Abstract: A lead guide actuating mechanism for use on armature winding machines is mounted on the same non-rotating structure that supports the wire guide forms at the end of the flyer drive shaft. An axially movable piston surrounds the flyer motor drive shaft. The piston, when actuated, contacts rollers mounted on a diametrical arranged arm mounted for rotation with the flyer drive shaft. There is no contact between the piston and the rollers until the piston is actuated. The lead guide is attached to an extension of an axially aligned pin that has a bearing surface on its end which engages the arm; it is also moved axially when the piston is actuated, and thus the lead guide is moved into position in response to the action of the piston. The lead guide and the wire guide forms are mounted on a common non-rotating structure that can be quickly removed from the flyer drive shaft.

Abstract: Lead wires from the field coils of a two-coil, two-pole stator for a motor of the universal type are wound about posts projecting outwardly from a wire retainer mounted to the stator by means of cannulas encircling said posts and having hook portions for engaging the coil lead wires. Lead support means support leads emanating from already wound field coils at positions adjacent said posts, there being four posts and four cannulas, each telescopically encircling one of said posts. Drive means simultaneously rotate all four cannulas in directions appropriate to cause the hook portions thereon to engage the four leads emanating from the two coils and continued rotation of the cannulas causes the hook portions thereon to wind the lead wires about the posts as the lead support means permits the lead wires to be drawn therethrough while maintaining the lead wires under tension as they are wound about the posts.

Abstract: Automatic machinery for performing multiple operations on different parts of workpieces includes an incrementally rotating, workpiece supporting turret provided with three workpiece supports. Upon rotating of the turret, a workpiece loaded on a support located at a first position is indexed about the axis of the turret to a second position at which a first operation is performed thereon, then to a third, idle position. Continued rotation of the turret results in an index of the workpiece to the first position, then again to the second position at which a second operation is performed thereon. After the next index to the third position, the workpiece is unloaded from the support. As the turret is indexed, the workpiece is rotated relative to the turret whereupon the workpiece is oriented differently each time it reaches the second position causing the operations to take place on different parts of the workpiece.