Horse owner's and farrier's stand

Abstract

An adjustable horse owner's and farrier's stand includes a base having a large generally flat base and an upright portion upending from the base, and a hoof platform adjustably locked in the base. The hoof platform height may be adjusted continuously rather than incrementally for precise and accurate positioning of a hoof. One hoof platform includes a diverging U-shaped cradle, with a firm but cushioning, shock-absorbing material on its top side for elevating the hoof and absorbing the concussion of nailing and hoof maintenance. Preferably, the firm but cushioning material is a flexible strap slung across the cradle to form a hoof-receiving sling spaced above the surface of the cradle. Interchangeable hoof platforms may be provided, such as an alternative platform with a flat surface to receive the bottom of a hoof. The preferably plastic base, and the continuous adjustability of the height of the hoof platform, provide a quiet, substantially non-metallic, and non-intimidating stand that does not frighten most horses.

Description

BACKGROUND OF THE INVENTION

[0002] 1. Field of the Invention

[0003] This invention generally relates to tools for farriers, veterinarians and horse owners. More particularly, this invention relates to a stand for supporting a horse's hoof or foot for horseshoe removal, hoof trimming, horseshoe fitting, horseshoe installation and hoof maintenance.

[0004] 2. Related Art

[0005] Most farriers physically support the horse's leg during shoeing operations by holding the horse's leg between their own legs, with the horse leg coming through the farrier's legs from the farrier's backside. This is a precarious, sometimes dangerous position and always a physically-demanding position. First, the farrier must remove the old horseshoe. Then the hoof must be trimmed and filed. Next, the new shoe must be fitted to the hoof profile and nailed in place. Finally, the nails are clinched and the anterior profile of the hoof is filed and shaped. All of these operations are best performed with the hoof supported at an elevation above ground level.

[0006] U.S. Pat. No. 4,167,216 for a Multiple Stand To Aid Shoeing Horses teaches a two-position tripod-type stand having a pair of alternating upright members disposed at a right angle with respect to one another. A pair of opposing legs are connected to the vertex joint of the uprights, each at a slightly obtuse angle with respect to both uprights. In one position, one upright extends vertically upward while the second upright acts as the third leg of the tripod. In the second position, the second upright extends vertically upward while the first upright acts as the third leg of the tripod. A hard hoof cradle is attached to the distal end of one of the uprights and a flat plate is attached to the distal end of the other upright. The cradle holds the hoof in an elevated generally horizontal position to provide access to the bottom of the hoof, while the flat plate provides an elevated platform to support the bottom of the hoof to provide convenient access to the anterior of the hoof. An optional upright with an anvil attachment can be removably substituted for either of the other two uprights.

[0007] U.S. Pat. No. 4,167,216 device has some disadvantages. First, the length of the uprights are not adjustable to accommodate the necessary difference in working height between front and back hooves of a single horse, nor to accommodate different-sized horses. Second, the hoof cradle construction does not provide any concussion absorption and is prone to the hoof dislodging from the cradle. Thirdly, the legs and horizontally extending upright (effectively a leg) pose a hazard both to the farrier and to the horse.

[0008] Blackburn (U.S. Pat. No. 89,379) discloses a rest for shoeing horses with a thick base and a hinged, v-shaped member upon which the horse hoof rests. The arms of the v-shaped member extend vertically upward, and one of the arms is hinged to pivot to the side when the weight of the hoof is placed on the v-shaped member. The Blackburn device includes an incremental ratchet adjustment to raise and lower the v-shaped member relative to the base. The inventor believes that prior art devices, such as the Blackburn device, would tend to have undesirable effects on a horse, including metallic sounds during height adjustment, of metal against metal, that would upset/frighten the animal. Because horses are usually nervous, easily-frightened animals that respond instinctually to noises and unfamiliar or uncomfortable movements according to the well-known “fear-flight” behavior. Further, the inventor believes that prior art devices, which include incremental raising or lowering a metal upright inside a metal receiver tube using a ratchet system, would tend to cause uneven and jerky motion and metallic sounds created by relative movement and contact of the metal upright and receiver tube. The inventor believes that pivoting/flexing arms or other moving parts would upset/frightened the animal, especially if the pivoting/flexing occurs in response to the weight of the animal's foot and if it causes the stand to “clamp” the foot/hoof.

