Movable EMF shield, method for facilitating rapid imaging and treatment of patient

1. A radio frequency shield which reversibly transects an electromagnetic frequency enclosure, the shield comprising:

a. a first plurality of panels attached to a first surface of the enclosure, wherein the first plurality is adapted to move through a first arc relative to the first surface, and also a first panel from said first plurality having a first leading edge capable of transecting the first arc;

b. a second plurality of panels attached to a second surface of the enclosure, wherein the second plurality is adapted to move through an arc relative to the second surface of the enclosure, and also a second panel from said second plurality having a second leading edge capable of transecting the second arc so as to oppose the first leading edge; and

c. a means for reversibly attaching the first leading edge to the second leading edge while simultaneously establishing electrical communication between the first and second plurality of panels.

2. The radio frequency shield as recited in claim 1 wherein each of said first and second plurality of panels comprises:

a. a first leaf defining a first door surface and a second door surface, wherein the first leaf and the second leaf are in pivotal communication with the first surface of the enclosure;

b. a second leaf defining a third door surface and fourth door surface, wherein each of said door surfaces are parallel to each other; and

c. a means for facilitating the second leaf to slide relative to the first leaf.

3. The radio frequency shield as recited in claim 2 wherein the means for facilitating the second leaf to slide comprises a channel mounted to a third surface of the enclosure and adapted to receive a peripheral edge of the first leaf and second leaf.

4. The radio frequency shield as recited in claim 3 wherein the third surface comprises a header in which the plurality of panels nests, said header in electrical communication with the enclosure.

5. The radio frequency shield as recited in claim 1 wherein the means for reversibly attaching the first leading edge to the second leading edge comprises:

a. a plurality of jaws mounted to the first opposing end of the first panel;

b. a receiving end adapted to receive the first opposing end, wherein the receiving end is mounted to the second opposing end of the second panel;

c. a cantilevered member in rotatable communication with the second opposing end;

d. a means for simultaneously contacting the jaws to the second panel and extending the cantilevered member so as to establish an EMF shield between the first and second plurality of panels, above the first and second plurality of panels, and below the first and second plurality of panels.

6. A device for establishing electrical communication between a plurality of leaves and a room enclosure, the device comprising:

a. a plurality of jaws mounted to a first opposing end of a first sliding door leaf;

b. a receiving end adapted to receive the first opposing end, wherein the receiving end is mounted to a second opposing end of a second sliding door leaf;

c. a cantilevered member in rotatable communication with the second opposing end; and

d. a means for simultaneously contacting the jaws to the second sliding door leaf and extending the cantilevered member so as to establish an EMF shield between the leaves, above the leaves, and below the leaves.

7. The device as recited in claim 6 wherein the means for simultaneously contacting the jaws and extending the cantilevered member is a pneumatically-actuated bladder.

8. The device as recited in claim 6 wherein a distal edge of the cantilevered member terminates in an electrically-conductive webbing.

9. The device as recited in claim 6 further comprising an electrically conductive strip disposed intermediate each of said jaws and the second sliding door leaf, a proximal end of the strip electrically attached to the first opposing end, and a distal end of the strip in contact with the jaw.