Orthotic system and method utilizing hydrostatic compression of soft tissue to unload the knee and/or heel up to 100%
OwnerKevin C. Matthews, Alexander N. Leosinventors
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OwnerKevin C. Matthews, Alexander N. Leosinventors
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An orthotic system and method for a knee ankle foot orthosis (KAFO) or ankle foot orthosis (AFO) capable of removing up to 100% of the weight-bearing forces at the knee and tibia and/or ankle and heel. The KAFO and AFO of the present invention utilize a fully adjustable compound closure system and compression liner to circumferentially compress the soft tissue of the thigh or calf to reduce loading forces on the leg at all points distal to the distal border of the compression liner. The degree of reduction in weight-bearing is adjusted by applying the orthosis with the heel of the individual raised above the foot platform, tightening the compound closure system, allowing the tissue to drop down within the compression liner, assessing the position of the heel above the foot platform, and adjusting the compound closure system to maintain the desired degree of elevation of the heel above the foot platform.
An orthotic system for bearing all or a portion of the weight of a leg of an individual, the system comprising:
A method for reducing loading forces at the knee and tibia by variable circumferential compression of soft tissue of the thigh on the leg of an individual by a knee ankle foot orthotic system which utilizes a compression liner, thigh shell, metal uprights, calf shell, foot platform and compound closure system, the method comprising the steps of:
A method for reducing loading forces at the ankle and heel by variable circumferential compression of soft tissue of the calf on the leg of an individual by an ankle foot orthotic system which utilizes a compression liner, ankle foot shell, foot platform and compound closure system, the method comprising the steps of:
Dependencies are inferred from the claim text.