Surgical drape and stand for use in heated thermal treatment basins

• US 6,087,636 A
• Filed: 02/27/1997
• Issued: 07/11/2000
• Est. Priority Date: 02/27/1997
• Status: Expired due to Term

• Current Assignee: Microtek Medical Incorporated (Ecolab, Inc.)
• Original Assignee: OR Solutions Inc (Ecolab, Inc.)
• Inventors: Faries, Durward I. Jr., Heymann, Bruce R., Licata, Mark
• Primary Examiner(s): PELHAM, JOSEPH MOORE
• Application Number:
  US08/807,095
• Time in Patent Office: 1,230 Days
• Field of Search: 219/385, 219/386, 219/214, 219/218, 219/429, 219/430, 219/432, 219/433, 219/438, 219/439, 4/545, 4/639, 604/113, 604/114, 220/577, 99/415, 99/418
• US Class Current: 219/429
• CPC Class Codes: A61B 46/10 specially adapted for instruments, e.g. microscopes
• CPC Class Codes: A61F 7/0241 Apparatus for the preparation of hot packs, hot compresses, cooling pads, e.g. heaters or refrigerators

Abstract

A stand is disposed in a heated thermal treatment system basin to support objects placed in the basin above the heated basin floor. The stand may be circular, rectangular or other shape to accommodate various shaped basins and prevent a surgical drape disposed in the basin and containing a heated sterile medium from puncturing. A substantially circular stand includes a substantially circular frame elevating a platform having a plurality of spokes reinforced by a plurality of concentric rings, while a substantially rectangular stand includes a substantially rectangular frame elevating a platform having a plurality of intersecting perpendicular rods to form a grid. Alternatively, the substantially circular stand may include a substantially circular platform having holes defined therein and legs extending downwardly from the platform to elevate the platform above the basin floor, while the substantially rectangular stand may include a substantially rectangular platform having holes defined therein with downwardly curved longitudinal ends to elevate the platform. The holes in the platforms, the spaces residing between the spokes and rings, and the spaces residing between the perpendicular rods, enable the stand to be submerged in the heated sterile medium and permit thermal energy from the basin to pass through the respective platforms and efficiently heat the sterile medium. The stand may be either a separate unit, or disposed integrally with the drape where the stand corresponds to the center of the basin and indicates the portions of the drape to be disposed in the basin.

Claims

1. In a thermal treatment system having a basin including first and second basin portions and recessed in a system top surface with a heater disposed coincident only said first basin portions to heat a sterile medium contained within said basin, an apparatus to contain said sterile medium and objects within said basin, wherein said objects disposed in said basin are thermally treated by said heated sterile medium, said apparatus comprising:

a sterile drape for covering and hanging down from said top surface and being disposed within, and conforming to, said basin to form a drape receptacle to contain said sterile medium and objects in a sterile manner; and

object support means disposed in said sterile medium within said drape receptacle for preserving sterility of said drape receptacle by preventing air from becoming trapped between said objects and said basin and overheating and puncturing portions of said drape disposed below said objects, said object support means including a support frictionally engaged to said drape at drape locations coincident said second basin portions to support said objects above a basin floor.

2. The apparatus of claim 1 wherein said support includes:

a platform for supporting said objects; and

elevation means for elevating said platform above the basin floor, wherein said elevation means includes a plurality of spaced legs extending downwardly from said platform.

3. The apparatus of claim 2 wherein said elevation means is circular having circumferential edges and said platform includes:

a plurality of spokes extending from said circumferential edges of said elevation means toward the center of the elevation means; and

a plurality of concentric rings extending radially outward from the center of the elevation means and reinforcing said spokes to strengthen said platform such that said platform supports said objects.

4. The apparatus of claim 2 wherein said elevation means is rectangular and said platform includes:

a plurality of longitudinal rods extending along longitudinal axes of said elevation means;

a plurality of transverse rods extending along transverse axes of said elevation means;

wherein said longitudinal and transverse rods are substantially perpendicular to each other and intersect to form a grid upon which said objects are supported.

5. The apparatus of claim 2 wherein:

said platform is circular having circumferential edges and a plurality of openings defined in said platform; and

said plurality of spaced legs extend downwardly from said circumferential edges of said platform for elevating said platform above the basin floor.

6. The apparatus of claim 2 wherein:

said platform is rectangular having longitudinal ends and a plurality of openings defined in said platform; and

said elevation means includes said longitudinal ends of said platform each curved downwardly from said platform to form said spaced leas and elevate said platform above the basin floor.

8. The apparatus of claim 1 wherein:

said thermal treatment system includes a plurality of basins recessed in said top surface wherein a portion of said basins include heaters to heat said sterile medium;

said drape is disposed within each of said basins to form drape receptacles in respective basins to contain said sterile medium; and

said apparatus further includes a plurality of said object support means having supports disposed within said drape receptacles corresponding to only those basins heating said sterile medium to support objects disposed in said heated basins above respective basin floors to prevent air from becoming trapped between said objects and said heated basins and overheating and puncturing portions of said drape disposed below said objects.

