Surgical drape plume evacuator
A surgical drape plume evacuator includes a filter enclosure. An operating aperture disposed in the filter enclosure defines an area within the filter enclosure. A pressure source for creating at least one of a negative and positive air pressure in the filter enclosure. A fluid opening in the operating aperture connects the interior of the operating aperture to the interior of the filter enclosure.
1. A surgical drape plume evacuator comprising:
a filter enclosure comprising two spaced sheets of porous material joined together at the edges of each of the sheets of porous material;
an operating aperture disposed in the filter enclosure and defining an area within the filter enclosure, serving as a barrier to keep a surgical field sterile and providing access to a surgical site thereto;
a pressure source for providing a positive air pressure to a device that creates a negative air pressure within a conduit that is completely disposed within the interior of the filter enclosure, wherein the conduit is opened at both ends; and
a fluid opening in the operating aperture in communication with one open end of the conduit,
wherein the conduit connects the operating aperture to the interior of the filter enclosure,
wherein the negative pressure created within the conduit by operation of the pressure source and device causes a smoke plume generated during surgery at the surgical site to drag through the conduit and into the interior of the filter enclosure,
wherein the smoke plume that is generated during surgery at the surgical site and is dragged through the conduit into the interior of the filter enclosure is completely entrapped within the filter enclosure, wherein none of the smoke plume that is entrapped within the filter enclosure is thereafter released from the interior of the filter enclosure.
2. The surgical drape plume evacuator of claim 1 , wherein the device that creates a negative air pressure within the conduit comprises an air amplifier.
3. The surgical drape plume evacuator of claim 2 , wherein the air amplifier is affixed within the filter enclosure by at least one strip of hook and loop fastener.
4. The surgical drape plume evacuator of claim 2 , wherein the conduit is substantially air tight.
5. The surgical drape plume evacuator of claim 2 , wherein the filter material comprises a high efficiency particulate air (HEPA) filter material.
6. The surgical drape plume evacuator of claim 5 , wherein the HEPA filter material captures 0.3 micron sized matter or larger at least at 99.7% efficiency.
7. The surgical drape plume evacuator of claim 6 , wherein the filter enclosure further comprises a charcoal filter.
8. The surgical drape plume evacuator of claim 2 , wherein the filter material captures 0.1 micron sized matter or larger at least at 99.99% efficiency.
9. The surgical drape plume evacuator of claim 8 , wherein the filter enclosure further comprises a charcoal filter.
10. The surgical drape plume evacuator of claim 1 , further comprising means to turn the pressure source on and off that is linked to a trigger for turning an electrocautery laser device on and off.
11. A method for removing a smoke plume within a surgical drape using the surgical drape plume evacuator of claim 2 .
12. The method for removing a smoke plume within a surgical drape of claim 11 , wherein the smoke plume generated during surgery passes through the filter enclosure.
13. The method for removing a smoke plume within a surgical drape of claim 11 , wherein the smoke plume generated during surgery remains within the filter enclosure.
14. The method for removing a smoke plume within a surgical drape of claim 13 , wherein the filter enclosure is discarded following surgery.
15. The method for removing a smoke plume within a surgical drape of claim 11 , wherein the operation of the surgical drape plume evacuator is coincident with the creation of the smoke plume.