Patent Number: 046706585
Section: claims

1. A protective sheet useful for radiological procedures, comprising: a support matrix and a radio-opaque portion of barium sulfate supported by said matrix, said radio-opaque portion being present in an amount sufficient to block a substantial amount of the scatter radiation. 2. The sheet of claim 1 wherein said support portion is gauze and wherein said barium sulfate is supported in said gauze by soaking said gauze in a barium sulfate suspension and then evaporating the water therefrom. 3. The sheet of claim 1 further comprising: a base and a cover, said base being attached to and positioned on one side of said support matrix and said cover being attached to and positioned on the other side of said support matrix. 4. The sheet of claim 2 further comprising: a base and a cover, said base being attached to and positioned on one side of said support matrix and said cover being attached to and positioned on the other side of said support matrix. 5. The sheet of claim 3 wherein said base is a thin impermeable ply. 6. The sheet of claim 4 wherein said base is a thin impermeable ply. 7. The sheet of claim 3 wherein said cover is a surgical drape. 8. The sheet of claim 4 wherein said cover is a surgical drape. 9. The sheet of claim 1 wherein between 350 to 730 grams of barium sulfate powder is evenly distributed in each square foot of said support matrix. 10. The sheet of claim 3 wherein between 350 to 730 grams of barium sulfate powder is evenly distributed in each square foot of said support matrix. 11. The sheet of claim 3 wherein said sheet is at least two square feet in area. 12. The sheet of claim 3 wherein said sheet is between one-half to one inch thick. 13. A protective laminate for reducing exposure to scatter radiation generated during radiological procedures, the laminate comprising: a thin impermeable base ply, a radio-opaque ply attached to and positioned on said base ply, said radio-opaque ply including a support matrix and a radio-opaque compound supported by said matrix, said radio-opaque compound being present in an amount sufficient to block a substantial amount of the scatter radiation, and an upper ply of absorbent material attached to and positioned on said radio-opaque ply. 14. The laminate of claim 13 wherein said radio-opaque ply is impregnated with barium sulfate powder. 15. The laminate of claim 14 wherein between 350 to 730 grams of said barium sulfate powder is distributed in each square foot of said support matrix.