An interchangeable shoe heel for a shoe having a shoe body with a heel part, the heel part having a metal rod extending over at least half the length of the shoe heel, and connected to the heel part, the rod protruding with its free end from the heel part. The shoe heel has a first part having an upper recess into which the rod engages with its free end and/or the heel part. The upper recess has a support surface, e.g., a collar or base wall, on its inner wall, on which the rod or a support area of the heel part is supported in the axial direction of the rod. A heel tip is arranged on the lower end of the first part, and the first part is covered by and connected to an encasing wall, extending from the heel tip up to the shoe body.

An interchangeable shoe heel for a shoe having a shoe body with a heel part, the heel part having a metal rod extending over at least half the length of the shoe heel, and connected to the heel part, the rod protruding with its free end from the heel part. The shoe heel has a first part having an upper recess into which the rod engages with its free end and/or the heel part. The upper recess has a support surface, e.g., a collar or base wall, on its inner wall, on which the rod or a support area of the heel part is supported in the axial direction of the rod. A heel tip is arranged on the lower end of the first part, and the first part is covered by and connected to an encasing wall, extending from the heel tip up to the shoe body.

A shoe heel and heel cover system including a shoe post and a heel cover. The shoe post includes a polygonal main body, a ball, and a spring. The polygonal main body has a top and a bottom. The ball is located on the polygonal main body. The spring is positioned within the polygonal main body and behind the ball. The heel cover has an opening configured to matingly engage the ball and a polygonal void is formed through the heel cover. The heel cover slidably engages the shoe post.

A shoe heel and heel cover system including a shoe post and a heel cover. The shoe post includes a polygonal main body, a ball, and a spring. The polygonal main body has a top and a bottom. The ball is located on the polygonal main body. The spring is positioned within the polygonal main body and behind the ball. The heel cover has an opening configured to matingly engage the ball and a polygonal void is formed through the heel cover. The heel cover slidably engages the shoe post.

Disclosed herein is a footwear apparatus for facilitating optimal gaiting, in accordance with some embodiments. Accordingly, the footwear apparatus includes an upper configured for retaining a foot of a user in the footwear apparatus. Further, the footwear apparatus includes a sole comprising a front portion and a rear portion. Further, the upper is attached to the sole. Further, the rear portion is raised away from a plane defined by the front portion. Further, the rear portion comprises a first attachment component. Further, the footwear apparatus includes a heel configured to be removably attached to the rear portion of the sole. Further, the heel comprises a second attachment component configured for mating with the first attachment component. Further, the removably attaching of the heel with the rear portion is based on the mating.

A convertible shoe may include a sole and a plurality of interchangeable heel portions, each selectively attachable to the sole. The heel portions may each include a mounting surface configured to interface with a heel receiver of the sole. The heel receiver may include a fixed hook and a movable hook, with the movable hook being operable by an actuator coupled to a bottom surface of the sole.

A convertible shoe may include a sole and a plurality of interchangeable heel portions, each selectively attachable to the sole. The heel portions may each include a mounting surface configured to interface with a heel receiver of the sole. The heel receiver may include a fixed hook and a movable hook, with the movable hook being operable by an actuator coupled to a bottom surface of the sole.

A convertible shoe may include a sole and a plurality of interchangeable heel portions, each selectively attachable to the sole. The heel portions may each include a mounting surface configured to interface with a heel receiver of the sole. The heel receiver may include a fixed hook and a movable hook, with the movable hook being operable by an actuator coupled to a bottom surface of the sole. In some examples, an upper is secured to the sole of the shoe by one or more clamping plates. In some examples, the sole of the shoe is configured to be biased into a default bend corresponding to a high-heeled state even when a low heel is attached to the heel receiver.

A convertible shoe may include a sole and a plurality of interchangeable heel portions, each selectively attachable to the sole. The heel portions may each include a mounting surface configured to interface with a heel receiver of the sole. The heel receiver may include a fixed hook and a movable hook, with the movable hook being operable by an actuator coupled to a bottom surface of the sole. In some examples, an upper is secured to the sole of the shoe by one or more clamping plates. In some examples, the sole of the shoe is configured to be biased into a default bend corresponding to a high-heeled state even when a low heel is attached to the heel receiver.

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.