A wall shelf system having a shelf bracket comprising a rear end for fastening to a wall rail, a front end, and at least one first side wall, and having a guide rail for a shelf element that can be pulled out and comprising a rear end, a front end, and a side wall. Coupling features are provided at the shelf bracket and at the guide rail that correspond to one another and that enable the guide rail to be releasably fastened to the shelf bracket.

Systems and methods directed to shelving systems include a frame and one or more translatable shelves. The shelves are supported on rails and are horizontally translatable from a rearward position to a forward position. When adjacent shelves are respectively most rearward and most forward, certain shelf and frame structural cooperation enhance shelf access and shelf removability. Provided a single shelving kit, certain shelf configuration may be customized for particular end uses.

Systems and methods directed to shelving systems include a frame and one or more translatable shelves. The shelves are supported on rails and are horizontally translatable from a rearward position to a forward position. When adjacent shelves are respectively most rearward and most forward, certain shelf and frame structural cooperation enhance shelf access and shelf removability. Provided a single shelving kit, certain shelf configuration may be customized for particular end uses.

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.

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 and dispensing system for generally cylindrical items which is adjustable to accommodate items having a variety of heights and diameters. The width of the storage and discharge areas, depth of the storage area, and height of the discharge chute are adjustable. The system holds items for removal on a first-in, first-out basis.

A rack assembly has two side racks, two rails, and at least one sub-rack. The rails are mounted between the side racks and include a front rail and a rear rail parallel with each other. Each rail has an opening in a bottom of the rail. The at least one sub-rack is slidable along the rails and each sub-rack has a rack frame, a connection rod, and at least one supporting member. The rack frame has at least one front rod and at least one rear rod. Each front rod has an extension rod mounted retractably on a top of the front rod and having a front wheel.

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.

A pullout support assembly for merchandise display and dispensing modules positioned on a shelf, the pullout support assembly including a guide having two parallel guide walls adapted to attach to an underside of the shelf, the guide walls having two sets of aligned openings; two elongated guide members slidably positioned the aligned guide openings between a first position substantially entirely beneath the shelf and a second position pulled out with respect to the shelf, in which the guide members are adapted to support at least one merchandise display and dispensing module thereon; and a support connected to a front end of the guide members for moving the guide members between the first and second positions.

The support bracket includes a major body with a first surface and a second surface, the first surface opposing the second surface. A horizontal shaft extends substantially across an edge of the major body, the horizontal shaft including at least an upper surface, the upper surface extending substantially horizontally away from the first surface of the major body. An engaging structure extends from the major body.