Abstract: A stud for mounting an enclosure having a body with a first diameter, a length, a top, and a bottom. A head is connected to the top of the cylindrical body and extends beyond an outer surface of the cylindrical body. A cylindrical extension is connected to the bottom of the cylindrical body having a second diameter less than the first diameter, and an outer surface of the cylindrical extension is threaded. The cylindrical body includes a threaded cylindrical bore having an opening in the top of the cylindrical body, and the threaded cylindrical bore extends into the cylindrical body.

Abstract: An integrated horseshoe stud storage, insertion and removal apparatus is provided. The apparatus includes a stud storage cylinder containing a multi-function tool set for cleaning horseshoe stud holes; and removing and inserting horseshoe studs. The multi-function tool set is adapted to secure storage within the stud storage cylinder. In addition, the stud storage cylinder is adapted securely hold a variety of studs readily visible and available.

Abstract: A device and method for enhancing traction effectiveness of horseshoes is provided. The device includes a non-threaded stud and a non-threaded insert for receiving the stud. The insert has expandable wall sections with inwardly projecting protrusions, the wall sections at least partially sheathing the stud. The stud and insert create an assembly formed-fittingly insertable in an aperture formed on a bottom surface of the horseshoe. The stud projects outward from the bottom surface, is secure against dislodgement when the horseshoe is worn, and yet removable without threadably twisting the stud.

Abstract: A horseshoe 1 for equestrian sport has several holes 2, 3, 4, 5 for accommodating locking cleats 6. The holes 2 are provided on the underside 7 of the horseshoe 1 with a locking projection 8 of smaller diameter with a depth of 3-5 mm corresponding to the cleats 6. In addition or alternatively thereto an adapter 10 is inserted into at least one of the holes 2 serving to accommodate a cleat 6. This is made of hardened material and corresponds with the entire hole 2 or only with the locking projection 8.

Abstract: The present invention teaches a horseshoe including a plurality of calks for enhancing traction. The calks are located on sloped interior side wall portions of the horseshoe. Each calk includes a small rounded leading end and a rearwardly and outwardly tapered surface for permitting the horseshoe to slide forwards during the braking or planting phase of the gait cycle. Further, each calk includes a grab surface on the trailing end for enhancing traction during the propulsive or thrust phase of the gait cycle. The horseshoe of the present invention can reduce the magnitude of the shock loads experienced by a horse during the hoof planting phase by sliding slightly on the hoof lands, and improve traction with the rear grab surface during the propulsive phase of the gait cycle.

Abstract: The horseshoe assembly of the present invention comprises a U-shaped pad member having one or more glide clips attached thereto around its outer circumference. Each of the glide clips has a glide surface protruding a short distance below the bottom surface of the pad member. The coefficient of friction of the glide members is less than that of the pad member. At least one elongated stud is fitted within a stud receiving hole in the bottom surface of the pad member and includes a lower stud end protruding below the bottom surface of the pad member.

Abstract: A replaceable horseshoe pad is disclosed for use with a shoe plate. The horseshoe pad comprises a cushioning sole plate and a plurality of ground contacting cleat-like members each jointed to, and extending outwardly from the sole plate. The cleat-like members are adapted to extend through corresponding cleat receiving apertures formed in the shoe plate. The invention further comprises a mechanism for securing the sole and shoe plates to a horse's hoof.

Abstract: The present invention is an improved horseshoe intended for use in competitive situations. It is specifically designed to conform to the anatomical structure of the horse's hoof, and to have little effect on the performance of the horse, either due to wear of the shoe or growth of the horse. It includes:a toe sloping upwardly at the laterally extended intersection of the lower surface of the shoe and a plane, containing the axis of articulation of the hoof and extending downwardly and forwardly to the intersection;a wear-resistant area, located at the intersection, by means of a wear-resistant insert or material applied thereto;a perpendicular web at the rear of the toe portion for added support;a wedge shape to the mid-sections of the arms to improve withdrawal from turf, etc.;rounded outer edges of the heel ends of the arms, widened arms, and a relieved inner surface of the toe portion, to give greater cushioning during strenuous activities, such as running, jumping, and the like.

Abstract: A lightweight horseshoe particularly suitable for competitive events requiring high maneuverability, the horseshoe including a body having a plurality of sharp ribs extending from the shoe ground engaging face. Four ribs are employed across the shoe body width, the front rib constituting a deeper penetrating grab. The ribs are configured to be self-cleaning, and the shoe includes homogeneous reinforcing bars to resist outward shoe deformation under lateral stress. The reinforcing bars intersect the shoe outer and inner sides, and clearance slots formed in the shoe outer side adjacent the reinforcing bars facilitates the self-cleaning of the shoe adjacent the bars.

Abstract: A composite horseshoe made of a resilient urethane material and containing therein four separate, spaced apart metal inserts. The first metal insert forms a core in the shape of a horseshoe and lies entirely within the resilient horseshoe. The second and third metal inserts are relatively short elongated plates which lie above the two ends of the first metal insert, with the upper face of each plate lying flush with the surface of the resilient horseshoe. The fourth metal insert is a curved elongated plate called the toe grab which lies along the front of the resilient horseshoe and projects outwardly from the resilient horseshoe.

Abstract: The horseshoe includes a traction surface having a toe portion defining a pair of parallel calks and a pair of side portions defining a plurality of inner and outer calks. The calks have a truncated wedge shape designed to increase traction and minimize the build-up of dirt and mud. The horseshoe is also provided with an outer coating of non-stick material which prevents mud and dirt from adhering to the horseshoe to maintain a "clean" traction surface.

Abstract: Horseshoe device (10) having a squared off toe portion (12) including branches (14,16) with heel portions (18,20) in which the front edge (30) of the toe portion is straight or linear across its front. The edge (30) extends under the toe of the hoof (H) an approximate predetermined distance from the hoof toe. An insert grab plate or calk (70,90) is received in a cavity on the bottom of the shoe such that the contact edge (74,92) is substantially directly below the tip of the coffin bone (C).

Abstract: A multi-purpose horseshoe which is light in weight and yet strong and durable, the horseshoe including a lightweight, aluminum U-shaped foot portion which has a continuous groove formed along substantially its entire length and continuous steel calk running along substantially the entire length of the foot portion. The calk includes a wedge-shaped portion having a pointed ridge projecting beyond the foot portion opposite to and at a constant distance from the flat of the foot portion and a continuous rib which is press-fitted within the continuous groove of the foot portion.

Abstract: A horse shoe is disclosed comprising on its underface intended for engagement with the ground a rib along at least part of its inner edge, made of a plastically deformable material, the rib being formed with an extra thickness extending substantially from the rear third of the horse shoe up to its medium portion.

Abstract: An insert for use with a racehorse shoe having a front end calk, the insert being a plate able to be nailed to the horse's hoof between the shoe and the hoof, the plate having a forward curved edge to generally conform to the front edge of the hoof, area portions of the plate being able to receive the nails securing the shoe to the hoof, and a second rearward calk on the plate having a downwardly directed configuration similar to the front calk on the shoe. In the combination of a racehorse shoe on a racehorse hoof including, a shoe having a front first calk, the shoe being nailed to the hoof, and a second rearward calk secured to the shoe and to the hoof, the second calk being centrally positioned transversely within the shoe and being adjacent the forward half of the shoe.

Abstract: Anti-snow and anti-ice protection for horses hooves in which an insert is provided in the horse-shoe and part of the elastically deformable U-shaped insert conforming to and coextensive with the inside edge of a horseshoe and in resilient engagement with the sole of a horse's hoof is partly clamped between the horse-shoe and the sole of the hoof.