Combined bin and pegboard attachment
A bin is slidably mounted on an attachment piece for mounting of the bin on a pegboard. The bin includes rod portions inter-engaging with two U-shaped arms located on the attachment piece. The bin is slidable at least three quarters of an inch from side to side with the rod frictionally engaging the U-shaped arms of the attachment piece.
1. A display assembly comprising
a storage bin to be mounted on a pegboard, and
an attachment piece for mounting of the storage bin on the pegboard,
the attachment piece including a plate having arms on one side of the plate and hooks on an opposite side of the plate, the arms inter-engaging with the bin and the hooks inter-engaging with the pegboard,
a rear wall of the bin including a U-shaped projection for engagement with the arms on the one side of the plate of the attachment piece, the U-shaped projection being secured to the bin at two spaced locations, the two spaced locations being located at opposite sidewalls of the bin,
the bin being slidably mounted on the attachment piece by the U-shaped projection for sideways movement of the bin between the two spaced locations of the U-shaped projection so as to provide complete side to side movement of the bin with respect to the attachment piece, only limited by the two spaced locations of the sidewalls of the bin where the U-shaped projection is secured to the bin.
2. The display assembly of claim 1 , wherein the plate is T-shaped.
3. The display assembly of claim 1 , wherein there are two arms and the two arms are U-shaped.
4. The display assembly of claim 3 , wherein the U-shaped projection includes at least one rod portion for engagement with the arms of the attachment piece.
5. The display assembly of claim 4 , wherein a thickness of the plate is reduced from a lower edge of the plate to an upper edge of the plate.
6. The display assembly of claim 4 , wherein the at least one rod portion is secured in said arms by a snap friction fit.