Abstract: Support elements for footwear or other products include: (a) a base member having first and second major surfaces; and (b) an extending arm having a free end for engaging a portion of a footwear structure. The extending arm may engage and further support a heel-supporting portion or other structural portion of an article of footwear or other foot-receiving device. Such foot-receiving devices may include: (a) a foot-covering member (such as a footwear upper); (b) a foot-supporting member (such as a footwear sole structure) engaged with the foot-covering member; and (c) a lateral-reinforcing member that includes an extending arm engaged with at least one of the foot-covering member or the foot-supporting member.

Abstract: Support elements for footwear or other products include: (a) a base member having first and second major surfaces; and (b) an extending arm having a free end for engaging a portion of a footwear structure. The extending arm may engage and further support a heel-supporting portion or other structural portion of an article of footwear or other foot-receiving device. Such foot-receiving devices may include: (a) a foot-covering member (such as a footwear upper); (b) a foot-supporting member (such as a footwear sole structure) engaged with the foot-covering member; and (c) a lateral-reinforcing member that includes an extending arm engaged with at least one of the foot-covering member or the foot-supporting member.

Abstract: Support elements for footwear or other products include: (a) a base member having first and second major surfaces; and (b) an extending arm having a free end for engaging a portion of a footwear structure. The extending arm may engage and further support a heel-supporting portion or other structural portion of an article of footwear or other foot-receiving device. Such foot-receiving devices may include: (a) a foot-covering member (such as a footwear upper); (b) a foot-supporting member (such as a footwear sole structure) engaged with the foot-covering member; and (c) a lateral-reinforcing member that includes an extending arm engaged with at least one of the foot-covering member or the foot-supporting member.

Abstract: Impact attenuating/spring systems may include first and second body portions and at least one spring member at least partially included between the body portions. The spring member(s) may substantially enclose and/or be pivotally engaged with the body portion(s). The components of the impact attenuating and spring element may be arranged such that when a force is applied to the body portion(s), the spring member(s) will exert a counter force to urge the impact attenuating and spring element back toward its original orientation. The spring members may include one or more polymeric element that stretches under a tensile force. The impact attenuating and spring elements may be included in a piece of footwear or other device in a manner such that a user or a retailer (or others) can select an appropriate spring member (or portion thereof), e.g. depending on characteristics of the user or the intended use.

Abstract: An article of footwear includes a woven region. A fit adjustment system includes a lace strap superimposed with strands of material forming the woven region. The lace strap is routed around the shoe and forms opposing pairs of lace holding elements such as lace loops. More specifically, the lace strap extends downwardly from a lace holding element on a first side of the upper, across and underneath the footbed, around the heel region, back across and underneath the footbed, and upwardly to form a lace holding element on the second side. By the routing of the lace strap, the lace strap is integrated with the heel and arch portions of the shoe. A shoe lace is routed through the lace holding elements and may be adjusted to affect the fit of the upper to a foot of a user.

Abstract: Impact-attenuation members include body portions, optionally with an arched structure, that define a base orientation and an open space; and a spring member extending across the open space and engaging the body portion(s). When a force is applied to the body portion(s) in at least some orientations and/or directions of incident force, e.g., so as to change the impact-attenuation member out of its base orientation, the spring member may exert a force that urges the impact-attenuation member back toward the base orientation. Various example structures for the impact-attenuation member are described. Such impact-attenuation members may be used in articles of footwear or other foot-receiving device products.

Abstract: An article of footwear includes an upper and a sole assembly having an upper plate and a lower plate spaced from the upper plate. At least one spherical support element is positioned between the upper plate and the lower plate. Each spherical element includes an inner spherical member and an outer spherical member, with the inner spherical member being positioned within the outer spherical member.

Abstract: Support elements for footwear or other products include: (a) a base member having first and second major surfaces; and (b) an extending arm having a free end for engaging a portion of a footwear structure. The extending arm may engage and further support a heel-supporting portion or other structural portion of an article of footwear or other foot-receiving device. Such foot-receiving devices may include: (a) a foot-covering member (such as a footwear upper); (b) a foot-supporting member (such as a footwear sole structure) engaged with the foot-covering member; and (c) a lateral-reinforcing member that includes an extending arm engaged with at least one of the foot-covering member or the foot-supporting member.

Abstract: A sole component and a method of manufacturing the sole component are disclosed. In general, the sole component includes a fluid-filled bladder and a reinforcing structure extending around the bladder. The reinforcing structure is bonded to the exterior of the bladder, and may be recessed into the bladder. In some embodiments, the reinforcing structure extends along the side surfaces of the bladder and between upper and lower surfaces of bladder. In manufacturing the sole component, the reinforcing structure may be located within a mold, and the polymer material forming the bladder may be bonded to the reinforcing structure during the molding process.

Abstract: An impact attenuating device includes both concave and convex side walls, e.g., in an interleaved arrangement, optionally at least partially surrounded by a restraining element that may help return the impact attenuating device back to its original orientation after attenuating an impact. Such impact attenuating devices may be included in pieces of footwear and/or other foot-receiving devices. Additionally, such impact attenuating devices or portions thereof may be freely selected and/or interchanged in a piece of footwear or other foot-receiving device, e.g., based on one or more characteristics of an intended user and/or an intended use, so as to allow users to obtain footwear (or other devices) customized and targeted for use under a predetermined set of conditions.

Abstract: Impact attenuating/spring systems may include first and second body portions and at least one spring member at least partially included between the body portions. The spring member(s) may substantially enclose and/or be pivotally engaged with the body portion(s). The components of the impact attenuating and spring element may be arranged such that when a force is applied to the body portion(s), the spring member(s) will exert a counter force to urge the impact attenuating and spring element back toward its original orientation. The spring members may include one or more polymeric element that stretches under a tensile force. The impact attenuating and spring elements may be included in a piece of footwear or other device in a manner such that a user or a retailer (or others) can select an appropriate spring member (or portion thereof), e.g., depending on characteristics of the user or the intended use.

Abstract: An article of footwear includes a woven region. A fit adjustment system includes a lace strap superimposed with strands of material forming the woven region. The lace strap is routed around the shoe and forms opposing pairs of lace holding elements such as lace loops. More specifically, the lace strap extends downwardly from a lace holding element on a first side of the upper, across and underneath the footbed, around the heel region, back across and underneath the footbed, and upwardly to form a lace holding element on the second side. By the routing of the lace strap, the lace strap is integrated with the heel and arch portions of the shoe. A shoe lace is routed through the lace holding elements and may be adjusted to affect the fit of the upper to a foot of a user.

Abstract: An article of footwear and a method of making it wherein a woven region is integrated with a lacing system. The woven region preferably is located in the forefoot/vamp region of the upper. The woven area may be formed by a diagonal weave or an alternative suitable weave. Lacing components extend from the woven region and are used in a lacing system. The lacing system further includes a pair of series of lace holding elements, such as eyelets or lace loops, on opposing sides of the upper. The lacing components are routed through the lace holding elements and may be adjusted to affect the fit of the upper to the user's foot.

Abstract: A sole structure for an article of footwear includes an upper plate and a heel plate assembly secured to the upper plate. The heel plate assembly extends downwardly from the upper plate such that the heel plate assembly forms an acute angle with the upper plate. A medial side of the heel plate assembly has a thickness greater than a thickness of a lateral side of the heel plate assembly. An article of footwear may include an upper secured to the sole structure.