초록 ▼

An exemplary embodiment of a bracket system for supporting a shelf or countertop includes first and second separate elongated bracket members, each having a connection end and a distal end. The connection end of the first bracket member is adapted for removable attachment to the connection end of th

An exemplary embodiment of a bracket system for supporting a shelf or countertop includes first and second separate elongated bracket members, each having a connection end and a distal end. The connection end of the first bracket member is adapted for removable attachment to the connection end of the second bracket member. Each of the first and second elongated bracket members includes fastener members for fixing the first and second bracket members together at the connection ends.

대표청구항 ▼

What is claimed is: 1. A bracket assembly for supporting a shelf, countertop, cabinet or other fixture, comprising: first and second elongated bracket members, the first bracket member having a first end adapted for attachment to a first end of the second bracket member; wherein said first and seco

What is claimed is: 1. A bracket assembly for supporting a shelf, countertop, cabinet or other fixture, comprising: first and second elongated bracket members, the first bracket member having a first end adapted for attachment to a first end of the second bracket member; wherein said first and second bracket members are adapted for pivotal movement about a pivot axis through a range of movement when said first ends are attached at a pivot point by a first set of fastener members; a second set of fastener members adapted to fix the first and second bracket members together at any position within said range of movement to allow for adjustment for out of plumb walls, said second set of fasteners including a male threaded member passed through respective openings defined in said first and second bracket members at spaced locations from said pivot axis and configured to threadingly engage a threaded receptacle to fix the first and second bracket members together, the respective openings including a slotted opening configured to define the range of motion. 2. The bracket assembly of claim 1, wherein said first and second elongated bracket members include identical elongated structural members. 3. The bracket assembly of claim 1, wherein said first bracket member includes an elongated flat portion for positioning against a flat surface, and a plurality of openings formed in the flat portion for passage of a fastener member. 4. The bracket assembly of claim 3, wherein the plurality of openings formed in the flat portion include a first slot opening and a second slot opening, the first slot opening having a longitudinal extent which is transverse to a longitudinal extent of the second slot opening. 5. The bracket assembly of claim 3, wherein said first bracket member further includes opposed wall members joined by said elongated flat portion, the wall member extending transverse to a plane of said flat portion. 6. The bracket assembly of claim 1, wherein the first and second bracket members are fabricated of steel. 7. The bracket assembly of claim 1, further comprising openings formed in each of the elongated bracket members adjacent said first ends to allow passage of cabling and electrical cords. 8. The bracket assembly of claim 1, wherein the first and second elongated bracket members have respective first and second length dimensions which are different from each other. 9. A bracket assembly for supporting a shelf, countertop, cabinet or other fixture, comprising: first and second elongated bracket members, the first bracket member having a first end adapted for attachment to a first end of the second bracket member; wherein said first and second bracket members are adapted for pivotal movement about a pivot axis through a range of movement when said first ends are attached at a pivot point by a first set of fastener members; each of said first and second elongated bracket members including a second set of fastener members for fixing the first and second bracket members together at a pivot position within said range of movement; and wherein the first end of each of said first and second bracket members includes a relieved cleat area to allow close positioning of a cleat member adjacent the first ends when the bracket assembly is in an installed condition. 10. A bracket system, comprising: first and second separate elongated bracket members, each having a connection end and a distal end and a generally U-shaped cross-sectional configuration, the connection ends of the first bracket member adapted for removable attachment to the connection end of the second bracket member; each of said first and second elongated bracket members including fastener members for removably attaching the first and second bracket members together at said connection ends; and wherein the connection end of each of said first and second bracket members includes a relieved cleat area to allow close positioning of a cleat member adjacent the connection ends when the bracket assembly is in an installed condition. 11. The system of claim 10, further comprising openings formed in each of the elongated bracket members adjacent said connection ends to allow passage of cabling and electrical cords. 12. A bracket system, comprising: first and second separate elongated bracket members, each having a connection end and a distal end and a generally U-shaped cross-sectional configuration, the connection end of the first bracket member adapted for attachment to the connection end of the second bracket member; each of said first and second elongated bracket members including fastener members for connecting the first and second bracket members together at said connection ends, said fastener members permitting pivoting movement of the first and second bracket members through an angular range of motion when in a first condition, and fixing the position of the first and second bracket members at any angular position within said range of movement when in a second condition; and wherein said fastener members include at least one threaded nut attached to said first bracket member to receive a threaded fastener member therein, said fastener members including a first set of threaded fasteners passed through a first set of openings in the first and second bracket members defining a pivot axis and a second set of fastener threaded fasteners passed through a second set of openings in the first and second bracket members spaced from the first set of openings, the second set of openings including slotted openings defining the angular range of motion. 13. The bracket assembly of claim 12, wherein the first and second bracket members are fabricated of steel. 