spring element 759 is preferably disposed between the at least one first thrust body 757 and the at least one base body 753 with respect to axial direction a more preferably such that the at least one first thrust body 757 and thus at the same time the print head 212 412 701 702 703 711 712 713 721 722 723 731 732 733 is acted on by a spring force in axial direction a or in transverse direction a preferably the at least one first thrust body 757 has a first inclined surface 761 which more preferably is in contact with a second inclined surface 762 of at least one second sliding body 763 the first inclined surface 761 of the at least one first thrust body 763 is preferably pressed by the at least one spring element 759 against the second inclined surface 762 of the at least one second thrust body 763 first inclined surface 761 and second inclined surface 762 are preferably parallel to one another preferably a surface normal of first inclined surface 761 and or of second inclined surface 762 points in or opposite a direction that deviates from axial direction a by more than 0 u00b0 and less than 90 u00b0 in particular by 1 u00b0 to 45 u00b0 more preferably by 1 u00b0 to 25 u00b0 the at least one second thrust body 763 is preferably movable in a thrust direction s which has at least one component in a direction orthogonal to axial direction a or transverse direction a and which more preferably is oriented orthogonally to axial direction a or transverse direction a preferably the at least one second thrust body 763 is connected via a threaded connection 764 to at least one.