Abstract: A shoe construction wherein a shoe sole is provided with an upper surface which conforms to the anatomical contour of the undersurface of the human foot and wherein air-pocket members are distributed along the length of the upper surface and are incorporated into the respective toe, ball, shank and heel regions of the sole in such a manner as to preserve at least a skeleton of the anatomical upper surface of the sole.

Abstract: Disclosed herein is a new and improved running shoe in which the structure and anatomy of the shoe, including the upper and the thermoplastic rubber unit bottom to which it is secured is balanced and synchronized with the complex action of the wearer's foot in order to tend to optimize the functioning of the multitudinous bones and muscles of the foot and leg during running movements, in general, and during the mid-stance period of the running gait in particular. The unit bottom of the new running shoe has a specially configured and contoured plantar surface having a narrow throat portion with specially shaped integral medial and lateral pad portions disposed therein intermediately of the anterior and posterior portions thereof. The dorsal surface of the new unit sole is generally contoured to conform faithfully to the anatomy of the plantar portion of the wearer's foot when the foot is in its neutral position.