27. The apparatus of claim 1 wherein said support is frictionally engaged to said drape at drape locations positioned beyond the confines of said heater.

7. A surgical drape for use in a thermal treatment system having a basin recessed in a system top surface with a heater disposed beneath a basin floor to heat a sterile medium contained within said basin, wherein objects disposed in said basin are thermally treated by said heated sterile medium, said drape comprising:

a drape portion for covering and hanging down from said top surface and being disposed within, and conforming to, said basin to form a drape receptacle to contain said sterile medium; and

a support disposed on said drape portion within said drape receptacle for supporting said objects above the basin floor to protect portions of said drape coincident said heater from overheating;

wherein said support is integral with said drape and disposed on said drape concentrically within the basin and indicates which portions of said drape are disposed within said basin.

9. In a thermal treatment system having a basin including first and second basin portions and recessed in a system top surface with a heater disposed coincident only said first basin portions to heat a sterile medium contained within the basin, and a sterile drape covering and hanging down from the top surface and being disposed within the basin to form a drape receptacle to contain said sterile medium in a sterile manner, wherein objects disposed in the basin are thermally treated by said heated sterile medium, a support for placement within the basin comprising:

a platform for receiving and supporting the objects within the basin; and

elevation means for placement in said sterile medium within said drape receptacle for preserving sterility of said drape receptacle by elevating said platform above a basin floor and preventing air from becoming trapped between the objects and the basin and overheating and puncturing portions of said drape disposed below said objects, wherein said elevation means frictionally engages said drape at drape locations coincident said second basin portions.

10. The support of claim 9 wherein the heated basin is rectangular or circular and said elevation means is rectangular or circular to match the basin in which the support is disposed.

11. The support of claim 9 wherein said elevation means is circular having circumferential edges and said platform includes:

a plurality of spokes extending from said circumferential edges of said elevation means toward the center of the elevation means; and

a plurality of concentric rings extending radially outward from the center of the elevation means and reinforcing said spokes to strengthen said platform such that said platform supports said objects.

12. The support of claim 9 wherein said elevation means is rectangular and said platform includes:

a plurality of longitudinal rods extending along longitudinal axes of said elevation means;

a plurality of transverse rods extending along transverse axes of said elevation means;

wherein said longitudinal and transverse rods are substantially perpendicular to each other and intersect to form a grid upon which said objects are supported.

13. The support of claim 9 wherein:

said platform is circular having circumferential edges and a plurality of openings defined in said platform; and

said elevation means includes a plurality of legs extending downwardly from said circumferential edges of said platform for elevating said platform above the basin floor.

14. The support of claim 9 wherein:

said platform is rectangular having longitudinal ends and a plurality of openings defined in said platform; and

said elevation means includes said longitudinal ends of said platform curved downwardly from said platform to elevate said platform above the basin floor.

28. The support of claim 9 wherein said elevation means frictionally engages said drape at drape locations positioned beyond the confines of said heater.

15. In a thermal treatment system having a basin including first and second basin portions and recessed in a system top surface with a heater disposed coincident only said first basin portions to heat a sterile medium contained within the basin, wherein objects disposed in the basin are thermally treated by said heated sterile medium, a method for supporting said objects in the basin comprising the steps of:

(a) placing a sterile drape over the system top surface such that the drape covers and hangs down from the top surface and is disposed within said basin to form a drape receptacle to contain said sterile medium in a sterile manner;

(b) disposing a support in said sterile medium within said drape receptacle to receive said objects, wherein said support frictionally engages said drape at drape locations coincident said second basin portions; and

(c) preserving sterility of said drape receptacle and preventing air from becoming trapped between said objects and said basin and overheating and puncturing portions of said drape disposed below said objects by supporting said objects above a basin floor via the support.

17. The method of claim 15 wherein step (b) further includes:

(b.1) forming said support to include a platform for supporting said objects, and elevation means for elevating said platform above the basin floor.

18. The method of claim 17 wherein step (b.1) further includes:

(b.1.1) forming said support such that said elevation means is circular having circumferential edges and said platform includes a plurality of spokes extending from said circumferential edges of said elevation means toward the center of said elevation means, and a plurality of concentric rings extending radially outward from the center of the elevation means and reinforcing said spokes to strengthen said platform such that said platform supports said objects.

19. The method of claim 17 wherein step (b.1) further includes:

(b.1.1) forming said support such that said elevation means is rectangular and said platform includes a plurality of longitudinal rods extending along longitudinal axes of said elevation means, and a plurality of transverse rods extending along transverse axes of said elevation means, wherein said longitudinal and transverse rods are substantially perpendicular to each other and intersect to form a grid upon which said objects are supported.

