A hand tool storage system includes a frame that includes a front panel, a first side panel angularly coupled to a first edge of the front panel, and a second side panel angularly coupled to a second edge of the front panel; and a plurality of slots formed in the frame, each of the slots forming an aperture that extends across a portion of the front panel and across a portion of each of the first and second side panels and sized to receive a hand tool contactingly supported by the first and second side panels.

A hand tool storage system includes a frame that includes a front panel, a first side panel angularly coupled to a first edge of the front panel, and a second side panel angularly coupled to a second edge of the front panel; and a plurality of slots formed in the frame, each of the slots forming an aperture that extends across a portion of the front panel and across a portion of each of the first and second side panels and sized to receive a hand tool contactingly supported by the first and second side panels.

A pneumatic tool holder apparatus and related methods of storing pneumatic tools are disclosed. The pneumatic tool holder apparatus has a housing having a bottom plate. A plurality of keyholes is formed in the bottom plate. Each of the plurality of keyholes have an enlarged side and a non-enlarged side, where the enlarged side is sized to receive an end of a pneumatic tool coupling device and the non-enlarged side is sized smaller than a collar on the end of the pneumatic tool coupling device. A plurality of interior compartments is formed within the housing. Each interior compartment corresponds to one of the plurality of keyholes. When the end of the pneumatic tool coupling device is inserted through a keyhole and into an interior compartment, the interior compartment prevents debris from gaining access to a pneumatic interior of a pneumatic tool.

A pneumatic tool holder apparatus and related methods of storing pneumatic tools are disclosed. The pneumatic tool holder apparatus has a housing having a bottom plate. A plurality of keyholes is formed in the bottom plate. Each of the plurality of keyholes have an enlarged side and a non-enlarged side, where the enlarged side is sized to receive an end of a pneumatic tool coupling device and the non-enlarged side is sized smaller than a collar on the end of the pneumatic tool coupling device. A plurality of interior compartments is formed within the housing. Each interior compartment corresponds to one of the plurality of keyholes. When the end of the pneumatic tool coupling device is inserted through a keyhole and into an interior compartment, the interior compartment prevents debris from gaining access to a pneumatic interior of a pneumatic tool.

A mobile storage device that includes one or more coupling mechanisms. The mobile storage device includes one or more wheels coupled to one or more housings. The mobile storage device can be used on construction sites to help workers move and hold tools, equipment, and other material. The one or more coupling mechanisms are configured to engage with storage units, such as storage units within a modular system.

A charging station includes a hub configured to house electronics for controlling the charging station, a first wing extending from the hub in a first direction, a second wing extending from the hub in a second direction opposite the first direction, a first charging port disposed on one or more of the first wing and the second wing, the first charging port including a first battery receptacle configured to receive and charge a battery pack of a first type, a second charging port disposed on the hub, the second charging port including a second battery receptacle configured to receive and charge a battery pack of a second type different than the first type, and a mount assembly coupled to one or more of the hub, the first wing, and the second wing. The mount assembly is configured to selectively mount the charging station on a structure.

A sawhorse extension rack system incorporates two vertical extension portions coupled to a sawhorse and having openings for receiving and retaining work-pieces. The two vertical extension portions are coupled to opposing ends of the sawhorse and have a beam retainer opening that slides over a support beam extending from the sawhorse. The vertical extension portions extend up from the sawhorse and each have first and second vertical support members and one or more cross-supports to produce one or more openings to receive a work-piece. A user may slide the first and second vertical extension over the support beam and then position one or more work-pieces in the openings to increase work capacity.

The disclosure relates to a workpiece handling systems and workpiece storage devices for elongate workpieces of shaft-like form which are at least substantially rotationally symmetrical relative to their longitudinal axis and which have along their longitudinal axis at least one projection extending in the peripheral direction, which projection protrudes radially outwards relative to a workpiece region arranged immediately axially adjacent thereto. The workpiece storage device includes a base plate and a plurality of workpiece holders. The workpiece holders are fastened to the base plate and protrude upwards therefrom, and which define workpiece receiving surfaces. In each case, at least two workpiece holders are associated with a workpiece to be received, wherein the workpiece holders associated with a workpiece to be received are so configured, spaced apart from one another and oriented relative to one another that the longitudinal axis of a workpiece placed thereon from above slopes relative to the horizontal in such a manner that the workpiece moves under the force of gravity, following the slope, until its projection comes into contact with one of the workpiece holders.

The disclosure relates to a workpiece handling systems and workpiece storage devices for elongate workpieces of shaft-like form which are at least substantially rotationally symmetrical relative to their longitudinal axis and which have along their longitudinal axis at least one projection extending in the peripheral direction, which projection protrudes radially outwards relative to a workpiece region arranged immediately axially adjacent thereto. The workpiece storage device includes a base plate and a plurality of workpiece holders. The workpiece holders are fastened to the base plate and protrude upwards therefrom, and which define workpiece receiving surfaces. In each case, at least two workpiece holders are associated with a workpiece to be received, wherein the workpiece holders associated with a workpiece to be received are so configured, spaced apart from one another and oriented relative to one another that the longitudinal axis of a workpiece placed thereon from above slopes relative to the horizontal in such a manner that the workpiece moves under the force of gravity, following the slope, until its projection comes into contact with one of the workpiece holders.

A coupling mechanism for a utility module is provided. The coupling mechanism includes an locking panels that interface with opposing tabs of a modular storage system. The locking panels actuate between a locked position and an unlocked position.