Method for operating a container handling installation and container handling installation

1. A method for operating a container treatment installation with at least one container treatment device ( 1 ),

wherein the container treatment device ( 1 ) has at least one first functional element ( 6 ) with a first drive for at least one first work function of the at least one first functional element ( 6 ) during active container treatment mode and

wherein the container treatment installation comprises at least one second functional element ( 11 ),

wherein the first functional element ( 6 ) comprises at least one first actuation element ( 7 ), the method comprising:

setting, in a first active container treatment mode (AM), the at least one first functional element ( 6 ) such that the at least one first actuation element ( 7 ) performs no function on the second functional element ( 11 ), and

moving, repositioning, or adjusting, to a second active container treatment mode or for a third change operating mode (WM), the at least one first functional element ( 6 ) by the first drive such that the at least one first actuation element ( 7 ) triggers or activates a function of the second functional element ( 11 ) through contact with the at least one second functional element ( 11 ) of the container treatment installation.

2. The method as recited in claim 1 further comprising controlling and monitoring, with a control unit ( 13 ), the moving, reposition, or adjusting of the first drive of the at least one first functional element ( 6 ) from the first active container treatment mode (AM) to the second active container treatment mode or to the third change operating mode (WM).

3. The method as recited in claim 2 wherein the at least one second functional element ( 11 ) is an exchangeable format part or a mechanism ( 15 , 18 ) connected thereto, which is arranged at the container treatment device ( 1 ) by means of an attaching and detaching mechanism ( 15 , 18 ), wherein the format part, in the first active container treatment mode (AM), is not in contact with the actuation element ( 7 ) of the first functional element ( 6 ), and wherein, in the third change operating mode (WM), the detaching mechanism ( 15 , 18 ) of the format part is activated by the actuation element ( 7 ) of the first functional element ( 6 ) and the attachment of the format part at the container treatment device ( 1 ) is detached.

4. The method as recited in claim 2 wherein the container treatment device ( 80 ) comprises at least one second functional element ( 82 b ), which is identical or at least largely identical to the first functional element ( 82 a ) and also comprises an actuation element ( 88 a , 88 b ) and a drive ( 84 a , 84 b ), and wherein, in a second active container treatment mode (AM 2 ), the first functional element ( 82 a ) is moved by the first drive ( 84 a ) such that the first actuation element ( 88 a ) acts on the second functional element ( 82 b ) and triggers an adjustment or a further function of the second functional element ( 82 b ).

5. The method as recited in claim 4 wherein a plurality of identical functional elements ( 82 ) are arranged consecutively in a series, and wherein, in each case, the drive ( 84 ) specifically controls at least one of the functional elements ( 82 ) and thus the function of at least one adjacent functional element ( 82 ) is specifically activated.

6. The method as recited in claim 2 wherein the first functional element ( 70 - 1 ) and the second functional element ( 70 - 2 ) perform the same function in the container treatment device, wherein the second functional element ( 70 - 2 ) does not comprise a drive of its own, but is driven via the actuation element ( 76 ) of the first functional element ( 70 - 1 ).

7. A container treatment installation comprising:

at least one container treatment device ( 1 ) including at least one first functional element ( 6 ) with a first drive for driving at least one first work function of the first functional element ( 6 ) during active container treatment mode (AM) and at least one first actuation element ( 7 ), and

at least one second functional element ( 11 ),

wherein, in a first active container treatment mode (AM), the at least one first actuation element ( 7 ) has no contact with a contact point of the second functional element ( 11 ), and

wherein, for a second active container treatment mode or for a third change operating mode (WM), the at least one first functional element ( 6 ) is re-positionable by the first drive such that the at least one first actuation element ( 7 ) contacts the contact point of the second functional element ( 11 ), whereby a function of the second functional element ( 11 ) is activatable.

8. The container treatment installation as recited in claim 7 further comprising a control unit ( 13 ) for controlling the positioning of the at least one first functional element ( 6 ) by the at least one first drive.

9. The container treatment installation as recited in claim 8 wherein the at least one first functional element ( 6 ) is movable into a rotary or a linear position which is not approached in the active container treatment mode (AM).

