A torque operable conduit union and mating spanner wrench are shown for the hammerless coupling of the ends of abutting fluid conduits, such as pipe, hoses, and fittings. A union nut body has an upper peripheral planar face, a lower peripheral planar face and a circumferential side wall. The circumferential side wall has a series of protuberances extending outwardly therefrom which define at least two circumferentially spaced wrench receiving formations. Each of the wrench receiving formations includes a slot portion which communicates with a transverse opening portion of the formation. The mating spanner wrench has a bridge region which spans certain of the receiving formations and engaging tangs which engage the slot portions of the formations for applying torque to the union nut.

The invention involves a tool, which includes a tool body with first and second flanged portion spaced apart by a first upper cable opening, and a ring positioned proximate thereto. The ring includes a ring opening positioned proximate to the first upper cable opening. The tool body includes a lower cable opening positioned away from the ring.

A fire hydrant valve removal tool has a torque multiplier at the top end, a torque stabilizing bushing which keeps the transmission of torque straight from the top of the hydrant above ground to the valve in the bottom of the hydrant underground, a hydrant mounting adapter which at the lower end matches the flanges and holes of the hydrant so that the valve removal too may be bolted directly to the hydrant for stability, a drive which fits over the hydrant stem all the way down to the valve, and improved valve keys having a conical internal section allowing easy fitting over the hydrant stem. In addition the present invention teaches a rescue key which is designed to easily slide down into the valve body itself and apply torque to the guides/blades of the valve itself.

The present invention provides a wrench for operating cam lock levers. The cam lock lever wrench provides a handle connected to a wrench head that is configured to engage the cam lock lever in a cavity and in a channel, enabling ease of locking and ease of opening a cam lock. Wrench heads of various sizes may be used for cam lock levers of respective various sizes. The handle and wrench head may be fixed together, may be of one piece, or the wrench head may feature a socket such as those used for socket wrenches, and the handle may have a male portion of a socket wrench fitting of a complimentary size to the socket. A wide variety of handles may be used. Some surfaces of the wrench head may have traction enhancements. Some edges of the wrench head may be rounded.

A torque enhancing device that includes a torque contact body having one or more torque driver and/or recessed recipient torque contact surface configurations, inclusive of those in a multi-tier arrangement. The body having a Z-axis depth or thickness, and each of the torque contact surface configurations includes a pair of X-axis extending torque contact side walls that are spaced apart by L1 along a Y-axis, and a pair of Y-axis extending torque contact side walls that are spaced apart by L2 along the X-axis, with at least one of the one or more torque contact surface configurations having four concave contoured surface portions positioned between respective adjacent most ends of the X-axis extending torque contact side walls and the Y-axis extending torque contact side walls, and a length ratio L2/L1 is less than 1 as to provide a torque enhancement contact surface configuration. A method of driving such as insertion or removal of the recessed recipient such as in fastener form is included.

A grease-fitting installation tool is disclosed herein. The grease-fitting installation tool may include a hand-tool useful for installing and uninstalling a grease-fitting that has a hexagonal-collar, a threaded-shank, and a nipple, i.e., a Zerk fitting. The hand-tool may have a first tool-head and a second tool-head, each able to receive and manipulate a grease-fitting. The first and second tool-heads may be attached end to end, being joined in the center of a hand-tool by a couple. The couple may have a wrench interface allowing the hand-tool to be engaged by a wrench or other tool. Each tool-head may include a hollow-socket having a socket-aperture and six internal contact-surfaces which are hexagonally arranged. The tool-head may also include a deformable, cylindrical gripping member disposed within the hollow-socket for retaining the grease-fitting when the grease-fitting is inserted into the gripping member.

A toilet seat tightening kit is provided that includes a screwdriver, a wrench, and one or more washers. The components of the toilet seat tightening kit can be joined or fitted together to provide a unitary (i.e., single) component for storage. The components can be easily separated for use. The components of the toilet seat tightening kit are used with one or more pairs of a bolt and a nut that are commonly provided with a toilet seat to securely install the toilet seat on a toilet base. In an assembled form, the washers fit over a shaft of the screwdriver, and the shaft of the screwdriver snaps into an interior cavity of the wrench. The interior cavity is sized and shaped to contain the washers and the screwdriver shaft.

A fire hydrant valve removal tool has a torque multiplier at the top end, a torque stabilizing bushing which keeps the transmission of torque straight from the top of the hydrant above ground to the valve in the bottom of the hydrant underground, a hydrant mounting adapter which at the lower end matches the flanges and holes of the hydrant so that the valve removal too may be bolted directly to the hydrant for stability, a drive which fits over the hydrant stem all the way down to the valve, and improved valve keys having a conical internal section allowing easy fitting over the hydrant stem. In addition the present invention teaches a rescue key which is designed to easily slide down into the valve body itself and apply torque to the guides/blades of the valve itself.

A universal handle attachment for C-clamps. The handle attachment includes a rigid body having a first side to engage a C-clamp, and a second side opposite to engage a rotation tool. In the first side, a first channel and a second channel which are perpendicular with one another each are configured to receive a T-bar of the C-clamp. A center space in the first side at the intersection of the first channel and the second channel is configured to receive a top end of the screw. Each channel includes clip spaces on both sides of the center, and clips situated in the clip spaces. The clips each have an opening to secure the T-bar within the channels.