426 results about "Heel strike" patented technology

An athletic shoe, with a sole and a shoe upper, connected thereto, which surrounds the front of the foot, the ankle region and the heel region of the foot. The shoe is able to be collapsed down to a low height for packing, without negatively affecting the ability of the shoe to hold the wearers foot in an optimal manner in use. This ability is achieved the shoe upper being provided with an incision in the heel region, running at least nearly in a direction perpendicular to the sole, whereby the parts of the shoe upper, on both sides of the incision can be folded or turned inwards down toward the sole.

A footwear sole includes a shank with a honeycomb reinforcement structure, heel aperture and rib receptacle in the bottom side of a front region of the shank. A fabric sheath surrounds the shank. Polymers are formed in the rib receptacle, in the heel aperture and on the top side of the shank. A foot bed insert is used with the shank. The foot bed insert includes a fabric upper layer, a foam forefoot component, a foam matrix connected to the foam forefoot component, a heel cradle and a heel strike region.

A stable shock absorbing prosthetic foot that transfers energy between heel strike and toe-off. A toe plate is separated from one or more other plates by a bumper assembly located at each of the toe end and heel end of the foot. Certain embodiments of the shock absorbing foot of the present invention are designed for use with a prosthetic ankle. A torsion adapter may also be used to attach a prosthetic foot of the present invention to the remainder of a prosthesis.

A garment that includes at least one inflatable chamber for applying compression to a limb for assisting venous return, and an elevation member to elevate the limb. The elevation member may comprise an inflatable chamber, and the garment may be configured for compressive therapy of the leg while elevating the heel, eliminating or otherwise reducing or mitigating pressure on an individual's heel while the leg is in an extended position and undergoing compressive therapy.

Disclosed herein is a flexible contoured footbed insole for footwear for providing an anatomically correct foot support to a wearer of the footwear. The flexible contoured footbed insole comprises a heel section and a support system extending anteriorly from the heel section. The heel section comprises a cup shaped structure for accommodating a heel of a foot of the wearer. The support system comprises an inner longitudinal arch support, an outer longitudinal arch support, a transverse arch support, a metatarsal arch support, and a toe support for supporting an inner longitudinal arch, an outer longitudinal arch, a transverse arch, a metatarsal arch, and toes of the foot of the wearer respectively. The flexible contoured footbed insole may further comprise a flexible structure disposed within the support system. The flexible structure provides flexibility and freedom of movement to the foot of the wearer.

A shoe structure specifically designed to more securely fit a wider range of feet widths and proportions by providing an integrated resilient heel device in the rearfoot region of the upper. The heel device extends upward and rearward toward the back of the foot to avoid the bulbous end of the calcaneus but also to engage the area just above the heel bone. The heel device has opposing portions that are biased toward one another and provide a secure but comfortable engagement of the shoe onto the wearer's heel. The heel device is smaller than the size of the shoe into which it is incorporated to enhance the biasing effect of the opposing portions.

A shoe comprising a foot retaining portion having a heel area and having an interior side, the interior side sized and shaped to hold a foot and including an upper portion, the upper portion optionally lined with a pliable material; a first exterior insole layer having therein a cut-out adjacent the heel area of the foot retaining portion, the first exterior inside layer having an interior surface forming the bottom of the foot retaining portion and that is lined with pliable material; a second exterior insole layer having a heel strike pad sized and shaped to fit within the cut-out of the first exterior insole layer, the heel strike pad comprised of a material that absorbs and disperses heel strike forces; a third exterior insole layer sized to fit the foot retaining portion and having therein a cut-out adjacent the heel area of the foot retaining portion, the third exterior insole layer comprised of a material that provides foot cushioning; a fourth exterior insole layer adjacent the third exterior insole layer comprised of a material that provides foot tactile stimulation when foot pressure is applied thereto; an outsole layer adjacent the fourth exterior insole layer comprised of a material that provides outsole flexibility and skid resistance, the outsole layer having a heel with an optional depression therein; and an optional heel strike pad sized and shaped to fit within the depression of the heel of the outsole layer and comprised of a material that absorbs and disperses heel strike forces.

A convertible sandal comprises a vamp extending over a forefoot portion of the wearer's foot and first and second connectors located along respective medial and lateral sides of the vamp adjacent a rear margin of the vamp. A strap is secured to the connectors and movable selectively between a first position, in which the strap extends behind a heel of the wearer's foot, and a second position, in which the strap extends over the wearer's forefoot. The connectors may include elongated eyelets through which first and second end sections of the strap are threaded and then folded back against the strap for securing the strap to the connectors. In some embodiments a holder is provided for securing the straps across the forefoot or for connecting the sandal to a second sandal or another item using the strap.

An anatomic dry athletic toe sock includes a sock shaft section with a shaft support section to encircle a lower part of a leg of a wearer and to maintain the sock in proper orientation upon a wearer's leg, and a closed foot section adapted to receive the foot of the wearer. The closed foot section includes a heel section adapted to receive a heel of the wearer therein, an arch section having an arch support section to encircle the foot of the wearer in the arch of the wearer's foot and to prevent the arch section from moving relative to the wearer's foot, and a plurality of separated, closed toe sections to receive toes of the foot of the wearer. The toe sections are joined by nested, overlapping material portions. The sock is also made at least partially of an air-permeable hydrophobic fiber material.

The heel counter structure includes a sole plate provided at least at the heel region of the shoe and having a peripheral portion. The peripheral portion is upraised along the heel region of the shoe so as to enclose the lower portion of the heel portion of the foot of the wearer. The heel structure also includes a pair of heel counter portions provided on the medial and lateral sides of the heel region of the shoe so as to sandwich the heel portion of the foot sideways. The heel counter portions are coupled to the peripheral portion of the sole plate at the lower ends of the heel counter portions so that the heel counter portions can tilt inwardly and outwardly independently of the sole plate. The heel counter portions are separated from the peripheral portion of the sole plate except the lower ends of the heel counter portions.

The invention involves a tread system for shoes More specifically, the present invention is a tread combination that is particularly suited to work environments where the workers are required to use a walking gait upon slick floor surfaces, some of which may be partially covered with liquids. The system includes an outsole having a heel strike tread having a pointed leading edge with sipes for squeegeeing and channeling liquid away from the center portion of the tread to prevent forward slippage. The mid and forefoot portions of the outsole are provided with cross siped treads which reduce or prevent sideways slippage of the forefoot.

An improved lower leg prosthesis is disclosed that, during use, provides an improved dynamic feel at heel strike and that provides improved inversion/eversion compliance. The prosthesis includes an elongated pylon having an upper, generally vertical section and a lower, forwardly oriented foot section, and it further includes a generally horizontally oriented foot plate disposed beneath the pylon and including a heel section projecting a substantial distance rearwardly of a vertical pylon axis. An elastomeric layer is interposed between the pylon and the foot plate, extending along substantially the entire length of the heel section of the foot plate, for attaching the pylon and foot plate together. During use of the prosthesis, at heel strike, upward deflection of the foot plate's heel section is limited in substantial part both by the stiffness of the heel section, itself, and by compression of the portion of the elastomeric layer disposed rearwardly of the vertical pylon axis.

A sub-assembly or kit for forming a shoe comprises a flexible member for incorporation in the base of a shoe. The flexible member is capable of a plurality of foot supporting shapes to adapt to heels of different heights. A removable heel and shaping member has a heel part supporting the rear end of the flexible member at a heel height. A shaping part is removably fastened to the flexible member to cause the flexible member to adopt a particular foot supporting shape or configuration adapted to the heel height.