Reversible Rowel

Abstract

A reversible rowel is used during equestrian or rodeo activities to aid a user while riding. The reversible rowel includes a rowel disc, a first plurality of rowel spokes, and a second plurality of rowel spokes. The first plurality of rowel spokes is laterally connected about a first half of the rowel disc. Similarly, the second plurality of rowel spokes is laterally connected about a second half of the rowel disc. The first plurality of rowel spokes is sized differently from the second plurality of rowel spokes, creating two levels of grip. A plurality of notches laterally traverse into the first plurality of rowel spokes and the second plurality of rowel spokes, giving the user added grip. A locking channel traverses into the reversible rowel, allowing the user to selectively utilize either the first plurality of rowel spokes or the second plurality of rowel spokes.

Claims

1. A reversible rowel comprises: a rowel disc; a first plurality of rowel spokes; a second plurality of rowel spokes; the first plurality of rowel spokes being laterally connected about a first half of the rowel disc; the second plurality of rowel spokes being laterally connected about a second half of the rowel disc; a plurality of notches laterally traversing into the first plurality of rowel spokes and the second plurality of rowel spokes; and the plurality of notches being radially distributed about the rowel disc.

2. The reversible rowel as claimed in claim 1 comprises: a first base surface being delineated across the rowel disc, the first plurality of rowel spokes, and the second plurality of rowel spokes; a second base surface being delineated across the rowel disc, the first plurality of rowel spokes, and the second plurality of rowel spokes, opposite to the first base surface; and a mounting hole concentrically traversing through the rowel disc from the first base surface to the second base surface.

3. The reversible rowel as claimed in claim 1 comprises: a first base surface being delineated across the rowel disc, the first plurality of rowel spokes, and the second plurality of rowel spokes; a second base surface being delineated across the rowel disc, the first plurality of rowel spokes, and the second plurality of rowel spokes, opposite to the first base surface; and a locking channel traversing into the first base surface.

4. The reversible rowel as claimed in claim 3 comprises: a central plane of the rowel disc being centrally aligned with the rowel disc; the central plane being positioned perpendicular to the first surface and the second surface; the central plane being positioned in between the first plurality of rowel spokes and the second plurality of rowel spokes; the locking channel being extended normal to the central plane; and the locking channel being centrally positioned within the first base surface.

5. The reversible rowel as claimed in claim 1 comprises: an arc length for each of the first plurality of spokes being greater than an arc length for each of the second plurality of spokes.

6. The reversible rowel as claimed in claim 1 comprises: each rowel spoke from the first plurality of rowel spokes being separated by a linear slot; and each rowel spoke from the second plurality of rowel spoke being separated by an angular slot.

7. The reversible rowel as claimed in claim 1 comprises: a central plane of the rowel disc being centrally aligned with the rowel disc; the central plane being positioned perpendicular to the first surface and the second surface; the central plane being positioned in between the first plurality of rowel spokes and the second plurality of rowel spokes; a pair of end spokes from the first plurality of rowel spokes being separated from the central plane by a linear gap; and a pair of end spokes from the second plurality of rowel spokes being separated from the central plane by an angular gap.

8. The reversible rowel as claimed in claim 1 comprises: each rowel spoke from the first plurality of rowel spokes being diametrically opposed to a corresponding rowel spoke from the second plurality of rowel spokes.

9. A reversible rowel comprises: a rowel disc; a first plurality of rowel spokes; a second plurality of rowel spokes; the first plurality of rowel spokes being laterally connected about a first half of the rowel disc; the second plurality of rowel spokes being laterally connected about a second half of the rowel disc; a plurality of notches laterally traversing into the first plurality of rowel spokes and the second plurality of rowel spokes; the plurality of notches being radially distributed about the rowel disc; a first base surface being delineated across the rowel disc, the first plurality of rowel spokes, and the second plurality of rowel spokes; a second base surface being delineated across the rowel disc, the first plurality of rowel spokes, and the second plurality of rowel spokes, opposite to the first base surface; and a locking channel traversing into the first base surface.

10. The reversible rowel as claimed in claim 9 comprises: a mounting hole concentrically traversing through the rowel disc from the first base surface to the second base surface.

11. The reversible rowel as claimed in claim 9 comprises: a central plane of the rowel disc being centrally aligned with the rowel disc; the central plane being positioned perpendicular to the first surface and the second surface; the central plane being positioned in between the first plurality of rowel spokes and the second plurality of rowel spokes; the locking channel being extended normal to the central plane; and the locking channel being centrally positioned within the first base surface.

12. The reversible rowel as claimed in claim 1 comprises: an arc length for each of the first plurality of spokes being greater than an arc length for each of the second plurality of spokes.

13. The reversible rowel as claimed in claim 9 comprises: each rowel spoke from the first plurality of rowel spokes being separated by a linear slot; and each rowel spoke from the second plurality of rowel spoke being separated by an angular slot.

14. The reversible rowel as claimed in claim 9 comprises: a central plane of the rowel disc being centrally aligned with the rowel disc; the central plane being positioned perpendicular to the first surface and the second surface; the central plane being positioned in between the first plurality of rowel spokes and the second plurality of rowel spokes; a pair of end spokes from the first plurality of rowel spokes being separated from the central plane by a linear gap; and a pair of end spokes from the second plurality of rowel spokes being separated from the central plane by an angular gap.

