A foreign object removing socket adaptor includes a pusher, an adaptor, an external thread, an internal tread, and a stop. The pusher includes a drive head and a main shaft. The adaptor includes a tool body, a socket attachment body, and a main channel. The drive head and the main shaft are adjacently connected to each other. The external thread is laterally connected around the main shaft. The stop is radially connected around the main shaft, opposite of the drive head. The tool body and the socket attachment body are adjacently connected to each other. The main channel concentrically traverses through the tool body and the socket attachment body. The internal thread is laterally connected within the main channel. The main shaft is threadedly engaged with the main channel through the external thread and the internal thread.

A driver extension with hand knobs is shown and described. The driver extension with hand knobs includes an elongated rod. The elongated rod has a first end opposite a second end. The first end of the elongated rod is a tool attachment end. The second end of the elongated rod is a securement end for a socket or a screwdriver. A pair of opposing hand knobs are secured along the elongated rod extending away from the elongated rod. The knobs are positioned in the same plane.

A driver extension with hand knobs is shown and described. The driver extension with hand knobs includes an elongated rod. The elongated rod has a first end opposite a second end. The first end of the elongated rod is a tool attachment end. The second end of the elongated rod is a securement end for a socket or a screwdriver. A pair of opposing hand knobs are secured along the elongated rod extending away from the elongated rod. The knobs are positioned in the same plane.

A torque transfer assembly for an impact bit holder may include a jacket operably coupled to a driven body having a driven end configured to interface with a bit, and a multi-start thread assembly operably coupling the jacket to a drive body having a drive end configured to interface with a powered driver. The torque transfer assembly may be disposed between the drive body and driven body and may be configured to transfer torque between the drive body and the driven body.

A torque transfer assembly for an impact bit holder may include a jacket operably coupled to a driven body having a driven end configured to interface with a bit, and a multi-start thread assembly operably coupling the jacket to a drive body having a drive end configured to interface with a powered driver. The torque transfer assembly may be disposed between the drive body and driven body and may be configured to transfer torque between the drive body and the driven body.

A setting tool for a setting tool system for setting capsule anchors is specified, having a shank and a head, arranged at one end of the shank, with a recess for receiving a drive head of a capsule anchor, wherein the shape of the recess is formed substantially by two superimposed hexagons that are arranged in an offset manner to one another. Further, a set for a setting tool system for setting capsule anchors is specified, having an adapter which is able to be coupled to a drive machine, and at least one setting tool. Moreover, a setting tool system is specified, including a setting tool for a setting tool system for setting capsule anchors or a set for a setting tool system for setting capsule anchors, and a capsule anchor and/or a drive machine.

A multi-function tool. The multi-function tool includes a first socket body having a first sidewall defining a first socket and a second socket, the first socket body being aligned with a first axis. The multi-function tool also includes a second socket body having a second sidewall defining a third socket, the second socket body being aligned with a second axis that is substantially parallel to the first axis. The first socket body is connected to the second socket body by a bridge.

A multi-function tool. The multi-function tool includes a first socket body having a first sidewall defining a first socket and a second socket, the first socket body being aligned with a first axis. The multi-function tool also includes a second socket body having a second sidewall defining a third socket, the second socket body being aligned with a second axis that is substantially parallel to the first axis. The first socket body is connected to the second socket body by a bridge.

A fastener driver includes a shank and a socket. The socket includes a first engagement portion with a first fastener and a second engagement portion engageable with a second fastener. The first fastener is different than the second fastener. The socket is movable relative to the shank between a first position, in which the first engagement portion is usable to engage the first fastener, and a second position, in which the second engagement portion is usable to engage the second fastener. The socket is movable between the first and second positions without physically separating the socket from the shank.

A fastener driver includes a shank and a socket. The socket includes a first engagement portion with a first fastener and a second engagement portion engageable with a second fastener. The first fastener is different than the second fastener. The socket is movable relative to the shank between a first position, in which the first engagement portion is usable to engage the first fastener, and a second position, in which the second engagement portion is usable to engage the second fastener. The socket is movable between the first and second positions without physically separating the socket from the shank.