A gate latch includes a bracket that has flanges with a plurality of holes for receiving fasteners that enable the bracket to be mounted to a bracket mounting surface. The bracket has a raised portion joined with the flanges and cooperates with the bracket mounting surface to define a space therebetween. The latch also includes a latch arm having an end portion thereof pivotally joined with the raised portion and capable of limited pivotal movement relative to the bracket. The latch arm is received in the space between the raised portion and the mounting surface when the bracket is secured to the mounting surface. The latch further includes a catch to be mounted to a catch mounting surface adjacent to the bracket and the latch arm. The catch includes a latch arm receiving region and a movable lock.
1. A gate latch comprising:
a bracket having flanges with a plurality of holes for receiving fasteners that enable the bracket to be mounted to a bracket mounting surface, said bracket further having a raised portion joined with said flanges and constructed and arranged to cooperate with said bracket mounting surface to define a space therebetween;
a latch arm having an end portion thereof pivotally joined with said raised portion and capable of limited pivotal movement relative to said bracket about an axis substantially perpendicular to said bracket mounting surface, said latch arm constructed and arranged to be received in said space between said raised portion and said mounting surface when said bracket is secured to said mounting surface, wherein said bracket and said latch arm are pivotally joined with a protrusion and a hole that receives the protrusion so that the end portion of the latch arm is fully supported by the bracket, the protrusion integrally formed on one of the latch arm and the raised portion of the bracket and the hole integrally formed on the other of the latch arm and the raised portion of the bracket; and
a catch constructed and arranged to be mounted to a catch mounting surface adjacent to said bracket and said latch arm, said catch comprising a latch arm receiving region and a movable lock, said receiving region being constructed and arranged to receive said latch arm, and said lock being constructed and arranged to releasably retain the latch arm in said receiving region.
2. A gate latch according to claim 1 , wherein said raised portion of said bracket comprises the hole and said latch arm comprises the protrusion.
3. A gate latch according to claim 2 , wherein said raised portion of said bracket further comprises a second hole that is configured to receive the protrusion and located to allow the gate latch to be mounted in both a left-handed and a right-handed configuration.
4. A gate latch according to claim 1 , wherein said raised portion of said bracket comprises the protrusion and said latch arm comprises the hole.
5. A gate latch according to claim 4 , wherein said raised portion of said bracket further comprises a second protrusion that is located to allow the gate latch to be mounted in both a left-handed and a right-handed configuration.
6. A gate latch according to claim 1 , wherein the pivotal movement of said latch arm relative to said bracket is limited by the flanges when said bracket is mounted to the bracket mounting surface.
7. A gate latch according to claim 1 , wherein the pivotal movement allows for a predetermined amount of misalignment of the bracket relative to the catch.
8. A gate latch according to claim 1 , wherein the bracket is made from a single sheet of metal that has been bent to define the flanges and the raised portion.
9. A method for mounting a gate latch, the gate latch comprising a bracket, a latch arm, and a catch, the method comprising:
pivotally joining the latch arm and the bracket by inserting a protrusion integrally formed on one of the latch arm and the bracket into a hole integrally formed on the other of the latch arm and bracket so that the latch arm is fully supported by the bracket;
mounting the bracket on a bracket mounting surface so that the latch, arm is held within a latch arm receiving space defined by the bracket and the bracket mounting surface so that the latch arm pivots about an axis substantially perpendicular to the bracket mounting surface; and
mounting the catch onto a catch mounting surface,
wherein the catch and the bracket are positioned on their respective mounting surfaces such that when the gate is moved to a closed position, the catch receives the latch arm and locks the latch arm thereto to securely hold the gate in the closed position.
10. A method according to claim 9 , wherein the protrusion is located on the latch arm and the hole is located on the bracket.
11. A method according to claim 9 , wherein the protrusion is located on the bracket and the hole is located on the latch arm.
12. A method according to claim 9 , wherein the latch arm is held within the latch arm receiving space such that the latch arm is able to pivot with respect to the bracket after the bracket has been mounted to the bracket mounting surface.