TECHNICAL FIELD

The present invention relates generally to hoof protection, and more particularly to shoes for hoofed animals such as horses, ponies, mules, cattle, and the like.

BACKGROUND OF THE INVENTION

Horses have been shod with metal shoes held in place by nails since the advent of the Iron Age. Horse shoeing was necessary to protect and support the hoof while horses engaged in activities beyond their natural ability due to the softness of their feet. Since horses hooves are uniquely shaped, iron offered several advantages. Iron is easily shaped, and may be affixed to the hoof with metal nails to accommodate a horse's individual needs. Also, iron protects the hoof from chipping and increases the sole's distance from the ground. In addition to these advantages, the shape of the horseshoe effectively increases the weight bearing surface area of the hoof, which, in turn, increases a horse's stability.

Today's domestic horse is faced with very different challenges than those encountered in nature, such as the presence of slippery road surfaces and the need to engage in high-performance sports. While steel shoes offer a horse a high degree of protection and support, they have many shortcomings. First, steel shoes generally lack traction on hard surfaces, and are poor shock absorbers. Second, steel shoes are too heavy for certain horses and may cause problems such as interference with limb motion. Third, steel shoes generally require installation by a person possessing specialized skills such as a professional farrier. Fourth, nails present an inherent risk of injury due to misplacement in the hoof. Fifth, horseshoes may be shaped incorrectly and may alter the horse's natural movement and cause damage over time. Sixth, use of the wrong size of shoe may lead to a host of hoof and leg ailments. Finally, all shoes affixed with nails run the risk of being thrown with devastating results if the shoe is ripped from the hoof, injuring both the hoof wall and the limb. Over time, attempts have been made to address these problems with varying degrees of success.

Aluminum horseshoes help to solve the issues of traction, shock absorption, weight, and, to a lesser extent, support. Aluminum shoes are made in three basic varieties, racehorse shoes, orthopedic shoes, and therapeutic shoes. However, aluminum shoes have several shortcomings, including short useful life and high cost.

Equine boots, such as those provided in U.S. Pat. Nos. 5,692,569; 5,588,288; 5,528,885; 4,174,754; 3,732,929; and 3,703,209 provide various examples of alternative devices that address the issues of traction and shock absorption without the use of traditional horseshoes. Some of the general characteristics common to these devices are as follows. They are designed to provide for easy installation, and are primarily utilized to provide a temporary solution for a missing or thrown shoe. They fit over the hoof, and are generally made from solid rubber, or other synthetic material with tread on the sole portion. While useful temporarily, these devices are typically heavy and clumsy, and substantially detract from a horse's performance. In some cases, the added weight of these devices causes interference between the horse's limbs. Additionally, the typically awkward shape of these devices makes them difficult for riders to carry, despite the fact that carrying them as a field-based horseshoe replacement is one of principal reasons they are purchased. Equine boots also tighten around the hoof with closures that can be clogged, damaged or broken by rocks, debris, or rugged terrain. In addition to excessive weight and clumsy design, these devices also tend to rub the bulbs of the hoof heels. This may cause sensitivity, bleeding and lameness in the heel area, rendering the horse unusable. Equine boots come in a variety of sizes but in only one standard shape, making them extremely difficult to install and to properly conform to hooves that differ from the standard design. To address this flaw, silicone inserts and adhesives are used to keep some of these devices affixed to the hoof making them extremely difficult to remove. The materials typically used in equine boots make it difficult for horse owners to modify them.

To avoid the need for nails, glue-on shoes have also been developed, which attach to the hoof through the use of tabs that are affixed to the hoof wall. There are generally two varieties of glue-on shoes. The first variety includes shoes fabricated from plastic, polyurethane, or other synthetic material that cannot be shaped to accommodate the unique shape of a horse's hoof. Some glue-on shoes of this variety, however, are made from softer materials that bend against the wall of the hoof, but which fail to conform to the wall's shape. This design absorbs impact, provides some traction, and eliminates the issues surrounding nailed shoes. However, the tabs of these devices are easily scraped from the wall when the horse negotiates uneven terrain or encounters deep footing. Additionally, soft glue-on shoes typically lack adequate support, as they fail to conform properly to the hoof wall. Another drawback of glue-on shoes is that they must be installed by a person having special skills such as a farrier, and are thus costly and inconvenient to install. The second type of glue-on shoe is similar to the first, except that it contains a soft metal core, typically aluminum. This addition was intended to allow unique shaping on an anvil or other bending apparatus. This customization is difficult because the hammer tends to bounce off the outer material during the shaping process, with little or no change to the core. As a result, a shaper must strike harder, resulting in an increased chance of damaging the outer material during the shaping process. Because of the design, sharp bends are difficult, if not impossible, to accomplish.

