Architectural mesh forced entry system
View Patent ↗A forced entry system for a framed opening including a bracket assembly secured to the framed opening; a mounting tube including a saddle, the saddle being secured to the bracket assembly; and a mesh panel secured by the mounting tube to cover the framed opening.
1. A forced entry system for a framed opening comprising:
at least one bracket assembly configured to be secured to the framed opening, said bracket assembly comprising an angle bracket, the angle bracket having a base plate and an angled portion, the base plate defining a bracket longitudinal axis and the angled portion extending in a direction substantially orthogonal to the base plate;
a mounting tube defining a tube longitudinal axis and including a saddle, said saddle being permanently secured to the mounting tube, said saddle being positioned by at least one guide rod of said bracket assembly, and said saddle being secured to said bracket assembly by a tension screw, the tension screw extending in a direction substantially parallel to the angled portion of said bracket assembly, the guide rod extending in a direction substantially parallel to the tension screw;
a tension screw extending through said base plate and said saddle, the tension screw securing said saddle to said base plate; and
a mesh panel secured by the mounting tube to cover the framed opening;
wherein the bracket longitudinal axis is parallel to the tube longitudinal axis.
2. The forced entry system of claim 1 , wherein said base plate is secured to the framed opening with anchors or bolts.
3. The forced entry system of claim 1 , wherein said mounting tube comprises a plurality of apertures for receiving said mesh panel.
4. The forced entry system of claim 1 , wherein said saddle is welded to said mounting tube.
5. The forced entry system of claim 1 , wherein said mesh panel comprises a mesh fabric.
6. The forced entry system of claim 1 , wherein said mesh fabric comprises a plurality of helically wound spiral wire and a plurality of connector rods interconnecting the helically wound spiral wires.
7. The forced entry system of claim 1 , wherein said saddle is orthogonal to both the angled portion and the base plate of the angle bracket.
8. A blast mitigation system for a framed opening comprising:
at least one bracket assembly secured to the framed opening;
a mounting tube defining a tube longitudinal axis and including a saddle, said saddle being permanently secured to the mounting tube, said saddle being positioned by at least one guide rod of said bracket assembly, and said saddle being secured to said bracket assembly by a tension screw; and
a mesh panel secured by the mounting tube to cover the framed opening;
wherein said at least one bracket assembly comprises an angled base plate with a base portion and an angled portion, the base portion defining a bracket longitudinal axis and the angled portion extending in a direction orthogonal to the base portion, the tension screw and the guide rod extending in a direction parallel to the angled portion of said bracket assembly, the bracket longitudinal axis being parallel to the tube longitudinal axis;
wherein said base plate is secured to the framed opening with anchors or bolts; and
wherein said mounting tube comprises a plurality of apertures for receiving said mesh panel.
9. The blast mitigation system of claim 8 , wherein said saddle is orthogonal to both the angled portion and the base portion of the angle bracket.