[0009] What is needed is an adjustable-height, safer stand that more securely holds the hoof in the horizontal position. What is still needed is a stand that is less intimidating to both horses and users. What is needed is a light-weight and convenient stand that is comfortable and quiet, for non-stressful work with a horse's hoof and/or foot.

SUMMARY OF THE INVENTION

[0010] The invention comprises a farriers' and horse owners' stand (hereafter also called “horse owner's stand” or “stand”) that is preferably substantially plastic and, therefore, is quiet and lightweight. The stand includes a broad, flat base and a hoof support system upending from the base. The hoof support system is adjustable in height and includes a hoof-receiving platform at its top end. Several hoof-receiving platforms may be provided that are removable and interchangeable with each other. The preferred height-adjustment is continuous rather than incremental, and the height-adjustment means preferably is substantially silent and smooth.

[0011] The broad, flat base is preferably nearly as wide in diameter as the upending hoof support is tall, that is, the flat base diameter preferably is about 75% to 130% of the height of the stand, depending mainly on how high the hoof support is adjusted. Buttresses or other reinforcements preferably extend from the upending portion of the stand hoof to the flat base to strengthen the stand overall without unnecessarily increasing the total weight. The flat base is preferably round and preferably tapers from a thicker center area to be thinner near its outer edge, to provide a top surface that slants downward toward the outside. This slanting top surface and thin outer perimeter allow a user to stand on the base with at least one foot and preferably both feet to anchor the invented stand as it is used. Further, the stand may include holders or fasteners for holding tools and/or replacement hoof platforms for storage and easy access.

[0012] One embodiment of the invention includes a polyethylene base formed having a large generally flat base and a narrow, truncated-conical upright receiving portion centrally protruding from the base. A hoof platform is configured to be slidably held within the upright receiving portion and a lock is provided for securing the hoof platform within the upright holder receiving portion at a selected height. A first hoof platform includes a diverging U-shaped cradle attached to its distal end. A flexible strap, such as a nylon webbing, is slung across the cradle and attached to the opposing ends of the cradle to form a hoof-receiving sling. The cradle and strap are configured to securely hold the hoof and absorb concussion associated with nailing and hoof maintenance, and, in this respect, the hoof-receiving sling may be considered one type of firm yet cushioning structure. A second hoof platform simply provides a generally flat surface to receive the bottom of a hoof at an elevated position above the ground for anterior hoof work. Both hoof platforms are sized and shaped to be closely and slidably received within the upright receiving portion, and to be fixed along their respective lengths relative to the upright receiving portion to adjust the working height by the adjustable lock.

[0013] The combination of the polyethylene base and the preferred flexible-strap cradle provide a cushioning and quiet device for minimizing stress to the horse, while also providing a firm platform that gives the horse owner or farrier a sure, steady and safe work platform on which the hoof will not wobble or significantly shift during the work. The generally flat polyethylene base provides a safe and stable support for the stand and diminishes the chance of either the farrier or the horse from being injured by tripping over, or stepping on, a protruding leg.

[0014] Additionally, the broad plastic base provides for concussion absorption and distribution. The base is formed with a rounded perimeter edge, and from a material which is much softer than the metal used in prior art stands. Additionally, the edges of the cradle are preferably rounded to reduce the chance of injury, as well as the wear on the flexible strap. The combination of the flexible strap and the plastic or similar material base, provide a hoof support system which is has been found to be much more acceptable to all horses tested.

[0015] Additional advantages and novel features of the invention will be set forth in part in the description that follows, and in part will become apparent to those skilled in the art upon examination of the following or may be learned by practice of the invention.

BRIEF DESCRIPTION OF THE DRAWINGS

[0016] FIG. 1 is a perspective view of one embodiment of a horse owner's stand according to the invention, with a cradle-style platform.

[0017] FIG. 2 is a top view of the embodiment of a horse owner's stand of FIG. 1.

[0018] FIG. 3 is a side view of the embodiment of a horse owner's stand of FIGS. 1 and 2.

