A composite moldable splint and method for using the same is described. In some embodiments, the splint has at least a partially fluid-filled inner volume, which in some embodiments may include foam, rubber, water, or pelletized material, enclosed by a flexible liner, surrounded by a thermoplastic layer that is flexible and moldable when heated. The inner volume, which may include a thermoactive adhesive having differing viscosity characteristics at a plurality of temperatures, provides the ability to mold the cushion into a wide range of shapes and contours, such as when forming around a body part. The thermoplastic layer provides the ability of the cushion to be molded when heated, while the inner volume tends to maintain a shape, and allows the thermoplastic layer to stay in its formed shape as the cushion cools. The cushion may be used in a range of medical applications for stabilizing patients and body parts.

An orthopedic splint system comprising self curing splinting system that is applied to an injured limb without use of water. The splint material is contained in tear resistant outer pouch and an inner protective sleeve where a water-laden gel is contained in a pouch situated in direct contact with the splint material. The liquid pouch will be torn when a longitudinal tab, which is an integral part of the pouch, is pulled out releasing the water-laden gel which will come in contact with the splint system causing it to cure.

A fiber-reinforced composite article useful in supporting or immobilizing an injured body part is disclosed. The composite is a multi-layer, flexible precursor including fiber reinforcement plies, which can be rapidly cured into a rigid body using a thermosetting resin. Methods of making and using the same are also disclosed, along with kits containing such composite articles.

An orthopedic rail system which has a first component with a receiving element and a second component with a connection end for connecting to the receiving element. The receiving element has two opposing stop walls, and the connection end has two opposing lateral walls. The receiving element and the connection end can be connected to each other by at least one connection element such that the lateral walls rest against the stop walls in the connected state. The stop walls and the lateral walls each taper towards each other in a conical manner.

The instant invention relates to a multipurpose glueless securement means for fastening/sealing applications which traditionally are accomplished by the use of a disposable adhesive bearing tape/or a disposable tape utilizing mechanical fastening devices. More particularly, the invention relates to the use of a high tensile strength polyvinyl chloride (PVC) strip which possesses self-adhesive properties and can be reused virtually indefinitely. The elongated rectangular strips of tape are comprised of 14.1 to 16-gauge double pressed polished PVC. This thickness provides enhanced strength. Due to the unique chemical properties of the invention it has a wide range of useful applications from traditional sealing or binding applications to applications involving contact or application with external skin surfaces.

The pelvic fracture splint includes a first portion having a first end and an opposing second end and a second portion having an opening defined therein, the second portion extending downward from the first portion of the pelvic fracture splint substantially at the mid-section of the first portion. The pelvic fracture splint also includes a plurality of strips (preferably three strips) selectively fastening the opposing ends of the first portion and the second portion of the pelvic fracture splint to secure the pelvic fracture splint around the person's waist or hips and groin. The first portion includes a plurality of splints (rigid supports, preferably six in number) vertically positioned along the first portion at spaced apart positions. The opening in the second portion of the pelvic fracture splint may have a triangular shape to avoid placing any unnecessary pressure on the person's genitals.

The splint kit provides a sealed splint, bandaging, and a water source for setting the splint. Different kits may be needed depending upon the size of the user to which the splint will be applied. The kits may also vary according to the body part to be set. The size of each splint is based upon the size of the user and the size of the body part(s) to be splinted to eliminate the need for the user to size the splint. The splint is self-contained in its own packaging to maintain the integrity of the splint. The fiberglass/hardening material is encased by a foam material and/or felt to further simplify the process of applying and setting the splint.

An orthopedic ankle support is disclosed which provides an ultra-thin profile and selective restriction of movement of the user's ankle. In an embodiment, sections of a thin, tense material are welded onto a non-rigid body. The sections may include a tense anchor segment which may be proximate the heel opening and/or sole, and one or more tension segments that may extend from the anchor segment to upper portions of the support. In an embodiment, certain of the tension segments may be connected to an attachment portion affixed on the body, such as a thick lace-up area for tightening the support. Welding of the tension segments onto the body using thermal fusion obviates the need for uncomfortable stitching and material lumps. In addition, welding the tension segments into predetermined orientations enables the designer to have control over the properties of the support such that, for example, the tension segments may be oriented so as to restrict undesirable rotatory motion of the ankle without restricting natural forward and rearward motions of the foot.