A trim is used for being covered on a vertical beam of a shelving system, wherein the trim is matched with the shape of the vertical beam, and the trim is configured such that when the trim is covered on the vertical beam, a force is generated between the trim and the vertical beam, the trim is fixed on the vertical beam with the force and the trim is covered on at least part of the surface of the vertical beam. A vertical beam assembly comprises a vertical beam and a trim which is covered on the vertical beam. A shelving system comprises a horizontal beam and a vertical beam which contains a magnetic trim. The connection mode between the trim and the vertical beam is very convenient for installation and disassembly. The trim is covered on the vertical beam, which may improve the overall aesthetics of the vertical beam and prevent other items from being hooked on the vertical beam and thus causing damage to the shelving system.

A shelving system comprises a horizontal beam, a vertical beam, a bracket, a rack, and a position-limiting piece. The vertical beam is slidably connected to the horizontal beam, the bracket is detachably connected to the vertical beam, the rack is in contact with an upper edge of the bracket, the position-limiting piece is detachably connected to the bracket through a gasket, and the position-limiting piece is connected to the bracket and can prevent the rack from moving relative to the bracket. In the present application, the strength of a connecting part between the bracket and the vertical beam is enhanced by the gasket, and the stability of the bracket and the rack is increased by the position-limiting piece, thereby improving the goods carrying capacity of the shelving system as a whole.

The method includes sliding at least one first slideable bracket onto at least one first crossbar, inserting a first insertable bracket and a second insertable bracket into a first cavity and a second cavity on respective ends of the at least one first crossbar, connecting a first support bracket and a second support bracket onto a first vertical upright and a second vertical upright of a consumer product display, the first vertical upright and the second vertical upright opposing each other on the consumer product display, and attaching the first insertable bracket and the second insertable bracket to the first support bracket and the second support bracket, respectively.

Shelve brackets and shelf arrangements are provided. First and second brackets are provided. Each bracket has a support section, a mounting section and a transition section. The mounting section is laterally offset from the support section. The support section includes a vertical, top and bottom flange portions. The top and bottom flange portions are vertically spaced and extend from a first side of vertical flange portion in a direction the support section is offset from the mounting section. The transition section of the first bracket offsets the support section of the first bracket towards the second bracket and the transition section of the second bracket offsetting the support section of the second bracket towards the first bracket.

Disclosed are discrete gravity feed merchandise-advancement seats for use on a shelf support. The seats have a width having two sides and a length, a merchandise-advancement mechanism retention element disposed on each side along the length, and a merchandise-advancement mechanism disposed in retention elements. A driver is disposed in combination with the seat. A guide channel on each side of the driver surrounds the two retention elements so that the driver can traverse the length of the seat and provide vertical and horizontal stability to the driver. The seats may have attachment mechanisms on front and rear edges that attach to mating attachment mechanisms proximal the front and rear of the shelf support. Dividers cooperate with the seats to provide merchandise display channels. Attachment mechanisms disposed proximal the front and rear of the shelf support allow for adjustable lateral placement of the seats and dividers.

A merchandise display cabinet for use with a shelf panel of a merchandise display feature is disclosed. The cabinet includes a housing having a front panel, the housing defining an interior chamber for storing items of merchandise and a lock assembly operably coupled to the front panel for controlling access to the interior chamber. The front panel is configured for sliding relative to the housing via integral sliding features on the housing, the front panel defining a closed position wherein access to the interior chamber is prevented and an open position wherein access is permitted. The lock assembly is configured such that while disposed in the locked condition, the locked condition defines a first interference condition and a second interference condition such that provided at least one of the first and second interference conditions is in effect the front panel is prevented from being disposed in the open condition.

Adaptable bracket assemblies may be used with a plurality of different slotted standards. The bracket assembly may include two tabs or teeth, three notches, and a fastening mechanism (such as a tightening screw). The depth and shape of the tabs or teeth may be provided to allow attachment of the bracket assembly to a plurality of different vertical slotted standards. Further, the dimensions of the bracket assembly may allow the bracket assembly to be used adaptably on any of a plurality of different vertical slotted standards (i.e., A line, B, line, C line) that may be installed in a retail environment. Thus, it is not necessary to procure different types of brackets depending on which slotted standard is being used within a retail environment.

A product display system includes a base, a shelving support assembly coupled to the base, and one or more shelves removably secured to the shelving support assembly. The one or more shelves are securable to the shelving support assembly in a first configuration and a second configuration that differs from the first configuration.

Quick-load retail merchandising product pusher systems and methods dispense retail products, wherein the systems and methods have a fixed portion having a front end, a rear end located opposite with respect to the front end of the fixed portion, a top side and a bottom side located opposite with respect to the top side of the fixed portion. Further, the systems and methods have a movable track movably connected to the top side of the fixed portion, wherein the movable track has a front end, a rear end located opposite with respect to the front end of the movable track, a top side and a bottom side located opposite with respect to the top side of the movable track. Still further, the systems and methods have a pusher paddle configured to move one or more retail product forward away from the rear side of the movable track and front retainer teeth connecting the fixed portion and the movable track, wherein the front retainer teeth are provided on the top side and at the front end of the fixed portion and extend outwardly with respect to the top side of the fixed portion. The movable track is movable to a closed position or to an extended position, wherein, when the movable track is moved to the extended position, forward movement of the pusher paddle is restricted by the front retainer teeth.

A shelf assembly (1) for products comprising a shelving section (5) with at least one shelf (6), which is rotatable about an axis of rotation (13) between a display position, in which the shelf is accessible from the front (7) of the shelving section, and a refill position, in which the shelf is accessible from the rear (8) of the shelving section. The shelf assembly further comprises a support (9), which has a sledge (10) rotatably supporting the shelving section and being movable in a forward-rearward direction. When the shelving section is rotated from the display position to the refill position, the sledge is first moved forwards, and then rearwards back to its starting position. The shelving section further comprises a frame (16) having opposite first and second side posts (17, 18), wherein the shelf is mounted between the side posts at art arbitrary height. The shelf is provided with a respective clamping portion at opposite ends of the shelf, fixing the shelf at the side posts. Each clamping portion comprises a hook portion engaged with a respective side post at a first surface thereof, and a tightening portion engaged with an opposite second surface of the side post, wherein the tightening portion is untightenable for arbitrary height movement of the shelf.