An operable cabinet storage unit includes an outer cabinet structure having a plurality of sides and an aperture for selectively accessing an interior volume. A plurality of operable cassettes are each linearly operable through the aperture to define a storage position within the interior volume and an access position outside of the interior volume. Each cassette of the plurality of cassettes includes a plurality of storage receptacles, wherein each cassette of the plurality of cassettes occupies a corresponding vertical plane within the interior volume. A retaining mechanism extends from each cassette to the outer cabinet structure, wherein the retaining mechanism selectively retains a corresponding cassette in the storage position.

An operable cabinet storage unit includes an outer cabinet structure having a plurality of sides and an aperture for selectively accessing an interior volume. A plurality of operable cassettes are each linearly operable through the aperture to define a storage position within the interior volume and an access position outside of the interior volume. Each cassette of the plurality of cassettes includes a plurality of storage receptacles, wherein each cassette of the plurality of cassettes occupies a corresponding vertical plane within the interior volume. A retaining mechanism extends from each cassette to the outer cabinet structure, wherein the retaining mechanism selectively retains a corresponding cassette in the storage position.

One example embodiment is a kitchen tray assembly that includes a T-shaped shaft and a plurality of trays movable within the T-shaped shaft. The T-shaped shaft includes a first horizontal compartment, a second horizontal compartment and a vertical compartment. The first and second horizontal compartments hold a number of tray receiving space, in which the number of tray receiving space is one less than a number of the trays in the kitchen tray assembly.

One example embodiment is a kitchen tray assembly that includes a T-shaped shaft and a plurality of trays movable within the T-shaped shaft. The T-shaped shaft includes a first horizontal compartment, a second horizontal compartment and a vertical compartment. The first and second horizontal compartments hold a number of tray receiving space, in which the number of tray receiving space is one less than a number of the trays in the kitchen tray assembly.

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.

The disclosure relates to a cupboard or household appliance, particularly a wall-mounted cupboard, comprising a carcass on which a door can be pivoted from a closed position into an open position by means of a pivoting device, at least one holder for storing objects being attached to an inner side of the door facing the carcass, the door being lowerable down a guiding device, in an open range of the door. The invention further relates to a method for opening and closing a cupboard or a household appliance.

The disclosure relates to a cupboard or household appliance, particularly a wall-mounted cupboard, comprising a carcass on which a door can be pivoted from a closed position into an open position by means of a pivoting device, at least one holder for storing objects being attached to an inner side of the door facing the carcass, the door being lowerable down a guiding device, in an open range of the door. The invention further relates to a method for opening and closing a cupboard or a household appliance.

A storage assembly comprising at least one storage body comprising the storage body including a first side wall, a second side wall, an end wall, and at least two grooves along the inner surface of the storage assembly, the grooves being substantially coplanar and at least one shelf configured to fit inside the storage body along the substantially coplanar grooves and into the end wall coplanar grooves.

A storage assembly comprising at least one storage body comprising the storage body including a first side wall, a second side wall, an end wall, and at least two grooves along the inner surface of the storage assembly, the grooves being substantially coplanar and at least one shelf configured to fit inside the storage body along the substantially coplanar grooves and into the end wall coplanar grooves.