10. The container treatment installation as recited in claim 9 wherein the container treatment device is a labeling device ( 1 ) for labeling articles, with a labeling transport star ( 3 ) and a labeling unit ( 8 ), wherein the first functional element is a gripper cylinder ( 6 ) of the labeling unit ( 8 ), which is assigned a plunger ( 7 ) as actuation element, and wherein the second functional element is a positioning means ( 11 ) for the articles, which positioning means ( 11 ) is arranged at the labeling transport star ( 3 ) of the labeling device ( 1 ) by a detachable attaching mechanism.

11. The container treatment installation as recited in claim 9 wherein the container treatment device is a blow molding device with a blowing wheel ( 30 b ), a drive assigned to the blowing wheel ( 30 b ), an infeed star and/or outfeed star ( 2 , 4 ) with gripper units ( 40 ) consisting of gripper head ( 41 ) and at least one holding arm, ( 42 ), wherein the blowing wheel ( 30 b ) comprises a plurality of blow molding stations ( 31 ), wherein respectively one blow molding station ( 31 ) is respectively one first functional element, wherein a receiving pocket ( 35 ) for a gripper unit ( 40 ) is respectively formed at one or between two adjacent blow molding stations ( 31 ), wherein the receiving pocket ( 35 ) has at least one unlocking means ( 38 ), wherein, in the third change operating mode (WM), the gripper heads ( 41 ) are unlockable from the gripper units ( 40 ) and receivable into the receiving pockets ( 35 ).

12. The container treatment installation as recited in claim 9 wherein the container treatment device is a blow molding device with a blowing wheel ( 30 c ) and a drive assigned to the blowing wheel ( 30 b ), an infeed star and/or outfeed star ( 2 , 4 ) with gripper units ( 40 ), wherein the blowing wheel ( 30 c ) comprises blow molding stations ( 31 ) with blowing nozzles ( 50 ), stretching rods and blow molds ( 33 ), wherein respectively one gripper unit ( 40 ) of the infeed star ( 2 ) and/or outfeed star ( 4 ) is respectively one first functional element, and wherein at least one gripper arm ( 44 ) is formed as actuation element, wherein, in the third change operating mode (WM), the blowing nozzles ( 50 ), stretching rods or blow molds ( 33 ) are unlockable and removable from the blowing wheel ( 30 c ).

13. The container treatment installation as recited in claim 9 wherein the container treatment device is a blow molding device with a blowing wheel ( 30 a ), wherein the first functional element is a first blow molding station ( 31 ) with mold carrier ( 32 ) and blow mold ( 33 ) with a first drive for opening the first blow mold ( 33 ) after the blowing process, and wherein the at least one second functional element is a second, adjacent blow molding station ( 31 ), wherein each of the blow molding stations ( 31 ) can take a first opening position ( 31 open ) and a second opening position ( 31 max ) wherein, in the second opening position ( 31 max ) of the respective blow molding station ( 30 ) at least one contact point is formed between the at least one actuation element, which takes the form of an unlocking means ( 38 ) of this blow molding station ( 31 ), and the at least one unlocking mechanism ( 36 ) of the adjacent blow molding station ( 31 ), with the attachment of the blow mold ( 33 ) in the adjacent blow molding station ( 31 ) being at least partly detachable by means of the actuation element.

14. The container treatment installation as recited in claim 9 wherein the container treatment device is a transport system ( 80 ) with a plurality of transport units ( 82 ), wherein each of the transport units ( 82 ) comprises an own drive ( 84 ), a receiving section ( 86 ) for an activating element ( 88 ) and an activating element ( 88 ), and wherein each transport unit ( 82 ) is employable as first functional element and/or as second functional element.

15. The container treatment installation as recited in claim 9 wherein the container treatment device is a blow molding device with a blowing wheel ( 30 d ) and a plurality of blow molding stations ( 31 ), wherein a first stretching rod ( 70 - 1 ) of a first blow molding station ( 31 - 1 ) comprises a first drive ( 72 - 1 ) and at least one first driver element ( 76 - 1 b ) and forms a first functional element, wherein a third stretching rod ( 70 - 3 ) of a third, succeeding blow molding station ( 31 - 3 ) comprises a third drive ( 72 - 3 ) and at least one third driver element ( 76 - 3 a ) and also forms a first functional element and wherein a second, drive-less stretching rod ( 70 - 2 ) has at least one, preferably two engagement elements ( 74 b , 74 c ) for the first driver element ( 76 - 1 b ) and at least one engagement element ( 74 a ) for the third driver element ( 76 - 3 a ) and forms the second functional element.