Abstract: A folding box with a blister pack held therein is produced from a one-piece blank, having a first tab which starts integrally from a narrow side wall and in the use position inside the folding box rises obliquely inwards from this edge toward the opposite wall and is supported resiliently against the latter. A second tab is bent back from the support point of the first tab and in the use position comes to lie between the first wall and the first tab or the second wall, and in turn carries at its edge a locking tab which in the use position engages in a hinged fashion between two blister cavities or cavity rows arranged one behind the other in the insertion direction, and thereby secures the blister pack in locking fashion without the need for beads or other deformations that affect the surface on the folding box.

Abstract: The invention relates to a folding-box insert (10; 50), in particular for cylindrical articles (2), such as ampoules, bottles and the like, having a blank (1; 51) which forms two accommodating chambers (31, 32) for accommodating in particular the end portions of the articles (2), wherein the accommodating chambers (31, 32) each comprise a wall portion (14; 14a, 15; 15a) which is spaced apart from a base portion (11) and has a cutout (29; 29a) for accommodating the respective end portion of the article (2), and wherein the wall portion (14; 14a, 15; 15a) has flaps (33, 34; 52, 53) which are articulated via folds (36, 37; 55) and can be folded over in the direction of the base portion (11). According to the invention, it is provided that the flaps (33, 34; 52, 53) are designed as means for propping up the accommodating chambers (31, 32).

Abstract: A folding box with a blister pack held therein is produced from a one-piece blank, having a first tab which starts integrally from a narrow side wall and in the use position inside the folding box rises obliquely inwards from this edge toward the opposite wall and is supported resiliently against the latter. A second tab is bent back from the support point of the first tab and in the use position comes to lie between the first wall and the first tab or the second wall, and in turn carries at its edge a locking tab which in the use position engages in a hinged fashion between two blister cavities or cavity rows arranged one behind the other in the insertion direction, and thereby secures the blister pack in locking fashion without the need for beads or other deformations that affect the surface on the folding box.

Abstract: A new type of box for the packaging of ampules or the like exhibits hollow walls (4 and 5) separated from each other having a triangular shaped cross-section, with lengthwise sidewalls (2 and 3) and a box bottom (1) which are so joined with one another that ampules (10), or the like, which are stored, in a clamping fashion, in the cutouts of the hollow walls (4 and 5), due to their resilient support, do not come in contact with the bottom of the box (1) even under pressure from above. This construction has, furthermore, the advantage that both ends of the ampules (10) are free and can easily be gripped with the fingers at these locations to be removed from the box.

Abstract: A folding box has a reclosable end flap opening on a side wall panel end which defines a seal identifying segment portion. The reclosable end flap covers the reclosable opening and has a bent over flap extension adjacent to the seal identifying segment. The box permits hand separation of the segment to break the seal of the box while allowing the reclosable flap to act as a reclosable portion after the seal is broken so that there is a visible indication that the seal is no longer intact.

Abstract: A folding carton has an insertion flap attached to a crease line on a panel of a carton body. The insertion flap has a second crease line parallel to the first within which lies a slot. The slot is used in conjunction with a second added flap attached to the carton body, which added flap is inserted, and attached in a permanent manner so that a portion of the insertion flap becomes a reusable closure means when the added flap is detached from the body.