Polyurethane or synthetic shoes are affixed to the hoof with nails. They address issues related to shock absorption, traction and support. These devices have a standard shape and cannot be adequately fashioned to accommodate unique hoof shapes. This results in shoe material extending beyond a horse's normal support surface, increasing the risk of horseshoe loss resulting from snagging. Polyurethane or synthetic shoe varieties sometimes include a metal core help to solve this problem by allowing for size alteration via grinding. However, if the metal core becomes exposed, the shoe's effective life decreases substantially.

Synthetic shoes come in a variety of styles (including bar shoes, bar shoes with clips, open shoes, and open shoes with clips) and sizes, but are not easily adaptable to the unique shape and size of an individual horse's hoofs. These devices also have the disadvantages associated with nails such as lameness due to nail misplacement, tearing of the hoof wall when the shoe is thrown, and the necessity of professional installation.

Hard facing and screw-in caulks were developed as further attempts to adapt steel shoes to situations where horses require traction. Hard facing is a method by which a farrier or skilled professional spreads expensive high carbon metal chips (typically barium or titanium) contained in an adhesive flux over a horseshoe's impact points. This extends the life of the shoe and increases traction on hard surfaces. The primary problem with hard facing is localized shock. Over time the areas hoof that are beneath the hard facing begin to delaminate. This increases the chance of abscesses, seedy toe, white line disease, and Laminitis. Screw-in caulks have been employed for centuries, as a method wherein a farrier taps a desired numbered of holes in a shaped horseshoe depending on the activity the horse is performing. The shoes are then nailed to the hoof and the threaded holes are sealed with cotton, beeswax rubber, or other closure. When necessary, the owner may remove the closure and screw the caulk into the shoe with a caulk wrench or other tool. Problems exist with sealing the threaded holes as closures fall out or wear out, and are not replaced. Furthermore, debris tends to fill the holes, making caulks difficult to install. Cross threading and caulk selection are problems, as horse owners may choose inappropriate devices for their horse's activity. While this device, when functioning properly, is effective for achieving traction, it may cause injury to an animal's joints, tendons, and ligaments.

Horseshoe pads as exemplified in U.S. Pat. No. 5,199,498; rim pads as exemplified in U.S. Pat. No. 4,565,250; and therapeutic pads as exemplified in U.S. Pat. No. 4,775,011 are used to reduce shock, prevent bruising and address therapeutic issues such as ring bone, side bone, Laminitis, navicular disease, tendon and ligament sprains, coffin bone and navicular bone fractures, splints, as well as other hoof and limb injuries or aliments. Horseshoe pads are affixed between the hoof and shoe and are available in many varieties, which generally fit into the three categories mentioned above: full pads, rim pads, and therapeutic pads. Full pads cover the plantar surface of a horse's hoof completely. Rim pads cover only the area of the hoof that comes in contact with the shoe. This open center allows the bottom of the hoof to grab in deep footing and soft surfaces. The open center also makes cleaning of the hoof easier. Therapeutic pads come in many shapes and cover the entire hoof or portions of it. Design choices may result in redirected or reduced pressure, changed balance, and protection for certain structures. Current horseshoe pads suffer from several drawbacks. The thickness of the pad weakens the connection between the shoe and the hoof by placing stress on the thinner portion of the nails used to affix shoe and pad to the hoof. Also, full pads tend to cause the hoof to harbor bacteria. Hoof packing is used to combat this effect. However, eventually the packing gets pushed out, and bacteria incubate causing problems such as abscesses, thrush, seedy toe, and white line disease. Furthermore, full pads can cause an anvil-like effect against the sole of the hoof, mitigating the intended effect when the sole is not properly prepared or when the wrong packing is used.

Therefore, it is an object of the present invention to overcome the problems just discussed, and to provide a protective device for hoofed animals which is preferably fabricated from a resilient and elastic material, and which is adaptable to a variety of hoof sizes.