15. The reversible rowel as claimed in claim 9 comprises: each rowel spoke from the first plurality of rowel spokes being diametrically opposed to a corresponding rowel spoke from the second plurality of rowel spokes.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

[0005] FIG. 1 is a front perspective view of the present invention.

[0006] FIG. 2 is a rear perspective view of the present invention.

[0007] FIG. 3 is a front perspective view of the present invention showing the central plane.

[0008] FIG. 4 is a front view of present invention showing the rowel disc with a dashed line.

[0009] FIG. 5 is a left side view of the present invention.

DETAILED DESCRIPTION OF THE INVENTION

[0010] All illustrations of the drawings are for the purpose of describing selected versions of the present invention and are not intended to limit the scope of the present invention.

[0011] With reference to FIGS. 1-4, the present invention is a reversible rowel that may be used as part of a spur to control the movements of animals and provide a point of balance for riders during equestrian and rodeo events. The present invention comprises a rowel disc 1, a first plurality of rowel spokes 5, and a second plurality of rowel spokes 8. The rowel disc 1 acts as a central hub which is able to rotate when mounted onto the shank of a spur. The first plurality of rowel spokes 5 is laterally connected about a first half 2 of the rowel disc 1. Similarly, the second plurality of rowel spokes 8 is laterally connected about a second half 3 of the rowel disc 1. The first plurality of rowel spokes 5 and the second plurality of rowel spokes 8 are sized differently in order to give the user varying levels of control. In the preferred embodiment of the present invention, the rowel disc 1, the first plurality of rowel spokes 5, and the second plurality of rowel spokes 8 are made from steel. Other iron alloys, aluminum, or brass may alternatively be used. A plurality of notches 11 traverse into the first plurality of rowel spokes 5 and the second plurality of rowel spokes 8. The plurality of notches 11 help to grip against the body of the animal being ridden. The plurality of notches 11 is radially distributed about the rowel disc 1. This arrangement allows the reversible rowel to grip the body of the animal in a consistent and effective manner.

[0012] In reference to FIGS. 1-2, a first base surface 12 is delineated across the rowel disc 1, the first plurality of rowel spokes 5, and the second plurality of rowel spokes 8. A second base surface 13 is delineated across the rowel disc 1, the first plurality of rowel spokes 5, and the second plurality of rowel spokes 8, opposite to the first base surface 12. A mounting hole 14 concentrically traverses through the rowel disc 1 from the first base surface 12 to the second base surface 13. The mounting hole 14 is used to attach the reversible rowel to the shank of a spur. When mounted onto the shank, the reversible rowel may be rotated about the mounting hole 14. This arrangement allows the reversible rowel to adjust in position when pressed against the skin of an animal.

[0013] In reference to FIGS. 4-5, a locking channel 15 traverses into the first base surface 12. The locking channel 15 engages with the shank of a spur in order to prevent the reversible rowel from fully rotating. A central plane 4 of the rowel disc 1 is centrally aligned with the rowel disc 1. The central plane 4 is positioned perpendicular to the first surface and the second surface and is positioned in between the first plurality of rowel spokes 5 and the second plurality of rowel spokes 8. The locking channel 15 is extended normal to the central plane 4 and is centrally positioned within the first base surface 12. Because of this arrangement, when the rowel is mounted onto a shank, the locking channel 15 forces either the first plurality of rowel spokes 5 or the second plurality of rowel spokes 8 to be oriented away from the shank. If the user were to position the reversible rowel such that the first plurality of rowel spokes 5 is oriented away from the shank, the locking channel 15 engages with the shank in order to prevent the second plurality of rowel spokes 8 from rotating to an outward position. This effectively allows the user to choose between riding with the first plurality of rowel spokes 5 and the second plurality of rowel spokes 8.

[0014] In reference to FIG. 4, in the preferred embodiment of the present invention, each rowel spoke from the first plurality of rowel spokes 5 is diametrically opposed to a corresponding rowel spoke from the second plurality of rowel spokes 8. Though the first plurality of rowel spokes 5 and the second plurality of rowel spokes 8 are equally distributed about the rowel disc 1, an arc length 6 for each of the first plurality of rowel spokes 5 is greater than an arc length 9 for each of the second plurality of rowel spokes 8. The arc length 9 for each of the second plurality of rowel spokes 8 helps to give the user a traditional feel when riding. The increased arc length 6 for the first plurality of rowel spokes 5 helps to give the user a better grip when riding. To achieve the larger arc length 6 for each of the first plurality of rowel spokes 5, each rowel spoke from the first plurality of rowel spokes 5 is separated by a linear slot 16. Further, a pair of end spokes 7 from the first plurality of rowel spokes 5 is separated from the central plane 4 by a linear gap 18. This arrangement provides a minimal amount of spacing between each of the first plurality of rowel spokes 5. In reference to FIG. 4, in order to achieve a more traditional feel for the second plurality of rowel spokes 8, each rowel spoke from the second plurality of rowel spokes 8 is separated by an angular slot 17. Further, a pair of end spokes 10 from the second plurality of rowel spokes 8 is separated from the central plane 4 by an angular gap 19. This arrangement provides a smaller surface for the second plurality of rowel spokes 8 to engage with the body of the animal.

[0015] Although the invention has been explained in relation to its preferred embodiment, it is to be understood that many other possible modifications and variations can be made without departing from the spirit and scope of the invention as hereinafter claimed.