Abstract: Pole attachment for a skimming tool and a skimming tool system comprising the same A pole attachment for a skimming tool, comprising a clamp, which comprises a pair of jaws (102) for gripping the skimming tool and a clamping mechanism for applying a clamping force to the jaws (102), wherein the clamping mechanism comprises a pair of wings (106), which extend out beyond opposed transverse edges of the jaws (102) in a width direction of the jaws (102).

Abstract: A tool (1) for cutting cylindrical conduits. The tool comprises a body (2) having an opening (3) extending along a predetermined axis through the body. A slot (4) extends from an external surface (5) of the body to a mouth (6) of the opening (3). A cutting blade (14) extends into the opening along a plane extending at right angles to said predetermined axis. The body has a first portion (7) on one side of the slot (4) and a second portion (8) on the other side of the slot.

Abstract: Pole attachment for a skimming tool and a skimming tool system comprising the same A pole attachment for a skimming tool, comprising a clamp, which comprises a pair of jaws (102) for gripping the skimming tool and a clamping mechanism for applying a clamping force to the jaws (102), wherein the clamping mechanism comprises a pair of wings (106), which extend out beyond opposed transverse edges of the jaws (102) in a width direction of the jaws (102).

Abstract: A cutting tool for a pipe of specific diameter comprises a generally cylindrical body 1 defining a central bore 10 extending along an axis. The body is divided into two axially spaced half portions 2A and 2B which together clamp a cutting blade 8 projecting into the bore 10. The body has a progressively narrowing slot 12 extending from its outer circumference to the bore. At the bore 10 the width of the slot 12 is narrower than the diameter of the bore. One side of the slot 12 is flexibly resilient to flex away when a pipe of diameter equal to the bore is pushed along the slot into the bore and to resile when the pipe has entered the bore, urging the pipe against the blade so that subsequent relative rotation between the tool and pipe will cause the pipe to be severed.