Flat pack shelf and bracket system
The present disclosure provides a shelf and bracket system that comprises a shelf and a bracket assembly. In various embodiments, the bracket assembly comprises a main bracket bar, a plurality of support arms, and hardware for attaching each of the plurality of support arms to the main bracket bar. In addition, in various embodiments, each support arm is disposed adjacent a respective end of the main bracket bar and the respective first hardware for the support arm is configured such that, when disengaged, the support arm is configured to rotate between a shelf support position and a folded storage position so that when each of the plurality of support arms are in the folded storage position, the bracket assembly is substantially flat.
1. A shelf and bracket system comprising:
a shelf; and
a bracket assembly that comprises:
a main bracket bar,
a plurality of support arms,
first hardware for attaching each of the plurality of support arms to the main bracket bar,
second hardware for attaching the shelf to each of the plurality of support arms, and
third hardware for attaching the main bracket bar to a vertical support surface, wherein each support arm is disposed adjacent a respective end of the main bracket bar and the respective first hardware for the support arm is configured such that, when disengaged, the support arm is configured to rotate between a shelf support position and a folded storage position so that when each of the plurality of support arms are in the folded storage position, the bracket assembly is substantially flat, wherein the first hardware for the support arm is configured such that, when engaged, the support arm is coupled to the main bracket bar, and the first hardware is slidably disposed in an elongated coupling mechanism support cutout disposed laterally along a width of the main bracket bar.
2. The shelf and bracket system of claim 1 , wherein each of the plurality of support arms is configured to direct at least a portion of a weight of the shelf into the vertical support surface when the plurality of support arms are in the shelf support position.
3. The shelf and bracket system of claim 1 , wherein each of the plurality of support arms is configured to put weight onto the main bracket bar while minimizing shear force on the first hardware when the plurality of support arms are in the shelf support position.
4. The shelf and bracket system of claim 1 , wherein the first hardware is substantially spool-shaped.
5. The shelf and bracket system of claim 1 , wherein each of the plurality of support arms comprises a recess at the respective end of the support arm to maintain the support arm in a substantially perpendicular orientation relative to the main bracket bar when the first hardware is engaged with one or more outside surfaces of the main bracket bar to attach the support arm to the main bracket bar.
6. The shelf and bracket system of claim 1 , wherein the support arm is configured to slide laterally along a length of the elongated coupling mechanism support cutout.
7. The shelf and bracket system of claim 1 , wherein the main bracket bar defines a routed cutout disposed adjacent an outer end of the elongated coupling mechanism support cutout.
8. The shelf and bracket system of claim 7 , wherein the first hardware is configured to disengage when the first hardware is disposed within the routed cutout such that the support arm can rotate with respect to the main bracket bar about the first hardware.
9. The shelf and bracket system of claim 8 , wherein the routed cutout is defined by a curved line that extends between a first point adjacent an end of the elongated coupling mechanism support cutout and a second point that is centrally disposed between a main bracket bar top surface and a main bracket bar bottom surface.
10. The shelf and bracket system of claim 9 , wherein the routed cutout defines a ledge configured to engage a flange of the first hardware when the first hardware is disposed in the routed cutout.
11. A shelf and bracket system comprising:
a shelf; and
a bracket assembly that comprises:
a main bracket bar,
a plurality of support arms, and
respective first hardware for attaching each of the plurality of support arms to the main bracket bar, wherein each support arm is disposed adjacent a respective end of the main bracket bar and the respective first hardware for the support arm is configured such that, when disengaged, the support arm is configured to rotate between a shelf support position and a folded storage position so that when each of the plurality of support arms are in the folded storage position, the bracket assembly is substantially flat, wherein the first hardware for the support arm is configured such that, when engaged, the support arm is coupled to the main bracket bar, and the first hardware is slidably disposed in an elongated coupling mechanism support cutout disposed laterally along a width of the main bracket bar.
12. The shelf and bracket system of claim 11 , wherein each respective first hardware comprises a cylinder having a first flange disposed on a first end of the cylinder and a second flange disposed on a second end of the cylinder.
13. The shelf and bracket system of claim 12 , wherein the first flange is configured to engage the main bracket bar and the second flange is configured to engage a particular support arm of the plurality of support arms to maintain the main bracket bar adjacent the particular support arm.
14. The shelf and bracket system of claim 11 , wherein each of the plurality of support arms comprises a recess at the respective end of the support arm to maintain the support arm in a substantially perpendicular orientation relative to the main bracket bar when the respective first hardware is engaged with one or more outside surfaces of the main bracket bar to attach the support arm to the main bracket bar.
15. A shelf and bracket system comprising:
a shelf; and
a bracket assembly that comprises:
a main bracket bar,
a plurality of support arms,
first hardware for attaching each of the plurality of support arms to the main bracket bar,
second hardware for attaching the shelf to each of the plurality of support arms, and
third hardware for attaching the main bracket bar to a vertical support surface, wherein each support arm is disposed adjacent a respective end of the main bracket bar and the respective first hardware for the support arm is configured such that, when disengaged, the support arm is configured to rotate between a shelf support position and a folded storage position so that when each of the plurality of support arms are in the folded storage position, the bracket assembly is substantially flat, wherein the main bracket bar comprises an elongated cutout for each of the plurality of support arms to allow for an adjustment of spacing between the plurality of support arms by sliding a respective support arm laterally closer or farther away from at least one other of the plurality of support arms.
16. The shelf and bracket system of claim 15 , wherein each respective first hardware comprises a cylinder having a first flange disposed on a first end of the cylinder and a second flange disposed on a second end of the cylinder.
17. The shelf and bracket system of claim 16 , wherein the first flange is configured to engage the main bracket bar and the second flange is configured to engage a particular support arm of the plurality of support arms to maintain the main bracket bar adjacent the particular support arm.
18. The shelf and bracket system of claim 16 , wherein:
the first hardware comprises a first flanged component comprising the first flange and a second flanged component comprising the second flange; and
the first flanged component is configured to selectively couple to and decouple from the second flanged component.
19. The shelf and bracket system of claim 15 , wherein the main bracket bar defines a routed cutout disposed adjacent an outer end of the elongated cutout.
20. The shelf and bracket system of claim 19 , wherein the first hardware is configured to disengage when the first hardware is disposed within the routed cutout such that the support arm can rotate with respect to the main bracket bar about the first hardware.