The invention relates to a container for accommodating one or more objects, with the container having a main body and a lid, with the main body having a bottom as well as side walls forming a border structure pointing towards the lid, with the container having a connecting edge via which the main body and lid are pivotably connected to one another, wherein the container is provided with a unfoldable figure which is reversibly transferable from a compressed flat state to a three-dimensional expanded state, and means for producing visual and/or acoustic effects, wherein the container has a foldable insert sheet that has at least five sections arranged one behind the other in the longitudinal direction, the 1st section covering the inner side of the lid, the 2nd and 5th sections, laid one on top of the other, being placed into the main body and the 3rd and 4th sections, laid one on top of the other, resting against the inside of the side wall opposite the connecting edge, wherein between the bottom and the 2nd and 5th sections laid one on top of the other there is a compartment formed out for receiving the objects, with means for producing visual and/or acoustic effects being located between the inside of the lid and the 1st section, and the unfoldable figure being located between the 1st and 2nd sections.

A reinforced containment device, which is mainly composed of a main container (10) and a reinforcing frame (20) where it is arranged in the upper part of the main container (10) to increase its resistance. The reinforcing frame (20) is preferably composed of a sheet of paper, cardboard or similar materials generating a perimeter frame that has a sealing surface (25) in its upper part, wherein this frame is continuous, seamless and has a plurality of upper gluing tabs (21) that extend from a fold (22) that meets the upper part of the walls (12) of the main container (10).

A package made of a composite material is represented and described, including: a package base with two front base corners and with two rear base corners, a package gable with two front gable corners and with two rear gable corners, and a package base body with a front panel, a first side panel, a second side panel and a rear panel. The package base and the package gable are arranged on opposite sides of the package base body. The composite material has a polymer inner layer, a polymer outer layer and a fibrous support layer, which is arranged between the polymer outer layer and the polymer inner layer. In order to enable the manufacture of packages with even more complex geometries without impairing the rigidity of the package, it is proposed that the package base body has at least one stress-relief panel, which is arranged between the front panel and one of the two side panels.

The invention relates to a folding box for packaging, storing or protecting goods, having an outer shell, wherein the outer shell has at least three, preferably four, side walls (1), an upper side (2) and a bottom side (3), wherein uprights (16) are at least partially arranged at the corner edges (5) of the side walls (1) and wherein the side walls (1) have connecting elements at the bottom side (3) and/or at the upper side (2) for connecting to the uprights (16), characterized in that the connecting elements are adapted to compensate positional tolerances and/or shape tolerances of the uprights (16).

Unitary blank for forming a container includes a base panel, a back body panel, a front body panel, a first side panel, a second side panel, and a pocket portion. The pocket portion includes a support panel, a pocket flap, a first side tab, and a second side tab. The first and second side panels are configured to be joined to the back body panel such that the front and back body panels and the first and second side panels define a container. A support panel of the pocket portion is configured to be separated from the front body panel along a front upper edge and joined to the back body panel such that the pocket portion and the back body panel define a pocket therebetween. A container and a method for forming a container from a unitary blank are also provided.

Unitary blank for forming a container includes a base panel, a back body panel, a front body panel, a first side panel, a second side panel, and a pocket portion. The pocket portion includes a support panel, a pocket flap, a first side tab, and a second side tab. The first and second side panels are configured to be joined to the back body panel such that the front and back body panels and the first and second side panels define a container. A support panel of the pocket portion is configured to be separated from the front body panel along a front upper edge and joined to the back body panel such that the pocket portion and the back body panel define a pocket therebetween. A container and a method for forming a container from a unitary blank are also provided.

A package includes a main body and an impact buffer rib. The main body is configured to form a storage space to accommodate a packaged object. The impact buffer rib is disposed on a side of the main body and outside the storage space. The impact buffer rib includes root portions and a central portion. The root portions are both end portions of the impact buffer rib, couple to the main body, and have a first height. The central portion is between the root portions and has a second height larger than the first height.

Herein is provided a container including a plurality of sidewalls (3, 7, 9) connected to one another along foldlines, and a base. The base includes first, second, third and fourth base flaps (11, 13, 15, 17) connected along respective foldlines to respective sidewalls. The second and third base flaps (13, 15) are folded over the first base flap (11) and the fourth base flap (17) is folded over the second and third base flaps (13, 15). The fourth base flap (17) includes a base panel portion which forms part of the exterior of the base and a locking tab portion connected to a distal end of the base panel portion. The locking tab portion is inserted into the interior of the container through a slot defined by the first, second and third base flaps (11, 13, 15) to retain the base in a closed configuration. A cutline is provided extending inwardly from the side edge of the fourth base flap (17) on each side of the fourth base flap (17) at a transition between the base panel portion and the locking tab portion.

The invention is directed to an injection molding device for manufacturing of composite products comprising a combination of a blank and an injection-molded plastic component, the product and a method of manufacturing of these composite products. The injection molding device comprising two outer mold halves displaceable along a first axis and a center block being arranged, with respect to the first direction, between the outer mold halves rotatable around a center axis perpendicular to the first direction. The center block carrying inner mold halves on at least one pair of side faces, which each form with outer mold halves in the closed position at least one cavity. The at least one cavity comprises at least one clamping means to clamp at least one blank, and in the closed position of the injection molding device forming at least one compartment to receive liquefied plastic material to form a plastic component interconnecting to the blank along at least one pair of adjacent edges.

The invention is directed to an injection molding device for manufacturing of composite products comprising a combination of a blank and an injection-molded plastic component, the product and a method of manufacturing of these composite products. The injection molding device comprising two outer mold halves displaceable along a first axis and a center block being arranged, with respect to the first direction, between the outer mold halves rotatable around a center axis perpendicular to the first direction. The center block carrying inner mold halves on at least one pair of side faces, which each form with outer mold halves in the closed position at least one cavity. The at least one cavity comprises at least one clamping means to clamp at least one blank, and in the closed position of the injection molding device forming at least one compartment to receive liquefied plastic material to form a plastic component interconnecting to the blank along at least one pair of adjacent edges.