A wine cabinet includes a cabinet body, a cabinet door, at least one slide rail, at least one shelf, and a protective cover. The cabinet body is provided with a storage compartment. The at least one slide rail is disposed in the storage compartment. The slide rail includes a first slide sub-rail and a second slide sub-rail. The first slide sub-rail is disposed on the cabinet body. The second slide sub-rail is slidable with respect to the first slide sub-rail. The second slide sub-rail includes a main body and at least one fixing member. The at least one shelf is detachably connected with the fixing member, so as to slide along with the second slide sub-rail. The protective cover is detachably disposed at a connecting position between the shelf and the slide rail.

An overhead storage unit includes a pivot arm extending from a first end to a second end. The first end is pivotably mountable to a fixed pivot and the pivot arm is pivotable about a pivot axis defined by the pivot. A storage container having interconnected walls defines a storage container interior. One of the interconnected walls is a conforming wall. The storage container is mounted to the pivot arm and pivotable to be raised and lowered between a stored position and an accessible position. In the stored position, the storage container is disposed within the overhead storage area and the conforming wall is upright. In the accessible position, the storage container is disposed below the overhead storage area and the conforming wall provides access to the storage container interior. A residential living unit and method are also disclosed.

A robot cell useful for robot demonstrations. The robot cell includes a base frame having an outer casing and a working surface having a through opening. A multi-axis demonstration robot is mounted to a stand within the base and may selectively be raised through the through opening to a demonstration position above the working surface or a storage position below the working surface and concealed within the base frame outer casing. A protective screen is positioned outside the working surface and base frame and is selectively raised and lowered to respectively surround the working surface and robot during demonstrations and lowered around the base frame during non-use. The base may include one or more retractable drawers for storage of cell control units or a robot controller. When in a storage or non-demonstration position, the cell is transportable and compact taking a minimum amount of space.

A robot cell useful for robot demonstrations. The robot cell includes a base frame having an outer casing and a working surface having a through opening. A multi-axis demonstration robot is mounted to a stand within the base and may selectively be raised through the through opening to a demonstration position above the working surface or a storage position below the working surface and concealed within the base frame outer casing. A protective screen is positioned outside the working surface and base frame and is selectively raised and lowered to respectively surround the working surface and robot during demonstrations and lowered around the base frame during non-use. The base may include one or more retractable drawers for storage of cell control units or a robot controller. When in a storage or non-demonstration position, the cell is transportable and compact taking a minimum amount of space.

A deployable table assembly including a table, first and second non-parallel static rails, and first and second hinges attaching the table to the first and second non-parallel static rails, wherein the first and second hinges configured to travel along the first and second non-parallel static rails to move the table between a stowed position and a deployed position, wherein the table when in the deployed position is forward of and vertically lower than the table when in the stowed position.

Rack and drawer systems. An embodiment of a system of the present disclosure comprises a support box at least partially surrounding a first tray positioned below a second tray; a first glider mechanism and a second glider mechanism each coupled to the first tray and the support box and configured to allow the first tray to be extended outward from the support box in a first direction; and a third glider mechanism coupled to the first tray and the second tray and configured to allow the second tray to be extended sideways perpendicular to the first direction.

A rack and drawer system includes a tray having at least one glider mechanism and at least one rotation mechanism coupled to the side of the tray, wherein the at least one glider mechanism is operable to allow the tray to move back and forth along a glider mechanism axis, and wherein the tray is operable to rotate about the at least one rotation mechanism. In another embodiment, the rack system further includes at least one hinge mechanism coupled to a first end of the at least one glider mechanism, wherein the at least one hinge mechanism is operable to allow the tray to pivotally move relative to a pivot point.

Motor control centers have units or buckets with an extendable/retractable power connection (stab) assembly and one or more operating lever interlocks that include a unit latch to latch to a cabinet and a power connection position interlock that blocks the handle of the units or buckets based on position of the power connection assembly, optionally also including a shutter cam that slides a shutter right and left.

A storage apparatus includes trays, a shaft, a base element and two wheel assemblies. The shaft is inserted in the trays to connect the trays to one another so that each of the trays is rotatable between a withdrawn position and a spread position relative to a lower one of the trays. The base element is attached to the shaft. The base element is connected to a second one of the trays by a connecting element. The base element is located below the lowermost tray when the trays overlap one another. The first wheel assembly includes wheels attached to the lowermost tray. The second wheel assembly includes wheels attached to the base element. The wheels cover a first area when the trays overlap one another and cover a second area when the trays fully spread from one another. The first area is smaller than the second area.

A tool cabinet includes a cabinet body having two guide rails, a working platform unit having a movable platform member and two hollow extension members, two lifting units each having a threaded rod, two driving units, and a control unit. The extension members are respectively slidable relative to the guide rails. The threaded rods respectively extend through the extension members and telescopically into the guide tubes. Each driving unit has a motor, and a speed reduction mechanism driven to rotate the threaded rod of a respective lifting unit. The control unit is connected to the motors for synchronizing movements of the motors.