Ossur Hf

Royce Medical Company

Other

Royce Medical Products

William K Arnold

Tracy E Grim

Joseph M Iglesias

Michael Campos

Chad Michael Leeder

Julia Chang

Eric E Johnson

David Armstrong

Jerome A Henry

Denise Gamblin

Mark Dominis Holt

Stacy Wyatt

Alec D Bobroff

Kevin Richard O'Donnell

John Morgan Bourne

Michael Skahan

Anthony S Culbreth

Ruchi (deceased) Seth

Stephen Collum

Scott E Liddle

An orthopedic device as in a dorsal splint for treating plantar fasciitis includes a substantially rigid splint member having an overmolded flexible edge and living hinges, or substantially rigid component pieces received in a flexible member, to provide improved and more comfortable fitting to a user and reduced storage requirements. The splint member is shaped and configured to engage the dorsal aspects of a user's lower leg, ankle, and foot. A soft-good strap system is provided to maintain the dorsal splint in position and has suitable padding to treat various foot conditions.

Orthopedic device

Orthopedic device for treating neuropathic ulcers and other injuries while allowing easy access to the wound site on the plantar surface of a patient's foot includes a base portion and a sole that is either movably connected or removably connected to either the base or to a strut member. The base or strut is maintained in position on the lower leg while the sole may be rotated, slid, or completely removed for allowing inspection and access to the plantar surface of the patient's foot.

Orthopedic device providing access to wound site

An orthopedic device includes a strut assembly having a resilient shell defining opposed first and second sides, and a patient compliance system. The patient compliance includes a tightening strap connecting the first and second sides of the shell. The tightening strap has first and second end portions arranged for incremental uni-directional adjustment relative to at least one of the first and second sides of the strut assembly. The tightening strap is arranged to bend the shell and draw the first and second sides thereof toward one another.

Orthopedic device having a patient compliance system

An orthopedic device as in a dorsal splint for treating plantar fasciitis includes a substantially rigid splint member having an overmolded flexible edge and living hinges, or substantially rigid component pieces received in a flexible member, to provide improved and more comfortable fitting to a user and reduced storage requirements. The substantially rigid splint member is shaped and configured to the dorsal aspects of a user's lower leg, ankle, and foot. Straps are provided to maintain the dorsal splint in position.

Orthotic device

An ankle brace has first and second semi-rigid shell members for extending over the ankle and the lower leg on the inner and outer sides of the ankle. A sealed bladder pad is mounted to each of the shell members on the side of the shell member facing the ankle. Each bladder pad includes three small-interconnected bladders wherein a first larger bladder is mounted at the lower end of the shell, and two side-by-side upper bladders are mounted on an upper portion of the associated shell member. The three bladders having restricted openings permitting limited flow of air between the bladders. When a patient wearing the ankle brace walks, the lower bladder is compressed, and air is directed through the restricted openings to the upper bladders, thereby intermittently varying the pressure on the ankle and lower leg, and promoting circulation.

Self-equalizing resilient orthopaedic support

An ankle support () is constructed using a molded pad () and a rigid shell (). The pad () and the shell () may be sealed together to form a bladder-pad cushion for comfort. The internal structure of the pad () is molded to include geometrically shaped cells of various size, shape and thickness to provide differing levels of localized comfort to the user of the ankle support (). The pad may be made from a thermoplastic elastomer (TPE) which is spring-like and resists compression sets. The pad may include integrally-molded fingers extending to the shell. The fingers may have different lengths in one or more regions, in order to increase the cushioning effect in a particular region. The pad/shell combination may form a sealed bladder, and a pneumatic pump may be provided in conjunction with the shell so that the user can inflate the bladder.