[0019] FIG. 4 is a partial-cross-sectional side view of the embodiment of FIGS. 1-3, illustrating one embodiment of a height-adjustment mechanism.

[0020] FIG. 5 is an exploded side view of the embodiment of FIG. 4.

[0021] FIGS. 6 and 7 are left and right side views of the embodiment of FIGS. 1-3.

[0022] FIG. 8 is a detail view of one embodiment of an alternative hoof platform, which hoof platform has a flat top surface.

DESCRIPTION OF THE PREFERRED EMBODIMENTS

[0023] Referring now to the Figures, a horse owner's stand according to one embodiment of the invention is shown in detail and generally designated as stand 10 herein. The horse owner's stand includes a broad, generally flat base with a hoof support system upending from the generally flat base, wherein the hoof support system preferably is adjustable in height and includes interchangeable platforms for different positioning and handling of the horse's hoof and foot.

[0024] In the preferred embodiment horse owner's stand 10 shown in the Figures, the broad, generally flat base and a generally vertical upright receiving portion are combined in a single, preferably molded plastic base unit, called polyethylene base unit 11. Base unit 11 has large generally flat base 12 and a narrow, truncated-conical upright receiving portion 13 centrally upending from flat base 12. Into the upright receiving portion 13 is slidably inserted a hoof platform 14, which includes post 15 at its lower end and an upper end adapted for comfortable and secure handling of the hoof. Additionally, post 15 is configured to be closely but slidably held within the interior bore 16 of upright receiving portion 13. While post 15 may be made of various materials, post 15 is preferably manufactured of metal tubing having an outside diameter slightly less than the inside diameter of bore 16/sleeve 16′. While a circular cross-sectional shape is not necessarily critical to this aspect of the invention, it is critical that post 15 be slidably received within bore 16, and that post 15 may be locked in place at different elevations in the bore 16, preferably with the different elevations translating to about 8-10 inches of height adjustment. Although other height adjustment ranges may be incorporated into the stand design, 8-9 inches is a reasonable range that fits most user's and most horses comfortably.

[0025] Thus, one may see that the hoof support system of the preferred embodiment includes cooperating upright receiving portion 13 and hoof platform 14, wherein hoof platform 14 that may be raised and lowered in receiving portion 13 to adjust the overall height of the stand 10. By adjusting the overall height of the stand 10, the user sets the exact elevation of the top surface of the hoof platform relative to the bottom surface of the base 12, which, in effect, adjusts the elevation of the top surface of the hoof platform relative to the ground or floor upon which the stand rests.

[0026] An adjustable lock 17 cooperates between upright receiving portion 13 and hoof platform 14 to secure post 15 within the base unit 11 at a selected height. In the preferred embodiment, adjustable lock 17 includes a set-screw style threaded shaft 27′ with user-accessible knob 27, which may be turned to lock the post 15 in place at a particular height in the bore 16. Shaft 27′ extends through the wall of upright receiving portion 13, threadably engaging the wall surface of hole 28, and into the bore 16 to frictionally engage the post 15. The knob 27 is sized large enough to comfortably fit in a user's palm, so the user may comfortably apply enough force when turning in the lock 17 to secure the post against slippage. The outer surface 115 of post 15 should be a smooth cylindrical surface, so that engagement of the shaft 27′ on the outer surface may be done at any radial and axial position on the post. By “smooth” is meant that there are no significant ridges or grooves or other ledges that would interfere with continuous adjustment of the post in the base unit.

[0027] It should be noted that, while other lock mechanisms may be implemented, such as a tightening collet, pin and through hole, ratchet and pawl, or others, the preferred lock mechanism should allow continuous rather than incremental adjustment of height, so that extremely small adjustments may be made smoothly. Ratchet mechanisms or pin-through-hole mechanisms are definitely less preferred, because they are inherently incremental. Such incremental adjustments do not provide the very minute height adjustments that are important when working with the stand 10 and the horse's hoof/foot. Also, as discussed below, incremental adjustments typically have the added problem of creating a jerky or noisy adjustment, which, when made during the work on the hoof/foot as it often the case, can scare or stress the animal.

