Systems and methods for dynamically applying outserts to articles

1. An outsert application system comprising:

a vacuum assembly for accommodating passage of a vacuum to an engagement surface at an engagement location of said vacuum assembly; and

a pivot arm that is rotatably coupled at a first end thereof to a pivot location of said vacuum assembly, said vacuum assembly being adapted to rotate with respect to the pivot arm about a first axis, a second end of said pivot arm being adapted for rotation about a second axis that is substantially parallel with said first axis, wherein said outsert application system further includes a translation device that includes a cam device that rotates with respect to third axis that is separate from both the first and second axes, wherein the rotation of the cam device causes the first axis to move with respect to the second axis as the vacuum assembly rotates about the first axis such that an outsert is transferable from a group of outserts by the vacuum assembly to an article while moving at a rotational speed that is substantially similar to a speed of movement of the article to which the outsert is to be applied.

2. The outsert application system as claimed in claim 1 , wherein said third axis is substantially parallel with said first axis.

3. The outsert application system as claimed in claim 1 , wherein said translation device includes a linear actuator.

4. The outsert application system as claimed in claim 1 , wherein said vacuum assembly includes an arm that is adapted to rotate in a full circle about the first axis for each outsert applied to a container.

5. The outsert application system as claimed in claim 1 , wherein said vacuum assembly includes a plurality of arms, each having at least one suction cup for engaging an outsert.

6. The outsert application system as claimed in claim 5 , wherein said vacuum assembly includes three arms, each having two suction cups for engaging an outsert.

7. The outsert application system as claimed in claim 1 , wherein the vacuum assembly includes a plurality of suction cups for engaging an outsert.

8. The outsert application system as claimed in claim 1 , wherein rotation of the vacuum assembly with respect to the first axis is driven by a belt that is driven by a drive wheel that rotates about an axis that is at least substantially coincident with the second axis.

9. The outsert application system as claimed in claim 1 , wherein said outsert application system further includes at least one guide to facilitate transferring outserts from an outsert hopper to the article.

10. The outsert application system as claimed in claim 9 , wherein said at least one guide includes a pusher plate to facilitate removing an outsert from the outsert hopper.

11. The outsert application system as claimed in claim 9 , wherein said at least one guide includes a radial guide to facilitate the maintaining of contact between the outsert and at least one suction cup of the vacuum assembly.

12. The outsert application system as claimed in claim 1 , wherein said outsert application system further includes a glue station for applying glue to containers as they travel along a conveyor prior to passing an outsert application area.

13. An outsell application system comprising:

a vacuum assembly including at least one vacuum arm for accommodating passage of a vacuum to an engagement surface at a first vacuum arm end of the at least one vacuum arm; and

a pivot arm that is rotatably coupled at a first end of the pivot arm to a second vacuum arm end of said vacuum assembly, said vacuum assembly being adapted to rotate with respect to the pivot arm about a first axis by actuation of a first motor, said first end of said pivot arm being adapted for rotation about a second axis that is substantially parallel with said first axis and that passes through said second end of the pivot arm, wherein said outsert application system further includes a translation device that causes the first end of the pivot arm to rotate with respect to the second axis by actuation of a cam motor that drives the movement of the first end of the pivot arm as the vacuum assembly rotates about the first axis and that causes the first end of the pivot arm to move in a direction that is substantially orthogonal to the first axis as the vacuum assembly rotates about the first axis, such that an outsert is transferable from a group of outserts by the vacuum assembly to an article while moving at a rotational speed that is substantially similar to a speed of movement of the article to which the outsert is to be applied.

14. The outsert application system as claimed in claim 13 , wherein said translation device includes a cam follower that is engaged within a cam path of a cam device that is coupled to the cam motor and that rotates about a third axis that is substantially parallel with said first axis.

15. The outsert application system as claimed in claim 13 , wherein said translation device is provided at the first vacuum arm end of the vacuum assembly.

16. The outsert application system as claimed in claim 13 , wherein said vacuum assembly includes a plurality of arms, each having at least one suction cup for engaging an outsert.

17. The outsert application system as claimed in claim 13 , wherein said outsert application system further includes at least one guide to facilitate transferring outserts from an outsert hopper to the article.

18. The outsert application system as claimed in claim 1 , wherein movement of the first axis with respect to the second axis is independently controllable with respect to the movement of the vacuum assembly about the first axis.

19. The outsert application system as claimed in claim 13 , wherein movement of the first end of the pivot arm with respect to the second axis is independently controllable with respect to the movement of the vacuum assembly about the first axis.

20. An outsert application system comprising:

a vacuum assembly including at least one vacuum arm for accommodating passage of a vacuum to an engagement surface at a first vacuum arm end of the at least one vacuum arm; and

a pivot arm that is rotatably coupled at a first end of the pivot arm to a second vacuum arm end of said vacuum assembly, said vacuum assembly being adapted to rotate with respect to the pivot arm about a first axis by actuation of a first motor, said first end of said pivot alma being adapted for rotation about a second axis that is substantially parallel with said first axis and that passes through said second end of the pivot arm, wherein said outsert application system further includes a translation device that causes the first end of the pivot arm to rotate with respect to the second axis by actuation of a linear actuator that drives the movement of the first end of the pivot arm as the vacuum assembly rotates about the first axis and that causes the first end of the pivot arm to move in a direction that is substantially orthogonal to the first axis as the vacuum assembly rotates about the first axis, such that an outsert is transferable from a group of outserts by the vacuum assembly to an article while moving at a rotational speed that is substantially similar to a speed of movement of the article to which the outsert is to be applied.

21. The outsert application system as claimed in claim 20 , wherein said vacuum assembly includes a plurality of arms, each having at least one suction cup for engaging an outsert.

22. The outsert application system as claimed in claim 20 , wherein said outsert application system further includes at least one guide to facilitate transferring outserts from an outsert hopper to the article.

23. The outsert application system as claimed in claim 20 , wherein movement of the first end of the pivot arm with respect to the second axis is independently controllable with respect to the movement of the vacuum assembly about the first axis.