Abstract: A traction force applying apparatus includes a frame that has a first support bar, a second support bar and a third support bar. The second support bar is fixedly connected to the first support bar adjacent to a first end thereof. The third support bar is fixedly connected to the first support bar near a second end thereof. A first set of plurality of hooks are fixedly attached to a first side of the first support bar. A second set of plurality of hooks are fixedly attached to a first side of the second support bar. A one-way tensioning cleat is fixedly connected to the first support bar. The apparatus also includes a rope that has a first end and a second end. The first end of the rope is selectively connectable to one of the plurality of hooks in the first set and the second set. The rope extends through the cleat to place a desired tension on the rope between the cleat and the first end of the rope. The traction force applying apparatus can be used alone or in combination with a traction table.

Abstract: Method and apparatus including a spinal extension traction table is provided for directing the spine of a person toward optimum shape and alignment, which table has a support surface for supporting the buttocks of a person and an inclined surface for supporting his back thereon, so that his head extends thereover and inclines backwardly. A forehead sling is mounted on an upper portion of the traction table with pull means connected thereto so as to pull the sling against the forehead of the person, to apply compressive forces thereto at an acute angle with at least one upper spine of the person so as to apply extension traction to his spine. In another embodiment, a lateral (posterior to anterior) force is applied to a lower portion of the person's spine toward aligning the cervical spine over the lumbar spine, with the thoracic (or dorsal) spine forming a desired curve therebetween, when the person stands or walks. Preferably the lateral force is provided by a fulcrum cushion.