A storage solution uses wire shelves where the width of the wire shelves can be customized by a user by adding one or more central members between two end members. Thus, the shelving can be installed in one cabinet having a first width, and moved, if desired, to a cabinet of a different width by adding or removing central members from the shelf. Further, a manufacturer can provide a variety of shelf sizes by simply varying the number of central members that are provided. The shelving may be attached at each end to a slide to permit one or more shelves to extend outward from the inside of a cabinet.

A pull-out guide has at least two rails that are movable relative to each other. A first attaching means for attaching a first pushing element is provided on a movable rail. A second attaching means at a distance from the first attaching means is provided on the movable rail for attaching a pushing element of a second drawer system. The pushing element of either the first or second drawer system can be attached to the movable rail.

A pull-out guide has at least two rails that are movable relative to each other. A first attaching means for attaching a first pushing element is provided on a movable rail. A second attaching means at a distance from the first attaching means is provided on the movable rail for attaching a pushing element of a second drawer system. The pushing element of either the first or second drawer system can be attached to the movable rail.

The invention relates to a telescopic pull-out shelf with at least two runners which are movably guided one on the other so that they can be displaced relative each other in the longitudinal direction. A support on the first runner is resiliently fastened in the direction of movement of the runners.

The invention relates to a telescopic pull-out shelf with at least two runners which are movably guided one on the other so that they can be displaced relative each other in the longitudinal direction. A support on the first runner is resiliently fastened in the direction of movement of the runners.

An undermount drawer slide mounting clip releasably attaches a drawer to a drawer rail assembly mounted in a cabinet carcass. The apparatus is capable of effecting positional adjustments of the drawer in three directions without removing the drawer from the cabinet carcass. The apparatus is comprised of a body slidingly engaged with a bonnet. A trigger pivotally connected between the body and the bonnet. A spring loaded catch slidable within the bonnet and acted on by the trigger to releasably attach the apparatus to a drawer rail assembly. A threaded spindle rotates within the base and adjusts the horizontal position of the drawer. A ramp adjustably connected to the base adjusts the vertical position of the drawer. A plunger extends from a housing connected to the body to adjacent the drawer rail assembly and adjusts the depth of the drawer.

An undermount drawer slide mounting clip releasably attaches a drawer to a drawer rail assembly mounted in a cabinet carcass. The apparatus is capable of effecting positional adjustments of the drawer in three directions without removing the drawer from the cabinet carcass. The apparatus is comprised of a body slidingly engaged with a bonnet. A trigger pivotally connected between the body and the bonnet. A spring loaded catch slidable within the bonnet and acted on by the trigger to releasably attach the apparatus to a drawer rail assembly. A threaded spindle rotates within the base and adjusts the horizontal position of the drawer. A ramp adjustably connected to the base adjusts the vertical position of the drawer. A plunger extends from a housing connected to the body to adjacent the drawer rail assembly and adjusts the depth of the drawer.

An automatically adjustable connection structure contains: a fixing member, a movable member, a limitation plate, and a limiting element. The fixing member includes a vertical sheet and a horizontal sheet having two guiding protrusions and an elongated orifice. The movable member is fixed on the horizontal sheet and includes a top piece and two peripheral pieces, the top piece has a hole corresponding to the elongated orifice, and each of the two peripheral pieces has each of two cutouts, wherein among the two cutouts and the horizontal sheet is defined a clamping space. The limitation plate inserts through the hole and the elongated orifice, wherein the movable member engages with and removes from the fixing member, such that the movable member adjustably slides relative to the fixing member via the elongated orifice of the horizontal sheet.

A slide rail device is configured to mount a carried object. The carried object includes a plurality of mounting members. The slide rail device includes an auxiliary component, a slide rail, an operating member and a locking member. The slide rail is movable relative to the auxiliary component. The slide rail has a mounting path for allowing the mounting members of the carried object to pass through. The locking member is movable relative to the operating member between a first position and a second position. Wherein when the locking member is located at the first position, the locking member blocks the mounting path; wherein when the locking member is located at the second position, the locking member is away from the mounting path.

A drawer glide mechanism can include a first elongate guide member, a second elongate glide member, a ball bearing component, and a v-notch socket. The first elongate guide member includes a distal end that is configured to fit within an opening in the v-notch socket. The drawer glide mechanism can further include one or more floating members and fixed members.