Torch tip rebuilding tool

Claim 2

In an oxy-acetylene cutting torch tip having spaced seating faces at the inlet end thereof, the combination with said torch tip of a tool by which the seating faces can be refaced; said tool comprises an elongated body having an outwardly opening cavity formed at one end thereof; a plurality of refacing blades, a plurality of radially spaced slots formed within said body and extending radially towards said cavity; each said blade having an elongated cutting edge formed thereon; means pivotally securing one said blade within one said slot, there being one blade within one slot, with the cutting edge of the blade being directed towards the longitudinal axial centerline of the tool and forming an acute angle therebetween; said blade lies in a plane which extends through the axial centerline of the tool and can be pivoted within the plane to change the magnitude of the acute angle, so that the cutting edge of the blade can simultaneously engage the spaced seating faces located at the inlet end of a torch tip which may be located within the cavity; said tool includes a milling element, a cutting face formed on said milling element which lies normal to said axial centerline, a second cavity formed in said main body in opposition to the first recited cavity; means mounting said milling element within said second cavity in a manner to engage the torch tip face located at the outlet end of a torch tip when a torch tip is placed within said second cavity and rotated respective to the main body.

Claim 3

The combination of claim 1 wherein said blade is a flat quadrangle having a rear edge spaced from a rear wall of said slot, said blade has an upper edge spaced from a lower end; said means pivotally securing the blade is a pivot pin located adjacent to the rear edge of the blade; said pin having the outer marginal ends thereof secured to said body.

Claim 4

The combination of claim 1 wherein said body is an elongated cylinder which is reduced in diameter at one marginal end thereof to form said second cavity therewithin; a guide sleeve received about the reduced diameter marginal end for guidably receiving the marginal end of a torch tip.

Claim 5

A torch tip tool for use with an oxy-acetylene cutting torch tip by which the spaced seating faces of the torch tip can be restored; comprising, a main body, an outwardly opening cavity formed within said main body, a plurality of slots formed in said body, said slots are radially spaced apart and open into said cavity; an elongated cutting blade for each slot, pivot means by which said blade is pivotally received within said slot such that the cutting edge of the blade lies in a plane which extends through said slot and intersects the longitudinal centerline of the tool and cavity; said blade, pivot means, and slot being arranged respective to one another to cause the blade cutting edge to form an acute angle with respect to the axial centerline and to enable the cutting edge of the blade to be pivoted between a relatively small acute angle and a relatively large acute angle; so that the marginal inlet end of a torch tip can be received within said cavity and rotated respective to the main body, with the cutting edge of the blades simultaneously bearing against the seating faces of the torch tip, to thereby reface the seating faces; a milling element having a cutting face which lies normal to said axial centerline, a second cavity formed in said main body in opposition to the first recited cavity; said milling element being mounted within said second cavity and arranged to engage and remove material from the face located at the outlet end of a torch tip when a torch tip is placed within the cavity and rotated respective to the main body.

Claim 6

A torch tip tool for use with an oxy-acetylene cutting torch tip by which the spaced seating faces of the torch tip can be restored; comprising, a main body, an outwardly opening cavity formed within said main body, a plurality of slots formed in said body, said slots are radially spaced apart and open into said cavity; an elongated cutting blade for each slot, pivot means by which said blade is pivotally received within said slot such that the cutting edge of the blade lies in a plane which extends through said slot and intersects the longitudinal centerline of the tool and cavity; said blade, pivot means, and slot being arranged respective to one another to cause the blade cutting edge to form an acute angle with respect to the axial centerline and to enable the cutting edge of the blade to be pivoted between a relatively small acute angle and a relatively large acute angle; so that the marginal inlet end of a torch tip can be received within said cavity and rotated respective to the main body, with the cutting edge of the blades simultaneously bearing against the seating faces of the torch tip, to thereby reface the seating faces; a milling element having a cutting face which lies normal to said axial centerline, a second cavity formed in said main body in opposition to the first recited cavity; said milling element being mounted within said second cavity and arranged to engage and remove material from the face located at the outlet end of a torch tip when a torch tip is placed within the cavity and rotated respective to the main body.

Claim 7

The tool of claim 4 wherein said blade is a flat member having a rear edge spaced from a rear wall of a slot, and an upper edge spaced from a lower part thereof, with said means pivotally securing the blade being a pivot pin located adjacent to the rear edge of the blade, said pin having the outer marginal ends thereof received within said body.

Claim 8

The tool of claim 4 wherein said body is an elongated cylinder which is reduced in diameter at one marginal end thereof, said second cavity is formed within said marginal end, a guide sleeve received about the reduced diameter marginal end for guidably receiving the marginal outlet end of a torch tip therewithin.