A household object storage system for storing objects in an elevated position within a building. The household object storage system includes a platform and a lift system. The platform has a surface upon which at least one household object may be placed. The lift system includes at least one platform attachment, at least one building attachment, a winch and a rope. The at least one platform attachment is attachable to the platform. The at least one building attachment is attachable to the building. The winch is attachable to the building. The rope operably engages the platform attachment, the building attachment and the winch so that the winch may be used to move the platform between a lower configuration and an elevated configuration.

Rack and drawer systems include a first tray configured to receive spices and/or other objects, a first glider mechanism coupled to the first tray on a first side, the first glider mechanism further configured to couple to a first additional object, the first additional object selected from the group including an external structure, an extension housing coupled to the external structure, and a first backer plate coupled to the external structure, and a first cam mechanism coupled to the first tray on the first side, the first cam mechanism structured to fit within a first guide channel defined within the additional object, wherein the first tray is structured to extend from the external structure in at least a horizontal manner.

Rack and drawer systems include a first tray configured to receive spices and/or other objects, a first glider mechanism coupled to the first tray on a first side, the first glider mechanism further configured to couple to a first additional object, the first additional object selected from the group including an external structure, an extension housing coupled to the external structure, and a first backer plate coupled to the external structure, and a first cam mechanism coupled to the first tray on the first side, the first cam mechanism structured to fit within a first guide channel defined within the additional object, wherein the first tray is structured to extend from the external structure in at least a horizontal manner.

The present invention relates to a sink tap structure moving up and down through a cooperative operation with a shelf moving up and down, including: shelf frames coupled to a screw bar in the form of male/female screws in such a manner as to move up and down along rails attached to the inner surface of a cupboard by means of the rotation of the screw bar, the screw bar being rotatably coupled to a servo motor disposed inside a cupboard frame; a first stage shelf located close to a user when pulls by means of sliding members slidingly coupled to casing members disposed on the lower portions of the shelf frames and returned to the original position thereof when pushes by means of the sliding members; and a tap coupled to an elevating bar in such a manner as to move up and down by means of the up and down movements of the elevating bar.

The present invention relates to a sink tap structure moving up and down through a cooperative operation with a shelf moving up and down, including: shelf frames coupled to a screw bar in the form of male/female screws in such a manner as to move up and down along rails attached to the inner surface of a cupboard by means of the rotation of the screw bar, the screw bar being rotatably coupled to a servo motor disposed inside a cupboard frame; a first stage shelf located close to a user when pulls by means of sliding members slidingly coupled to casing members disposed on the lower portions of the shelf frames and returned to the original position thereof when pushes by means of the sliding members; and a tap coupled to an elevating bar in such a manner as to move up and down by means of the up and down movements of the elevating bar.

Examples of the present invention include tool storage units and methods for storing tools. In examples of the present invention, a tool storage unit comprises a moveable housing with a guide system for allowing movement of the moveable housing in at least one direction. In various examples, the moveable housing is engaged with a base unit and is moved relative to the base unit by a moving mechanism. The moving mechanism moves the moveable housing to provide access to and/or conceal, at least in part, the moveable housing.

A storage assembly includes a storage cabinet having an interior space and a slide-out storage assembly operable between open and closed positions relative to the storage cabinet. The slide-out storage assembly includes a base assembly having one or more integrally formed mounting brackets formed thereon. One or more caster assemblies are mounted to the one or more integrally formed mounting brackets of the base assembly of the slide-out storage assembly. The one or more caster assemblies are vertically adjustable along the one or more integrally formed mounting brackets of the base assembly. The slide-out storage assembly further includes a faceplate coupled to the base assembly and adjustably associated with the storage cabinet.

A storage assembly includes a storage cabinet having an interior space and a slide-out storage assembly operable between open and closed positions relative to the storage cabinet. The slide-out storage assembly includes a base assembly having one or more integrally formed mounting brackets formed thereon. One or more caster assemblies are mounted to the one or more integrally formed mounting brackets of the base assembly of the slide-out storage assembly. The one or more caster assemblies are vertically adjustable along the one or more integrally formed mounting brackets of the base assembly. The slide-out storage assembly further includes a faceplate coupled to the base assembly and adjustably associated with the storage cabinet.

A storage system for storing contents is provided. The storage system includes a retractable vertical cabinet having a handle, at least one pivoting support member pivotally attached to at least an exterior side of the cabinet and a support structure. The storage system further includes a lift adjuster and a rotating adjustment screw threadably connected allowing for adjustment of a lift assist mechanism, which is connected between a foundation and the lift adjuster, to accommodate for varied loads. This storage system may also include an electric actuator movement. This storage system may also include a brake mechanism to restrain movement from any desired elevation.

Embedded furniture systems include a furniture assembly having a furniture stowage component and a furniture element extending from and moveably connected to the stowage component. The stowage component has a body with a furniture compartment recessed therein. The furniture element is selectively stowable in the compartment and deployable therefrom on a first side of the assembly. The assembly extends through an opening disposed in a wall component. The surface of the first side of the assembly is aligned with a first side of the wall and the covered portion of the body extends from an opposing second side of the wall. A concealing element is disposed about and substantially covers an exposed portion of the body on an opposing second side of the assembly. The concealing element includes a substantially hollow furniture component such that the covered portion of the body appears to be a piece of furniture.