A support component for a storage cabinet includes an elongate bar; and a resilient leg formed in the upper surface of the bar and extending between two opposite sides of the bar. The resilient leg includes an engagement protrusion.

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 sliding system for a drawer is provided. The sliding system comprises at least o 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 comprises at least one sliding surface being coated with a lacquer comprising 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.

A refrigerator is disclosed. The refrigerator includes a main body including a storage compartment, a plurality of storage containers installed in the storage compartment and positioned side by side from left to right, a support plate installed between the plurality of storage containers, a cover covering opened upper surfaces of the plurality of storage containers, a sliding shelf slidably installed on the cover, and a shelf support positioned at an upper surface of the support plate. The refrigerator can prevent deformation due to sagging of the sliding shelf even if items with large size and weight are placed on the sliding shelf, and smoothly achieve a sliding operation of the shelf.

A furniture apparatus including a frame, a movable facade configured to transition between an open state and a closed state; and a hidden container configured to rest on a set of support ledges attached to one or more of the frame and an unhidden container optionally associated with the furniture apparatus such that the hidden container is configured to be visible when the movable facade is in the open state, and the hidden container is configured to be hidden from view when the hidden container is installed in the furniture apparatus and the movable facade is in the closed state.

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.

In a skeleton frame of a storage box, a boundary frame, front columns, and rear columns are integrally formed. Therefore, the ease of assembly of the storage box can be improved. In addition, gouged portions that are depressed inward in a width direction from an outermost shape in the width direction of the boundary frame are formed in both side portions in the width direction of the boundary frame. When the skeleton frames are nested, the front columns of the skeleton frame on a lower side are disposed in the gouged portions of the skeleton frame on an upper side. Accordingly, even in the skeleton frame where the rear columns and the front columns are integrally formed with the boundary frame, the skeleton frames can be nested in a vertically stacked state.

A sliding rail structure for drawer of layered frame is mainly designed for being used to satisfying a requirement of allowing a bracket drawer to be disposed in a layered frame, and a sliding rail plate is buckled between horizontal rods arranged at two sides of the layered frame. The sliding rail plate is formed through a single metal piece being punched for formation, so that a main body thereof is formed as a U-like slot rack, two predetermined locations at a front end and a rear end of a top edge defined at a sealed side of the slot rack are punched for forming a pair of buckle hooks, buckle slots of each of the buckle hooks are designed in various specifications and statuses with respect to the specification and the status of the horizontal rod, thereby being in a non-arched polygonal status. Accordingly, the whole production cost can be lowered and better economic benefits can be provided.

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 support component for a storage cabinet includes an elongate bar; and a resilient leg formed in the upper surface of the bar and extending between two opposite sides of the bar. The resilient leg includes an engagement protrusion.