Abstract: An exercise device having therapeutic properties is provided. The device includes a first element and a second element relatively movable with respect to the first element. A resistance-generating mechanism links the first and second elements to impede the relative motion of the first and second elements so that the user must exercise or expend energy to overcome the resistance of the first and second elements. A first magnet is disposed in at least one of the first or second elements in a location where a user's body part contacts the first or second element during use. The magnetic field of the first magnet is directed into the user's body part for therapeutic effect, preferably from the north pole of the magnet. A second magnet or set of magnets may be employed for therapeutic effect and/or to increase the resistance of the device by using magnetic interaction (either attraction or repulsion) to further impede the relative motion of the first and second elements.

Abstract: A thigh and buttocks exercising device includes a pair of hook shaped or curved clamp members terminating in linear inner legs connected to respective knuckles of a torsion spring-loaded hinge to bias the clamp members to a contracted position with their free ends in relatively vertically offset overlapping positions. Each clamp member is formed of a rigid metal tube preferably covered by a soft plastic or elastomeric sheath. The biasing torsion spring may terminate in tangentially projecting hook shaped cores of the clamp members. In alternative constructions, the clamp members are biased by resilient devices, such as a flexible-compressible member, a compression spring, or an elastomeric cord adjustably extending between the free ends of the clamp members.

Abstract: A thigh and buttocks exercising device includes a pair of hook shaped or curved clamp members terminating in linear inner legs connected to respective knuckles of a torsion spring-loaded hinge to bias the clamp members to a contracted position with their free ends in relatively vertically offset overlapping positions. Each clamp member is formed of a rigid metal tube preferably covered by a soft plastic or elastomeric sheath. The biasing torsion spring may terminate in tangentially projecting hook shaped cores of the clamp members. In alternative constructions, the clamp members are biased by resilient devices, such as a flexible-compressible member, a compression spring, or an elastomeric cord adjustably extending between the free ends of the clamp members.

Abstract: A thigh and buttocks exercising device includes a pair of hook shaped or curved clamp members terminating in linear inner legs connected to respective knuckles of a torsion spring-loaded hinge to bias the clamp members to a contracted position with their free ends in relatively vertically offset overlapping positions. Each clamp member is formed of a rigid metal tube preferably covered by a soft plastic or elastomeric sheath. The biasing torsion spring may terminate in tangentially projecting hook shaped cores of the clamp members. In alternative constructions, the clamp members are biased by resilient devices, such as a flexible-compressible member, a compression spring, or an elastomeric cord adjustably extending between the free ends of the clamp members.