Truss anchor and truss assembly used for reinforcing gate
A truss anchor and a truss assembly used with a gate for reinforcing the gate are provided. The truss anchor has a flange defining a first opening, a base opposite to the flange for defining a second opening and a continuous wall extending between the flange and the base. The continuous wall and the base collectively define an open space which is accessible through the first opening. The truss assembly has two of the truss anchors and a rod extending between the truss anchors. The rod has two opposite ends, each end being insertable into the open space of the truss anchor through the second opening. A locking member is used for locking each end and a respective truss anchor. Upon locking the end of the rod and the truss anchor, the flange of the truss anchor abuts against an external surface of the gate and the rod is preloaded with tension.
1. A combination of a truss assembly and a gate,
the gate comprising a first member and a second member, wherein the first member and the second member are angularly connected to each other through an interface,
the truss assembly comprising:
a first truss anchor and a second truss anchor, each truss anchor comprising:
a flange defining a first opening;
a base opposite to the flange, the base defining a second opening; and
a continuous wall extending between the flange and the base, the continuous wall and the base collectively defining an open space which is accessible through the first opening,
a rod extending through the interface of the gate between the first truss anchor and the second truss anchor, the rod comprising:
a first end inserted into the open space of the first truss anchor through the second opening of the first truss anchor; and
a second end inserted into the open space of the second truss anchor through the second opening of the second truss anchor,
a first locking member provided in the open space of the first truss anchor for engaging the first end of the rod to lock the first end of the rod to the first truss anchor, and
a second locking member provided in the open space of the second truss anchor for engaging the second end of the rod to lock the second end of the rod to the second truss anchor,
wherein the continuous wall and the base of the first truss anchor are inserted into a cavity of the first member of the gate and the continuous wall and the base of the second truss anchor are inserted into a cavity of the second member of the gate, and
wherein, upon locking the first end of the rod to the first truss anchor and locking the second end of the rod to the second truss anchor, the rod is preloaded with tension, the flange of the first truss anchor abuts against an external surface of the first member of the gate associated with the first cavity, and the flange of the second truss anchor abuts against an external surface of the second member of the gate associated with the second cavity.
2. The combination according to claim 1 , wherein the first end and the second end of the rod each comprise external threads and the first locking member and the second locking member each comprise a locknut having internal threads, wherein the internal threads mate with the external threads.
3. The combination according to claim 1 , wherein the flange and the base of the first truss anchor are substantially circular and the flange and the base of the second truss anchor are substantially circular.
4. The combination according to claim 1 , wherein the continuous wall of the first truss anchor is substantially cylindrical and the continuous wall of the second truss anchor is substantially cylindrical.
5. The combination according to claim 1 , wherein the second opening of the first truss anchor is smaller than the first opening of the first truss anchor and the second opening of the second truss anchor is smaller than the first opening of the second truss anchor.
6. The combination according to claim 1 , wherein the flange and the base are substantially parallel to each other.
7. The combination according to claim 1 , wherein the flange and the base are angularly disposed with respect to each other.