SUMMARY OF THE PRESENT INVENTION

A protective device for hoofed and shod animals is presented including a body portion

105

having, a base portion

106

formed in an approximately ring-like or U-shaped fashion around a central opening

212

; a wall portion

108

formed on the base portion

106

and extending upward and inward at an angle toward the central opening

212

; a sole portion

210

extending inward toward the central opening

212

, such that it is customized to fit over a hoof of a shod animal and forms a support surface for the hoof upon application of the device, said sole portion

210

including a ground surface

118

on the bottom of the base portion

106

to provide a walking surface when the device is applied; and a means for size adjustment

216

formed in the body in order to allow for adjustment to varying hoof sizes; and a means for detachably attaching the body portion

105

to a hoof of a bare or shod animal, whereby a hoof may be placed in the body portion

105

and held in place by a combination of the base portion

106

, the wall portion

108

, and the means for detachably attaching the body portion

105

, and such that the device conforms substantially with the circumference of a hoof. Furthermore, the means for attaching the sole portion of the base portion to a hoof of a bare or shod animal includes at least one hole

316

to provide for attachment by an attachment means. Attachments means which may be used with the present invention include nails, screws, and caulks and the like. Also, the base portion

106

is preferably made from a harder, more rigid material and the wall portion

108

is made from a softer, more pliable material. By forming the base portion

106

of a harder, more rigid material, it is made more durable and it is also more supportive of the horse, whereas with a softer material the varying compression of the material due to irregularities in the weight distribution across the hoof may lead to balance problems for the horse. Also, in cases where a device is conformed for the use of a specific type of shoe, e.g. a horseshoe, the rigidity of the base portion

106

may aid in ensuring that no slippage of the shoe with respect to the base portion

106

may occur. On the other hand, forming the wall portion

108

of a softer, more pliable material, allows the present invention to be more easily applied over a hoof. It may be advantageous to utilize a material having a somewhat “sticky” character to help it adhere to the hoof, thereby providing a better grip with the hoof. Furthermore, the softer, more pliable material also assists in ensuring a fit that is much more snug than would be available using a harder, more rigid material for this purpose.

Additionally, the base portion

106

may be designed to include a rolled edge

120

formed circumferentially around at least a portion thereof, and adjoining the ground surface

118

of the sole portion

210

in order to prevent the device from catching against the ground as steps are taken. Additionally, the means for detachably attaching the body portion

105

to a hoof may provide a circumferential closure causing the device to conform to a hoof. In other words, the device may be formed as a continuous piece of material that “slips” onto the hoof. In another embodiment, the means for detachably attaching the body portion

105

to a hoof may include a strap

112

having a plurality of holes

114

, a plurality of pegs

116

formed on the wall

108

of the body portion

105

, and a sizing opening

214

in the body

105

, whereby the device may be placed on a hoof, and the sizing opening

214

adjusted through use of the strap

112

, and held fixed on the hoof by the plurality of holes

114

and pegs

116

. A wide variety of closure mechanisms may be provided to allow for detachable attachment of the device. In addition to forming the device in a continuous ring-shape and as a U-shape with a strap, various other attachment mechanisms may be used, non-limiting examples of which include clips, buckles, and Velcro.

The sole portion

210

may also include a tread bevel

306

, formed in the ground surface

118

and extending inwardly and upwardly toward the central opening

212

of the device in order to prevent debris accumulation between the sole portion

118

and an animal's hoof as well as in the central opening

212

. In another embodiment, the ground surface

118

of the sole portion

210

may include a plurality of tread grooves

304

in communication with the central opening

212

, and extending radially from the central opening

212

, with the tread grooves

304

formed to allow for adjustment of the device around a hoof. The device may be, fabricated by the process of injection molding. In another embodiment, the base portion

106

of the device

104

may include a vertical thickness, which may be variable for different sections of the base portion

106

to assist in correcting for an animal's particular needs. In another embodiment, the body portion

105

may include a shear-relief portion

302

at the intersection of the wall portion

108

and the base portion

106

, said shear-relief portion

302

opening roughly toward the central opening

212

. The device may further be custom-fitted to a particular horse in order to ensure optimal fit.

