A dispensing device for unpacked goods, in particular bakery goods, with at least one support frame and one drawer-like insert inserted into the support frame, wherein the drawer-like insert delimits a goods-receiving space in which at least one trough-like receiver is located, and wherein the insert has at least one front opening via which the goods-receiving space and the trough-like receiver are accessible, and wherein the insert has at least one transparent door and at least one door guide which, when the device is assembled, is arranged in the upper area of the opening, wherein the door has at least two guide pins, and wherein the door guide has first and second guide recesses in which the guide pins are guided so that the door is sunk at least partially into the goods-receiving space by a tilting/turning movement followed by a pushing-in movement which extends obliquely upwards in the assembled state.

A deck panel for a retail shelving system is provided. The deck panel includes a panel and a region of strengthening ribbing. The panel has a top surface configured for supporting retail merchandise and a bottom surface. The region of strengthening ribbing includes a plurality of ribs extending outward from the bottom surface of the panel. The bottom surface of the panel has a border region that extends around the region of strengthening ribbing on at least three sides. The deck panel may be part of a shelf which may be part of a shelving system.

An LED strip light for shelf signboards, comprises a strip-shaped lamp chamber, and an LED light-emitting module. The strip-shaped lamp chamber comprises a card board connecting edge, a non-transparent edge, an upper transparent edge and a lower transparent edge. The upper transparent edge is parallel to the laminate. The LED light-emitting module comprises at least one LED chip, and a strip-shaped reflective device. The strip-shaped reflective device comprises a first reflective surface and a second reflective surface. The first reflective surface reflects all the incident lights thereon toward the upper light transparent edge. The second reflective surface reflects all the incident lights thereon toward the lower transparent edge. Due to the structure of the strip light chamber and the LED light-emitting module, the LED strip light for shelf signboards allows the first row of the article display side facing the customers which are placed on the laminate and the space below the laminate to be illuminated so as to improve the user's shopping experience.

A shelve system and a label LED strip lamp includes a shelve and a label LED strip lamp. Each of at least one carrier element includes a body, and a clamping assembly. The clamping assembly includes a clamping slot and a catch plate provided on the clamping slot. The label LED strip lamp includes a snap assembly for engagement with the catch plate, and a lamp tube. The snap assembly includes a connecting edge, a set of clamping tooth disposed on one side of the connecting edge, and a wavy-shaped engaging edge spaced from the clamping tooth. The clamping tooth inserts into the clamping slot. The lamp tube includes a non-transparent edge, an upper light transmitting edge connecting the non-transparent edge with the catch plate, and a lower light transmitting edge.

A system and method for stock-out detection in a retail environment. The method includes sending, from a reference ultrasound emitter, a reference ultrasound pulse that is at least partially reflected by a retail shelf so as to form a return pulse. The return pulse is received at a reference ultrasound receiver. A reference round-trip-delay (RTD) corresponding to a time period between the sending of the reference pulse and the receiving of the return pulse is determined. A monitoring ultrasound pulse is sent toward the retail shelf and a reflection of the monitoring ultrasound pulse is received. A stock-out condition is determined based upon a comparison of the reference RTD and a monitored RTD associated with the monitoring ultrasound pulse.

In some embodiments, systems, apparatuses, and methods are described herein including a shelf assembly that utilizes the accumulated weight of products stocked thereon to compress a compression member disposed within the assembly. An electronic imaging device can be mounted proximate to the assembly and can be oriented to capture an image of the compression member to determine whether a particular shelf needs to be restocked and avoid having to manipulate or remove products from a shelf to determine a current stock level.

A display riser assembly includes at least one riser positioned on a back portion of a top surface of a display shelf and at least one paddle mounted to the at least one riser. The at least one riser includes a top panel, a front panel and two side panels located on either ends of the top panel and the front panel. The top panel includes a plurality of spaced apart through slots. The at least one paddle includes at least one planar display section that is horizontally oriented, at least one planar extension section that extends backwardly from the at least one display section and is inserted into one of the plurality of through slots so that the at least one display section is cantilevered forward from the riser and located above the top surface of the display shelf. Each riser supports a plurality of display sections.

A display rack for displaying articles comprises a base, a vertical post assembly mounted to the base and upstanding therefrom and at least one article holding assembly removably mounted to the vertical post assembly. The article holding assembly comprises a longitudinal mounting arm extending downwardly and away from the vertical post assembly. A pair of longitudinal carrier arms are mounted to the longitudinal mounting arm and extend rearwardly and away from the longitudinal mounting arm and from each other. At least one hanger element is movably mounted to one of the pair of longitudinal carrier arms and extends away from the carrier arm. The hanger element is movable along a longitudinal length of the carrier arm. The hanger element provides for mounting articles thereto to be displayed.

A merchandise display assembly comprises a tier of horizontally elongated metallic shelving for merchandise, with a display assembly detachably coupled at each shelf to an LED TV display of the merchandise. Each elongated LED TV display comprises an LCD screen comprised of 192095 pixels backlit by white light emitting LEDs, and projecting white LED lighting to illuminate the merchandise below each LED TV display, said LED TV displays each driven by an elongated compact HDMI or daisy chained controller board. The face of the display is arranged to have maximal area by confining vertical drivers to a compact upper region, permitting the boarder of the region to be of equal thickness both above and below the display and by providing a back cover that extends only to the rear surface of the display element.

In some embodiments, systems, apparatuses, and methods are described herein including a shelf assembly that utilizes the accumulated weight of products stocked thereon to compress a compression member disposed within the assembly. An electronic imaging device can be mounted proximate to the assembly and can be oriented to capture an image of the compression member to determine whether a particular shelf needs to be restocked and avoid having to manipulate or remove products from a shelf to determine a current stock level.