A linear motion mechanism, a drawer assembly, and a storage cabinet, relating to the technical field of linear motion. The linear motion mechanism comprises a rotating wheel around which a flexible cable is wound, the flexible cable being suitable for moving along with rotation of the rotating wheel, and the flexible cable comprising flexible cable sections located on the two sides of the rotating wheel; a rotation driving member which is connected to the rotating wheel and suitable for driving the rotating wheel to rotate; a mounting member, the mounting member being provided with a guide rail, a first fixed pulley being mounted on the mounting member; and a first-stage sliding rail which is suitable for sliding relative to the guide rail.

An anti-toppling drawer chest comprises a plurality of drawers arranged on a chest body. An anti-toppling interlocking mechanism is arranged between the side wall of the chest body and the drawers and comprises fixing pieces, a sliding rod and stop blocks, wherein the fixing pieces are installed on the side wall of the chest body, the sliding rod is installed between the fixing pieces and the side wall of the chest body, the stop blocks are installed on the side walls of the drawers, oblique slideways are arranged on the stop blocks, and the sliding rod and clamping tenons slide along the oblique slideways when the drawers are pulled out and pushed back. According to the anti-toppling drawer chest of the invention, the function that a single drawer is pulled out and the other drawers are locked is achieved.

An anti-toppling drawer chest comprises a plurality of drawers arranged on a chest body. An anti-toppling interlocking mechanism is arranged between the side wall of the chest body and the drawers and comprises fixing pieces, a sliding rod and stop blocks, wherein the fixing pieces are installed on the side wall of the chest body, the sliding rod is installed between the fixing pieces and the side wall of the chest body, the stop blocks are installed on the side walls of the drawers, oblique slideways are arranged on the stop blocks, and the sliding rod and clamping tenons slide along the oblique slideways when the drawers are pulled out and pushed back. According to the anti-toppling drawer chest of the invention, the function that a single drawer is pulled out and the other drawers are locked is achieved.

A fastener storage and display cabinet includes a housing defining an internal space, with a plurality of tray units positioned within the internal space. Each tray unit is movable between a closed position primarily within the internal space and an extended position in which a majority of the tray unit is cantilevered forward of the housing. At least one tray unit is formed as a telescoping tray assembly comprising an upper tray component and a lower tray component, wherein the upper tray component fits within the lower tray component and is movable with respect to the lower tray component between a first position nested within the lower tray component and a second position cantilevered forwardly from the lower tray component.

A sorting and storage unit includes a port panel with vertically arranged ports, wherein each port is horizontally offset from each of the adjacent ports. Bins, each having a top opening, fit into the ports of the port panel. Each bin is held within a port with at least a portion of the top opening of the bin horizontally offset from each bin in an adjacent port. A table top has a substantially flat upper surface and a lower surface. The table top is supported by the port panel. The table top includes apertures. Each aperture is aligned vertically above the offset portion of only one of the bins thereby creating a plurality of vertical, gravity-fed drop paths from the flat upper surface of the table top to the bins.

A cabinet is provided with a housing including a rear wall, a first side wall, a second side wall opposite to the first side wall, a bottom, a top frame member, and a front frame member, and two sliding doors, each disposed on the top frame member, the front frame member, and one of the first and second side walls. The housing is shaped as a truncated trapezoid in its side elevation.

A cabinet is provided with a housing including a rear wall, a first side wall, a second side wall opposite to the first side wall, a bottom, a top frame member, and a front frame member, and two sliding doors, each disposed on the top frame member, the front frame member, and one of the first and second side walls. The housing is shaped as a truncated trapezoid in its side elevation.

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.

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 safe chest of drawers includes a chest body, one or more drawers, a sliding bar, a spring box assembly, a sliding brake assembly and one or more drawer mounting assemblies. The chest body includes a drawer accommodation part and a leg part. The drawers are inserted into the drawer accommodation part, and are selectively opened and closed. The sliding bar performs sliding movement in forward and backward directions, and is coupled to a pair of movable casters. The spring box assembly is configured such that it has a protrusion structure including a plurality of unidirectional protrusions configured to restrict backward sliding movement. The sliding brake assembly is disposed over the spring box assembly, and has a brake member. The one or more drawer mounting assemblies function to implement forward sliding by pushing the sliding bar.