3 furthermore has three sections 18 which run transversely and three each parallel to folding lines 7 and 8 at a certain distance to these longitudinally running additional sections 17 which are cut in the center of sections 18 second additional sections 19 which run obliquely to longitudinal folding line 7 and 8 and which find their continuation in transversely running third additional sections 15 which run from the intersection of sections 19 with longitudinal folding lines 7 and 8 each as far as end point 15a in side parts 2 and 4 join additional sections 17 on their bilateral end points between two end points 15a which belong to one section sequence 15 19 17 19 15 each there is one each additional longitudinal folding line 20 and it is connected to folding lines 16 which each run obliquely to transverse folding lines 10 and which join end points 15a there are thus limited fields 21 which are made hexagonal as can be seen especially clearly in fig2 as well fields 21 form elastic side flap parts 21a easily recognizable in fig7 when the blank is assembled and folded into container 24 this process is illustrated in steps in fig2 4 and 5 on a blank of six plate parts 1 2 3 4 5 11 without the cover part with five longitudinal folding lines 6 7 8 9 and 12 while rectangular parts 26 which are located between transverse folding lines 10 and transversely running sections 18 with partially cut out side edges in assembly form partitions 22 of individual compartments 25 in finished container 24 center transverse folding line 10 in the blank of fig2 is present as a parallel pair of transverse folding lines and accordingly center partition 22 in container 24.