Abstract: A packaging arrangement comprises a folding box (13) and a packaging insert (1) arranged therein for fixing elongate articles (30) in position, the packaging insert comprising a sheet-like blank (20). The packaging insert (1) has at least one crosspiece (2) which has in each case two side walls (3, 3?) which are erected from a base plane, are connected to one another at a preferably acute angle and form a top crosspiece edge (4). In order for an article (30) to be deposited, the crosspiece (2) has cutouts (5) which are open in the direction of the top crosspiece edge, a resiliently deformable securing nose (6) being provided on one side of the cutout (5). The securing nose can prevent the article from falling out.

Abstract: A package contains a package insert (3) for fixing objects (30, 31) in place, comprising a web (6) and, arranged in the web, recesses (10, 11) which each partially receive an object (30, 31). The package insert has mutually opposite sections (4, 5, 48, 50) which are connected to each other and between which in each case a group of two objects is arranged. Each section (4, 5) is provided with predetermined tear lines (15) for predefining tear-off package units (14), in such a way that a package unit (14), with the group of objects fixed therein, can be separated from the package insert (3).

Abstract: A blister pack (1) contains a blister portion (5) and a base portion (6), between which a blister is inserted in a sandwich-like manner. The base portion (6) contains detachable blocking segments (7) which each cover a push-out region for articles (18). For childproofing purposes, the blister portion (5) contains safeguarding segments (8) which overlap the blocking segments (7) in each case and can be swung up out of the plane of the blister portion (5) by pressure being applied from the rear side. The safeguarding segments (8) here are configured such that, in the rest position, they prevent access to the blocking segments (7), and it is only after the safeguarding segments (8) have been at least partially swung up that they allow pressure to be applied to the blocking segments (7).

Abstract: A packaging (1) in the form of a folding box has two transverse side walls (6) which abut the front side wall (4) and are configured as prismatic hollow side walls having in each case one inner wall (11), one outer wall (13) and one connecting web (12), which can be erected in the manner of a parallelogram from the plane of the bottom section (2). In order to secure an intermediate position, a bottom section (2), a lid part (3), a front side wall (4) and an opposite rear side wall (5) can be stabilized by means of securing means (14, 15) in such a way that they form a prismatic hollow body, it being possible for the intermediate position to be set up before the erection of the transverse side walls (6). Finally, the transverse side walls (6) can be connected in a latching manner to the lid part (3) during the erecting operation by means of latching means (7, 8) in order to secure the end position.

Abstract: A packing made of cardboard or of cardboard laminate, for receiving ampoules (2), phials or other elongated objects, has a cuboid packing body (6) configured as a folding box. The packing body contains, for filling with the pack products (2), a planar lid (3), which can be swung out about a side edge (12) and which extends over an entire of the base area of the packing body and can be permanently sealed after the filling. For the removal of the objects (2), the packing body has a hinged lid (4), which is delimited by a predetermined tear line (18, 19), can be resealed after the initial opening, is cuboid in configuration, and which can be swung out about an articulated fold (11) disposed in the lid (3).

Abstract: A carrier section (2) is captively integrated into a box which is stabilized in a folding and glueing operation, said box comprising four side walls (5, 5?, 6, 6?) connected approximately at right angles to a base section (4). One of the side walls is embodied in the form of an articulated strip (7), at least as far as part of the length thereof is concerned. Said strip can be pivoted on the plane of the base section (4) and is coupled to the carrier section (2).

Abstract: The support blank (1) forms the actual packaging envelope with the parallel side walls (4, 4'), which run parallel to the corrugations (3). These corrugations are formed from a shaped blank (2) which is connected with the support blank at the corrugation valleys. An end corrugation (6, 6') is in each case arranged directly next to the parallel side walls (4, 4'), the outer wall (7) of which is no longer connected with the support blank. The outer wall lies loosely against the parallel side wall and through that is held in position.

Abstract: For the corrugated deformation of a flat sheet of material, an upper row (2) of shaping tools (4) is pressed against a lower row (3) of shaping tools (5). The shaping tools of both the rows are, with that, also simultaneously pushed together so that they trace the shortening of the sheet of material during the deformation. Thus, the situation is achieved where no relative displacement between the sheet of material and the facing sides (6, 6') of the shaping tools (4 and 5) takes place, also in the case of numerous corrugations of relatively great height. The lower row of shaping tools is arranged on a rotor, whilst the upper row is fixed at a working station within the area of rotation of the rotor.