An article of footwear includes a sole and an upper at least partially formed of a textile element. The textile element includes a yarn matrix having a plurality of interlocked strands oriented in predetermined directions. A structural element may be captured within the matrix at selected locations. In operation, the matrix is stitched onto a temporary substrate. The substrate is removed and the article coupled to a sole structure to form the article of footwear.

The present disclosure relates to a shoe shaper or pair of shoe shapers that may be worn by a user while wearing a pair of shoes. In particular, each wearable shoe shaper is a complex contoured sheet configured to fit over a user's foot in a front portion of the shoe. Each wearable shoe shaper includes one or more features related to performance and or comfort.

A track and field shoe can include an upper, a sole structure, and a toe plate. The upper can include a medial side portion, a lateral side portion, and a toe box portion. The sole structure can be attached to the upper and can include a spike plate. The spike plate can have an anterior portion and a posterior portion. The toe plate can be attached to an anterior portion of the toe box portion of the upper and can include a hard and smooth outwardly facing surface. One or more portions of the toe plate can be exposed from an exterior surface of the upper.

The present invention relates to an improved outsole and method for making the same. In many embodiments, the improved outsole includes an integrally connected rigid material within a toe cap. In many embodiments a mold is provided which aids in the production of the improved outsole by pressing a first and second raw material around the rigid material to form the outsole. The improved outsole provides increased flexibility, comfort, and durability to a shoe which uses the outsole, and greatly improves the protection to the wearer of said shoe.

An article of footwear includes a sole and an upper at least partially formed of a textile element. The textile element includes a yarn matrix having a plurality of interlocked strands oriented in predetermined directions. A structural element may be captured within the matrix at selected locations. In operation, the matrix is stitched onto a temporary substrate. The substrate is removed and the article coupled to a sole structure to form the article of footwear.

Embodiments of the present invention relate to footwear articles and a method for fabricating a footwear article. The footwear article comprises an upper and a sole that is comprised of a graphene-containing polymer composition and having one or more layers affixed to the upper. The method for fabricating the footwear article comprises forming a sole on an upper. The sole comprises a graphene-containing polymer composition and one or more layers affixed to the upper.

A pool sock having an upper portion comprising a water-resistant material and a reinforced toe protection area material and a lower portion comprising a waterproof, non-slip sole. The water-resistant material may be a polyester Lycra material and the sole may be a synthetic polyvinyl chloride and cotton blend. The pool sock may further include an entry/exit portion that is an elastic ring that is coupled to the water-resistant material of the upper portion. The entry/exit portion may be a flexible ring that is enclosed within the water-resistant material of the upper portion. The pool sock may further include a pull-tab coupled to either the entry/exit portion or the water-resistant material of the upper portion near a heel area. The toe protection area material may be vinyl, neoprene rubber, or leather. A bottom surface of the sole may include treads or ribs.

A work shoe, in particular a safety shoe, includes at least one passive protection unit which is intended to passively protect a shoe wearer at least against mechanical and/or electrical loads, and includes at least one active protection unit which has at least one sensor unit which is intended to detect at least one characteristic variable at least in order to enable a protection function and/or a comfort function. The sensor unit is configured at least for detecting at least one person-related characteristic variable and/or at least one environmental characteristic variable.

Presented are wear-resistant polymeric shields for reinforcing segments of footwear, methods for making/using such shields, and shoes with a high-strength, abrasion-resistant thermoplastic toe shield covering the shoe's front face. An athletic shoe includes an upper with an outer shell that receives a user's foot. A forefoot region of the upper's outer shell includes a toe box, while the forefoot and midfoot regions include a vamp. A sole structure is attached to the upper to support the user's foot. The sole structure includes a ground-engaging outsole and an outer-perimeter sidewall. A toe shield is bonded to and projects from outward-facing portions of the upper and sole structure. The toe shield is a single-piece structure fabricated from an abrasion-resistant, flexible thermoplastic copolymer. The toe shield may extend across forward portions of the vamp and toe box, a forward portion of the sole's sidewall, and a forward edge of the outsole's ground-facing surface.

A medical shoe having an overmolding layer with a non-uniform density is provided. The medical shoe may include a midsole configured to support a foot, and a frame surrounding the midsole. The midsole may include a foot receiving portion forming a substantially planar surface for supporting the foot and a frame receiving portion opposite the foot receiving portion. The frame may include an overmolding layer extending from a side of the frame opposite the midsole so as to form a ground contacting surface. The overmolding layer may have a non-uniform density. The sole assembly may be secured to the frame by a self-locking fit between the sole assembly and the frame.