Universal adjustable bracket for window and door coverings
A bracket is disclosed that is configured for engagement with a clip for a window or door covering. The bracket includes a body and an adjustment mechanism that is configured for engagement with the body and the clip such that the clip is supportable by the body and the adjustment mechanism. The adjustment mechanism includes a drive assembly that is configured to vary a height of the bracket and a vertical position of the clip.
1. A bracket configured for engagement with a clip for a window or door covering, the bracket comprising:
a body including a receipt structure; and
an adjustment mechanism configured for positioning within the receipt structure such that the adjustment mechanism extends between the body and the clip, the adjustment mechanism including:
an upper support defining a pair of channels extending in generally parallel relation to a length of the bracket;
a drive member rotatable in relation to the upper support and defining a longitudinal axis;
a first retainer including lateral extensions extending into the pair of channels, the first retainer being configured to receive the drive member such that rotation of the drive member causes axial translation of the first retainer along the longitudinal axis of the drive member;
a leg assembly including:
a first pair of legs including:
upper ends connected to the first retainer such that the axial translation of the first retainer causes corresponding axial translation of the upper ends of the first pair of legs; and
lower ends mechanically connected to the clip; and
a second pair of legs pivotably connected to the first pair of legs, the second pair of legs including:
upper ends; and
lower ends mechanically connected to the clip; and
a second retainer connected to the upper ends of the second pair of legs, the second retainer being fixedly connected to the upper support such that axial translation of the upper ends of the first pair of legs causes the leg assembly to pivot to thereby vary a vertical position of the clip.
2. The bracket of claim 1 , wherein the drive member includes a worm gear having a helical thread.
3. The bracket of claim 1 , further including a first anchor extending through the upper support and into engagement with the second retainer to fixedly connect the second retainer and the upper ends of the second pair of legs to the upper support.
4. The bracket of claim 3 , further comprising:
a third retainer connected to the lower ends of the first pair of legs; and
a fourth retainer connected to the lower ends of the second pair of legs, the fourth retainer being configured for movable engagement with the clip.
5. The bracket of claim 4 , further including a second anchor extending through the fourth retainer, the second anchor being configured for engagement with the clip to fixedly connect the fourth retainer and the lower ends of the second pair of legs to the clip.
6. A bracket configured for engagement with a clip for a window or door covering, the bracket comprising: a body defining a horizontal length, a width, and a vertical height, wherein the body includes: an upper wall; and sidewalls extending from the upper wall along the vertical height; and an adjustment mechanism configured for engagement with the body and the clip such that the clip is supportable by the body and the adjustment mechanism, the adjustment mechanism including a drive assembly configured for vertical movement along the vertical height to vary a vertical position of the clip, wherein the adjustment mechanism includes: an upper support; and a leg assembly extending between the upper support and the clip;
wherein the leg assembly includes: a first pair of legs each having an upper end positioned adjacent to the upper support and a lower end positioned adjacent to the clip; and a second pair of legs pivotably connected to the first pair of legs, the second pair of legs each having an upper end positioned adjacent to the upper support and a lower end positioned adjacent to the clip;
wherein the upper ends of the first pair of legs are movable in relation to the upper support and the upper ends of the second pair of legs are fixed in relation to the upper support;
wherein the upper ends of the first pair of legs are mechanically connected to the drive assembly such that activation of the drive assembly causes axial translation of the upper ends of the first pair of legs in relation to the upper ends of the second pair of legs to pivot the leg assembly and thereby vary the vertical position of the clip;
wherein the drive assembly includes: a first retainer configured for engagement with the upper ends of the first pair of legs; and a drive member configured for rotatable engagement with the first retainer such that rotation of the drive member causes axial translation of the first retainer along a longitudinal axis of the drive member.
7. The bracket of claim 6 , wherein the first retainer includes lateral extensions configured for insertion into corresponding openings defined by the upper ends of the first pair of legs.
8. The bracket of claim 6 , wherein the drive member includes a worm gear having a helical thread.
9. The bracket of claim 6 , wherein the drive assembly further includes a second retainer configured for engagement with the upper ends of the second pair of legs.
10. The bracket of claim 9 , wherein the second retainer includes lateral extensions configured for insertion into corresponding openings defined by the upper ends of the second pair of legs.
11. The bracket of claim 9 , wherein the second retainer includes a through hole configured to receive the drive member such that the drive member is rotatable in relation to the second retainer.
12. The bracket of claim 9 , further including an anchor extending through the upper support and into engagement with the second retainer to fixedly connect the second retainer and the upper ends of the second pair of legs to the upper support.