Abstract: A strapping system for retaining a rigid support member of an orthopedic brace in a desired utilitarian position on a body of a wearer is provided which includes a strap having a first strap end, a second strap end and an intermediate strap point between the strap ends. The strap is operatively configured to follow a strap path having a first connection point, a second connection point and a third connection point sequentially positioned on the support member. The first strap end is attached to the first connection point and the strap extends from the first connection point around the body of the wearer to the second connection point where the intermediate strap point is attached thereto. The strap is redirected at the second connection point in an opposing direction and extends back around the body of the wearer to the third connection point where the second strap end is attached thereto.

Abstract: A heat transfer pad includes a pad inlet port for feeding a heat transfer fluid to the pad, a pad outlet port for discharging the heat transfer fluid from the pad and a bladder having an internal flowpath for the heat transfer fluid which extends from the pad inlet port to the pad outlet port. The internal flowpath is divided into a first flow channel and a second flow channel through which first and second flow streams of the heat transfer fluid, respectively, flow between the pad inlet and outlet ports. A first flow restrictor is positioned downstream in the first flow channel and a second flow restrictor is correspondingly positioned downstream in the second flow channel and the flow restrictors are configured to create substantial back pressures in the first and second flow channels, respectively.

Abstract: A shoulder orthosis is provided having an arm support and an optional arm spacer connected to the arm support. The arm support includes an arm retainer and a supportive strapping system. One optional arm spacer includes a pair of individual pillows which are attachably combinable with one another at a first face of the first individual pillow and a face of the second individual pillow to form one combined pillow having a first shape. The individual pillows are alternately attachably combinable with one another at a second face of the first individual pillow and the face of the second individual pillow to form another combined pillow having a second shape different from the first shape.

Abstract: A strapping system for retaining a rigid support member of an orthopedic brace in a desired utilitarian position on a body of a wearer is provided which includes a strap having a first strap end, a second strap end and an intermediate strap point between the strap ends. The strap is operatively configured to follow a strap path having a first connection point, a second connection point and a third connection point sequentially positioned on the support member. The first strap end is attached to the first connection point and the strap extends from the first connection point around the body of the wearer to the second connection point where the intermediate strap point is attached thereto. The strap is redirected at the second connection point in an opposing direction and extends back around the body of the wearer to the third connection point where the second strap end is attached thereto.

Abstract: A shoulder orthosis is provided having an arm support and an optional arm spacer connected to the arm support. The arm support includes an arm retainer and a supportive strapping system. One optional arm spacer includes a pair of individual pillows which are attachably combinable with one another at a first face of the first individual pillow and a face of the second individual pillow to form one combined pillow having a first shape. The individual pillows are alternately attachably combinable with one another at a second face of the first individual pillow and the face of the second individual pillow to form another combined pillow having a second shape different from the first shape.

Abstract: An orthopedic walker boot for wearing on a lower limb of a wearer has a rigid external shell, a pliant internal boot positioned in the external shell, and a heel plate selectively detachable or attachable to the external shell. Selective transition of the heel plate between the detached condition and attached condition selectively provides the orthopedic walker boot with an open-heel configuration or a closed-heel configuration. The external shell includes an outer sole having a walking surface which is configured with two curved axes to facilitate walking while wearing the orthopedic walker boot.

Abstract: An orthopedic walker boot for wearing on a lower limb of a wearer has a rigid external shell and a pliant internal boot received within the external shell. The internal boot includes a leg panel having an inflatable bladder and a pump panel having a pump for inflating the bladder. The leg panel is configured to wrap around a leg of a wearer and the external shell is sized and configured to receive the internal boot with the leg of the wearer wrapped therein. The pump panel has a first end fixably attached to the leg panel and has a selective and releasable operational orientation, wherein the pump panel is in an overlapping outer position relative to the leg panel.

Abstract: A shoulder orthosis is provided having an arm support and an optional arm spacer connected to the arm support. The arm support includes an arm retainer and a supportive strapping system. One optional arm spacer includes a pair of individual pillows which are attachably combinable with one another at a first face of the first individual pillow and a face of the second individual pillow to form one combined pillow having a first shape. The individual pillows are alternately attachably combinable with one another at a second face of the first individual pillow and the face of the second individual pillow to form another combined pillow having a second shape different from the first shape.

Abstract: A heat transfer pad includes a pad inlet port for feeding a heat transfer fluid to the pad, a pad outlet port for discharging the heat transfer fluid from the pad and a bladder having an internal flowpath for the heat transfer fluid which extends from the pad inlet port to the pad outlet port. The internal flowpath is divided into a first flow channel and a second flow channel through which first and second flow streams of the heat transfer fluid, respectively, flow between the pad inlet and outlet ports. A first flow restrictor is positioned downstream in the first flow channel and a second flow restrictor is correspondingly positioned downstream in the second flow channel and the flow restrictors are configured to create substantial back pressures in the first and second flow channels, respectively.

