Mounting assembly
View Patent ↗A mounting assembly for mounting a fixture such as a loudspeaker speaker in-wall or in-ceiling includes a bracket assembly to mechanically couple wall or ceiling and speaker to the supporting studs or joists on both sides of the hole in which the loudspeaker will be mounted. The bracket assembly may comprise two halves, each of which includes a bracket plate, a left bracket slider and a right bracket slider, and associated fasteners. Each half of the bracket is sized so that it will pass easily through the opening made in the partition for receiving the loudspeaker. Once inside the partition, the two bracket sliders expand to reach the nearby studs or joists where they are coupled to the studs or joists using fasteners such as screws. Once the bracket sliders are attached, they are secured to the bracket plate with fasteners such as thumbscrews, thereby making a rigid structure. This is repeated for the other half of the bracket assembly. The loudspeaker is then inserted into the hole and secured using the clamping dog fixtures integral to the loudspeaker. These clamps sandwich the loudspeaker frame, partition and bracket assembly into one rigid structure.
1. A mounting assembly for mounting a device in a partition comprising:
a first bracket assembly including,
a first bracket plate adapted to be mounted against an interior surface of the partition;
a first sliding bracket coupled to said first bracket plate and adapted to be coupled to a first member supporting the partition; and
a second sliding bracket coupled to said first bracket plate and adapted to be coupled to a second member supporting the partition; and
a second bracket assembly including,
a second bracket plate adapted to be mounted against the interior surface of the partition;
a third sliding bracket coupled to said second bracket plate and adapted to be coupled to the first member supporting the partition; and
a fourth sliding bracket coupled to said second bracket plate and adapted to be coupled to the second member supporting the partition.
2. The mounting assembly of claim 1 , further comprising a fastener for coupling together said first bracket plate, said first sliding bracket, and said second sliding bracket.
3. The mounting assembly of claim 2 , wherein said fastener comprises a threaded stud extending from said first bracket plate, said stud extending through a first slot in said first sliding bracket and a second slot in said second sliding bracket, and a nut adapted to be inserted onto said threaded stud for tightening.
4. The mounting assembly of claim 1 , wherein said first sliding bracket and said second sliding bracket are adapted for sliding movement relative to each other and relative to said bracket plate.
5. The mounting assembly of claim 1 , wherein said first bracket plate includes a lip for engaging a hole in the partition.
6. The mounting assembly of claim 1 , further comprising
a first fastener for coupling together said first bracket plate, said first sliding bracket, and said second sliding bracket of said first bracket assembly; and
a second fastener for coupling together said second bracket plate, said third sliding bracket, and said fourth sliding bracket of said second bracket assembly.
7. The mounting assembly of claim 6 , wherein said first fastener comprises a first threaded stud extending from said first bracket plate, said first threaded stud extending through a first slot in said first sliding bracket and a second slot in said second sliding bracket, and a first nut adapted to be inserted onto said first threaded stud for tightening, and wherein said second fastener comprises a second threaded stud extending from said second bracket plate, said second threaded stud extending through a third slot in said third sliding bracket and a fourth slot in said fourth sliding bracket, and a second nut adapted to be inserted onto said second threaded stud for tightening.
8. A mounting system comprising:
a first bracket assembly including,
a first bracket plate adapted to be mounted against an interior surface of a partition;
a first sliding bracket coupled to said first bracket plate and adapted to be coupled to a first member supporting the partition; and
a second sliding bracket coupled to said first bracket plate and adapted to be coupled to a second member supporting the partition;
a second bracket assembly including,
a second bracket plate adapted to be mounted against the interior surface of the partition;
a third sliding bracket coupled to said second bracket plate and adapted to be coupled to the first member supporting the partition; and
a fourth sliding bracket coupled to said second bracket plate and adapted to be coupled to the second member supporting the partition; and
a loudspeaker including a lip and a clamp, wherein said loudspeaker is adapted to be inserted into a hole in the partition such that said first bracket assembly and the partition are sandwiched between said clamp and said lip.
9. The system of claim 8 , wherein said loudspeaker includes a plurality of clamps, wherein said loudspeaker is adapted to be inserted in the hole the partition such that said first bracket assembly and the partition are sandwiched between at least one of said clamps and said lip and said second bracket assembly and the partition are sandwiched between at least one of said clamps and said lip.
10. The system of claim 8 , wherein the partition is a ceiling.
11. The system of claim 8 , wherein the partition is a wall.
12. The system of claim 8 , further comprising:
a first fastener for coupling together said first bracket plate, said first sliding bracket, and said second sliding bracket; and
a second fastener for coupling together said second bracket plate, said third sliding bracket, and said fourth sliding bracket.
13. The system of claim 12 , wherein said first fastener comprises a first threaded stud extending from said first bracket plate, said first threaded stud extending through a first slot in said first sliding bracket and a second slot in said second sliding bracket, and a first nut adapted to be inserted onto said first threaded stud for tightening, and wherein said second fastener comprises a second threaded stud extending from said second bracket plate, said second threaded stud extending through a third slot in said third sliding bracket and a fourth slot in said fourth sliding bracket, and a second nut adapted to be inserted onto said second threaded stud for tightening.
14. The system of claim 8 , wherein said first bracket plate includes a first lip for engaging the hole in the partition and said second bracket plate includes a second lip for engaging the hole in the partition.
15. A method of mounting a loudspeaker in a partition, comprising the steps of:
inserting a first bracket assembly into a hole in the partition, the first bracket assembly including a first bracket plate, a first sliding bracket coupled to the first bracket plate, and a second sliding bracket coupled to the first bracket plate;
coupling the first sliding bracket to a first member supporting the partition;
coupling the second sliding bracket to a second member supporting the partition;
inserting a second bracket assembly into the hole in the partition, the second bracket assembly including a second bracket plate, a third sliding bracket coupled to the second bracket plate, and a fourth sliding bracket coupled to the second bracket plate;
coupling the third sliding bracket to the first member;
coupling the fourth sliding bracket to the second member;
inserting the loudspeaker into the hole, wherein the loudspeaker includes a lip and a clamp;
clamping the bracket assembly and the partition between the clamp and the lip.
16. The method of claim 15 , wherein the clamp comprises a plurality of mounting dogs, and wherein the step of clamping the bracket assembly comprises extending the mounting dogs from a position substantially parallel to an exterior surface of the loudspeaker to a position substantially perpendicular to the exterior surface, and moving the mounting dogs towards the lip to sandwich the bracket assembly and the partition between the mounting dogs and the lip.
17. The method of claim 15 , wherein a diameter of the hole is smaller than a diameter of the loudspeaker at the lip.
18. The method of claim 15 , wherein the first bracket plate and the second bracket plate are installed flush against an interior surface of the partition, and wherein the first bracket plate and the second bracket plate each include a lip for engaging the hole in the partition.
19. The method of claim 15 , wherein the first bracket assembly further includes a first fastener for coupling together the first bracket plate, the first sliding bracket, and the second sliding bracket; and
wherein the second bracket assembly further includes a second fastener for coupling together said second bracket plate, said third sliding bracket, and said fourth sliding bracket.
20. The method of claim 19 , wherein the first fastener comprises a first threaded stud extending from the first bracket plate, the first threaded stud extending through a first slot in the first sliding bracket and a second slot in the second sliding bracket, and a first nut adapted to be inserted onto the first threaded stud for tightening, and wherein the second fastener comprises a second threaded stud extending from the second bracket plate, the second threaded stud extending through a third slot in the third sliding bracket and a fourth slot in the fourth sliding bracket, and a second nut adapted to be inserted onto the second threaded stud for tightening.