Window pocket accommodating pass-through plate on electromagnetically shielded enclosure
View Patent ↗A window in an electromagnetic shielded fabric side wall has a pocket. The electromagnetic shielded fabric side wall is in an electromagnetic shielded enclosure with a floor. An opening has an inner perimeter and an outer perimeter. An inner perimeter and an outer perimeter of the opening in the side wall each has electromagnetic shielded fabric lined with at least one outer row of magnets. A conductive ferrous pass-through plate fits in the opening between the inner rows of magnets and the outer rows of magnets and is magnetically attracted to the inner rows of magnets and the outer rows of magnets. The opening is adjacent to the floor at a bottom of the electromagnetic shielded enclosure. The inner row and the outer row of magnets can be one or two or more rows aligned or staggered. A fold-over top flap is lined with a top row of magnets.
1 . A window pocket in an electromagnetic shielded enclosure, the window pocket comprising:
an electromagnetic shielded enclosure comprising at least one electromagnetic shielded fabric side wall and a floor; and
an opening in the electromagnetic shielded fabric side wall, wherein the opening comprises
an inner perimeter of the opening in the electromagnetic shielded fabric side wall comprises an electromagnetic shielded fabric lined with at least one inner row of magnets around the opening;
an outer perimeter of the opening in the electromagnetic shielded fabric side wall comprises an electromagnetic shielded fabric lined with at least one outer row of magnets around the opening; and
a pass-through plate configured to fit in the opening between the inner rows of magnets and the outer rows of magnets, wherein the pass-through plate comprises a conductive ferrous material magnetically attracted to the inner rows of magnets and the outer rows of magnets.
2 . A window pocket in an electromagnetic shielded enclosure according to claim 1 , wherein the opening is adjacent to the floor at a bottom of the electromagnetic shielded enclosure.
3 . A window pocket in an electromagnetic shielded enclosure according to claim 1 , wherein at least one inner row of the at least one inner row of magnets is staggered with respect to at least one outer row of the at least one outer row of magnets.
4 . A window pocket in an electromagnetic shielded enclosure according to claim 3 , wherein the inner perimeter is lined with at least two inner rows of magnets around the opening.
5 . A window pocket in an electromagnetic shielded enclosure according to claim 4 , wherein the outer perimeter is lined with at least two outer rows of magnets around the opening.
6 . A window pocket in an electromagnetic shielded enclosure according to claim 5 , wherein all of the inner rows of magnets are aligned with respect to all of the outer rows of magnets.
7 . A window pocket in an electromagnetic shielded enclosure according to claim 5 , wherein all of the inner rows of magnets are staggered with respect to all of the outer rows of magnets.
8 . A window pocket in an electromagnetic shielded enclosure according to claim 5 , wherein all of the inner rows of magnets are staggered with respect to all of the outer rows of magnets.
9 . A window pocket in an electromagnetic shielded enclosure according to claim 4 , wherein all of the inner rows of magnets are staggered with respect to all of the outer rows of magnets.
10 . A window pocket in an electromagnetic shielded enclosure according to claim 4 , wherein one inner row of the at least one inner row of magnets is aligned with one outer row of the at least one outer row of magnets.
11 . A window pocket in an electromagnetic shielded enclosure according to claim 1 , further comprises a fold-over top flap at a perimeter of the opening to seal the pass-through plate in the opening.
12 . A window pocket in an electromagnetic shielded enclosure according to claim 11 , wherein the fold-over top flap is lined with at least one top row of magnets.
13 . A window pocket in an electromagnetic shielded enclosure according to claim 1 , wherein the pass-through plate comprises pass-through orifices.
14 . A window pocket in an electromagnetic shielded enclosure according to claim 1 , wherein the electromagnetic shielded enclosure comprises a zipper door.