4. A technique as recited in state 3 comprising the additional methods of, following phase (k), taking out the part can handle through the next coiling machine; removing the part works with and shaft from the sleeve and safety bands; reusing the side works with and shaft; and discarding the sleeve and protective rings.

5. A method as recited in assert 3 whereby phase (k) is applied by linking a grip range to the end of your constant adaptable subject, by hooking up the grip range to some rotatable model associated with 3rd coiling machine; and revolving the rotatable model on the next coiling machine to cover the traction series on the rotatable unit in the third coiling machine, before the grip line is in essence completely stuffed on the 3rd coiling machine and also the continuous adaptable item is basically entirely uncoiled in the package.

6. A way as recited in state 5 comprising the more step (l), involving actions (g) and (h), of disconnecting the rotatable system from the coiling machine, and disconnecting the package deal through the aspect can handle and shaft so that the bundle is distinct and separate from your coiling machine, side and shaft works with.

7. A method as recited in claim 6 comprising the further more step (m), involving actions (h) and (i), of hooking up the bundle to some next pair of aspect can handle and shaft.

8. A method as recited in claim 5 wherein the rotatable unit on the third coiling machine comprises a second hollow sleeve of material which burns if immersed in molten metal without leaving significant amounts of undesirable residues in the molten metal; and comprising the further step, after the traction line has been completely wound on the second hollow sleeve, of detaching the traction line from the continuous flexible object, detaching the coiled metal traction line and second hollow sleeve from the third coiling machine, transporting the traction line coil and second hollow sleeve to a plant for recycling of the metal of the traction line; and immersing the metal traction line coil and hollow sleeve in molten metal to melt the metal of the traction line coil and to burn the second hollow sleeve.

9. A technique as recited in declare 3 further using a plurality of groups of metallic or reinforced plastic material, and where the protecting bands have opportunities therein for sales receipt from the rings; and in which phase (g) is practiced by wrapping a plurality in the metal or strengthened plastic material groups with the availabilities within the safety jewelry, from the indoor of the tubular sleeve and round the outside of the safety housing and affixing the ends of your rings with each other within a long-lasting joint; and where move (j) is applied by reducing the groups and eliminating the protective covering following the rings have already been reduce.

10. A way as recited in state 3 in which the constant accommodating item is potential transmitting series, and in which move (k) is employed to change a classic potential transmission collection with the power transmitting brand of the coil on the sleeve.

11. A way as recited in claim 1 comprising the more step (h) of detaching the rotatable system through the coiling machine, and also the bundle from your area can handle and shaft, so that the deal is specific and separate from the coilingmachine and shaft, and side can handle.