A folding dividing screen structure has at least two screen panels, a plurality of sealing covers, at least one connecting member with a respective vertical through channel on opposite sides of the connecting member, and at least two vertical strips. Each screen panel is secured in an outer frame, the connecting member pivotally connected with the two screen panels via the two vertical strips.

A partition assembly includes partitions hingedly connected in series. The partitions include a frame with a spaced upright member, a mounting assembly, and upper and lower cross members connecting the upright members. One or both cross members include power and/or data ports. Panels disposed on either side of the frame are movable between upper and lower positions, providing access to the ports. Upper and lower hinge assemblies connect the partitions. The hinge assemblies include gear arms fixed to the upright members with gear heads extending away from the partition that engage the gear head of an adjacent partition. The upright members include aligned apertures defining ports providing a cable passageway from the interior of adjacent partitions. End foot assemblies extend from the ends of the partition assembly and interior foot assemblies extends from between the geared connections of the partitions.

The present disclosure provides a partition system comprising at least one pivot joint, each at least one pivot joint comprising: two pivot structures having partial circular cross-sections centered on a pivot axis, each pivot structure for engaging with a wall panel and permitting an engaged wall panel to pivot about the pivot axis; a linking structure extending between and joining the two pivot structures; and a stop member extending outwardly from a proximal end at the linking structure to a distal end spaced apart from the linking structure, the stop member limiting the range within which wall panels engaged with the pivot structures can pivot about the pivot axis, the partition system further comprising a plurality of wall panels, each of said wall panels comprising a pair of parallel tabs extending substantially perpendicularly from at least one end face of the wall panel, at least one of said parallel tabs having an end flange extending inwardly toward the other of said tabs, the end flange being adapted to engage one of the pivot structures of the at least one pivot joint, each of the plurality of wall panels being pivotally connected to the at least one pivot joint.

A partition assembly includes partitions hingedly connected in series. The partitions include a frame with a spaced upright member, a mounting assembly, and upper and lower cross members connecting the upright members. One or both cross members include power and/or data ports. Panels disposed on either side of the frame are movable between upper and lower positions, providing access to the ports. Upper and lower hinge assemblies connect the partitions. The hinge assemblies include gear arms fixed to the upright members with gear heads extending away from the partition that engage the gear head of an adjacent partition. The upright members include aligned apertures defining ports providing a cable passageway from the interior of adjacent partitions. End foot assemblies extend from the ends of the partition assembly and interior foot assemblies extends from between the geared connections of the partitions.

A deflection system is configured to deflect munitions fired at a room. The deflection system includes a first panel, rotationally attached to a first jamb. A second panel is attached to the first jam and further rotationally attached to a second jamb. A third panel is attached to the second jamb, and further rotationally attached to a fourth panel. A third jamb is attached to the fourth panel and further rotationally attached to a fifth panel. A fourth jamb is attached to the fifth panel, and further rotationally attached to a sixth panel. Attaching the third panel to a door frame near the room enables a user to rotate the fourth panel, the fifth panel and the sixth panel to deflect the munitions fired at the room.

A folding dividing screen structure has at least two screen panels, a plurality of sealing covers, at least one connecting member with a respective vertical through channel on opposite sides of the connecting member, and at least two vertical strips. Each screen panel is secured in an outer frame, the connecting member pivotally connected with the two screen panels via the two vertical strips.

A partition system has at least one pivot joint, each pivot joint having two pivot structures with partial circular cross-sections centered on a pivot axis. Each pivot structure engages with one of a plurality of wall panels and permits the engaged wall panel to pivot about the pivot axis. A linking structure extends between and joins the two pivot structures. A stop member extends outwardly from the linking structure to limit a range within which the wall panels can pivot about the pivot axis. Each of the wall panels has a pair of parallel tabs extending substantially perpendicularly from at least one end face of the wall panel. At least one parallel tab has an end flange extending inwardly toward the second tab. The end flange snap fit onto one of the pivot structures. Each of the wall panels is pivotally connected to the at least one pivot joint.