Masonry anchor
View Patent ↗A device is described for anchoring and inner wythe in a cavity wall to an outer wythe in order to secure and maintain the position of the inner wythe relative to the outer wythe, the device including a masonry reinforcement retained within the mortar joint of the inner wythe and a plurality of spaced apart brackets attached to the masonry reinforcement, the brackets being formed from a piece of rod stock with terminal end, where at least one eye formed as a turn of the rod stock is disposed between the terminal ends.
1. A masonry anchor for connecting an inner and outer wythe of a cavity wall, comprising:
a masonry reinforcement adapted for placement within the inner wythe; and
a plurality of brackets connected to and extending laterally outwardly from the masonry reinforcement, wherein each bracket in the plurality of brackets comprises a single piece of rod stock with two terminal ends, wherein at least one eye formed as a turn of the rod stock is disposed between the terminal ends, wherein the at least one eye is fully closed by spiraling of the rod stock, wherein the eye is adapted to receive a fastening member therein, and wherein each bracket in the plurality of brackets is connected to the masonry reinforcement at the two terminal ends.
2. The masonry anchor of claim 1 , wherein the masonry reinforcement comprises an inboard and outboard elongated arm and a plurality of transverse members.
3. The masonry anchor of claim 2 , wherein the transverse members are orthogonal to the inboard and outboard elongated arms.
4. The masonry anchor of claim 2 , wherein the plurality of brackets is spaced apart and connected to the masonry reinforcement generally at a node formed at a junction of the inboard elongated arm and the transverse members.
5. The masonry anchor of claim 1 , wherein the brackets are connected to the masonry reinforcement by welding.
6. The masonry anchor of claim 1 , wherein the masonry reinforcement and the brackets are formed from a metal.
7. The masonry anchor of claim 1 , wherein each bracket in the plurality of brackets further comprises two legs, each leg corresponding to one of the terminal ends, wherein each leg is disposed between its corresponding terminal end and the at least one eye.
8. The masonry anchor of claim 1 , wherein each bracket in the plurality of brackets further comprises two legs and two corresponding eyes, wherein each leg is disposed between its corresponding eye and one of the terminal ends.
9. The masonry anchor of claim 8 , wherein each leg is aligned with a center of the leg's corresponding eye.
10. The masonry anchor of claim 8 , wherein each leg is perpendicular to the inboard elongated arm.
11. A method of anchoring together an inner and outer wythe of a cavity wall, comprising:
positioning a masonry anchor on a mortar joint of the inner wythe, the masonry anchor comprising:
a masonry reinforcement comprising:
an inboard elongated arm;
an outboard elongated arm; and
a series of transverse members connecting the inboard and outboard arms; and
a plurality of brackets welded to and extending laterally outwardly from the inboard arm of the masonry reinforcement, wherein each bracket in the plurality of brackets comprises a single piece of rod stock with two terminal ends, wherein at least one eye formed as a turn of the rod stock is disposed between the terminal ends, wherein the at least one eye is fully closed by spiraling of the rod stock, wherein the eye is adapted to receive a fastening member therein, and wherein each bracket in the plurality of brackets is connected to the masonry reinforcement at the two terminal ends;
positioning a plurality of fastening members on a mortar joint of the outer wythe, such that the plurality of fastening members are aligned with the eyes of the plurality of brackets; and
engaging the fastening members with the eyes.
12. The method of claim 11 , further comprising:
affixing the masonry anchor within the mortar joint of the inner wythe; and
affixing the fastening members within the mortar joint of the outer wythe.
13. The method of claim 11 , wherein the plurality of brackets is spaced apart and connected to the masonry reinforcement generally at a node formed at a junction of the inboard elongated arm and the transverse members.
14. The method of claim 11 , wherein each bracket in the plurality of brackets further comprises two legs, each leg corresponding to one of the terminal ends, wherein each leg is disposed between its corresponding terminal end and the at least one eye.
15. The method of claim 11 , wherein each bracket in the plurality of brackets further comprises two legs and two corresponding eyes, wherein each leg is disposed between its corresponding eye and one of the terminal ends.
16. The method of claim 15 , wherein each leg is aligned with a center of the leg's corresponding eye.
17. The method of claim 15 , wherein each leg is perpendicular to the inboard elongated arm.