Abstract: A light device includes a body and a tip structure configured to be removably coupled with the housing. The tip includes a light engine that is operable for emitting light positioned at a distal end of the tip. A power supply circuit is positioned in the housing and coupled to the light engine. The power supply circuit is rechargeable and includes at least one ultracapacitor element. A non-imaging element is coupled with the light engine at the distal end.

Abstract: The present invention pertains to an orthopedic support having a flexible inner member and an exo-skeleton that is molded directly onto the flexible inner member. In one particular embodiment, a versatile, multi-medium orthopedic ankle support assembly has an inner fabric support for extending at least partially around an injured part of the anatomy and for providing basic support for the injury. A plastic exo-support is injection molded into said fabric support and supplies supplemental support for resisting motion of the injured part in undesired directions. The fabric support has a main body portion for extending at least part way around the injured part of the anatomy and has edges to be secured together after the fabric support is fitted to the injured part. The invention is not limited to ankle braces, of course, as the general principle of molding an exo-skeleton onto a flexible inner member may be used in conjunction with numerous different supports.

Abstract: Orthopaedic or post-operative footgear is provided with a removable toe piece. The toe piece is secured to the sole of the footgear to protect the toes of a user against cold, dampness, dirt and possible impact, and it is removed from the sole to allow for visual inspection of the user's toes. The toe piece can include an arcuate upper section and a substantially planar lower section, which can be secured to the sole by hook and loop material. The upper of one embodiment of the footgear is open at the toe and has overlapping flaps extending from opposite sides of the sole.