A shelving system comprising a mounting surface and at least one shelf unit, the mounting surface comprises a plurality of mounting holes and one or more elongate power supply rails, the at least one shelf unit comprises aback face comprising at least two thru holes adapted for mounting the shelf unit on the mounting surface, the at least one shelf unit comprises power fittings, wherein the shelving system comprises a first power supply bracket and at least one flexible power cable comprising a first and a second end, the at least one flexible power cable is at the first end electrically connected to the first power supply bracket, and the second end of the at least one flexible power cable is electrically connected to the power fittings of the at least one shelf unit, and the first power supply bracket adapted to electrically connect the first end of the at least one flexible power cable and one of the one or more elongate power supply rails, the shelving system adapted to supply power from the elongate power supply rails to electronics connected to the power fittings at or inside the at least one shelf unit.

A retail display unit includes a base having a frame member and a bracket coupled to the frame member and a holder. The bracket is configured to mount to a retail display fixture. The holder is coupled to the frame member and includes a front, a back, opposing sides, a bottom and is configured to hold and display products of different shapes. The bottom of the holder includes a first curved surface, a second curved surface and a channel located between the first and second curved surfaces and extends from the front to the back of the holder.

A retail display unit includes a base having a frame member and a bracket coupled to the frame member and a holder. The bracket is configured to mount to a retail display fixture. The holder is coupled to the frame member and includes a front, a back, opposing sides, a bottom and is configured to hold and display products of different shapes. The bottom of the holder includes a first curved surface, a second curved surface and a channel located between the first and second curved surfaces and extends from the front to the back of the holder.

The foldaway shelving unit has movable end caps and at least a first shelf and a second shelf mounted for pivotal movement with respect to the shelf support. A first movable end cap is mounted adjacent the first end of the first shelf and a second movable end cap is mounted adjacent the second end of said second shelf. The shelves can be independently pivoted between a lowered position and a raised position. When the shelves are in the lowered position, the first and second movable end caps form a bridge between the shelves. When one of the shelves is in the raised position, and the other shelf is in the lowered position, the pivot bracket raises one of the movable end caps with respect to the lowered shelf and at least a portion of the vertical wall of the second movable end cap is above the support surface of the lowered shelf.

A system is disclosed that enhances the appearance and strength of wire shelves, covering its frontal face with an assembly that generally includes a U-shaped profile with top and bottom slots to fit firmly to specially designed clasps connected to the horizontal frontal top and bottom shelving wires by the action of group of legs.

A furniture spacing shelf assembly for keeping an article of furniture from covering a heating vent includes a bracket that is attached to a vertical support surface. A box is removably attached to the bracket and the box has a depth of at least 4.0 inches. In this way the box can keep an article of furniture that is placed against the box from covering a heating vent that is positioned adjacent to the vertical support surface. A lid is hingedly coupled to the box for opening and closing the box. A power unit is coupled to the box and the power unit has a plurality of outlets therein. Each of the outlets can have an electronic device electrically coupled thereto for charging the electronic device.

A convertible shelving II unit includes one or more flat board forming a back panel configured to hang on a wall or attach to a metal surface, further includes rear face hinges, thereby allowing back panels to fold back to back. The present convertible shelving II unit includes one or more collapsible shelves hinged to the back panel. A bracket rod attached to shelves rotates down to support upright shelves and rotates up to collapse shelves, thereby allowing convertibility to extend height clearance between shelves. Wall mount holes and high-performance magnets on rear face of back panels configured to hang on a wall and attach to a metal surface. Back panels and shelves collapse parallel to each other includes convertibility to extend height of the shelving unit by attaching additional back panels end edge to end edge. The back panels can be unhinged and used on different surfaces.

A floating shelf includes a plank shelf, and a floating shelf bracket, configured to support the plank shelf, including a connecting bar and two or more bracket arms attached to one another by the connecting bar. The connecting bar and the two or more bracket arms may be permanently attached to one another so that the floating shelf bracket is a unitary, single-piece bracket. The connecting bar and the two or more bracket arms may be removably attached to one another.

A storage and management assembly for a plurality of portable electronic devices is provided. The assembly includes a tower assembly to define a vertical channel along a first side of the tower assembly. A plurality of shelves are removably coupled to a second side of the tower assembly, each of the shelves includes a storage bay defined by a bottom portion provided perpendicular to the first member, and opposing raised edge portions provided about a portion of the perimeter of the bottom portion, the plurality of shelves provided in a stacked vertical arrangement along the tower assembly. Rear support shelves protrude rearwardly from the shelf bottom portion and through tower support first receiving slots to support electrical apparatus within the channel for powering portable electronic devices placed on the shelf bottom portions. Side access openings in a side of the vertical channel provide side access to each rear support shelf and any electrical devices thereon, and the channel is adapted to support a power distribution strip within the channel with a plurality of electrical receptacles each of which project outwardly through an opening in the supporting side of the channel to provide a side accessible power source for each of the portable electric devices being stored and charged in the assembly. Cable management apertures in the walls of the vertical channel facilitate management of each cable from the stored portable electronic devices to the electrical receptacles. The channel may be wall mounted or a rear frame may be connected to the channel for supporting the tower assembly on a stationary or movable base.

A catering shelving system is disclosed with a series of shelves in order to assist caters in transporting food from one location to another. The shelving system racks may be detachable or pivotally attached through the use of rotation mechanisms for easy break down and storage. The shelving system may accommodate a series of different types of pans of all shapes, sizes, and weights.