Device for dispensing labels, such as self-adhesive labels, on objects

1. A labeling arrangement comprising:

a self-adhesive labeling material supply arrangement;

a looper being configured to receive labeling material from said supply arrangement;

a first drive unit being configured to pull labeling material from said looper;

a dispensing edge being configured to separate labels from backing material of labeling material;

a second drive unit being configured to pull labeling material from said first drive unit and past said dispensing edge;

a third drive unit being configured to pull label-free backing material from said second drive unit;

a receptacle being configured to receive label-free backing material; and

a control system being configured to control said drive units individually and at different speeds, wherein said control system is further configured to operate the second drive unit at a speed greater than the first drive unit and the third drive unit at a speed greater than the second drive unit, and thus control the tension force on each section of the labeling material generated by said drive units.

2. The labeling arrangement according to claim 1 , wherein said second drive unit is configured to operate at a speed greater than said first drive unit to maintain a constant or essentially constant tension on the section of labeling material therebetween.

3. The labeling arrangement according to claim 2 , wherein said third drive unit is configured to operate at a speed greater than said second drive unit to maintain a constant or essentially constant tension on the section of label-free backing material therebetween.

4. The labeling arrangement according to claim 3 , wherein said second drive unit is configured to perform a clocked advance of the label material.

5. The labeling arrangement according to claim 4 , wherein at least one of said first and third drive units is configured to be operated in coordination with said second drive unit, though at different operating speeds.

6. The labeling arrangement according to claim 5 , wherein said looper is configured to suspend a loop of labeling material therein with a flow of gas.

7. The labeling arrangement according to claim 6 , wherein said first and third drive units are configured to pull labeling material with slip.

8. The labeling arrangement according to claim 7 , wherein each of said drive units comprises a drive and at least two rollers, between which labeling material is fed, and wherein at least one of said rollers is driven in rotation by its drive.

9. The labeling arrangement according to claim 8 , wherein said drives of said first and third drive units are adjustable speed drives configured to be adjusted to adjust and control the operational speed thereof to control the strip tension generated thereby.

10. The labeling arrangement according to claim 9 , wherein said labeling arrangement further comprises a sensor arrangement configured to measure the strip tension of at least one section of the labeling material.

11. The labeling arrangement according to claim 10 , wherein said first drive unit is disposed immediately adjacent an outlet of said looper.

12. The labeling arrangement according to claim 11 , wherein said drive units are configured to pull labeling material in a transport direction, and configured to be reversed to pull labeling material opposite the transport direction.

13. The labeling arrangement according to claim 12 , wherein:

said first drive unit and said second drive unit together generate a tension force on the section of labeling material therebetween; and

said second drive unit and said third drive unit together generate a tension force on the section of the label-free backing material therebetween.

14. The labeling arrangement according to claim 13 , wherein:

said first drive unit is configured to provide a pulling force sufficiently high to provide resistance to the pulling force of said second drive unit to generate a tension force sufficient to minimize flapping or flutter of labeling material between said first drive unit and said second drive unit yet sufficiently low to minimize damage or tearing of the labeling material; and

said second drive unit is configured to provide a pulling force sufficiently high to provide resistance to the pulling force of said third drive unit to generate a tension force sufficient to minimize flapping or flutter of labeling material between said second drive unit and said third drive unit yet sufficiently low to minimize damage or tearing of the backing material.

15. The labeling arrangement according to claim 14 , wherein said labeling arrangement is configured to handle labeling material having a thickness of about 15 micrometers.

16. The labeling arrangement according to claim 1 , wherein:

said first drive unit and said second drive unit together generate a tension force on the section of labeling material therebetween; and

said second drive unit and said third drive unit together generate a tension force on the section of the label-free backing material therebetween.

17. The labeling arrangement according to claim 1 , wherein:

said first drive unit is configured to provide a pulling force sufficiently high to provide resistance to the pulling force of said second drive unit to generate a tension force sufficient to minimize flapping or flutter of labeling material between said first drive unit and said second drive unit yet sufficiently low to minimize damage or tearing of the labeling material; and

said second drive unit is configured to provide a pulling force sufficiently high to provide resistance to the pulling force of said third drive unit to generate a tension force sufficient to minimize flapping or flutter of labeling material between said second drive unit and said third drive unit yet sufficiently low to minimize damage or tearing of the backing material.

18. The labeling arrangement according to claim 1 , wherein said labeling arrangement is configured to handle labeling material having a thickness of about 15 micrometers.