The invention relates to a spacer (10) adapted to be fixed on a shelf support (100) so as to delimit a column of the shelf support (100), wherein the spacer (10) comprises a light-emitter (20) integrated in the spacer (10) and configured to emit light, wherein the light emitted by said light emitter (20) forms a signal corresponding to a blinking sequence which is specific to said light emitter (20) and allows identification of the spacer (10) in which the light emitter (20) is integrated.

A shelf partition has a front panel and an adjustable length side panel with first and second portions. The second portion is slidably connected with the first portion to adjust the length of the side panel between an expanded position in which the second portion overlaps some of the first portion and a retracted position in which the second portion overlaps more of the first portion. The first portion projects rearwardly from the front panel. The first portion and the second portion have opposite forward and rearward edges. The first portion forward edge is adjacent the front panel. The second portion forward edge is closer to the front panel than the second portion rearward edge. The first portion top peripheral edge has a region tapering toward the first portion rearward edge. The second portion top peripheral edge has a region tapering toward the second portion forward edge.

First and second shelf partitions for containing and displaying bagged food on point-of-sale shelving are accessed. Each shelf partition has a front panel and an adjustable length side panel. The first partition is attached to the shelf such that the front panel is adjacent to an aisle facing side the shelf and a rearward edge of the adjustable side panel is adjacent to a rear side of the shelf. The second shelf partition is attached to the shelf such that the front panel is adjacent to the rear side of the shelf and the rearward edge of the adjustable side panel is adjacent to the aisle facing side of the shelf. The second partition is spaced from the first partition a distance to accommodate placing bagged food on the shelf between the side panels of the first and second partitions and partially behind the first partition front panel.

The present invention relates to a product facing device. More specifically, the present invention relates to a portable product facing device.

A shelf partition for containing and displaying bagged bulk food on point-of-sale shelving has a front panel and an adjustable length side panel. The front panel has at least a translucent front portion. The translucent front portion has a convex outer face adapted to magnify a flat image when the flat image is positioned behind the front portion of the front panel. The adjustable length side panel is connected to the front panel. The front face portion of the front panel and at least a first portion of the side panel are integrally formed as a monolithic and homogenous injection molded piece.

A shelf partition has a front panel and an adjustable length side panel with first and second portions. The second portion is slidably connected with the first portion to adjust the length of the side panel between an expanded position in which the second portion overlaps some of the first portion and a retracted position in which the second portion overlaps more of the first portion. The first portion projects rearwardly from the front panel. The first portion and the second portion have opposite forward and rearward edges. The first portion forward edge is adjacent the front panel. The second portion forward edge is closer to the front panel than the second portion rearward edge. The first portion top peripheral edge has a region tapering toward the first portion rearward edge. The second portion top peripheral edge has a region tapering toward the second portion forward edge.

First and second shelf partitions for containing and displaying bagged food on point-of-sale shelving are accessed. Each shelf partition has a front panel and an adjustable length side panel. The first partition is attached to the shelf such that the front panel is adjacent to an aisle facing side the shelf and a rearward edge of the adjustable side panel is adjacent to a rear side of the shelf. The second shelf partition is attached to the shelf such that the front panel is adjacent to the rear side of the shelf and the rearward edge of the adjustable side panel is adjacent to the aisle facing side of the shelf. The second partition is spaced from the first partition a distance to accommodate placing bagged food on the shelf between the side panels of the first and second partitions and partially behind the first partition front panel.

An article divider assembly is provided with a support bracket adapted to be mounted to a retail display. A divider member extends from the support bracket and is sized to extend between a pair of articles at an upper region of the pair of articles to divide the articles without blocking an outward face of the articles. The divider member comprises a proximal end mounted to the support bracket and a distal end extending away from the support bracket. A display bracket is mounted to the distal end of the divider member.

A gateway display fixture includes first and second side display unit and a transom display unit. The first side display unit includes a first primary frame including two threaded cavities along a top surface thereof. The second side display unit is spaced from the first side display unit. The transom display is unit selectively coupled with and extends across each of the first display unit and the second side display unit to form a pathway under the transom display unit. The transom display unit includes a bottom segment having a first pair of coupling apertures near a first end of the bottom segment. The display fixture is adjustable between a first configuration, where the first side display unit extends substantially in line with the transom display unit, and in the second configuration, where the first side display unit is rotated out of line with the transom display unit.

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.