14. A method for installing a bracket system, comprising a sequence of the following steps: a. installing a cleat horizontally on a wall; b. vertically installing a first bracket member to the wall, including positioning a transverse edge of the first bracket member in a relieved cleat area of the first bracket member against a bottom surface of the cleat; c. attaching a second bracket member to the vertically installed first bracket member at a pivot point, the second bracket member having a relieved cleat area; d. pivoting the second bracket member to any desired horizontal angular position relative to the first bracket member within a range of movement about said pivot point with at least part of the cleat positioned in the relieved cleat area of the second bracket and fixing the second bracket member to the first bracket member at said desired angular position. 15. The method of claim 14, further comprising: installing a fixture on the second bracket member. 16. The method of claim 14, wherein said vertically installing the first bracket member comprises: using a level or laser sight to position the bracket member vertically; installing screw fasteners through slots in a flat portion of the bracket member into the wall without tightening the fasteners, confirming the vertical orientation by shifting/rotating the bracket member within movement limits established by slot dimensions until a desired vertical orientation is achieved, and then tightening the screw fasteners to secure the bracket member against the wall. 17. A bracket system, comprising: first and second separate elongated bracket members, each having a connection end and a distal end, the connection ends of the first bracket member adapted for removable attachment to the connection end of the second bracket member, each of said first and second bracket members including an elongated flat portion for positioning against a flat surface, and a plurality of openings formed in the flat portion each for passage of a fastener member, and opposed first and second wall portions joined by said elongated flat portion, the first and second wall portions extending transverse to a plane of said flat portion; bracket fastener members for removably attaching the first and second bracket members together at said connection ends, said bracket fastener members permitting pivoting movement of the first and second bracket members through an angular range of motion when in a first condition, and fixing the position of the first and second bracket members at any angular position within said range of movement when in a second condition; said bracket fastener members including a first set of threaded fasteners passed through a first set of openings in the first and second bracket members defining a pivot axis and a second set of fastener threaded fasteners passed through a second set of openings in the first and second bracket members spaced from the first set of openings, the second set of openings including slotted openings defining the angular range of motion. 18. The bracket assembly of claim 17, wherein the bracket fastener members further includes a threaded nut attached to said second bracket member to receive said fastener. 19. A bracket system, comprising: first and second separate elongated bracket members, each having a connection end and a distal end and a generally U-shaped cross-sectional configuration, wherein each of said first and second bracket members includes opposed first and second wall portions joined by an elongated flat portion, the first and second wall portions extending transverse to a plane of said flat portion, the connection end of the first bracket member adapted for removable attachment to the connection end of the second bracket member; each of said first and second wall portions having defined therein at or adjacent said connection end a pivot hole and an opening spaced from said pivot hole, and wherein at least one of the openings in said first and second wall portions defines a slot opening; a plurality of fasteners for attaching the first and second bracket members together at said connection ends, said plurality of fasteners permitting pivoting movement of the first and second bracket members about a pivot axis defined by the pivot holes through an angular range of motion determined by the slot openings when in a first condition, and fixing the position of the first and second bracket members at any angular position within said range of movement when in a second condition; the plurality of fasteners including: a first threaded member and a first threaded receptacle, the first threaded member configured to pass through the aligned pivot holes in adjacent first walls of the first and second bracket members and be engaged in the first threaded receptacle; a second threaded member and a second threaded receptacle, the first threaded member configured to pass through the aligned pivot holes in adjacent second walls of the first and second bracket members and be engaged in the second threaded receptacle; a third threaded member and a third threaded receptacle, the third threaded member configured to pass through the aligned openings in adjacent first walls of the first and second bracket members and be engaged in the third threaded receptacle; a fourth threaded member and a fourth threaded receptacle, the fourth threaded member configured to pass through the aligned openings in adjacent second walls of the first and second bracket members and be engaged in the fourth threaded receptacle, whereby in said second condition said threaded members are threaded into said receptacles to fix the position of the first bracket member relative to the second bracket member. 20. The system of claim 19, wherein said first bracket member is identical to said second bracket member. 21. The system of claim 19, wherein said first bracket member has a length dimension different than a corresponding length dimension of the second bracket member. 22. The system of claim 19, wherein each of the first and second elongated bracket members have a tapered configuration from said connection end to said distal end. 23. The system of claim 19, wherein each elongated flat portion of said bracket members is configured for positioning against a flat surface, and includes one or more openings formed in the flat portion each for passage of a fastener member. 24. The system of claim 23, wherein the plurality of openings include a first slot opening and a second slot opening, the first slot opening having a longitudinal extent which is transverse to a longitudinal extent of the second slot opening. 25. The system of claim 19, wherein the first, second, third and fourth threaded receptacles are attached to surfaces of a corresponding one of the wall portions of the first and second bracket members.