The inventions relates to a tool 10 that is adapted to loosen or fasten connector nuts located in areas of reduced space. The tool 10 is particularly useful because it allows manipulating basin nuts 40 located between the lower portion of the basing and piping that provides water to the faucets that are attached to the basin via the nut. The tool comprising a body having a first section adapted to receive the fastening means and a second section adapted to receive the torque, the first section and the second section being adapted for attachment to each other to transfer the torque to the first section, wherein the first section is adapted to allow piping to be located adjacent the second section during use of the tool to allow the first section to receive the fastening means. The tool may be configured as a socket. The invention also relates to a kit including the sockets.

Provided is a bolting tool that includes a mounting portion and a torque transfer portion. A bolt assembly is mounted to the mounting portion. The bolt assembly includes a bolt and a nut threaded onto a position along an external threaded portion of the bolt. The torque transfer portion transfers tightening torque to the bolt and the nut of the bolt assembly mounted to the mounting portion. The mounting portion includes a bolt engagement portion, which is engageable with a head of the bolt, a nut engagement portion, which is engageable with the nut, and a coupling portion, which couples the nut engagement portion to the bolt engagement portion coaxially and with a predetermined spacing therebetween.

A wrench for rotating a hex head fastener has a frame having one or two jaw faces. If the frame has two faces, they form a 60 degree angle between them. A movable jaw has two faces forming an angle of about 120 degrees relative to each other. A guide connected to the frame controls movement of the movable jaw along a line forming an angle of about 40.9 degrees with respect to a position of one of the frame faces.

A dual drive hex socket is disclosed, that includes a body having a first drive end and a driven end. The first drive end has a socket configured and arranged to receive an end of a socket drive. The driven end is configured and arranged to receive a head of a bolt. A drive surface is formed on an outer surface of the body, where the drive surface provides an engagement point for application of torsional force to the body. In use, the user may use a socket drive and/or wrench in combination to provide torsional force at two different distinct points to the socket and thereby the head of the bolt. Used in combination, slippage may be prevented of the socket from the head of the bolt in addition to applying superior force to bolt.

A dual drive hex socket is disclosed, that includes a body having a first drive end and a driven end. The first drive end has a socket configured and arranged to receive an end of a socket drive. The driven end is configured and arranged to receive a head of a bolt. A drive surface is formed on an outer surface of the body, where the drive surface provides an engagement point for application of torsional force to the body. In use, the user may use a socket drive and/or wrench in combination to provide torsional force at two different distinct points to the socket and thereby the head of the bolt. Used in combination, slippage may be prevented of the socket from the head of the bolt in addition to applying superior force to bolt.

A driver tool has a grip handle. The grip handle has a grip handle height less than a grip handle width. A first axis base is mounted to the grip handle. The first axis base includes a first saddle flange and a second saddle flange. A pair of primary link pins are mounted to the first saddle flange and the second saddle flange defining a first axis of rotation. A coupler link is mounted on the first axis of rotation to rotate on the first axis of rotation relative to the first axis base. A pair of secondary link pins mounted to the coupler link. The pair of secondary link pins define a second axis of rotation that is perpendicular to the first axis of rotation. A driving link is mounted to the second axis of rotation. The driving link includes a driving socket.

A driver tool has a grip handle. The grip handle has a grip handle height less than a grip handle width. A first axis base is mounted to the grip handle. The first axis base includes a first saddle flange and a second saddle flange. A pair of primary link pins are mounted to the first saddle flange and the second saddle flange defining a first axis of rotation. A coupler link is mounted on the first axis of rotation to rotate on the first axis of rotation relative to the first axis base. A pair of secondary link pins mounted to the coupler link. The pair of secondary link pins define a second axis of rotation that is perpendicular to the first axis of rotation. A driving link is mounted to the second axis of rotation. The driving link includes a driving socket.

The present invention provides a stud and tool to remove the same.

There is described a socket extension member for use with a square drive ratchet to close and open the valves on a Ratigan style oil field wellhead blow-out preventer. The extension member comprises a solid shaft portion connected to a first end portion with a square bore to matingly receive the square drive ratchet wrench and a second end portion connected to the shaft portion opposite of the first end portion with a circular bore and an interior of the circular bore being fashioned to matingly and engage the end of the wellhead Ratigan style blowout preventer valve.

In one embodiment, a handheld stud remover and in a second embodiment, a modified hex nut metal stud remover. In addition, there is a method of removing metal studs or bolts from threaded openings using the handheld stud remover and a method of removing metal studs or bolts from threaded openings using a modified hex nut metal stud remover.