These and other features and advantages of the present invention will be apparent to those skilled in the art from the following detailed description, taken together with the accompanying drawings, in which like reference materials refer to like parts.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1

presents a side view of the present invention as applied to a horse's hoof;

FIG. 2

presents a perspective view of an embodiment of the present invention, unapplied;

FIG. 3

presents a cross-sectional view of the an embodiment of the present invention, unapplied;

FIG. 4

presents a top view of an embodiment of the present invention, unapplied;

FIG. 5

presents a bottom view of an embodiment of the present invention, showing the tread and sizing grooves in detail;

FIG. 6

presents a back view of an embodiment of the present invention, detailing an example closure and sizing means;

FIG. 7

presents a close-up view of a peg/hole closure/attachment means for the present invention;

FIG. 8

presents an exploded view of an embodiment of the present invention used with a flat pad and medication; and

FIG. 9

presents an alternative embodiment of the present invention, where the device is formed in a ring-like manner with a harder material for sole portion and a softer material for the upper portion.

DETAILED DESCRIPTION

The present invention is useful to provide a protective device for hoofed animals that may be tailored to a variety of applications. The following description is presented to enable one of ordinary skill in the art to make and use the invention and to incorporate it in the context of particular applications. Various modifications, as well as a variety of uses in different applications will be readily apparent to those skilled in the art, and the general principles defined herein may be applied to a wide range of embodiments. Thus, the present invention is not intended to be limited to the embodiments presented, but is to be accorded the widest scope consistent with the principles and novel features disclosed herein. Specifically, although the embodiments described herein are discussed relative to horse hoofs, other embodiments may readily be fabricated for use with other hoofed animals without varying from the scope of the present invention.

The present invention presents a novel and useful protective device for hoofed as well as shod animals. An embodiment of the device of the present invention is presented in

FIG. 1

, as applied to a horse's hoof

100

. The hoof

100

and pastern

102

of the horse are shown, along with the device

104

of the present invention. As shown, the device

104

includes a body portion

105

having a base

106

and a wall

108

which enclose the hoof

100

, fitting around and beneath. The device

104

is fabricated of a flexible, resilient, and durable material such as certain plastics or rubbers, assist in shape and size adjustment to accommodate a variety of hoofs

100

with only minor adjustments. As shown in

FIG. 1

, the device

104

includes a means for attachment

110

attached to, and extending from, the wall

108

and comprising a strap

112

with a plurality of holes

114

, and a plurality of pegs

116

formed on the wall

108

, with the holes

114

and pegs

116

sized such that the pegs

116

may be received in the holes

114

to secure the strap

112

on the base

106

. The strap

112

is provided as part of the means for attachment

110

in order to help secure the device

104

on the hoof

100

. Although pegs

116

and a strap

112

with holes

114

are provided as the means for attachment

110

in

FIG. 1

, many other attachment means may be utilized such as straps with buckles, straps with Velcrotype fasteners, clips, among others. The means for attachment

110

may also be provided by forming the device in a ring-like shape so that it fits over an animal's hoof. It is important primarily that the means for attachment

110

help to retain the device

104

on the hoof

100

, preferably in an adjustable manner. An optional keeper peg

116

is also shown in

FIG. 1

, whose purpose is to provide a backup to the keeper pegs

116

in order to ensure the device

104

is not thrown from the hoof

100

. The base

106

of the device

104

, as shown, further includes a ground surface

118

, which may be designed to include a means for providing traction for the hoof

100

, e.g. cleats or tread, to provide better footing for the animal. A rolled toe

120

is also shown on the base

106

, to ensure that the device

104

does not catch against the ground as steps are taken. In a preferred embodiment of this invention, the base portion

106

is made from a harder, more rigid material and the wall portion

108

is made from a softer, more pliable material. By forming the base portion

106

of a harder, more rigid material, it is made more durable and it is also more supportive of the horse, whereas with a softer material the varying compression of the material due to irregularities in the weight distribution across the hoof may lead to balance problems for the horse. Also, in cases where a device is conformed for the use of a specific type of shoe, e.g. a horseshoe, the rigidity of the base portion

106

may aid in ensuring that no slippage of the shoe with respect to the base portion

106

may occur. On the other hand, forming the wall portion

108

of a softer, more pliable material, allows the present invention to be more easily applied over a hoof. It may be advantageous to utilize a material having a some what “sticky” character to help it adhere to the hoof, thereby providing a better grip with the hoof. Furthermore, the softer, more pliable material for the wall portion

108

to also assists in ensuring a fit that is much more snug than would be available using a harder, more rigid material for this purpose.

