An improved display bar assembly, for the cantilever support of product dispensing trays. A rectangular display bar, is supported by spaced apart, flat mounting brackets on which mounting hooks are located in the primary plane of the bracket, and openings for reception of the display bar are offset axially inward from that plane enabling the recessed accommodation of flanged retaining plugs at opposite ends of the bar. The flanges of the retaining plugs have axially extending abutment walls which overlap outer walls of the display bar and engage offset surfaces of the bracket. The abutment walls overlap display bar walls on two opposing sides only, enabling the retaining plugs to be molded with transverse friction fins. This in turn enables the use of readily available, inexpensive grades of light gauge (e.g., 16 gauge) steel tubing of greater height than width (e.g., 11.5 inch) for the display bars.

An improved display bar assembly, for the cantilever support of product dispensing trays. A rectangular display bar, is supported by spaced apart, flat mounting brackets on which mounting hooks are located in the primary plane of the bracket, and openings for reception of the display bar are offset axially inward from that plane enabling the recessed accommodation of flanged retaining plugs at opposite ends of the bar. The flanges of the retaining plugs have axially extending abutment walls which overlap outer walls of the display bar and engage offset surfaces of the bracket. The abutment walls overlap display bar walls on two opposing sides only, enabling the retaining plugs to be molded with transverse friction fins. This in turn enables the use of readily available, inexpensive grades of light gauge (e.g., 16 gauge) steel tubing of greater height than width (e.g., 11.5 inch) for the display bars.

A display fixture includes a magnetic focal wall and an auxiliary support member. The magnetic focal wall includes a magnetic panel, which is substantially planar, and a perforated panel, which is substantially planar and defines a plurality of perforations. The magnetic panel defines a front surface. The perforated panel is coupled with the magnetic panel such that the perforated panel extends in a substantially parallel plane with and in front of the magnetic panel. The auxiliary support member is configured to support a product thereon away from the magnetic focal wall and includes a magnet on a rear side thereof sized to fit within any one of the plurality of perforations such that the magnet of the auxiliary member is magnetically coupled with the magnetic panel through one of the plurality of perforations and the auxiliary support member extends forwardly from the perforated panel supported by the magnetic focal wall.

The present disclosure relates to a flexible cover strip for a storage system including a carrier rail (1) having a U-shaped cross section with first and second parallel rows (3, 5) of elongated substantially identical slots (7) in a front portion to accommodate a suspension element such as e.g. a bracket. The cover strip has an abutment face (17) and an exterior face (31), and a plurality of projections (19), rising from the abutment surface of the strip in first and second parallel rows matching the slots of the carrier rail, such that the cover strip can be fitted on the front portion with the projections entering the slots, and wherein at least some of the projections are provided with a snap element (27) at their distal ends, which snap elements prevent the cover strip from falling off the rail.

The present disclosure relates to a flexible cover strip for a storage system including a carrier rail (1) having a U-shaped cross section with first and second parallel rows (3, 5) of elongated substantially identical slots (7) in a front portion to accommodate a suspension element such as e.g. a bracket. The cover strip has an abutment face (17) and an exterior face (31), and a plurality of projections (19), rising from the abutment surface of the strip in first and second parallel rows matching the slots of the carrier rail, such that the cover strip can be fitted on the front portion with the projections entering the slots, and wherein at least some of the projections are provided with a snap element (27) at their distal ends, which snap elements prevent the cover strip from falling off the rail.

A modular shelving system includes a wall panel with slots and shelf brackets with tabs which attach to the wall panel slots. The tabs have upwardly sloping surfaces which engage sloped surfaces on the back side of the slots. These mating surfaces better retain the tabs into the slots and provide a higher degree of strength in the tab and slot joint. This allows the shelving system to be made with smaller tabs and thinner material than previously possible; providing a more secure and visually appealing shelving system.

The present disclosure relates to a suspension system (1) comprising first and second support elements (3), configured to be vertically arranged, and first and second brackets (5), which are attached to a respective one of the support elements in a cantilevered fashion. The system further includes a frame (7, 27), with side portions (27) that are attached to a respective one of the brackets by means of fastening arrangements, such that the frame with a container attached thereto becomes slidable as a drawer. Each fastening arrangement has a mid-section attachment device including a centre cut-out (19) in the mid third of the bracket, an attachment tongue (23) on the side portion (27), which is configured to be inserted into the centre cut-out to clasp its edge, and a bulb (25) which snaps into the cut-out, and a front attachment device with a front cut-out (17) in the bracket, a front attachment tongue (31) on the side portion, which is configured to be inserted into the front cut-out to clasp its edge, and a support tongue (33) which abuts the lower art of the bracket, such that a nose portion (37) of the bracket is wedged in between the front attachment tongue and the support tongue.

The present disclosure relates to a suspension system (1) comprising first and second support elements (3), configured to be vertically arranged, and first and second brackets (5), which are attached to a respective one of the support elements in a cantilevered fashion. The system further includes a frame (7, 27), with side portions (27) that are attached to a respective one of the brackets by means of fastening arrangements, such that the frame with a container attached thereto becomes slidable as a drawer. Each fastening arrangement has a mid-section attachment device including a centre cut-out (19) in the mid third of the bracket, an attachment tongue (23) on the side portion (27), which is configured to be inserted into the centre cut-out to clasp its edge, and a bulb (25) which snaps into the cut-out, and a front attachment device with a front cut-out (17) in the bracket, a front attachment tongue (31) on the side portion, which is configured to be inserted into the front cut-out to clasp its edge, and a support tongue (33) which abuts the lower art of the bracket, such that a nose portion (37) of the bracket is wedged in between the front attachment tongue and the support tongue.

The present disclosure relates to a suspension system with a rear rail, configured to be arranged on a wall or the like, and a hang standard with rear leg portions comprising suspension slots arranged in each of the leg portions and being configured to connect with the lower flange of the rear rail. The rear rail further comprises an upper flange, and each of the hang standard leg portions comprise a mounting slot adapted to connect with the upper flange of the rear rail. The upper and lower flanges at least partially extend in different directions.

The present disclosure provides a storage shelving device and a bracket component. The storage shelving device includes a storage shelving member, a bracket and a limiting member. The bracket is detachably disposed in a preset mounting position, and the limiting member mounted on the bracket matches with the storage shelving member and is configured to prevent the storage shelving member from separating from the bracket. The storage shelving member does not easily separate from the bracket due to a limiting member in the storage shelving device, thus avoiding a safety hazard.