Hyperbaric apparatus with storage compartment
A hyperbaric apparatus with storage compartment is provided comprising a chamber for housing a patient and administration of hyperbaric therapy, a moveable patient support platform for receiving the patient and for transferring the patient into and/or out of the chamber, and a base comprising a storage compartment for stowing a patient transport device. The storage compartment conveniently stows the patient transport device, excluding it from the space surrounding the hyperbaric chamber, thereby freeing-up floor space surrounding the hyperbaric treatment area, while keeping the transport device close-at-hand for removal of the patient upon the conclusion of hyperbaric treatment.
1. A hyperbaric apparatus, comprising:
a hyperbaric chamber configured to provide an increase in pressure in a range of two to three atmospheres (ATA) in an environment of up to 100% oxygen, the hyperbaric chamber comprising: (i) a patient-support platform configured to permit a patient to be placed thereon in a horizontal position, and (ii) a base comprising a storage compartment, wherein the storage compartment is configured to store a patient-transport device,
wherein the patient-transport device includes a rail system configured to engage the patient-support platform adapted to support a patient in a horizontal position and a wheeled carriage, adapted to allow the patient-transport device to be moved to different locations;
wherein the wheeled carriage comprises wheels and a frame adapted to raise and lower the patient-support platform;
wherein the storage compartment comprises an inverted, generally U-shaped hollow cavity having no bottom portion and having dimensions so as to permit entry and exit, of the patient-transport device when the frame is in a lowered position and configured to receive and straddle the patient transport device so as to provide unobstructed-wheeled movement of the patient-transport device so that the patient transport device may be wheeled into and out of the hollow cavity;
and wherein the patient-support platform comprises a rail system configured to mate with the rail system on the patient transport device, thereby allowing the patient support-platform to engage/disengage between the patient transport device and the hyperbaric chamber.
2. A method of transporting a patient to a hyperbaric apparatus, comprising:
providing a hyperbaric chamber comprising a patient-support platform configured to permit a patient to be placed thereon in a horizontal position and a base comprising a storage compartment, wherein the storage compartment comprises an inverted, generally U-shaped hollow cavity having no bottom portion and having dimensions so as to receive and straddle a patient-transport device, wherein the patient transport device comprises a rail system configured to engage the patient-support platform adapted to support a patient in a horizontal position and a wheeled carriage, the wheeled carriage comprising wheels and a frame adapted to raise and lower the patient-support platform and to allow the patient-transport device to be moved to different locations, so as to provide unobstructed-wheeled movement of the patient transport device so that the patient transport device may be wheeled into and out of the hollow cavity when the frame is in a lowered position, and to store the patient transport device therein;
transferring a patient from the patient-transport device to lay on top of the patient-support platform of the hyperbaric chamber; wherein the patient-support platform of the hyperbaric chamber comprises a rail system configured to mate with the rail system on the patient transport device, wherein transferring the patient includes moving the patient from the patient transport device to the hyperbaric chamber by engaging the rail systems of the hyperbaric chamber and patient transport device; glowering frame of the patient transfer device; wheeling the patient supporting device into the storage compartment; and storing the patient supporting device in the storage compartment for a period of time.
3. The method of claim 2 , wherein the hyperbaric chamber is configured to provide an increase in pressure in a range of two to three atmospheres (ATA) in an environment of up to 100% oxygen.