Applicator device for wrapping labels

Abstract

The invention relates to an applicator device for applying wrapping labels (13) to packagings (15), having a transverse transport device (19) which is configured for transporting a label, which is first of all dispensed by a label dispenser, in particular a label printer (11), in the vertical direction into an intermediate position, from the intermediate position transversely with respect to the vertical into an application position, in which the label can be received by a packaging which is running through.

Claims

1. An applicator apparatus for applying wrapping labels onto packaging, the applicator apparatus comprising: a transverse transport device which is configured to transport a label dispensed from a label dispenser in a vertical direction and first into an intermediate position, from the intermediate position transversely to the vertical into an application position in which the label can be taken up by a packaging passing through, and wherein the transverse transport device is configured as a transverse conveyor belt.

2. The applicator apparatus in accordance with claim 1 wherein the label dispenser is a label printer.

3. The applicator apparatus in accordance with claim 1, wherein the transverse conveyor belt comprises at least two individual belts extending in parallel with one another.

4. The applicator apparatus in accordance with claim 3, wherein a spacing between the two individual belts can be set with respect to one another.

5. An applicator apparatus for applying wrapping labels onto packaging, the applicator apparatus comprising: a transverse transport device which is configured to transport a label dispensed from a label dispenser in a vertical direction and first into an intermediate position, from the intermediate position transversely to the vertical into an application position in which the label can be taken up by a packaging passing through; a vertical conveyor belt arranged to a side of the transverse transport device, with the vertical transport device being configured to transport a label dispensed from the label dispenser into the intermediate position.

6. The applicator apparatus in accordance with claim 1, wherein the intermediate position comprises a predefinable, adjustable vertical position.

7. The applicator apparatus in accordance with claim 1, wherein at least one of the transverse transport device and a vertical transport device comprises means to hold the label at least one of the transverse transport device and the vertical transport device by vacuum.

8. The applicator apparatus in accordance with claim 1, further comprising a pressing device for taking up the label by the transverse transport device wherein the label can be pressed onto the transverse transport device by means of the pressing device.

9. The applicator apparatus in accordance with claim 8, wherein the pressing device is a pressing roller.

10. The applicator apparatus in accordance with claim 1, further comprising a lifting mechanism for releasing the label from the transverse transport device.

11. An applicator apparatus for applying wrapping labels onto packaging, the applicator apparatus comprising: a transverse transport device which is configured to transport a label dispensed from a label dispenser in a vertical direction and first into an intermediate position, from the intermediate position transversely to the vertical into an application position in which the label can be taken up by a packaging passing through, wherein two vertical transport devices are provided which are arranged on two oppositely disposed sides of the application position.

12. The applicator apparatus in accordance with claim 11, wherein the applicator apparatus is configured to supply the labels to the application position alternately from the two oppositely disposed sides.

13. The applicator apparatus in accordance with claim 12, wherein the transverse transport device is configured as a conveyor belt which can be operated in both directions of rotation for the alternating supply.

14. The applicator apparatus in accordance with claim 1, further comprising at least one of a brushing-on device and guide means, wherein the label taken up by the packaging can be brushed onto the packaging by means of the brushing-on device and wherein the guide means can counteract a delay in the movement of the packaging on the taking up of the label.

15. The applicator apparatus in accordance with claim 1, further comprising at least one of a label dispenser and a transport device, wherein the label dispenser is configured to dispense the label in the vertical direction into the intermediate position; and wherein the transport device is configured and arranged in such a manner to transport the packaging along a transport path which leads through the application position.

16. The applicator apparatus in accordance with claim 15, wherein the label dispenser is a label printer.

Description

(1) A non-restricting embodiment of the invention is represented in the drawing and will be described in the following. There are shown, schematically in each case

(2) FIG. 1 an applicator apparatus in accordance with the invention with a transverse transport belt in a perspective frontal view;

(3) FIG. 2 the applicator apparatus from FIG. 1 in an enlarged representation;

(4) FIG. 3 the applicator apparatus from FIG. 1 in a perspective rear view;

(5) FIG. 4a a side view of a lifting mechanism in a retracted state; and

(6) FIG. 4b a side view of the lifting mechanism of FIG. 4 in an extended state.

(7) The applicator apparatus in accordance with the invention shown in FIGS. 1 to 3 comprises a first label printer 11 which is configured to dispense elongate labels 13 at least approximately vertically, in particular downwardly. The respective label 13 is ultimately used to be applied onto three sides of a packaging 15 (cf. FIG. 3). The applicator apparatus is therefore a C-wrap applicator and the label 13 can be called a wrapping label.

