Abstract: A process is disclosed for manufacturing a protective skin for resurfacing reusable beverage containers. First, the peripheral surface of a cylindrical beverage container is measured and recorded, the measurements being used as a template for forming the skin from the substrate. Second, a suitable thermoplastic substrate is chosen such as scratch resistant vinyl or LEXAN.RTM.. Third, a graphic image or product name can be back printed on the substrate. Fourth, an adhesive backing is applied to the printed side of the substrate. And fifth, the substrate is formed into the desired shape by an apparatus using the recorded measurements of the beverage container. The resulting chemical and abrasion resistant protective skin may then easily be applied by any consumer wishing to cover the peripheral surface of a reusable beverage container that may have become damaged through use or misuse or to apply custom graphics and/or a logo thereto.

Abstract: An absorbent sleeve formed to fit over at least the distal portion of a finger to absorb fluids and remove debris from constrained areas of the body such as canals and cavities, or to apply fluid substances is disclosed. The sleeve has an upper and lower portion which may be of equal length. In a preferred embodiment, the upper and lower portion are of differing lengths with the lower portion having an appendage attached thereto to facilitate safe and convenient removal of the sleeve after use. The sleeve also preferably has a fluid impermeable layer between an external surface of the sleeve and an inserted finger to create a fluid barrier. The sleeve may have a friction enhancing member to prevent unintentional removal of the sleeve during use.

Abstract: A method and apparatus for imparting continuous passive motion to one or more joints, ligaments, or tendons is disclosed. The apparatus has a housing, an actuator, and a flexion/extension assembly. In preferred form, a main flexion cable links the actuator to a joint support member pivotally attached to flexion/extension assembly. Reciprocating motion of the main flexion cable causes the support member to oscillate. A restoring force, preferably a second main cable cooperative linked to the actuator, is present so as to urge the support member to its initial position. The path of motion of the support member can be altered, while the apparatus is in operation, by a cable deflecting assembly. By controlling the degree of cable deflection, the degree of support member motion can be altered.

Abstract: A sealable, composite cushion is disclosed having a plurality of resilient support member horizontally disposed to one another and surrounded by a fluid impervious membrane. Each resilient support member has a known Indentation Force Deflection (IFD) value and is located in the cushion based upon medical criteria to provide zones of varying support. In an embodiment, the resilient members are bonded to the membrane and act as tension members to maintain the cushion's form while under a load. As a result, the cushion resists further deflection not only by the resilient members' resistance to compression, but also by an increased internal pressure. Accordingly, the cushion of the present invention is a composite of fluid flotation and compression resistance. A valve may be incorporated into the cushion to regulate the fluid floatation characteristics of the cushion or to assist in its transportation.