Abstract: In order to monitor an individual's posture, a cable is incorporated within a garment that is configured to be worn on an individual's upper body such that at least a portion of the cable spans an upper back region of the garment. A sensor is configured to monitor tension in the cable and to generate an alert when the tension in the cable exceeds a threshold level.

Abstract: A lockable hinge assembly configured for incorporation within a brace for stabilizing a joint includes a static support structure configured to remain in a fixed position, a dynamic support structure that is configured to be rotatable relative to the dynamic support structure, and a locking means for locking the dynamic support structure in a desired fixed position relative to the static support structure. The locking means is configured to enable the dynamic support structure to rotate relative to the static support structure and to automatically lock the dynamic support structure in a fixed position relative to the static support structure when the dynamic support structure rotates into the desired position.

Abstract: A shoulder lift includes a hollow bent shaft that has a first end and a second end and that defines an interior of the bent shaft. First and second openings leading to the interior of the bent shaft are formed at the first and second ends, respectively. The shoulder lift also includes a cable having a first end and a second end. The cable runs through the first opening formed at the first end of the bent shaft and the second opening formed at the second end of the bent shaft such that the cable is threaded through the interior of the bent shaft. The first end of the cable is configured to be coupled to an arm sleeve for holding a patient's arm, and the second end of the cable is configured to be coupled to a support structure that locks into a to fixed position.

Abstract: A leg holder assembly includes a leg support apparatus and a rail attachment mechanism. The leg support apparatus includes a planar support apparatus and a plurality of adjustable arms. The adjustable arms are pivotable. A patient's leg can be received within a space defined between the adjustable arms and rested on the planar support apparatus. The leg support apparatus also includes a support shaft. The rail attachment mechanism includes a body and a plurality of attachment arms. The rail attachment mechanism can be secured to the rail of an operating table by hooking the arms of the rail attachment mechanism over the rail of the operating table. A slot formed within the body of the rail attachment mechanism receives the support shaft and enables the support shaft to be slid into and out of the slot for attachment and detachment of the leg support apparatus to the operating table.

Abstract: In order to monitor an individual's posture, a cable is incorporated within a garment that is configured to be worn on an individual's upper body such that at least a portion of the cable spans an upper back region of the garment. A sensor is configured to monitor tension in the cable and to generate an alert when the tension in the cable exceeds a threshold level.

Abstract: A novel system and method for controlling and stabilizing the swing mechanics of a golfer is disclosed. More specifically, a system for and method of stabilizing the right knee (the left knee for left handed golfers) of a golfer such that a critical knee flexion angle is maintained throughout the golf swing, the weight of the golfer is properly transferred, and the right hand side (left hand side for left handed golfers) is properly loaded for a reliable, consistent, controlled, and safe golf swing. The system and method further comprise use of a putting attachment that can be removably secured to a primary apparatus for controlling a golfer's stance through all phases of a putting stroke.

Abstract: A novel apparatus and method for controlling and stabilizing the swing mechanics of a golfer is disclosed. More specifically, an apparatus for and method of stabilizing the right knee (the left knee for left handed golfers) of a golfer such that a critical knee flexion angle is maintained throughout the golf swing, the weight of the golfer is properly transferred, and the right hand side (left hand side for left handed golfers) is properly loaded for a reliable, consistent, controlled, and safe golf swing. The apparatus for controlling and stabilizing the swing mechanics of a golfer comprises upper and lower leg support members and an adjustable hinge about the knee flexion axis and that will accommodate variable degrees of flexion depending on golfer specific conditions (e.g. height, arm and leg length, weight, etc.) and environmental conditions (course conditions, ball lie, playing hazards, etc.).

Abstract: A training method for the game of golf is disclosed. More specifically, the method comprises engaging a golfer's leg above the golfer's knee, engaging a golfer's leg below the golfer's knee, selecting an optimum knee flexion angle, locking the knee at the selected angle, approaching the ball in preparation for a golf swing, and swinging the club through all phases of the golf swing (e.g., take-away, impact, and follow-through). The method further comprises unlocking the knee to permit unrestricted ambulation for walking to the next swing position then selecting an additional knee flexion angle (that may be the same or different as the first depending on the attributes of the golfer and environmental conditions), locking the knee at the selected angle, and swinging the club through all phases of a golf swing. Improvements in the swing mechanics of a golfer can be realized with the training method of the invention.

Abstract: A novel apparatus and method for controlling and stabilizing the swing mechanics of a golfer is disclosed. More specifically, an apparatus for and method of stabilizing the right knee (the left knee for left handed golfers) of a golfer such that a critical knee flexion angle is maintained throughout the golf swing, the weight of the golfer is properly transferred, and the right hand side (left hand side for left handed golfers) is properly loaded for a reliable, consistent, controlled, and safe golf swing. The apparatus for controlling and stabilizing the swing mechanics of a golfer comprises upper and lower leg support members and an adjustable hinge assembly that is centered on the plane of the knee flexion axis and that will accommodate variable degrees of flexion depending on golfer specific conditions (e.g. height, arm and leg length, weight, etc.) and environmental conditions (course conditions, ball lie, playing hazards, etc.).

Abstract: A novel apparatus and method for controlling and stabilizing the swing mechanics of a golfer is disclosed. More specifically, an apparatus for and method of stabilizing the right knee (the left knee for left handed golfers) of a golfer such that a critical knee flexion angle is maintained throughout the golf swing, the weight of the golfer is properly transferred, and the right hand side (left hand side for left handed golfers) is properly loaded for a reliable, consistent, controlled, and safe golf swing. The apparatus for controlling and stabilizing the swing mechanics of a golfer comprises upper and lower leg support members and an adjustable hinge about the knee flexion axis and that will accommodate variable degrees of flexion depending on golfer specific conditions (e.g. height, arm and leg length, weight, etc.) and environmental conditions (course conditions, ball lie, playing hazards, etc.).