Comfortable orthopaedic support and the method of making the same

An improved ankle brace that is easily adjustable for improved comfort and use. The ankle brace includes a pair of relatively rigid side supports to fit about a lower leg of a patient, and the lower area of the side supports may be adapted to position an assembly of heel straps. The assembly may include at least two straps, which are coupled at the ends and adapted to adjust the effective length of the assembly, so that it may be accommodated for different heel widths of different patients. Alternatively, the assembly may include three pieces, an intermediary member for linking the other two straps. The assembly may be attached to the side supports through a pin mechanism that may be either capped (as by heat staking) or welded at the end to hold it in position. Alternatively, a cap with protruding plastic pin may be molded directly onto the strap, effectively making them one piece to be assembled as such. Also, the assembly is preferably made of flexible resilient material so that it will comfortably conform to patient's heel, but be resistant to stretching.

Ankle brace with adjustable heel strap

An improved ankle brace may have two relatively rigid side supports, the outer edge portion of the lower area of the side supports, adjacent to the ankle being covered with a flexible or resilient material. The flexible resilient material may be permanently secured to the side supports by bonding, mechanical interlocking, or by any other suitable arrangements. Additional resilient flexible material may be placed on the interior surface of the side supports to improve the fit and comfort of the brace around the user's lower leg. The rigid side supports may be of an open type with the resilient flexible material extending across the side supports and beyond the edges thereof. The lower area of the side supports may include a pivoting mechanism to adjustably receive heel straps. Each of the side supports may include a structural frame that surrounds but does not cover the ankle or malleolus.

An orthopaedic support includes a sheet of foam material that has been compression molded in specific areas. These areas have a thickness and density that is different from other areas of the support and serve to better fit the support to the body. The support may include compression molded grooves or cavities to accommodate straps, struts, gel-filled pads, inflatable bladders, pumps, and other accessories. The support may also include compression molded grooves that reduce bunching when the support is bent, and may include molded edges to minimize skin irritation during activity. The brace may also be a back brace or an ankle brace having compression molded components. A method of compression molding an orthopaedic support includes compression molding at least one sheet of resilient foam material in selected areas to reduce the thickness and increase the density of the material in those areas. Various embodiments of the present invention may include compression-molded bladders having walls which are compression-molded about the bladder perimeter.

Formed resilient orthopaedic device

A back support assembly including a bulb pump which when pumped or squeezed by the user inflates an air cushion to exert the desired pressure and fit against the user's lower back. The cushion is secured to the middle of the elastic belt, which is adapted to wrap around the user's back to position the air cushion against the middle of the user's back. Opposing adjustment straps are attached to the back of the strap. With the belt secured around the user the adjustment straps can be pulled and releasably secured to the belt and/or each other at respective positions exerting the desired force on the air cushion and against the user's back. The bulb pump is conveniently attached to and carried by one of the adjustment straps. It is secured to the rear of that strap, and has its rounded forward portion extending out through an opening in the strap, operatively accessible for inflation/deflation by the user. That is, with this mounting arrangement the bulb pump is out of the way, but still readily accessible for squeeze pumping action by the user, and by its shape, construction and location advantageously has a low profile.

Back support assembly having an inflatable air cushion

An improved ankle brace may have two relatively rigid side supports, the outer edge portion of the lower area of the side supports, adjacent to the ankle being covered with a flexible or resilient material. The flexible resilient material may be permanently secured to the side supports by bonding, mechanical interlocking, or by any other suitable arrangements. Additional resilient flexible material may be placed on the interior surface of the side supports to improve the fit and comfort of the brace around the user's lower leg. The rigid side supports may be of an open type with the resilient flexible material extending across the side supports and beyond the edges thereof.

Flexible ankle brace

A pneumatic ankle brace having a pair of relatively rigid side supports with inflatable main bladders attached to their inside surfaces. The inflatable main bladders are coupled to an interconnected foot pump. Additional support and back-up bladders may be placed distally upon the main bladders to provide further cushioning and support. The foot pump is activated through normal use, such as walking or running, whereby entrapped fluid is displaced back and forth between the main bladders and the pump. This creates a pulsing action which provides a massaging compression effect which helps reduce swelling and increase venous and lymphatic return.

Growing community of inventors

Longmeadow, MA, United States of America

William K Arnold