Abstract: A pneumatic brace comprising at least one outer shell member and at least first and second pressurizable chambers juxtaposed therewith in an overlapping manner for providing a supporting cushion between said outer shell member and a body part or limb. One of said chambers is coextensive with substantially the entire inner surface of said one outer shell member for engagement with a corresponding portion of said body part or limb, while the other of said chambers is coextensive with a portion of said first chamber. In one preferred embodiment, the first and second chambers comprise separate inflatable airbags of different size disposed on said outer shell member with the smaller airbag positioned coextensively with the bottom portion of the larger airbag and between said larger airbag and said inner surface of said outer shell member.

Abstract: A generally U-shaped thermal compress having a compartment divided into first and second chambers by a common wall. One of the chambers holds a first liquid that freezes before a second liquid in the adjacent chamber. After the first liquid is frozen, the chamber having the second liquid is placed against the ankle. The U-shaped compress has a strap extending at an angle from one of the upper outer ends thereof to wrap around the ankle and attach to the other upper outer end to hold the compress in place. An elongated strap extending from the bottom of the U-shaped compress passes under the foot and around the ankle several times over the compress not only to hold the compress in place, but also to provide added compression to the forefoot for the control of edema. A soft insulating material is placed on the outside of the outer chamber having the ice therein to protect the ice from the effects of ambient temperature.