Formation and rotational apparatus and method for cylindrical workpieces
A formation and rotation apparatus for use in forming and rotating interconnected sections of a cylindrical workpiece, including a frame and a head arranged within the frame, the head defining two slots and being operatively rotated via an integral drive assembly. A first slide block is slidably disposed within one of the two slots, and a second slide block is disposed within another of the two slots, each of the first and the second slide blocks include a cutting wheel and a beading wheel for successively forming each of the interconnected sections. An armature having an axis of rotation is also provided, along with a gripping mechanism being operatively connected to the armature. A drive mechanism selectively rotates the armature about the axis of rotation after the gripping means has closed about one of the interconnected sections.
1. A method for defining interconnected sections of a cylindrical workpiece via a rotating head, said method comprising the steps of:
defining two slots through said rotating head;
slidably disposing a first slide block in one of said two slots;
slidably disposing a second slide block in another of said two slots;
disposing a cutting wheel and a beading wheel on opposing distal ends of each of said first slide block and said second slide block; and
rotating said head.
2. The method for defining interconnected sections of a cylindrical workpiece according to claim 1 , further comprising the steps of:
driving said rotating head via an integral drive assembly having a common drive gear; and
driving said first and said second slide blocks via said common drive gear.
3. The method for defining interconnected sections of a cylindrical workpiece according to claim 1 , further comprising the steps of:
arranging said cutting wheel of said first slide block to be on an opposing lateral side of said common drive gear from said cutting wheel of said second slide block.