A multi-tray cabinet includes a cabinet body defining an interior compartment and a compound opening thereto formed by first and second openings merging and in an angular relationship with one another, first and second doors located on the cabinet body adjacent and at an angle relative to one another and being mounted to the cabinet body to undergo movement relative to one another and to the cabinet body in order to correspondingly open and close the first and second openings, pairs of opposing of tray support members attached in a vertically spaced relationship from one pair to another on a pair of opposite interior surfaces of the cabinet body and being aligned with the first opening, and a plurality of trays on respective opposing pairs of tray support members being insertable upon and removable from the tray support members through the first opening.

A platform with removable pegs for organizing sockets uses a base panel, multiple peg receptacles, multiple socket-receiving pegs, and a ratchet holder to form a socket tray that can be reconfigured by a user. The base panel is a platform that supports the socket-receiving pegs and the ratchet holder. The peg receptacles traverse into the base panel and are used to form mounting holes into which the socket-receiving pegs are inserted. The socket-receiving pegs are rods that support the socket heads of a socket wrench set. The user is able to create unique storage arrangements by inserting the socket-receiving pegs into the peg receptacles which are distributed across the base panel. The ratchet holder is a mounting system that enables the user to store the ratchet of the socket wrench on the socket tray.

A platform with removable pegs for organizing sockets uses a base panel, multiple peg receptacles, multiple socket-receiving pegs, and a ratchet holder to form a socket tray that can be reconfigured by a user. The base panel is a platform that supports the socket-receiving pegs and the ratchet holder. The peg receptacles traverse into the base panel and are used to form mounting holes into which the socket-receiving pegs are inserted. The socket-receiving pegs are rods that support the socket heads of a socket wrench set. The user is able to create unique storage arrangements by inserting the socket-receiving pegs into the peg receptacles which are distributed across the base panel. The ratchet holder is a mounting system that enables the user to store the ratchet of the socket wrench on the socket tray.

A nameplate configured to be connected to a tool hanger including a rail is provided, including: a main body, configured to be connected to the tool hanger, including a marking portion; wherein the main body includes a connection portion, and the connection portion is configured to be slidably mounted to the rail. A tool hanging device including the nameplate is further provided, wherein the tool hanging device further includes the tool hanger including the rail and at least one seat, the at least one seat is slidably disposed on the rail, and the at least one seat is configured for installation of at least one tool.

A nameplate configured to be connected to a tool hanger including a rail is provided, including: a main body, configured to be connected to the tool hanger, including a marking portion; wherein the main body includes a connection portion, and the connection portion is configured to be slidably mounted to the rail. A tool hanging device including the nameplate is further provided, wherein the tool hanging device further includes the tool hanger including the rail and at least one seat, the at least one seat is slidably disposed on the rail, and the at least one seat is configured for installation of at least one tool.

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 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 three-axis end-limiting tool placement structure includes a basic face, a first-end three-axis limiting portion, a second-end X-axis limiting portion, and a sliding Z-axis limiting piece at the second end. The first end of the three-axis limiting part includes one end abutting wall, two lateral limiting walls and a pressing edge, so that the first end of the tool placement bar reaches the X, Y, Z axial limiting state. The X-axis limiting portion is used to limit at least the X-axis of the second end of the tool placement bar. The sliding Z-axis limiting piece at the second end includes a track set and a sliding cover, and the sliding cover has a release and locking positions. When the sliding cover is in locked position, the cover is blocked on the top surface of the second end of the tool placement bar, thereby forming the Z-axis in limiting state.

A three-axis end-limiting tool placement structure includes a basic face, a first-end three-axis limiting portion, a second-end X-axis limiting portion, and a sliding Z-axis limiting piece at the second end. The first end of the three-axis limiting part includes one end abutting wall, two lateral limiting walls and a pressing edge, so that the first end of the tool placement bar reaches the X, Y, Z axial limiting state. The X-axis limiting portion is used to limit at least the X-axis of the second end of the tool placement bar. The sliding Z-axis limiting piece at the second end includes a track set and a sliding cover, and the sliding cover has a release and locking positions. When the sliding cover is in locked position, the cover is blocked on the top surface of the second end of the tool placement bar, thereby forming the Z-axis in limiting state.

An access and storage system including a storage component configured to store items therein or thereon in an associated storage position, wherein the storage component is configured to provide a user direct manual access to the items in the storage positions. The system further includes a sensor system configured to track at least one of the user's removal of an item from the associated storage position or replacement of an item to the associated storage position and an identification system for identifying the user. The system also has an authorization database operatively coupled to the identification system for tracking which of the items a particular identified user is authorized to access.