Thermoforming device

1. A thermoforming device ( 10 ), having a molding tool ( 11 ), comprising an upper part ( 12 ) and a deep-drawing mold ( 13 ) underneath the upper part ( 12 ), for molding at least one cup ( 1 ) into a heated sheet of film ( 2 ), the deep-drawing mold ( 13 ) forming a side wall ( 4 ) and a bottom region ( 5 ) on the at least one cup ( 1 ), molding of the cup ( 1 ) into the deep-drawing mold ( 13 ) taking place by producing a positive pressure on the sheet of film ( 2 ) in a direction of the deep-drawing mold ( 13 ), the deep-drawing mold ( 13 ) comprising at least one first part-element ( 15 ), with a through-opening ( 17 ) for molding the side wall ( 4 ), and a second part-element ( 30 ), formed as a component that is separate from the at least one first part-element ( 15 ), for molding the bottom region ( 5 ), the first and second part-elements ( 15 , 30 ) being movable in relation to one another in such a way that the second part-element ( 30 ) can in certain regions be introduced into an end face of the through-opening ( 17 ) of the first part-element ( 15 ) that is facing the second part-element ( 30 ), and a base area ( 35 ) of the second part-element ( 30 ) that forms the bottom region ( 5 ) of the cup ( 1 ) being adapted to a cross section of the through-opening ( 17 ) in the first part-element ( 15 ) in such a way that, to form different container heights, the base area ( 35 ) is configured be positioned to different heights ( 36 , 37 ) of the through-opening ( 17 ) in such a way that the base area ( 35 ) of the second part-element ( 30 ) is arranged circumferentially at a small distance from a circumferential wall ( 34 ) of the through-opening ( 17 ) of the first part-element ( 15 ), characterized in that the deep-drawing mold ( 13 ) comprises at least two first part-elements ( 15 ) and the second part-element ( 30 ), and in that the at least two first part-elements ( 15 ) are configured to be adjusted into a position in which the at least two first part-elements are arranged out of alignment outside the upper part ( 12 ) and the second part-element ( 30 ), the second part-element ( 30 ) always being fixed in congruence with the upper part ( 12 ).

2. The thermoforming device as claimed in claim 1 , further comprising a device ( 25 ) for feeding labels ( 6 ) into the through-opening ( 17 ) of the first part-element ( 15 ), wherein the device ( 25 ) is arranged in operative connection with one first part-element ( 15 ) when another first part-element ( 15 ) is arranged in operative connection with the second part-element ( 30 ).

3. The thermoforming device as claimed in claim 1 , characterized in that the deep-drawing mold ( 13 ) comprises two first part-elements ( 15 ), which are arranged rotatably about an axis ( 21 ) on a columnar carrier ( 19 ), and in that the two first part-elements ( 15 ) are arranged at 180° in relation to one another.

4. The thermoforming device as claimed in claim 1 , characterized in that a drive of the second part-element ( 30 ) takes place by means of a lifting spindle drive ( 32 , 33 ).

5. The thermoforming device as claimed in claim 1 , characterized in that the first part-element ( 15 ) is additionally height-adjustable.

6. The thermoforming device as claimed in claim 1 , characterized in that, for demolding of the cups ( 1 ) from a first part-element ( 15 ), the second part-element ( 30 ) can be moved with its base area ( 35 ) into the first part-element ( 15 ) in a direction of the upper part ( 12 ) beyond a position for molding the bottom region ( 5 ).

7. The thermoforming device as claimed in claim 1 , characterized in that a first part-element ( 15 ) has multiple through-openings ( 17 ), in that the second part-element ( 30 ) has for each through-opening ( 17 ) a punch-like continuation ( 28 ), forming the base area ( 35 ), and in that the continuations ( 28 ) are arranged on a common baseplate ( 31 ).

8. The thermoforming device as claimed in claim 1 , characterized in that the circumferential wall ( 34 ) of the through-opening ( 17 ) in the first part-element ( 15 ), at least in a region where the second part-element ( 30 ) is led into the first part-element ( 15 ), and the second part-element ( 30 ) in a corresponding region is respectively formed with straight side walls without lead-in chamfers.

9. The thermoforming device as claimed in claim 6 , characterized in that the cross section of the through-opening ( 17 ) in the first part-element ( 15 ) is formed with straight side walls without lead-in chamfers over an entire height (h).

10. The thermoforming device as claimed in claim 6 , characterized in that at least the base area ( 35 ) of the second part-element ( 30 ) is formed as a cooled base area ( 35 ).