Abstract: A therapeutic arch support is described, more particularly intended for therapy of disorders of the circulation of the foot, for the treatment of venous insufficiency within the area of the leg or for bedding load-sensitive feet, especially for bedding the feet of diabetics suffering from foot detects. The arch support has a multi-layer construction with a highly resilient elastomer core layer standardized so as to be as soft as possible and a thin, top-side covering layer in the form of a smooth fibrous structure. On the side of the sole, a separate supporting layer of flexible, machinable and compression-resistant material may be provided.

Abstract: Described is an orthopedic redressment splint for correcting the adduction of the forefoot and metatarsus with an anterior half sole enclosing at least laterally the deformed portion of the foot and a posterior half sole (10, 11) which are flexibly and swivelably interconnected through a vertical to the half sole plane defined by means of a pivot pin (13) and which are provided with a spring (17), whose elastic force acts in the lateral direction upon the anterior half sole (10), in which the pivot pin (13) is disposed on the outer edge of the two half soles (10, 11) and the spring is a pressure spring (17) with the aid of which the half soles (10, 11) are pressure-loaded relative to each other on the medial side (FIG. 1).

Abstract: Within its plantar area, the artificial foot for a leg prosthesis is provided with a plate-shaped reinforcing member (10) embedded in the molded foot part. The member 10 includes two superimposed upper and lower leaf springs (15a, 15b) possessing different lengths, between which a carbon fiber-reinforced plastic leaf spring (18) is disposed extending. The latter extends into the ball of the foot area and is offset at the front end. Sliding inserts (17a, 17b) of polyethylene and each face of the plastic leaf spring and between the upper and lower leaf springs produce a constant metatarsal elasticity even during continuous stress.

Abstract: An artificial knee joint (10) with a clamping member (13) is provided with a peg (11) for attachment to a thigh shaft (12). The clamping member is pivotable against a braking member or barrel (19) located inside the knee joint housing when a vertical load (44) is applied to the knee joint to arrest the swiveling movement a leg part (26). The leg part accommodates the lower leg tube of a leg prosthesis as well as a traction strap (36) impelling the knee joint back into the straightened position. By this means an uncontrolled buckling of the artificial knee joint is prevented in the event that a prosthesis wearer stumbles.

Abstract: Within its plantar area the artificial foot for a leg prosthesis is provided--embedded within the molded foot portion--with a plate-shaped reinforcing member (10) that consists of two superposed leaf springs (10a, 10b) of approximately equal length which are configured so as to conform to the rolling profile of the foot, as a result whereof an improved metatarsal elasticity is obtained.