(8) The dispensed labels 13 are transported further downwardly into an intermediate position from a first vertical conveyor belt 17 which comprises two individual belts extending in parallel with one another in the example shown. The vertical position of the labels 13 is predefined and adjustable in the intermediate position, i.e. it is possible to set how far the labels 13 are transported downwardly by the vertical conveyor belt 17. Ultimately, the label overhang can hereby be set at the upper side and at the lower side of the packaging 15.

(9) The labels 13 are transported from the intermediate position by means of a transverse conveyor belt 19 horizontally into an application position (cf. FIGS. 1 and 2) which is located in the transport path of the packaging 15 so that the labels 13 can be taken up by the packaging 15 passing through. The labels 13 are in this respect located between two conveyor sections 21, 21 of a conveyor belt which are arranged at a sufficient spacing behind one another, with the packaging 15 being transported on the conveyor belt.

(10) The labels 13 are held at the vertical conveyor belt 17 and at the transverse conveyor belt 19 in each case by suction holes to which vacuum is applied. To transfer the labels 13 from the vertical conveyor belt 17 to the transverse conveyor belt 19, pressing rollers 27 are provided which can be pressed onto the rear side of the labels 13 via a pressing device otherwise not shown so that the front sides of the labels 13 are in turn pressed onto the transverse conveyor belt 19.

(11) The provision of an intermediate position upstream of the application position makes it possible already to print a new label 13 while the preceding label 13 is still located in the application position or was at least not yet completely taken up by a packaging 15. The throughput can hereby be increased with respect to applicator apparatus in which the labels are dispensed directly into the application position and which only begin with the time-consuming printing of a new label when the preceding label has again left the positioning position.

(12) The first label printer 11 and the first vertical conveyor belt 17 are each arranged at the one of the two sides of the application position. Furthermore, a corresponding second label printer 11 and a corresponding second vertical conveyor belt 17 are provided at the other one of the two sides of the application position which are connected in an analog manner to the first label printer 11 and the first vertical conveyor belt 17 to the transverse conveyor belt 19 which extends for this purpose over the total path between the two vertical conveyor belts 17, 17. This allows labels 13 to be supplied to the application position alternately from the left and from the right. It is necessary for this purpose with the design shown that the transverse conveyor belt 19 can be operated in both directions of rotation. The throughput of the applicator apparatus can hereby be further increased.

(13) The transverse conveyor belt 19 comprises a total of three individual belts 23, 23, 23 extending parallel to one another, in particular horizontal individual belts, with the upper one of the individual belts 23 being adjustable in its height, for example mechanically via a hand crank. The height of the transverse conveyor belt can hereby be adapted to the length of the labels 13, i.e. a larger spacing between the two outer individual belts 23, 23 is selected with longer labels 13. The lower individual belt 23 is arranged beneath the transport plane of the packaging 15; the middle and the upper individual belt 23, 23 are each arranged above this transport plane. The middle individual band 23 is arranged above the packaging 15 which moves through the application position. The middle individual belt 23 is likewise adjustable in its height to be able to process packaging 15 of different heights.

(14) In the application position, the labels 13 can be lifted from the transverse conveyor belt 19 by a lifting mechanism. A transverse transport of the labels 13 then no longer takes place with a transverse conveyor belt 19 still moving. The lifting mechanism for this purpose comprises pressing rails 25, 25, 25 (cf. in particular FIG. 4) which can be lifted from or are adjustable against the conveying direction of the packaging 15 and which are provided for each of the individual belts 23, 23, 23. The pressing rails 25, 25, 25 are likewise provided with suction holes (not shown) to which vacuum is applied to hold the lifted labels 13 at the pressing rails 25, 25, 25 until they are taken up by packaging 15 passing through the application position. The pressing rails 25, 25, 25 are shown in the retracted position in FIG. 4a, i.e. the label 13 is still not lifted from the transverse conveyor belt 19. In FIG. 4, in contrast, the pressing rails 25, 25, 25 are extended and the label 13 is released from the transverse conveyor belt 19.

(15) Finally, a brush-on device can be recognized from FIGS. 4a and 4b which comprises two brushes 29, 29 which are only shown schematically, which are attached to the two pressing rails 25, 25 and which project from the top and bottom into the transport path of the packaging 15 to press the labels 13 firmly onto the upper side and onto the lower side of the packaging 15.

REFERENCE NUMERAL LIST

(16) 11 label printer 13 label 15 packaging 17 vertical conveyor belt 19 horizontal conveyor belt 21 conveyor belt section 23 individual belt 25 pressing rail 27 pressing roller 29 brush