The present disclosure relates to a support system for patients recovering from medical procedures, including from total knee replacement surgery. The disclosed system may include a foot support unit which supports a patient's feet, where the foot support may have leg grooves separated by a divider and a tapered height. The foot support may be placed in a patient's bed. Additionally hip support wedges may be placed beneath a patient's hip, where the hip supports provide the benefit of counteracting a leg's natural tendency to rotate outwards. The disclosed foot support and hip wedges promote proper alignment and in that way provide comfort and assist in recovery.

A foot abduction brace is disclosed herein. The foot abduction brace can include a crossbar having a planar bottom end. The foot abduction brace can also include a first end disposed on one side of the crossbar. The foot abduction brace can further include a first locking hub removably coupled to the first end in a first position of a plurality of positions, where the first locking hub is disposed in the first keyhole and includes a first coupling feature disposed at a top end of the first locking hub. The foot abduction brace can also include a first footplate having a first complementary coupling feature that removably couples to the first coupling feature of the first locking hub. The foot abduction brace can further include a first foot restraint mechanically coupled to the first footplate.

The present invention relates to a device suitable for supporting and stabilizing the legs of a user during long trips. In particular, the present invention relates to a device including a dual leg support contoured block to be placed between the legs of a user and straps to be wrapped around the contoured block and the legs of a user to hold the legs in place throughout a duration of the trip.

An AFO for use in the Ponseti method which is bar-less and provides for readily interchangeable structures for providing differing articulation resistance. In one embodiment, the readily interchangeable structure is a flexible member achieving connection between and the majority of the separation between the shoe and the calf engaging structure. In another embodiment, an articulated arm with two rigid segments joined at a spring loaded hinge, with interchangeable spring canisters is used.

A support device provides elevation and support for a patient's foot and limits lateral and medial rotation of the foot relative to the knee. This protects the knee from injury during healing. The device includes a generally flat main body, two spaced-apart lateral ridges, and a medial depression between the lateral ridges that provides a support surface on which the foot may be positioned. The lateral ridges can extend to a height above the support surface so that inner side surfaces of the lateral ridges are adjacent to a majority of a foot placed in the medial depression. The support surface can include a heel aperture extending through the main body to provide a continuous heel pocket allowing the heel to remain freely suspended when the foot is placed in the device. The device can additionally or alternatively include a slidable base allowing the device to better slide on a surface enabling the user to perform therapeutic exercises.

A brace that includes a body and a sensor device disposed in the body, where the sensor device includes a sensor that is configured to measure at least one parameter associated with a position of the housing. The brace also includes a controller communicably coupled to the sensor device. The controller can be configured to receive a plurality of measurements of the at least one parameter taken by the sensor device. The controller can also be configured to evaluate each measurement of the plurality of measurements.

A reversible tensioning device for an orthotic that includes: a cover; an insert rotatably disposed within the cover; a slot within the cover; a peg fixedly disposed on the insert and slidably located within the slot on the cover, the peg configured to slide between a first end portion and a second end portion of the slot; a spring fixedly attached to the cover and the insert and configured to urge the cover and the insert in opposite rotational directions; a first flange surface on the cover; and a second flange surface on the insert and facing an opposite direction from the first raised surface. The first flange surface and the second flange surface are configured to operably couple with third and fourth flange surfaces on an orthotic device to provide opposing forces on the reversible tensioning device.

In some implementations, a boot includes an outer shell having a first side and a second side located opposite the first side. The boot may include a retention strap. The boot may include a first one-way tensioning device coupled to the first side of the outer shell, where the first one-way tensioning device is configured to allow movement of the retention strap in a first direction and to restrain movement of the retention strap opposite the first direction. The boot may include a second one-way tensioning device coupled to the second side of the outer shell, where the second one-way tensioning device is configured to allow movement of the retention strap in a second direction and to restrain movement of the retention strap opposite the second direction.

The disclosure relates to an ankle orthosis for a bed. This ankle orthosis for a bed according to an embodiment of the disclosure includes a first support portion having both ends connected to each other to cover a patient's lower body, a second support portion detachably connected to the first support portion, extending from the inside of the first support portion, and covering a patient's sole, and an elastic connection portion detachably connected to the first support portion and the second support portion and including an elastic material, wherein the second support portion is pulled toward a calf side in a state in which one end is arranged on an outer surface of the first support portion on the calf side, and the other end is arranged on a bottom surface of the second support portion.

A reversible tensioning device for an orthotic that includes: a cover; an insert rotatably disposed within the cover; a slot within the cover; a peg fixedly disposed on the insert and slidably located within the slot on the cover, the peg configured to slide between a first end portion and a second end portion of the slot; a spring fixedly attached to the cover and the insert and configured to urge the cover and the insert in opposite rotational directions; a first flange surface on the cover; and a second flange surface on the insert and facing an opposite direction from the first raised surface. The first flange surface and the second flange surface are configured to operably couple with third and fourth flange surfaces on an orthotic device to provide opposing forces on the reversible tensioning device.