An article of footwear has a tubular structure that may conform to various anatomical features of a foot. The tubular structure has a tunnel, and a tensile strand runs through the tunnel. Applying tension along the tensile strand may cause the tubular structure to conform more closely to one or more anatomical features. The geometry, or path, of the tubular structure on the article may be customized.

An article of footwear has a flexible upper, a sole, a bite line, a heel region, a forefoot region, a medial side, a lateral side, and a flap. The article of footwear is secured using a closure system that may be tightened and loosened. The flap is coupled to the article of footwear proximate the bite line and is configured to interact with the closure system. The closure system secures the flap to the upper when the closure system is tightened.

An article of footwear has a flexible upper, a sole, a bite line, a heel region, a forefoot region, a medial side, a lateral side, and a flap. The article of footwear is secured using a closure system that may be tightened and loosened. The flap is coupled to the article of footwear proximate the bite line and is configured to interact with the closure system. The closure system secures the flap to the upper when the closure system is tightened.

A shoe lace replacement overlay system, including a shoe, wherein the shoe includes a shoe base, a shoe lace region, a notch area such that the notch area includes an elastic member, and first shoe replacement overlay attachments; and a shoe lace replacement overlay having a top side and a bottom side, wherein the top side of the shoe lace replacement overlay includes a shoe lace replacement overlay base having a first edge and a second edge, a plurality of eyelet strips, a plurality of eyelets, an elastic member located substantially between the plurality of eyelet strips, and wherein the bottom side of the shoe lace replacement overlay includes second shoe replacement overlay attachments such that the first shoe replacement overlay attachments and the second shoe replacement overlay attachments interact with each other in order to retain the shoe lace replacement overlay on the shoe lace region.

An article of footwear includes an upper having a body with a first side and a second side, and a closure system for the upper. The closure system includes a first anchoring cable loop fixed at the first side, a flap, a flap cable loop, and a lace. The flap is fixed to the second side and extends across the body to a free end at the first side. The flap has an aperture extending through the flap. A flap cable loop extends from the free end. The flap cable loop is configured to extend from the free end through the first anchoring cable loop, and from the first anchoring cable loop back to the flap and through the aperture in the flap from an inner side to an outer side of the flap. A lace extends through the looped end of the flap cable at the outer side.

The invention relates to a shoe which has two rows of laceholes (4) in the planar upper (3) thereof and a shoelace (1) threaded into the laceholes (4) and an edging element (2, 9, 14) which is fastened to one of the laceholes (4) in the upper (3) and is fixed against movement away from the lacehole (4) and has a through-hole (5) through which the shoelace (1) extends. A rigid connection that is permanent, that is to say cannot be detached non-destructively, is provided between the edging element (2, 9, 14) and the longitudinal region of the shoelace (1) passing through said element.

An article of footwear includes a sole structure, an upper, and a securing mechanism. The upper comprises a toe region, a midfoot region, a heel region, a lateral side, and a medial side, and is coupled to the sole structure. The securing mechanism is fixedly attached to the upper and comprises a forefoot portion and a heel lock element. The heel lock element has a first and a second end and extends from the lateral side of the upper, passes around the heel region of the upper, and extends to the medial side of the upper. The heel lock element comprises a stiffness that is greater than the stiffness of the upper and is configured such that tensioning the securing band adjusts the heel segment of the main portion relative to a wearer's heel.

An article of footwear includes a sole structure, an upper, and a securing mechanism. The upper comprises a toe region, a midfoot region, a heel region, a lateral side, and a medial side, and is coupled to the sole structure. The securing mechanism is fixedly attached to the upper and comprises a forefoot portion and a heel lock element. The heel lock element has a first and a second end and extends from the lateral side of the upper, passes around the heel region of the upper, and extends to the medial side of the upper. The heel lock element comprises a stiffness that is greater than the stiffness of the upper and is configured such that tensioning the securing band adjusts the heel segment of the main portion relative to a wearer's heel.

The present invention relates to a lacing system for tightening a shoe upper, comprising: at least one strap, and a first and a second guiding element for coupling the strap to the shoe upper, wherein a first end of the strap is attached to a tongue portion of the shoe upper and a second end of the strap is configured to receive a portion of a shoelace, and wherein the first guiding element is arranged in a throat area of the shoe upper and the second guiding element is arranged in a sole area of the shoe upper opposite to the throat area.

A charging system can include provisions for providing power to various systems or components associated with the article of footwear. A charging system may include a charging unit with one or more components configured for use with one or more articles of footwear, where the articles of footwear can include different sizes. The components can be magnetically joined to the article in some cases. Upon connection with a power source, the article may be configured to unlace automatically. In some cases, the charging system can be used to facilitate the transfer of power to components in an automated tensioning system.