Method for crimping a ring on an attachment rod using an automaton
A method for crimping and a crimping tool, such as an automaton, to crimp a ring on an attachment rod extending along an axis of the attachment rod from a panel. The tool involves moving a movement clip of the automaton to grip the ring so that the attachment rod is introduced into the ring and moving a crimping nose of the automaton so as to prevent the removal of the ring from the attachment rod. Once crimped, the ring is released and the crimping nose is moved so as to ready the crimping tool for subsequent crimping of rings on attachment rods.
1. A method for crimping using an automaton, a ring on an attachment rod extending along an axis of the attachment rod from a panel, the automaton comprising a movement clip that grips the ring, and a crimping nose, the method including:
a step of moving the movement clip so that the attachment rod is introduced into the ring;
a step of moving the crimping nose close to the attachment rod so as to prevent the ring from being removed from the attachment rod a step of releasing the ring by the movement clip so that the ring is free to move by translation on the attachment rod between the panel and the crimping nose; and
a step of moving the crimping nose along the axis of the attachment rod towards the panel so as to crimp said ring on said attachment rod.
2. The crimping method according to claim 1 , further comprising a step of aligning the ring with the axis of the attachment rod by the movement clip.
3. The crimping method according to claim 2 , further comprising a step of detecting the axis of the attachment rod by the automaton.
4. The crimping method according to claim 3 , wherein the automaton includes a profilometer configured for detecting the axis of the attachment rod by detecting a median portion and an end portion of the attachment rod.
5. The crimping method according to claim 1 , wherein the step of moving the movement clip and the step of moving the crimping nose are carried out simultaneously.
6. The crimping method according to claim 1 , wherein the automaton is configured for detecting the presence of the ring in said movement clip.
7. The crimping method according to claim 1 , wherein the ring is flanged and comprises a radial crown which comes in contact with said panel after crimping.