The retail merchandise tray has a load bearing member formed from a rail attached to a mounting plate. The mounting plate and rail form a downward opening notch for mounting to a tray support structure. The tray may have a locating flange that carries a locating pin that engages a tray support structure. The locating pin locates the tray along the tray support structure. The tray may have at least one divider assembly. The divider assembly includes outward extending offset projections that can prevent an adjacent tray from contacting the divider wall.

The disclosure provides for a display rack system. The display rack system includes a support mechanism having first and second ends. The support mechanism may be configured to be attached to a surface at the first and second ends. The display rack system may also include a track mounted onto the support mechanism. The display rack system may also include a plurality of cardholders attached to the track. Each of the first plurality of cardholders may be configured to independently slide laterally relative to the track.

A storage assembly includes a mounting rail extending in a longitudinal direction and having a plurality of pairs of flanges defining a plurality of slots. A mounting member includes a horizontal stop plate and a back plate extending downwardly from the stop plate. The mounting member is moveable relative to the mounting rail from a disengaged position, wherein the back plate is not disposed in one of the slots, and an engaged position, wherein the back plate is disposed in one of the slots. The mounting member also includes a storage component. Methods of making and using the storage assembly are also provided.

A pullout support assembly for merchandise display and dispensing modules removably positioned directly on a non-movably fixed shelf which has a front end, the pullout support assembly including a guide attached to an underside of the fixed shelf and having guide openings; elongated guide members slidably positioned in the guide openings of the guide between a first position substantially entirely beneath the fixed shelf, and a second position pulled out from and extending forwardly in spaced relation from a front end of the fixed shelf; and a support connected to a front end of the elongated guide members for moving the elongated guide members between the first and second positions and for supporting a front end of each merchandise display and dispensing module removed from the fixed shelf, to enable easy restocking of the removed merchandise display and dispensing module.

A pullout shelf assembly for a retail merchandise display including a shelf, an adjustable length support arm and a latch arrangement is provided. The shelf has a product support surface. The first adjustable length support arm has first and second arm members movable relative to one another between a retracted position and a first extended position. The shelf moves with the second arm member. The latch arrangement has a first catch associated the retracted position and a second catch associated with the first extended position. A latch bolt secures the second arm member in the retracted position when engaged with the first catch and secures the second arm member in the first extended position when engaged with the second catch. The handle operably actuates the latch bolt out of engagement with the first and second catches to permit movement of the second arm member relative to the first arm member.

A weight shifting mechanism for a bogie frame is provided. The weight shifting mechanism may include an axle support pivotally coupled to the idler axle, a pusher link pivotally coupled to the axle support and forming a first fulcrum with the bogie frame, a support member pivotally coupled to the pusher link and the axle support, and an actuator mounted on the support member and actuatably coupled to the axle support via a live lever and a connector link. The live lever may form a second fulcrum with the support member and may be pivotally coupled to the connector link. The connector link may be pivotally coupled to the axle support. The actuator may selectively pivot the live lever about the second fulcrum to pivot the axle support about the idler axle and move the bogie frame relative to the idler axle.

A product display apparatus includes: (i) a shelving unit (12) defining a plurality of vertically arranged shelves (14); (ii) a base (18) mounted to one of the shelves (14); (Hi) an elongate arm (20) slidably connected to the base (18); (iv) an actuator (24) for extending and retracting the arm (20); (v) at least one first sensor (32) that senses the presence of an object at: (a) a first predetermined distance; and (b) a second predetermined distance; (vi) a control module (36) that causes the actuator (24) to extend and retract the arm (20) in response to feedback from the at least one first sensor (32); (vii) a connecting means (26) at or near a first axial end (20a) of the arm (20); and (viii) a product (16) secured to the first axial end (20a) of the arm (20) via the connecting means.

In some embodiments, a device may include a mounting base and a slidable rack. The mounting base may be configured to couple to a structure and may include a guide extending from the mounting base. The slidable rack may be movably coupled to the guide of the mounting base. The slidable rack can include a substantially triangular base and a member including a proximal end coupled to the substantially triangular base and including a distal end. The slidable rack may further include a first arm assembly coupled to the member and extending adjacent to the substantially triangular base. The first arm assembly includes a plurality of notches that open toward the substantially triangular base. The slidable rack further includes a second arm assembly coupled to the distal end of the member. The second arm assembly may include a plurality of notches that open outward.

A goods display rack according to one embodiment of the present invention comprises: at least one goods transfer unit configured so as to transfer goods placed on an upper surface to a withdrawal position; a front fixing profile arranged on the front of the goods display rack so as to attachably/detachably fix a front end of the goods transfer unit; and a rear fixing profile arranged on the rear of the goods display rack so as to attachably/detachably fix a rear end of the goods transfer unit, wherein the goods transfer unit is configured so as to slide to the left and right sides in a position-adjustable area between the front fixing profile and the rear fixing profile, in a state in which the front end and the rear end thereof are respectively mounted in the front fixing profile and the rear fixing profile.

This document provides product display systems for displaying merchandise. Exemplary product display systems disclosed herein include a base, a first side wall and a second side wall each slidably coupled to the base, a first support plate and a second support plate, a pusher mechanism, a front plate positioned at the front of the base, a first hanger bracket and a second hanger bracket each slidably coupled to the base, and a front bracket unit connected to the first and second hanger brackets. Some embodiments of product display systems disclosed herein include a lighting unit, e.g., having a LED lighting source. This document also provides selectively detachable lighting housings that can be attached to product display systems.