A perspective view of the device

104

of the present invention is shown in

FIG. 2

, unapplied. The embodiment of the device

104

shown has a means for attachment

110

as was described for

FIG. 1

, which includes a plurality of pegs

116

formed on the wall

108

, and a strap

112

with holes

114

attached to, and extending from the wall

108

. As can be seen in

FIG. 2

, the wall

108

is defined by a posterior section

202

, an anterior section

204

, an inside

206

, and an outside

208

. Additionally, it can be seen that the base

106

includes a sole portion

210

, which covers a portion of the bottom of an animal's hoof. The sole portion

210

, as shown in

FIG. 2

, preferably has a central opening

212

and a sizing opening

214

, which comprise a means for size adjustment

216

in order to assist in allowing the device

104

to be fitted to hoofs of varying sizes. In operation, the device

104

is fitted around the hoof

100

of an animal, and is held in place by the friction between the inside portion

206

of the wall

108

and the hoof

100

, the means for attachment

110

, and the sole portion

210

. Thus, the means for attachment

110

preferably comprises a means to hold the device

104

on a hoof

100

through pressures caused by circumferential tightening around the hoof

100

.

A cross-sectional view of an embodiment of the device

104

of the present invention is shown in

FIG. 3

, unapplied. As shown, the means for attachment

110

further includes a strap guide

300

, which is provided to help hold the strap

112

against the wall

108

to prevent inadvertent release and to keep debris from gathering therebetween during use. In the anterior section

204

of the wall

108

at the base

106

, a shear-relief portion

302

is formed to prevent the front of the hoof from cutting into the material of the device

104

. The shear-relief portion

302

also helps to ensure that the pressures developed during walking are distributed across the bottom of the hoof, rather than concentrated at the front tip. Additionally, the shear-relief portion

302

creates a suction in the front of the device

104

, which also helps to keep it in place. Relief can also be used to direct pressure in certain cases to prevent or treat contracture. By providing a beneficial pressure distribution across the bottom of the hoof, the device

104

causes an animal to travel in a more balanced fashion, which when combined with its shock-absorbing ability and improved traction, may help to prevent or to minimize stride disorders and ankle/limb damage/bone damage. The base

106

of the device

104

is shown with tread grooves

304

, which are preferably formed as angled cavities formed radially from the central opening

212

, and which assist in providing the means for size adjustment

216

by enhancing the circumferential flexibility of the base

106

in fitting around the hoof

100

. The tread grooves

304

are preferably formed such that they narrow toward the central opening

212

, and are open toward the ground surface

118

of the base

106

. A base bevel

306

is also shown, the angular nature of which causes a tight seal against the bottom of the hoof to help prevent debris from gathering between the hoof

100

and the ground surface

118

. The angular nature of the base bevel

306

causes it to form a tight, lip-like seal against the bottom of the hoof. Furthermore, in the preferred embodiment of the present invention means are provided for attaching the sole portion of the base portion to a hoof of a shod animal, which includes at least one hole

316

to provide for attachment with a device selected from the group consisting of nails, screws, and caulks.

A top view and a bottom view of an unapplied embodiment of the present invention are shown in FIG.

4

and

FIG. 5

, respectively, with all numbered portions corresponding to those previously described. As can be seen more clearly in

FIG. 4

, the shear-relief portion

302

is formed in the area where the front of the hoof resides during operation. All other parts are as shown in

FIGS. 1

,

2

, and

3

. A bottom view of an embodiment of the present invention, showing the tread and sizing grooves in detail is shown in FIG.

5

. The tread grooves

304

, the central opening

212

, and the sizing opening

214

are all chosen to assist in allowing the device

104

to be fitted to hoofs

100

of varying sizes. In

FIG. 5

, the tread grooves

304

are shown having an inner separation

400

and an outer separation

402

, with the thread grooves

304

having an adjustment angle

404

chosen such that the inner separation

400

is greater than the outer separation

402

, and such that the tread grooves

304

adjust in size to assist in allowing the device

104

to be easily fitted to varying sizes of hoofs. In operation, the device

104

is placed onto a hoof

100

of an animal, and is fitted by the means for adjustment

110

. The base bevel

306

may be seen more clearly as an angled portion, which is designed to provide a snug fit against the bottom of the hoof

100

in order to help prevent debris from accumulating between the sole portion

210

and the bottom of the hoof

100

as well as in the central opening

212

. It is important to note that the inside

206

of the wall

108

is angled inward toward the central opening

212

in order to properly fit against the sides of a hoof

100

. The actual angle also varies around the circumference of a hoof

100

to provide a proper fit, and may be specifically tailored to a particular size range or type of animal. The variation in the angle may be seen in

FIG. 3

between the anterior section

204

and the posterior section

202

of the wall

108

. The flexibility of the material that forms the device

104

enables a single device

104

to be used for a variety of hoofs

100

. The means for adjustment

110

provides a way to make the wall

108

fit snugly on the hoof

100

.

