A drawer system includes a primary drawer and a concealed drawer. The concealed drawer is concealed in a space under the floor of the primary drawer, between the lower portions of the sidewall of primary drawer. The primary drawer moves with the concealed drawer in a locked state to maintain the concealed drawer in the concealed state, and the concealed drawer moves independently from the primary drawer in the unlocked state to allow the concealed drawer to extend from the primary drawer, thereby allowing access to the concealed drawer.

A desk having a hidden lift lamp includes a desk body, a desk lamp, an electric traction device, and a control device. The desk top is provided with the desk lamp that can be ascended and descended. The desk lamp is controlled by the electric traction device and the control device. When in use, the desk lamp is ascended and suspended above the desk top. When not in use, the desk lamp is descended and hidden on the desk top, so that the user can fully use the desk top space.

A desk having a hidden lift lamp includes a desk body, a desk lamp, an electric traction device, and a control device. The desk top is provided with the desk lamp that can be ascended and descended. The desk lamp is controlled by the electric traction device and the control device. When in use, the desk lamp is ascended and suspended above the desk top. When not in use, the desk lamp is descended and hidden on the desk top, so that the user can fully use the desk top space.

The cabinet 1 has a base 3 that defines an opening 7, which is sized to receive the tynes of a lifting device, such as a fork lift of the like, for example. This facilitates transportation of the entire cabinet 1. The cabinet 1 has nine drawers 8, each having formations, in the form of a pair of slots 10 and 11, which are adapted for engagement with the tynes. Once the tynes have been inserted, the lifting device operator may then raise the tynes slightly, thereby supporting the drawer 8 on the tynes. The lifting device operator can then remove the drawer 8 that is being supported by the tynes from the cabinet 1.

A modular dresser of drawers includes first and second drawer units configured for stacking. The drawers include security features, such as a false bottom and a false front for concealing items in the drawers. Modular construction enables convenient assembly, disassembly and moving. Dressers of drawers can be configured with various sizes, configurations and numbers of drawer units.

A modular dresser of drawers includes first and second drawer units configured for stacking. The drawers include security features, such as a false bottom and a false front for concealing items in the drawers. Modular construction enables convenient assembly, disassembly and moving. Dressers of drawers can be configured with various sizes, configurations and numbers of drawer units.

Example techniques for using a release latch to access a second tray of a server are disclosed. An example method includes operating a server in a rack. A release latch is engaged to initiate movement of a first tray of the server away from a second tray located behind the first tray. The second tray can then be accessed to remove and replace a storage drive from the second tray while the server remains in operation.

Example techniques for using a release latch to access a second tray of a server are disclosed. An example method includes operating a server in a rack. A release latch is engaged to initiate movement of a first tray of the server away from a second tray located behind the first tray. The second tray can then be accessed to remove and replace a storage drive from the second tray while the server remains in operation.

The cabinet 1 has a base 3 that defines an opening 7, which is sized to receive the tynes of a lifting device, such as a fork lift of the like, for example. This facilitates transportation of the entire cabinet 1. The cabinet 1 has nine drawers 8, each having formations, in the form of a pair of slots 10 and 11, which are adapted for engagement with the tynes. Once the tynes have been inserted, the lifting device operator may then raise the tynes slightly, thereby supporting the drawer 8 on the tynes. The lifting device operator can then remove the drawer 8 that is being supported by the tynes from the cabinet 1.

A control method for smart furniture includes a furniture body, a movable part, and a concealing part, a cavity for receiving the movable part being disposed on the furniture body, the concealing part part's deployed position for concealing the cavity and retracted position for exposing the cavity being provided on the furniture body, a first drive device and a second drive device being provided in the furniture body, inside the furniture body being further provided a sensor, a controller, and a receiving box, the controller being connected to the sensor and the receiving box; the control method is to control movements of the movable part and the concealing part based on the control instruction. The control method may realize position shift between the concealing part and the movable part to satisfy user needs, without interference arising during the switching process.