[0028] Hoof platform 14 has at its upper distal end a sling cradle unit 22, made from diverging “U” shaped cradle 18 plus a flexible strap 21 that extends across the cradle 18 to form the upper surface of the cradle unit 22. Cradle 18 is made from metal bent to form a central web portion 19 and two outwardly and upwardly extending arms 20 that preferably rigidly and non-pivotally extend from the web portion 19, and wherein there are no hinges or moving joints in the cradle 18. The top ends of arms 20 preferably have rounded corners and/or rounded edges to reduce the chance of injury and wear on strap 21.

[0029] Flexible strap 21, preferably manufactured of a nylon strap material, is slung across cradle and attached to the opposing ends of arms 20, creating a space 121 between the strap 21 and the web portion 19. Here, strap 21 is attached to the outside upper surfaces of arms 20 using a pair of metal strap plates 23 and cooperating bolts and nuts 24. Strap plates 23 extend across substantially the entire width of the strap 21, to provide even and firm pressure across the strap 21 at both ends of the strap 21, so that there is little chance of the strap pulling out from under the plates and off of the cradle 18. Advantageously, the bolts are countersunk in upwardly extending arms 20. This configuration ensures that the heads of the bolts are shielded, by strap 21, from coming into contact with the hoof. Cradle 14 and strap 21 are sized to create a flexible curved surface to contact a substantial portion of the curved anterior surface of a hoof to securely hold the hoof and absorb concussion associated with nailing and hoof maintenance. By providing a cradle unit 22 that does not flex, pivot, or otherwise move, except for the flexing of the strap 21, the user may be confident of secure placement of the horse's hoof and the horse does not experience unexpected or sudden movement or shifting of its hoof/foot.

[0030] Hoof platform 14 is removable from the base unit 11, so that alternative hoof platforms may be installed. An example of an alternative hoof platform 25 (“second platform 25”) is shown in FIG. 8. Second platform 25 is slidably and lockably received by upright receiving portion 13 in place of first hoof platform 14. Second hoof platform 25 does not have cradle 18, but instead an upper flat surface 26. Upper flat surface 26 provides a flat surface to receive the bottom of a hoof at an elevated position above the ground for anterior hoof work.

[0031] Advantageously, the base unit 11 is approximately twelve and one-half inches high, post 15 is approximately ten inches long and cradle 18 is approximately 2½-3 inches high. Additionally, web 19 is approximately 3-3½ inches long while arms 20 are approximately 2½-3 inches long. Arms 20 preferably extend upward at opposing angles of approximately sixty degrees with respect to horizontal, as illustrated by angle “A” in FIG. 3, and preferably angle A is in the range of 50-70 degrees. Strap 21 is approximately 8-10 inches long with approximately 1½ inch overlaps extending down the outside of each arm 20, leaving approximately 5-7 inches to form sling 22. Strap 21 and cradle 18 are each approximately three inches wide (measured transverse to the long dimension of the cradle). The top surface of second hoof platform 25 may be various dimensions, but preferably it is just slightly larger than the diameter of the post 15. Preferably, a rubber or other non-metal cap 125 is placed on the post, wherein the rubber or non-metal material is firm but not hard, so that there is a slight resilience or cushioning effect but not a spongy or unstable effect when the hoof is placed on or moves on the cap 125. As an alternative to the flexible strap, a cushion material may be placed in the cradle 18 but the cushion should be a firm cushion that supports and controls the hoof during work on the hoof.

[0032] When the lock is loosened, the platforms 14, 25 may slide down to a maximum extent into the receiving portion 13 for compact carrying and handling. While these dimensions accommodate most horses quite well, it should be noted that at least the cradle and sling dimensions can be modified to accommodate different sized horses, such as draft horses or miniature horses.

[0033] The stand 10 preferably includes one or more holders for tools and/or optional hoof platforms. In the preferred embodiment, a magnetic holder 50 is supplied on the outside surface of the receiving portion 13. This is excellent for holding metal tools, such as files. A Velcro™ strap loop-style holder 52 is also provided, for being strapped around a tool or, more preferably, around the post of an alternative hoof platform. Because the receiving portion 13 is preferably substantially plastic, the tool being held on the portion 13 will not “clank” against the outer surface of portion 13, so the horse is not frightened by movement of such accessories.

