A system (400) includes a package (401). A heel protector (402) is disposed within the package. The heel protector includes a leg engaging section (101) defining a leg insertion aperture (104), a fastener coupled to a first side of the leg engaging section, and a complementary fastener coupled to a second side of the leg engaging section. A measurement device (404) is incorporated into, but separable from, the package. The measurement device indicates whether the leg engaging section will fit a patient calf (302).

A system (400) includes a package (401). A heel protector (402) is disposed within the package. The heel protector includes a leg engaging section (101) defining a leg insertion aperture (104), a fastener coupled to a first side of the leg engaging section, and a complementary fastener coupled to a second side of the leg engaging section. A measurement device (404) is incorporated into, but separable from, the package. The measurement device indicates whether the leg engaging section will fit a patient calf (302).

This disclosure relates to recyclable footwear. Components of an article of footweare.g., an upper and a solemay be secured to one another using one or more cables. The article of footwear may also comprise a heel counter and/or toe cap, which may serve as anchor points for the one or more cables, improving stability. Thus, the article of footwear may be constructed without the use of an adhesive and may be easily disassembled, improving recyclability. Methods of recycling articles of footwear are also disclosed.

This disclosure relates to recyclable footwear. Components of an article of footweare.g., an upper and a solemay be secured to one another using one or more cables. The article of footwear may comprise a spacer knit that may cushion a wearer's foot from the one or more cables. The article of footwear may also comprise a heel counter and/or toe cap, which may serve as anchor points for the one or more cables, improving stability. Thus, the article of footwear may be constructed without the use of an adhesive and may be easily disassembled, improving recyclability.

This disclosure relates to recyclable footwear. Components of an article of footweare.g., an upper and a solemay be secured to one another using one or more cables. The article of footwear may comprise a spacer knit that may cushion a wearer's foot from the one or more cables. The article of footwear may also comprise a heel counter and/or toe cap, which may serve as anchor points for the one or more cables, improving stability. Thus, the article of footwear may be constructed without the use of an adhesive and may be easily disassembled, improving recyclability.

This disclosure relates to a sole structure for an article of footwear. Components of the sole structuree.g., a midsole core, a midsole carrier, and an outsolemay be secured to one another using one or more cables. The sole structure may likewise be secured to other elements of the article of footwear using the one or more cables. Thus, the article of footwear, including the sole structure, may be constructed without the use of an adhesive and may be easily disassembled, improving recyclability.

An elegant and stylish high-heeled shoe includes improved arch supports, pads, and gel-filled cushions, and improves wearer comfort and improves weight distribution by collecting and transferring body weight primarily by the ball of the heel, secondarily by a novel arch support, and tertiarily by an especially comfortable toe post. These distributed support structures in combination prevent an undesirable feeling of the foot sliding down the ramp.

An elegant and stylish high-heeled shoe includes improved arch supports, pads, and gel-filled cushions, and improves wearer comfort and improves weight distribution by collecting and transferring body weight primarily by the ball of the heel, secondarily by a novel arch support, and tertiarily by an especially comfortable toe post. These distributed support structures in combination prevent an undesirable feeling of the foot sliding down the ramp.

The disclosure is directed to shoe accoutrements and methods of making and using the same. A shoe assembly for a shoe, can include an inner layer of first material; a support layer of second material, and the support layer including a slit, and a pocket being provided between the inner layer and the support layer. The shoe assembly can further include a first attachment plate attached to the inner layer; a second attachment plate, and the second attachment plate being magnetically attracted to the first attachment plate and positioned on the first attachment plate, and the second attachment plate being slidably removable out a top of the pocket, and the slit running along a back side of the pocket; a connection assembly attached to the second attachment plate; and an accoutrement, and the accoutrement supported by the connection assembly.

The invention relates to a sole component for a shoe suitable for use with different heels. The sole component comprises a front, a middle and a rear sole portion and comprises a mechanism for adjusting the sole curvature in a transition region between the front and the middle sole portion. The mechanism comprises a rotatable supporting element which is provided in such a way that it may have a first angular position which causes a first sole curvature in the transition region and a second angular position which causes a second sole curvature in the transition region, wherein the first sole curvature is different from the second sole curvature.