Steady support abdominal splint

Claim 1

A splint supporting the front abdomen of a human body and directing pressure to localized regions of the abdomen of a human body, comprising a molded pad of resilient material formed in an approximate U-shape with a front portion of substantially uniform thickness and height and including top edge, bottom edge, convex outer surface, concave body facing surface, and opposite end portions, said end portions being curved with respect to said front portion to extend partially about the sides of the abdomen of the human body, said front portion merging into said end portions and each end portion symmetrically diminished in height and the outer surface of each end portion tapered toward its body facing surface whereby the thickness of each end portion is diminished, said body facing surface being of a width sufficient to span the width of the human body across the abdomen and said pad being of a height sufficient to approximately cover the abdominal area of the body without extending over the thorax and formed in a size and shape along said body facing surface for conforming to the shape of the front abdominal area of the human body, the material of said pad having a density of between 2.5 and 3.5 pounds per cubic foot and a load bearing (ILD) of a twenty-five percent load deflection value at between 25 and 35 pounds, strap means for extending from said end portions and about the abdomen to urge said pad in constant contact with the abdomen to apply approximately uniform support pressure to the abdomen, said end portions being of a height at least as wide as said strap means, said pad being fabricated of material sufficiently flexible to permit a force applied externally to the pad to transmit localized pressure through the pad to the abdomen, whereby the pad is held by the strap against the abdomen and the wearer can press inwardly with his hand against the outside surface of the pad when coughing to apply additional pressure to a localized area of the abdomen.