[0034] Buttresses 55 are preferably included on the base unit 11 between the receiving portion 13 and the flat base 12. These serve to strengthen the stand 10 without adding undue weight. The flat base 12 is called “flat” but most preferably slants downward to a thin, rounded outer perimeter edge 56 from a slightly thicker center region 58. At its outer perimeter edge 56, the base 12 is preferably less than 1 inch thick. This top slanted base surface 60 is an excellent surface for the user to stand upon while working with the horse, thus, stabilizing the stand 10 and preventing it from tipping over or shifting in position. The user places the stand 10 between his legs and stands on the base 12, which provides for the horse a “feel” similar to what the horse is used to during hoof maintenance, but with more security and sureness and with less movement.

[0035] The preferred embodiment provides positive answers to many objects that desired in a stand for horses. Because the base 12 is all or substantially plastic (preferably polyethylene), the base 12 does not make significant noise against the floor/ground. Because the stand 10 has a smooth, non-ratchet adjustment system, it does not make significant noise during use and adjustment. Rather than the uneven and jerky movement of ratcheted metal pieces, the preferred stand 10 has a post moving smoothly in a base unit in a non-jerky manner. Also, the continuous adjustment afforded by the set-screw style adjustment system is superior to incremental adjustments, for effectiveness and convenience and accuracy when working with the horse.

[0036] Further, the preferred rigid U-shaped cradle with slightly-diverging arms provides a proper shape and “feel” for the horse. The cradle 18 does not move when the horse's foot/hoof is rested in it, rather, the strap 21 on the cradle slightly and smoothly and gently deforms to cushion the foot/hoof. There is no clamping feeling given to the foot and no noise or sensation of significant movement. The combined effect of the plastic base and the set-screw style system, and the rigid U-shaped cradle, both produce a surprisingly quiet and calming device for working with a horse. The preferred substantially plastic stand does not produce a metallic sound when it is brought up to the animal, when it is moved on a hard surface, or when it is adjusted or used. The bore 16 in the base unit may be plastic or may be lined with a sleeve 16′, as shown in FIGS. 4 and 5. The sleeve 16′ may be plastic, so that the height adjustment involves metal to plastic contact of the post in the bore, not metal to metal movement/contact. Alternatively, the sleeve 16′ may be metal and the wall surface of hole 28 may be metal, increasing durability and reliability of the height adjustment system. Whether the bore wall is plastic or metal, the horse is hardly aware of the non-intimidating device during its use and adjustment and is not frightened by sound or movement. This is a surprising difference in horse behavior compared to horse behavior with prior art metal stands. Further, the invented stand 10 is lightweight and easy and safe to carry, as it preferably weights less than 8 pounds and has no sharp edges.

[0037] Although this invention has been described above with reference to particular means, materials and embodiments, it is to be understood that the invention is not limited to these disclosed particulars, but extends instead to all equivalents within the scope of the following claims.

Claims

1. An adjustable farrier and horseowner's stand comprising: a plastic base unit having a generally flat base and an upright receiving portion centrally upending from the base; a hoof platform slidably received in the upright receiving portion for being raised and lowered relative to the base; and a lock mechanism that locks the hoof platform in the base at selected heights relative to the base; wherein the base unit has an outer generally vertical side surface and the stand further comprises a magnetic holder extending out from the vertical side surface for removably receiving a tool.

2. A stand as in claim 1, wherein the hoof platform comprises a post slidably received in the upright receiving portion, the post having a smooth outer surface, and wherein the lock mechanism is a set screw mechanism having a threaded shaft that engages the smooth outer surface to lock the post at a height relative to the base, and the post having a hand-operated knob accessible to a user outside the plastic base unit for turning said shaft to engage said smooth outer surface.

3. A stand as in claim 1, wherein the hoof platform comprises a top end cradle with a web portion and two arms rigidly and non-pivotally extending up from the web portion, and the hoof platform further comprises a cushion in the top end cradle for receiving a horse's hoof.

4. A stand as in claim 1, wherein the hoof platform comprises a top end cradle with a web portion and two arms rigidly and non-pivotally extending up from the web portion, and the hoof platform further comprises a flexible strap across the top end cradle for receiving a horse's hoof.

