6418932

Claims

• We claim: 1. An isolation pod for an individual patient, comprising: a flexible, transparent air impermeable sheet member defining at least a first and second end, said first end and said second end being spaced apart, said sheet member including a first and a second edge, said first edge area defining a first member of a cooperating sealing element and said second edge area defining a second member of said cooperating sealing element where contacting said first and second edges establish said cooperating sealing element to provide and airtight seal, said first end incorporating a first integrated selectively sealed grommet, said grommet defining an opening and sealed with a one way flow directional valve for directing air flow into the pod and said end including a second end incorporating a second integrated selectively sealed grommet defining an opening and sealed with a one way flow directional valve for directing air flow out of the pod, each of said grommet openings having select cross-sectional dimensions; an air blower including an elongated nozzle having a cross-sectional dimension corresponding to that of said grommet openings, said nozzle being insertable into said grommet openings for establishing an airtight seal therewith, said air blower having an air port configured to receive and retain an air filter. said air blower for selectively communicating filtered air with respect to the interior of the pod. 2. The isolation pod of claim 1 where the one way valves are Heimlich valves. 3. The isolation pod of claim 2 where the Heimlich valve disposed at said first end projects into the interior of the pod permitting air delivery into the pod interior and the Heimlich valve disposed at said second end projects exteriorly of the pod for exhausting air from the pod interior. 4. The isolation pod of claim 1 where the air blower selectively injects or exhausts air from said pod. 5. The isolation pod of claim 1 where the air blower has an air intake port and a removable filter sealingly mountable to the air intake port to filter air drawn through the air intake port by the blower. 6. The isolation pod of claim 5 where the air filter is a HEPA filter. 7. The isolation pod of claim 5 where the air filter is an NBC filter. 8. The isolation pod of claim 1 where said sheet color is clear for easy viewing of an isolated patient contained in the pod. 9. The isolation pod of claim 1 where the first and second edges respectively are formed along the sides of said sheet and the edges are hermetically sealable. 10. The isolation pod of claim 1 where said first and second sealing means edges are define a zip lock closure. 11. The isolation pod of claim 1 further including a pod supporting frame formed by flexible rods. 12. The isolation pod of claim 11 further including rod retaining elements disposed at select locations on the exterior of the pod for receiving and retaining the rods to establish the supporting frame. 13. The isolation pod of claim 12 where said retaining elements comprise reinforced pockets and loops. 14. The isolation pod of claim 1 further comprising an integrated patient supporting stretcher. 15. The isolation pod of claim 14 where the stretcher includes apertured bulkheads integrally formed at each end thereof and positioned and dimensioned to cooperate with said first and second grommets for thereon for receiving and supporting the nozzle of said air blower. 16. The isolation pod of claim 1 where the blower is electrically powered and includes a power source. 17. The isolation pod of claim 1 further comprising access gloves including hand and forearm portals integrally formed in said sheet member to facilitate isolated patient care. 18. The method of using the isolation pod according to claim 1 including the step of sealing a patient in the pod. 19. The method of isolating an individual patient from the ambient environment comprising the steps of: determining the status of the patient; placing the patient in a sealable pod; sealably securing a select filter on an air blower; securing the air blower in an aperture selected on the basis of the status of the patient; activating the air blower for unidirectional airflow into, through, and out of the pod; and sealing the patient within the pod. 20. The method according to claim 19 further comprising the step of forming a frame to support the pod during patient isolation therein.