20. The method of claim 17 wherein step (b.1) further includes:

(b.1.1) forming said support such that said platform is circular having circumferential edges and a plurality of openings defined in said platform, and said elevation means includes a plurality of legs extending downwardly from said circumferential edges of said platform for elevating said platform above the basin floor.

21. The method of claim 17 wherein step (b.1) further includes:

(b.1.1) forming said support such that said platform is rectangular having longitudinal ends and a plurality of openings defined in said platform, and said elevation means includes said longitudinal ends of said platform curved downwardly from said platform to elevate the platform above the basin floor.

23. The method of claim 15 wherein said thermal treatment system includes a plurality of basins recessed in said top surface wherein a portion of said basins include heaters to heat said sterile medium, and step (a) further includes:

(a.1) placing said drape over the system top surface such that said drape is disposed within each of said basins to form drape receptacles in respective basins to contain said sterile medium;

step (b) further includes;

(b.1) disposing supports within said drape receptacles associated with those basins heating said sterile medium; and

step (c) further includes;

(c.1) preventing air from becoming trapped between said objects and said basins and overheating and puncturing portions of said drape disposed below said objects by supporting said objects disposed in said heated basins above respective basin floors.

29. The method of claim 15 wherein step (b) further includes:

(b.1) disposing said support in said sterile medium within said drape receptacle wherein said support frictionally engages said drape at drape locations positioned beyond the confines of said heater.

16. In a thermal treatment system having a basin recessed in a system too surface with a heater disposed beneath a basin floor to heat a sterile medium contained within the basin, wherein objects disposed in the basin are thermally treated by said heated sterile medium, a method for supporting said objects in the basin comprising the steps of:

(a) placing a drape over the system top surface such that the drape covers and hangs down from the top surface and is disposed within said basin to form a drape receptacle to contain said sterile medium; and

(b) disposing a support within said drape receptacle for supporting said objects above the basin floor to protect portions of said drape coincident said heater from overheating and puncturing, wherein step (b) further includes the step of;

(b.1) forming said drape and support as an integral unit.

22. The method of claim 16 wherein step (b.1) further includes:

(b.1.1) forming said drape and support as an integral unit such that said support corresponds to the center of the basin and indicates which portions of said drape are disposed within said basin.

24. In a thermal treatment system having a basin including first and second basin portions and recessed in a system top surface with a heater disposed coincident only said first basin portions to heat a sterile medium contained within the basin and a sterile drape placed over the system top surface to cover and hang down from the top surface and be disposed within said basin to form a drape receptacle to contain said sterile medium in a sterile manner, wherein objects disposed in the basin are thermally treated by said heated sterile medium, a method for supporting said objects in the basin comprising the step of:

(a) forming a support for placement within the basin including a platform for receiving and supporting the objects and elevation means for placement in said sterile medium within said drape receptacle for preserving sterility of said drape receptacle by elevating the platform above a basin floor and preventing air from becoming trapped between the objects and the basin and overheating and puncturing portions of said drape disposed below said objects, wherein said elevation means frictionally engages said drape at drape locations coincident said second basin portions.

30. The method of claim 24 wherein step (a) further includes:

(a.1) forming said support to include said elevation means frictionally engaged to said drape at drape locations positioned beyond the confines of said heater.

25. In a thermal treatment system having a basin recessed in a system top surface with a heater disposed beneath a basin floor to heat a sterile medium contained within the basin and a drape placed over the system top surface to cover and hang down from the top surface and be disposed within said basin to form a drape receptacle to contain said sterile medium, wherein objects disposed in the basin are thermally treated by said heated sterile medium, a method for supporting said objects in the basin comprising the step of:

(a) forming a support for placement within the basin including a platform for receiving and supporting the objects and elevation means for elevating the platform above the heated basin floor and preventing air from becoming trapped between the objects and the basin and overheating portions of said drape disposed below said objects, wherein step (a) further includes;

(a.1) forming said support and drape as an integral unit.

26. In a thermal treatment system having a basin including first and second basin portions and recessed in a system top surface with a heater disposed coincident only said first basin portions to heat a sterile medium contained within the basin and a sterile drape placed over the system top surface to cover and hang down from the top surface and be disposed within said basin to form a drape receptacle to contain said sterile medium in a sterile manner, wherein objects disposed in the basin are thermally treated by said heated sterile medium, a method of protecting the drape from puncturing comprising the step of:

(a) preserving sterility of said drape receptacle by preventing air from becoming trapped between the objects and the basin and overheating and puncturing portions of said drape disposed below said objects by supporting the objects within the basin above a basin floor via a support disposed in said sterile medium within the drape receptacle and frictionally engaged to said drape at drape locations coincident said second basin portions.

31. The method of claim 26 wherein step (a) further includes:

(a.1) preserving sterility of said drape receptacle by supporting the objects within the basin above the basin floor via said support frictionally engaged to said drape at drape locations positioned beyond the confines of said heater.