Electromagnetically protected electronic enclosure
Methods and devices for shielding electronic equipment within an enclosure are disclosed. One method includes positioning electronic equipment within an interior volume of a shielding enclosure having an opening providing access to the interior volume, the opening surrounded by an enclosure frame. The method further includes closing a door to the shielding enclosure, thereby closing off the opening, and engaging one or more latches to affix the door in a closed position, the door including a shielding curtain positioned across the opening. The method also includes inflating an inflatable member positioned along a perimeter of the door frame, thereby applying a uniform pressure to the shielding curtain toward the enclosure frame to form a seal therebetween.
1. A door assembly for shielding electronic equipment, the assembly comprising:
a metal frame;
a metal outer wall attached to the metal frame;
a shielding curtain moveably attached to the metal frame; and
a hollow, inflatable member positioned along a perimeter of the metal frame and between the metal frame and the shielding curtain;
a latch adapted for attachment to the metal frame, the latch comprising:
a first mounting plate having a first plurality of hollow cylinders positioned along an edge of the first mounting plate, wherein the first plurality of hollow cylinders each includes a gap in at least a portion of the hollow cylinders;
a second mounting plate having a second plurality of hollow cylinders positioned along an edge of the second mounting plate, the second plurality of hollow cylinders offset from the first plurality of hollow cylinders such that, when the first and second mounting plate are aligned, the first and second plurality of hollow cylinders form a column of alternating hollow cylinders from the first and second pluralities of hollow cylinders;
a latch hinge including a plurality of pins extending from a locking flange and movable between engaged and disengaged positions by sliding the latch hinge in a direction parallel with an axis through the column of alternating hollow cylinders,
wherein in the engaged position, the plurality of pins of the latch hinge are at least partially positioned within hollow cylinders of the first and second pluralities of hollow cylinders and a portion of the latch hinge connecting the plurality of pins to the locking flange extends through the gap in each of the first hollow cylinders; and
wherein in the disengaged position, the plurality of pins of the latch hinge are positioned within the first plurality of hollow cylinders.
2. The assembly of claim 1 , wherein the assembly is configured to be secured to a shielding enclosure.
3. The assembly of claim 1 , wherein the shielding curtain is smooth and substantially planar.
4. The assembly of claim 1 , wherein the shielding curtain is formed from flexible steel.
5. The assembly of claim 1 , wherein the inflatable member is formed from an elastic material.
6. The assembly of claim 1 , wherein the inflatable member is configured to exert substantially uniform pressure on the shielding curtain.