Rotating bracket assembly for collapsible and permanent building-frame construction
View Patent ↗A rotating bracket assembly comprises first and second members, each of which defines a channel having opposing sides coupled to a common base. The first member is nested within the second member with adjacent opposing sides being hingedly coupled to one another so that the first member can freely rotate 360° relative to the second member to achieve a plurality of rotational positions. A first plurality of holes formed in the opposing sides of the first member at least partially align with a second plurality of holes formed in the opposing sides of the second member for each of the rotational positions.
1. A rotating bracket assembly, comprising:
a first member defining a first channel having opposing sides coupled to a common base;
a second member defining a second channel having opposing sides coupled to a common base;
said first member nested within said second member with each of said opposing sides of said first member being adjacent to one of said opposing sides of said second member and hingedly coupled thereto, wherein said first member can freely rotate 360° relative to said second member to a plurality of rotational positions; and
said first member and said second member having holes formed therethrough in each of said opposing sides and said common base thereof wherein a first plurality of said holes in said opposing sides of said first member at least partially align with a second plurality of said holes in said opposing sides of said second member for each of said rotational positions, and wherein at least a portion of said first plurality of holes comprise slotted holes.
2. A rotating bracket assembly as in claim 1 wherein said common base of said first member is planar.
3. A rotating bracket assembly as in claim 1 wherein said common base of said second member is planar.
4. A rotating bracket assembly as in claim 1 further comprising at least one plate coupled to said common base of said second member and angularly disposed with respect thereto.
5. A rotating bracket assembly as in claim 1 wherein said first member is formed from a single piece of metal.
6. A rotating bracket assembly as in claim 1 wherein said second member is formed from a single piece of metal.
7. A rotating bracket assembly as in claim 1 wherein at least a portion of said second plurality of holes comprise slotted holes.
8. A rotating bracket assembly, comprising:
a first bracket shaped to define a first rectangular channel adapted to receive a portion of a framing element therein;
a second bracket shaped to define a second rectangular channel for receiving said first bracket therein to thereby form a nested relationship therewith, said first bracket hingedly coupled to said second bracket for full 360° rotation with respect thereto; and
said first bracket and said second bracket having holes formed therethrough in each side thereof wherein each of a first plurality of said holes in said first bracket at least partially align with at least one of a second plurality of said holes in said second bracket at any rotational position of said first bracket, and wherein at least a portion of said first plurality of holes comprise slotted holes.
9. A rotating bracket assembly as in claim 8 wherein said second bracket is further shaped to define at least a portion of a third rectangular channel facing substantially away from said second rectangular channel.
10. A rotating bracket assembly as in claim 8 wherein said first bracket is formed from a single piece of metal.
11. A rotating bracket assembly as in claim 8 wherein said second bracket is formed from a single piece of metal.
12. A rotating bracket assembly as in claim 8 wherein at least a portion of said second plurality of holes comprise slotted holes.
13. A rotating bracket assembly as in claim 8 wherein each, of said first plurality of holes and said second plurality of holes comprises a straight slotted hole, and wherein each of said first plurality of holes is overlaid with at least one of said second plurality of holes while being angularly disposed with respect thereto at any rotational position of said first bracket.
14. A rotating bracket assembly, comprising:
a first bracket shaped to define a first rectangular channel adapted to receive a portion of a framing element therein;
a second bracket shaped to define a second rectangular channel for receiving said first bracket therein to thereby form a nested relationship therewith, said first bracket hingedly coupled to said second bracket for full 360 rotation with respect thereto about an axis of rotation passing perpendicularly through said first rectangular channel and said second rectangular channel; and
said first bracket and said second bracket having holes formed therethrough in each side thereof wherein each of a first plurality of said holes in said first bracket is a slotted hole that at least partially aligns with at least one of a second plurality of said holes in said second bracket at any rotational position of said first bracket, said first plurality of holes and said second plurality of holes arrayed about said axis of rotation.
15. A rotating bracket assembly as in claim 14 wherein said second bracket is further shaped to define at least a portion of a third rectangular channel facing substantially away from said second rectangular channel.
16. A rotating bracket assembly as in claim 14 wherein each of said second plurality of holes comprises a slotted hole.
17. A rotating bracket assembly as in claim 14 wherein each of said first plurality of holes and said second plurality of holes comprises a straight slotted hole, and wherein each of said first plurality of holes is overlaid with at least one of said second plurality of holes while being angularly disposed with respect thereto at any rotational position of said first bracket.