A sliding system for a drawer is provided. The sliding system includes at least two parts being moveable relative each other and adapted for together forming a connection between the drawer and an associated cabinet, wherein one of said at least two parts includes at least one sliding surface being coated with a lacquer including a resin, wherein said lacquer in turn is at least partly coated with a lipophilic composition coating to provide a slide layer with a lowered friction.

The presently claimed invention contemplates a track for mounting devices onto a structure with a support surface on a rear side of the track configured to be installed on a structure. The track further comprises a first rear-facing hook and a second rear-facing hook that bends toward the rear side of the track. The first and second rear-facing hooks are disposed on opposite ends of the support surface.

A storage system includes at least one upright rail having a front side with notches formed along a length thereof, the at least one upright rail arranged to be attached to an upright support surface. A bracket is arranged to be attached to the at least one upright rail, the bracket including a substrate and a plurality of hooks extending therefrom which are arranged to be received in a corresponding plurality of the notches, the plurality of hooks disposed only along a first portion of the substrate and not along a second portion of the substrate to define an open region of the bracket. The open region allows for attachment of at least one additional hardware member in a shared section with the bracket along the length of the front side of the at least one upright rail.

A storage rack includes a bottom storage box, a top storage box, a bottom sliding seat, a top sliding seat, and support rods. The bottom sliding seat and the top sliding seat include mounting holes. Each of the mounting holes is configured to mount one end of a corresponding support rod. The bottom sliding seat and the top sliding seat are detachably connected with the support rods. The bottom storage box is slidable on the bottom sliding seat and is removable from the bottom sliding seat. The top storage box is slidable on the top sliding seat and is removable from the top sliding seat. The top storage box has a first storage space. The bottom storage box is receivable in the first storage space of the top storage box.

A shelving system including a cabinet including a product receiving zone. The product receiving zone includes a first end, a second end, a first side and a second side. A shelf member is arranged between the first side and the second side. The shelf member includes a first side portion and a second side portion. One of the first side portion and the second side portion includes a first shelf support and a second shelf support. A bi-directional slide and tilt system is mounted to one of first side and the second side of the product receiving zone. The bi-directional slide and tilt system includes a first portion receptive of the first shelf support and a second portion receptive of the second shelf support. The first portion and the second portion facilitate sliding and tilting of the shelf relative to the product receiving zone.

A shelving system for an appliance includes a cabinet liner that defines sidewalls and an interior. Opposing first and second sidewall adapters are coupled to the sidewalls of the cabinet liner. The first and second sidewall adapters each include a body that is operably coupled with each of the first and second sidewall adapters and that defines a plurality of vertically spaced ledges. A recess is defined partially within the body. A base plate is coupled to each of the vertically spaced ledges. The base plate is configured to attract a glide assembly. A shelf is coupled to the glide assembly such that the shelf is slidable fore and aft.

A telescoping rail is provided that may be fitted to a rack from the interior of the rack, and that may be adjusted from the interior to adapt to racks of different depths. The rail includes an outer rail with pins configured to engage a rear rack post. A track in the outer rail is provided with anti-rotational nuts. An inner rail is fastened to the outer rail with screws passing through the inner rail to the anti-rotational nuts. The combined length of the inner and outer rails may be adjusted for the particular cabinet depth by sliding the anti-rotational nuts along the track and the screws tightened. The inner rail may be fastened to a front rack post. A third, moving rail attaches to a device to be housed in the rack, with the moving rail sliding within groves in the inner rail.

A shelving system for an appliance includes a cabinet liner that defines sidewalls and an interior. Opposing first and second sidewall adapters are coupled to the sidewalls of the cabinet liner. The first and second sidewall adapters each include a body that is operably coupled with each of the first and second sidewall adapters and that defines a plurality of vertically spaced ledges. A recess is defined partially within the body. A base plate is coupled to each of the vertically spaced ledges. The base plate is configured to attract a glide assembly. A shelf is coupled to the glide assembly such that the shelf is slidable fore and aft.

A shelving system for an appliance may include a sidewall adapter coupled to a side of a cabinet liner. The sidewall adapter may include a body defining at least one ledge and a base plate coupled to the at least one ledge. The base plate may define at least one aperture configured to receive a tab on a glide assembly. At least two adjustable fasteners may be coupled to the cabinet liner and may be configured to mount the sidewall adapter to the cabinet liner. A shelf may be coupled to the glide assemblies such that the shelf is slideable within the cabinet liner.

A rack features a front panel, a rear panel, a first rail assembly and a second rail assembly. The first rail assembly includes a first frame, a first plurality of support members extending laterally from the first frame, and a first set of edge connectors extending in a first longitudinal direction from the first frame. The second rail assembly includes a second frame, a second plurality of support members extending laterally from the second frame and aligned with the first plurality of support members, and a second set of edge connectors extending in the first longitudinal direction from the second frame for coupling to the front panel. The first set of edge connectors includes one or more locking edge connectors, each of the locking edge connectors includes a first protrusion for insertion through an aperture within a first attachment mechanism positioned within a first side panel member of the plurality of side panel members and retention of the first protrusion by a portion of the first attachment mechanism.