The disclosure relates to a shoe having a bottom of wood or other rigid material, the bottom being divided by means of a transverse section in the region between the sole and the shank of the shoe. The partition section makes an acute angle with the plane of the sole, and a slot is provided in each section surface for accommodating a hinge of flexible material. The edge of the shank is beveled adjacent to the partition section approximately at right angles thereto, a material piece being secured in the thus-formed V-shaped groove by gluing.
A shoe sole consists of an upper sole part (1) consisting of wood, and of a running sole (7) found underneath this. The upper sole part (1) is divided in the ball region so that several narrow strips (3) are formed running crosswise to the longitudinal direction of the sole, and the strips are joined together as well as with the front and back sole parts (4, 5) by flexible intermediate pieces (6). In one form of embodiment, a reinforcing layer (8) is rigidly joined on the surface, at least in the region of strips (3) on the under side of upper sole part (1). This reinforcing layer (8) appropriately consists of at least a layer of a wood veneer, which is glued onto the under side of upper sole part (1).
Articles of footwear having a unitary midsole with an integrally molded toe cap that extends over the wearer's toes are disclosed, in which the midsole is molded in multiple sections one of which includes the integrally-molded toe cap which are joined to one another to provide the unitary midsole.
Articles of footwear having an enclosed articulated toe portion, including a molded midsole with an integrally-molded toe cap shaped to receive a foot therein and to enclose the toes of the foot. The toe cap terminates at a position adjacent to the base of the toes of the foot. The articles additionally include an outsole affixed to the bottom of the midsole and an upper which in some embodiments is co-molded with the midsole and toe cap.