Abstract: An adjustable support assembly for an orthopedic brace has a support bar, a housing and a locking mechanism. The housing includes a travel track which receives the support bar. The locking mechanism includes a lock stop and a lock peg array having at least one column and a plurality of rows. The lock stop is perpendicularly positioned between two lock pegs in adjacent rows to prevent displacement of the support bar in the travel track when the length locking mechanism is in the closed position and the lock stop is parallely positioned to enable displacement of the support bar in the travel track when the length locking mechanism is in the open position.

Abstract: An adjustable support assembly for an orthopedic brace has a support bar, a housing and a locking mechanism. The housing includes a travel track which receives the support bar. The locking mechanism includes a lock stop and a lock peg array having at least one column and a plurality of rows. The lock stop is perpendicularly positioned between two lock pegs in adjacent rows to prevent displacement of the support bar in the travel track when the length locking mechanism is in the closed position and the lock stop is parallely positioned to enable displacement of the support bar in the travel track when the length locking mechanism is in the open position.

Abstract: An orthopedic walker boot for wearing on a lower limb of a wearer has a rigid external shell and a pliant internal boot received within the external shell. The internal boot includes a leg panel having an inflatable bladder and a pump panel having a pump for inflating the bladder. The leg panel is configured to wrap around a leg of a wearer and the external shell is sized and configured to receive the internal boot with the leg of the wearer wrapped therein. The pump panel has a first end fixably attached to the leg panel and has a selective and releasable operational orientation, wherein the pump panel is in an overlapping outer position relative to the leg panel.

Abstract: An orthopedic walker boot for wearing on a lower limb of a wearer has a rigid external shell, a pliant internal boot positioned in the external shell, and a heel plate selectively detachable or attachable to the external shell. Selective transition of the heel plate between the detached condition and attached condition selectively provides the orthopedic walker boot with an open-heel configuration or a closed-heel configuration. The external shell includes an outer sole having a walking surface which is configured with two curved axes to facilitate walking while wearing the orthopedic walker boot.

Abstract: A knee brace is provided having upper and lower arms and a hinge assembly positionable about the knee to one side of the patella. The hinge assembly has a hinge pivot and a tension strap lever. The upper and lower arms and tension strap lever are each rotatable about the hinge pivot. A compression member is positioned in engagement with the knee on the opposite side of the patella from the hinge assembly and a tension strap engages the compression member and is connected to the tension strap lever. The tension strap applies a tension force to the compression member which increases when the upper and lower arms and tension strap lever rotationally transition from a flexion position to an extension position and decreases when the upper and lower arms and tension strap lever rotationally transition from the extension position to the flexion position.

Abstract: A knee orthosis is provided having upper and lower arms and a hinge assembly positionable about the knee to one side of the patella. The hinge assembly has a hinge pivot and a tension strap lever. The upper and lower arms and tension strap lever are each rotatable about the hinge pivot. A compression member is positioned in engagement with the knee on the opposite side of the patella from the hinge assembly and a tension strap is connected to the compression member and the tension strap lever. The tension strap applies a tension force to the compression member which increases when the upper and lower arms and tension strap lever rotationally transition from a flexion position to an extension position and decreases when the upper and lower arms and tension strap lever rotationally transition from the extension position to the flexion position.

Abstract: A knee brace is provided having upper and lower arms and a hinge assembly positionable about the knee to one side of the patella. The hinge assembly has a hinge pivot and a tension strap lever. The upper and lower arms and tension strap lever are each rotatable about the hinge pivot. A compression member is positioned in engagement with the knee on the opposite side of the patella from the hinge assembly and a tension strap engages the compression member and is connected to the tension strap lever. The tension strap applies a tension force to the compression member which increases when the upper and lower arms and tension strap lever rotationally transition from a flexion position to an extension position and decreases when the upper and lower arms and tension strap lever rotationally transition from the extension position to the flexion position.

Abstract: A knee orthosis is provided having upper and lower arms and a hinge assembly positionable about the knee to one side of the patella. The hinge assembly has a hinge pivot and a tension strap lever. The upper and lower arms and tension strap lever are each rotatable about the hinge pivot. A compression member is positioned in engagement with the knee on the opposite side of the patella from the hinge assembly and a tension strap is connected to the compression member and the tension strap lever. The tension strap applies a tension force to the compression member which increases when the upper and lower arms and tension strap lever rotationally transition from a flexion position to an extension position and decreases when the upper and lower arms and tension strap lever rotationally transition from the extension position to the flexion position.