Separating tool of a joining device for flexible packagings
The invention relates to a separating tool of a joining device, in particular for tubular bag machines, comprising a blade carrier ( 1 ), which has a groove-like recess ( 2 ), in which a blade ( 3 ) is arranged, characterized in that at least part of a wall of the recess ( 2 ) is designed as a bending beam, which extends over the length of the blade ( 3 ) and is integrally connected to the blade carrier ( 1 ) and adjacent to the base region ( 4 ) of the recess ( 2 ), and that at least two clamping screws ( 7 ) are arranged on the blade carrier ( 1 ), which clamping screws preload the bending beam ( 5 ) in the direction of the blade ( 3 ) in order to clamp the blade and are supported in threaded recesses ( 6 ) of the blade carrier ( 1 ).
1. A separating tool of a joining device, comprising a blade carrier ( 1 ), which has a groove-like recess ( 2 ), in which a blade ( 3 ) is arranged, wherein at least part of a wall of the recess ( 2 ) is a bending beam, which is integrally connected to the blade carrier ( 1 ) and extends over the length of the blade ( 3 ) and is adjacent to the base region ( 4 ) of the recess ( 2 ), and wherein at least two clamping screws ( 7 ) are arranged on the blade carrier ( 1 ), which clamping screws preload the bending beam ( 5 ) in the direction of the blade ( 3 ) in order to clamp said blade and are supported in threaded recesses ( 6 ) of the blade carrier ( 1 ).
2. The separating tool according to claim 1 , characterized in that the clamping screws ( 7 ) are spaced apart from one another and from the ends of the bending beam ( 5 ).
3. The separating tool according to claim 1 , characterized in that the blade ( 3 ) has substantially a same length as the blade carrier ( 1 ).
4. The separating tool according to claim 1 , characterized in that the blade carrier ( 1 ) is disposed on a rotatably movable cutting device ( 8 ).
5. The separating tool according to claim 1 , characterized in that the bending beam ( 5 ) is formed adjacent to the base region ( 4 ) of the recess ( 2 ) and extends at least over a portion of a height of the groove-like recess ( 2 ).
6. The separating tool according to claim 1 , characterized in that the blade ( 3 ) abuts against walls of the recess ( 3 ) on both sides in a lower region of the groove-like recess ( 2 ).
7. The separating tool according to claim 1 , characterized in that a gap ( 9 ) surrounding a free region of the bending beam ( 5 ) is formed in the blade carrier ( 1 ).
8. The separating tool according to claim 1 , characterized in that the blade ( 3 ) is clamped over an entire surface thereof in the blade carrier ( 1 ).
9. The separating tool according to claim 1 , characterized in that the blade ( 3 ) is clamped in the blade carrier ( 1 ) so as to be decoupled from vibrations.
10. The separating tool according to claim 1 , characterized in that the joining device is an ultrasonic joining device.
11. An ultrasonic joining device for a tubular bag machine, the joining device comprising a sonotrode and a blade carrier ( 1 ), the blade carrier having a groove-like recess ( 2 ) having therein a blade ( 3 ) disposed opposite the sonotrode, wherein at least part of a wall of the recess ( 2 ) is a bending beam, which is integrally connected to the blade carrier ( 1 ) and extends over the length of the blade ( 3 ) and is adjacent to the base region ( 4 ) of the recess ( 2 ), and wherein at least two clamping screws ( 7 ) are arranged on the blade carrier ( 1 ), which clamping screws preload the bending beam ( 5 ) in the direction of the blade ( 3 ) in order to clamp said blade and are supported in threaded recesses ( 6 ) of the blade carrier ( 1 ).
12. The joining device according to claim 11 , characterized in that the clamping screws ( 7 ) are spaced apart from one another and from ends of the bending beam ( 5 ).
13. The joining device according to claim 11 , characterized in that the blade ( 3 ) has substantially a same length as the blade carrier ( 1 ).
14. The joining device according to claim 11 , characterized in that the blade carrier ( 1 ) is disposed on a rotatably movable cutting device ( 8 ).
15. The joining device according to claim 11 , characterized in that the bending beam ( 5 ) is formed adjacent to the base region ( 4 ) of the recess ( 2 ) and extends at least over a portion of a height of the groove-like recess ( 2 ).
16. The joining device according to claim 11 , characterized in that the blade ( 3 ) abuts against walls of the recess ( 3 ) on both sides in a lower region of the groove-like recess ( 2 ).
17. The joining device according to claim 11 , characterized in that a gap ( 9 ) surrounding a free region of the bending beam ( 5 ) is formed in the blade carrier ( 1 ).
18. The joining device according to claim 11 , characterized in that the blade ( 3 ) is clamped over an entire surface thereof in the blade carrier ( 1 ).
19. The joining device according to claim 11 , characterized in that the blade ( 3 ) is clamped in the blade carrier ( 1 ) so as to be decoupled from vibrations.