A back-view of an embodiment of the present invention is shown in FIG.

6

. All of the labeled elements are as presented with regard to

FIGS. 1

,

2

,

3

,

4

, and

5

and are shown in the back-view of

FIG. 6

for further clarity.

A close-up view illustrating the relationship of a hole

114

of the strap

112

and a peg

116

, along with the strap guide

300

formed on the wall

108

are presented in FIG.

7

. The strap guide

300

is shown specifically formed to receive the strap

112

and to hold it in place during use. All other elements are as presented with regard to

FIGS. 1

,

2

,

3

,

4

,

5

, and

6

.

The device

104

of the present invention may be used as an alternative to a horseshoe, as a temporary replacement for a thrown horseshoe, or as a means for securing a medical pack or device. Furthermore, it may be used in conjunction with horseshoes in order to provide padding in situations where the hard impact of horseshoes is undesirable, such as in the case of a police horse operating on sidewalks and streets. Various modifications may be made, such as the provision of cleats to provide the base

106

with a smaller ground surface

118

to tailor the device

104

for use in high-performance sporting events. Also, the size of the sole portion

210

may be selected for optimized medical use. Furthermore, the device

104

may be fabricated with cutting guides, to allow tailoring by the user to provide an improved fit for a particular animal. This feature may be particularly important for veterinarians, who work with many animals of varying sizes and who do not want to maintain the inventory required to provide for all. It may also be important for use in the field, where pack weight is important, and where a group of riders may wish to carry only a few shoe replacements that are adjustable to a wide group of animals. Because of the flexible and tailorable nature of the device

104

, specific embodiments may be developed to fulfill user needs.

In addition to use with medical boots, the device

104

may be used in many other applications and in combination with various medical devices. For example, it may be applied to the hind feet of a mare during breeding to prevent the stallion from being kicked. Also, it may be applied in confined spaces so horses cannot step on, or hit themselves while being transported or confined for medical purposes. Furthermore, the device

104

may be used with many other leg devices such as bell boots, leg wraps, and various pads.

An exploded view of an embodiment of the present invention used with a flat pad and medication is presented in FIG.

8

. As shown, a flat pad

800

, along with a dosage of medication

802

may be placed between the device

104

and an animal's hoof

100

.

Finally, it is important to note that although the embodiments discussed above include tread grooves

304

to assist in size and shape adjustment in order to accommodate hoofs

100

of varying sizes, customized embodiments may be created through the use of custom molds suited for use with a particular horse. Customized embodiments may also be created to accommodate hoofs of shod animals, so that the device would fit over the hoof of a shod animal as to provide further protection. Customization allows the device to be specifically tailored for different horses, and may be used to produce embodiments designed to provide an optimal fit or designed to treat specific ailments.

A further embodiment of the present invention is depicted in

FIG. 9

, where the device is formed in a ring-like manner with a harder material for sole portion and a softer material for the upper portion. As depicted, the rear portion of the device

900

is formed as a solid wall-like structure rather than being open as depicted in the other figures. Further, the base portion

902

and the sole portion

904

are formed of a material such as a hard plastic or rubber material that is comparatively more rigid than the material of upper portion or wall

906

. In embodiments designed for shod animals, the sole portion

904

includes a horse shoe imprint

908

preferably molded therein, which is designed to fit snugly with a particular type (e.g. brand, style, and size) of shoe. This allows the device to take advantage of a shod animal's shoes in order to provide a better fit. It is worth noting that, the bottom of the device may also be fitted with an even harder metal surface in some embodiments.

In a final aspect, the sole portion may also include holes through to the bottom. Holes can assist by providing a channel through which medications may be introduced to the hoof or by which the hoof may be cleaned without removing the device.