of said club and above said sole portion thereof; and
(b) two selectable weighting means in which at least one weighting means thereof is not contiguous to any part of said face plate in which a selected coordinate value upon the Y-axis in any one of said weighting means does not equal a selected coordinate value of Y of at least a second one of said weighting means, said selectable means comprising any two of;
(i) weighting means secured substantially within said void space between a low Y, low Z coordinate, to increase backspin, to a high Y, high Z coordinate to decrease backspin. (ii) weighting means secured substantially within said void space between a high Y, high Z coordinate, to maximize penetration, to a low Y, low Z coordinate, to minimize penetration;
(iii) weighting means secured substantially within said void space between a low Z coordinate, to increase trajectory, to a high Z-coordinate to decrease trajectory;
or (iv) weighting means secured substantially within said void space at a low X-coordinate, to compensate for hook, to a high X-coordinate to compensate for slice,
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Accused Products
Abstract
The performance of a golf club is enhanced through the provision of a void space behind a face plate and above a sole portion, to decrease club weight and provide single, or combinations, of selectable weighting elements within volumetric coordinates of an orthonormal matrix about the void space and entire club. The weighted coordinates are provided in response to ball strike, flight analysis and physiologic observation of the golf strike swing. Ball backspin, trajectory, penetration hook or slice, and ballooning may be modified through the use of definable combinations of weighting strategies and sub-strategies.
26 Citations
25 Claims
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1. In a virtual X, Y, Z orthonormal coordinate system in which a sole portion is partially congruent with a bottom-most XY plane thereof, in which a face plate intersects a forward-most XZ plane thereof, and in which a heel and hosel side of said club intersects a YZ plane thereof substantially at an origin of said coordinate system, and further in which an increase in X-axis value corresponds to a direction of a toe of said club, an increase Y-axis value corresponds in direction to a rear of said club, and an increase in Z-axis value corresponds to an increase in height above said sole portion, a golf club adjustment system, comprising:
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(a) a club head having a void space behind said face plate of said club and above said sole portion thereof; and
(b) two selectable weighting means in which at least one weighting means thereof is not contiguous to any part of said face plate in which a selected coordinate value upon the Y-axis in any one of said weighting means does not equal a selected coordinate value of Y of at least a second one of said weighting means, said selectable means comprising any two of;
(i) weighting means secured substantially within said void space between a low Y, low Z coordinate, to increase backspin, to a high Y, high Z coordinate to decrease backspin. (ii) weighting means secured substantially within said void space between a high Y, high Z coordinate, to maximize penetration, to a low Y, low Z coordinate, to minimize penetration;
(iii) weighting means secured substantially within said void space between a low Z coordinate, to increase trajectory, to a high Z-coordinate to decrease trajectory;
or(iv) weighting means secured substantially within said void space at a low X-coordinate, to compensate for hook, to a high X-coordinate to compensate for slice, - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13)
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14. In a virtual X, Y, Z orthonormal coordinate system in which a sole portion is partially congruent with a bottom-most XY plane thereof, in which a face plate intersects a forward-most XZ plane thereof, and in which a heel and hosel side of said club intersects a YZ plane thereof substantially at an origin of said coordinate system, and further in which an increase in X-axis value corresponds to a direction of a toe of said club, an increase in Y-axis value corresponds in direction to a rear of said club, and an increase in Z-axis value corresponds to an increase in height above said sole portion, a golf club adjustment system, comprising:
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(a) a club head having a void space behind said face portion of said club and above said sole portion thereof;
(b) weighting means substantially within said void space between a high Y, high Z coordinate, to minimize ballooning, to a low Y, low Z coordinate to maximize said ballooning; and
(c) weighting means substantially within said void space between a low X-coordinate, to compensate for hook, to a high X-coordinate to compensate for slice. - View Dependent Claims (15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25)
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Specification