Abstract: A retail display unit includes a wall having a panel supported by first and second horizontal frame members and first and second vertical frame members. At least one slider is attached to the first vertical frame member and includes a channel. At least one mounting bracket assembly is slidably coupled to the at least one slider and includes at least one ear positioned in the channel of the at least one slider, at least one flange configured to mount to an upright of another retail display unit and a securing mechanism for tightening the at least one bracket assembly to the upright. The at least one ear is configured to slidably move inside the channel and thereby slidably adjust the position of the bracket assembly along a length of the at least one slider.

Abstract: A shelf assembly includes a plurality of fins, a plurality of powered back panels and a plurality of shelves. Each powered back panel has a pair of conductive uprights that are vertically oriented and horizontally spaced apart, is located between two of the plurality of fins and is electrically coupled to another of the plurality of powered back panels. Each shelf is mounted to and electrically coupled to the pair of conductive uprights of the powered back panel and is configured to power a plurality of lights located on the shelf based on the electrical coupling of each shelf to the pair of conductive uprights. Two of the plurality of shelves mounted to the same powered back panel and two of the plurality of fins located on either side of that same powered back panel are configured to form a cuboid with an open front to display merchandise.

Abstract: A shelf assembly includes a plurality of fins, a plurality of powered back panels and a plurality of shelves. Each powered back panel has a pair of conductive uprights that are vertically oriented and horizontally spaced apart, is located between two of the plurality of fins and is electrically coupled to another of the plurality of powered back panels. Each shelf is mounted to and electrically coupled to the pair of conductive uprights of the powered back panel and is configured to power a plurality of lights located on the shelf based on the electrical coupling of each shelf to the pair of conductive uprights. Two of the plurality of shelves mounted to the same powered back panel and two of the plurality of fins located on either side of that same powered back panel are configured to form a cuboid with an open front to display merchandise.

Abstract: A display unit includes at least one shelf including a first side, an opposing second side, a pair of brackets and at least one hang bar that is mounted to and protrudes from the first side or the second side. The at least one shelf is configured in a first orientation or a second orientation. In the first orientation, the pair of brackets are configured to orient the first side to face in an upward direction and the opposing second side to face in a downward direction. In the second orientation, the pair of brackets are configured to orient the first side to face in a forward direction and the opposing second side to face in a backward direction.

Abstract: A display unit includes at least one shelf including a first side, an opposing second side, a pair of brackets and at least one hang bar that is mounted to and protrudes from the first side or the second side. The at least one shelf is configured in a first orientation or a second orientation. In the first orientation, the pair of brackets are configured to orient the first side to face in an upward direction and the opposing second side to face in a downward direction. In the second orientation, the pair of brackets are configured to orient the first side to face in a forward direction and the opposing second side to face in a backward direction.

Abstract: A modular shelf unit includes a shelf frame having a front, a back and right and left sides and a front panel rotatably coupled to the front of the shelf frame. The front panel is configured to rotate about a rotational axis located proximate to a bottom edge of the front of the shelf frame. The front panel includes at least one holder configured to hold sheet material and a plurality of lights located behind the at least one holder to illuminate the sheet material. When the front panel is configured into a rotatably opened position, the plurality of lights are turned off. When the front panel is configured into a rotatably closed position, the plurality of lights are turned on.