5. A stand as in claim 1, wherein the base unit has an outer generally vertical side surface and the stand further comprises a plurality of holders extending out from the vertical side surface for removably receiving a tool.

6. A stand as in claim 1, wherein said hoof platform is removable from the base unit, and the stand further comprises an alternative hoof platform that is adapted to slide into the base unit in place of said hoof platform.

7. A stand as in claim 6, wherein said alternative hoof platform has a generally flat top surface for holding an anterior portion of a horse's hoof.

8. A stand as in claim 6, wherein the base unit has an outer generally vertical side surface and the stand further comprises a holder extending out from the vertical side surface for removably receiving said alternative hoof platform.

9. An adjustable farrier and horseowner's stand comprising: a base unit having a generally flat base and an upright receiving portion centrally upending from the base; a hoof platform consisting of a post slidably received in the upright receiving portion for being raised and lowered relative to the base, a cradle connected to the post and having a generally horizontal web and two arms rigidly extending from the web, and a flexible sling extending between the arms and being spaced from the web, wherein the sling has an upper surface that receives a horse hoof during work on the hoof; and a lock mechanism that locks the hoof platform post in the base at selected heights relative to the base.

10. A stand as in claim 9 wherein the base is polyethylene.

11. A stand as in claim 9, wherein the cradle is a diverging-U-shaped cradle wherein the web is horizontal and the two arms diverge from each other to both be about 50-70 degrees relative to horizontal.

12. A stand as in claim 11, wherein the arms each have a length that is less than the length of the web.

13. A stand as in claim 11, wherein the web is about 3-3½ inches long and the arms are each about 2½ to 3 inches long.

14. A stand as in claim 9, further comprising an alternate hoof platform having a bottom end slidably received in the base unit and having a generally flat top end; wherein the hoof platform and the alternate hoof platform may be interchanged for different horse-care purposes.

15. A stand as in claim 9, wherein said generally flat base has a central region from which the upright receiving portion upends, and an outer perimeter edge, and an upper surface that slants from the central region downward to the outer perimeter.

16. A stand as in claim 9, wherein the base unit has an outer generally vertical side surface and the stand further comprises a magnetic holder extending out from the vertical side surface for removably receiving a tool.

17. A stand as in claim 9, wherein said hoof platform is removable from the base unit, and the stand further comprises an alternative hoof platform that is adapted to slide into the base unit in place of said hoof platform.

18. A stand as in claim 17, wherein the base unit has an outer generally vertical side surface and the stand further comprises a holder extending out from the vertical side surface for removably receiving said alternative hoof platform.

19. A stand as in claim 9, wherein the lock mechanism comprises a threaded shaft extending through said upright receiving portion to contact said post.

20. A stand as in claim 9, wherein the lock mechanism comprises a set-screw and a knob adapted for manual turning of the set-screw.

21. An adjustable farrier and horseowner's stand comprising: a base unit with a base having a center region, an outer perimeter edge, and a top base surface, the base unit further having an upright receiving portion having a bottom end and a top end and an outer side surface, the bottom end centrally upending from the base, and the outer side surface being generally conical from said bottom end to said top end, and the base unit further having a plurality of buttresses extending out radially from the outer side surface and connecting to the top slanted base surface; a hoof platform slidably received in the upright receiving portion for being raised and lowered relative to the base, the hoof platform comprising a cradle having a web and two arms rigidly upending from the web, and a sling of flexible material extending between the arms so that there is a space between the sling and the web, wherein the sling receives and supports a horse hoof during work on the hoof; and a lock mechanism that locks the hoof platform in the base at selected heights relative to the base.

22. A stand as in claim 21, wherein said top base surface is slanted downward from the center region to the other perimeter edge.

23. A stand as in claim 21, wherein the web is generally horizontal and the two arms upend from the web in the range of 50-70 degrees from horizontal.

24. A stand as in claim 21, wherein the sling and the cradle are about 3 inches wide.

25. A stand as in claim 21, wherein the lock mechanism comprises a threaded shaft extending through said upright receiving portion to contact said post.

26. A stand as in claim 21, wherein the lock mechanism comprises a set-screw and a knob adapted for manual turning of the set-screw.