A wireless charging system for charging a tool includes a tool holder and charging module. The tool holder includes a mounting interface, a holding portion extending from the mounting interface, and at least one surface t configured to mount the tool holder onto a support surface, such as of a mobile structure. The charging module is mounted in the mounting interface, and includes an inductive charging device that wirelessly charges a tool resting on the charging module. The holding portion is configured to at least partially engage the tool and act as a transverse support relative to the mounting interface. The at least one surface can include a base of the tool holder for horizontal mounting, a side of the tool holder for vertical mounting, or two opposite sides of the tool holder for mounting on a mounting rail.

An attachment device for use with a hand tool having a handle portion with a distal end includes a connection member having a connection point, and a receiver coupled to and extending axially from the connection member to define a central channel having an open end. The receiver is configured to receive at least a portion of the handle portion within the central channel via the open end. The receiver is configured to permit the insertion of the handle portion into the central channel while restricting the removal of the handle portion therefrom.

A device, system, and method for holding one or more structural long objects includes a plurality of adjacent flat membranes that are in direct contact with each other. The membranes have been slit to produce tabs that meet near a center of the membranes to hold the structural long object(s) more effectively than could be accomplished with a single flat membrane with tabs. The membranes are held in the body of the device or system by a retaining device located on one side of the membranes and a retaining feature of the body on the other side of the membranes.

A tool storage receive includes a container and a tool rack. The container includes a jar defining a first receiving portion therein and including a first opening intercommunicating the first receiving portion with the outside. The tool rack includes a base on an end thereof and a tool hanger rack on another end thereof. The base is disengageably mounted to the first opening. The tool hanger rack is received in the first receiving portion. When the base is disengaged from the first opening, the tool hanger rack is removable out of the first receiving portion. Thus, the tool storage device can properly receive tools by the above structure.

A tool mount for use with a sleever bar includes a locking handle moveable between a secured position and a locked position. The tool mount further includes a positioning wheel aligned adjacent to the locking handle. The positioning wheel may be configured to engage the locking handle when the locking handle is in the locked position, and rotate freely relative to the locking handle when the locking handle is in the secured position. The tool mount further includes a tool holder coupled to the positioning wheel and configured to receive the sleever bar, wherein the tool holder rotates freely with the positioning wheel when the locking handle is in the secured position.

A work station includes a working surface configured to support a tool assembly, a base portion supporting the working surface, a table removably coupled to one or more of the working surface and the base portion, an aperture formed in the table, the aperture configured to selectively receive a suction device, and a downdraft surface positioned on at least one side of the table. The downdraft surface includes a plurality of recesses in fluid communication with the aperture, and the plurality of recesses are configured to generate a downdraft.

A tool holder for a gun-shaped power tool includes a base including a first slot and a second slot extending parallel to the first slot, a first support member adjustably securable along the first slot and along a first side of the base, and a second support member adjustably securable along the second slot and along the first side of the base. A tool bit and/or a barrel of the tool may be supported by surfaces of the support members when the tool is stored in the tool holder, so that a grip of the tool is readily accessible by a user. The power tool holder provides a structure for ergonomically positioning and storing a gun-shaped power tool, improving the ease and speed of access of the tool during assembly operations.

A drop-prevention pouch for a cordless power tool has a battery pack that defines a battery pack perimeter. The drop-prevention pouch includes a pouch floor and a sidewall extending transversely from the pouch floor and having a sidewall rim portion defining a pouch opening. The pouch floor and the pouch sidewall define a chamber sized to receive the battery pack when the battery pack is attached to the cordless power tool. The pouch sidewall defines a window opening aligned to permit the user to view a feature on the battery pack. A flexible conduit extends along the sidewall rim portion. A drawstring extends through the flexible conduit and is capable of restricting the pouch opening to be smaller than the battery pack perimeter, thereby preventing the drop-prevention pouch from being removed from the battery pack when the battery pack is attached to the cordless power tool.

A container, e.g., a carry-case, includes: a body having an internal cavity for storing contents, the body including at least one access side of the body having at least one opening sufficient in size to accommodate movement of the contents through the opening(s); and at least one lid configured to releasably close the at least one opening, respectively. The body further includes: first and second stacking sides in which are formed complimentarily-shaped surface feature(s) and surface feature(s), respectively, configured to be releasably engageable with the corresponding surface feature(s) formed in second and first stacking sides, respectively, of other instances of the container. And each access side and corresponding lid are configured to permit access through the corresponding opening while one or more of the first and second stacking sides are disposed in states of releasable engagement, respectively.

The present disclosure is directed to a holster. device. The holster device includes an arcuate shaft, a first end of the arcuate shaft connected to a first end of a cradle, a second end of the arcuate shaft connected to a handle support and a central portion of the arcuate shaft formed between the first end of the arcuate shaft and the second end of the arcuate shaft, the cradle configured to contact a tool in a central portion of the cradle, wherein a central portion of the cradle is at an angle that is substantially perpendicular to the first end of the arcuate shaft and the handle support configured to contact the tool in a central portion of the handle support, wherein a central portion of the handle support is at an angle that is substantially perpendicular to the central portion of the arcuate shaft.