Packaging insert, packaging and blank for producing a packaging insert

Abstract

The present invention relates to a packaging insert (10) comprising at least one bottom wall (12), at least one top wall (14) with at least two receiving openings (46) for receiving goods, and side walls (16, 18) connecting the bottom and top walls (12, 14) to form a receiving space (20), wherein the receiving space (20) can be subdivided into several sub-spaces (22). The partial spaces (22) are each bounded by means of locking tabs (24, 26) hinged to the lid wall (14) via at least one bending line (90, 92) and inner side walls (38, 42) arranged within the receiving space (20), wherein the locking tabs (24, 26) are designed to engage with locking openings (32) formed in the bottom wall (12) and the bending line (90, 92) between lid wall (14) and locking tab (24, 26) limits the extent of the receiving opening (46) in this area.The inner side walls (38, 42) are designed as partial elements of an inner partition wall (34). The invention further relates to a blank (100) made of paper, cardboard or similar materials for the production of a packaging insert (10).

Description

[0001] The present invention relates to a packaging insert comprising at least one bottom wall, at least one top wall with at least two receiving openings for receiving goods, and side walls connecting the bottom and top walls to form a receiving space, wherein the receiving space can be subdivided into several compartments. The invention further relates to packaging and a blank for manufacturing a packaging insert.

[0002] Such packaging inserts are known in numerous embodiments. The known packaging inserts are typically made of plastic. Any change to the design of the packaging insert, such as a change in the arrangement, shape, or size of the containers, requires a new tool. This makes their production relatively expensive. Furthermore, the use of plastic raises sustainability concerns for these packaging inserts. A cardboard packaging insert is described in DE 20 2022 102 821 U1. This known packaging insert comprises at least one container for storing goods and / or objects, and at least one frame, wherein the frame has at least one opening for receiving the container and the container includes at least one connecting tab for securely attaching the container to the frame.Although this cardboard packaging insert already offers advantages over known plastic packaging inserts, it has been found that this packaging insert has disadvantages, particularly in machine production. A packaging insert is also known from US 1,922,571 A. This insert has a frame with corresponding receiving openings, the receiving openings serving to hold corresponding containers or cups. The frame also has tabs, and when assembled, i.e., with cups inserted into the openings, the side walls of the cups rest against the tabs. The connection of the tabs to the side walls of the cups is achieved by a binding device located on the outer circumference of the packaging insert, which is not described in detail. A comparable packaging insert is also known from JP 2011-42,372 A.

[0003] It is therefore the object of the present invention to provide a generic packaging insert, a generic packaging and a generic blank for the production of a packaging insert which can be produced sustainably, can be manufactured cost-effectively by machine and this also in a wide variety of embodiments.

[0004] To solve this problem, a generic packaging insert according to the features of claim 1, a package with the features of claim 10, and a blank with the features of claim 12 are used. Advantageous embodiments with expedient further developments of the invention are specified in the respective dependent claims. Advantageous embodiments of the packaging insert are to be considered as advantageous embodiments of the package and / or the blank, and vice versa.

[0005] A first aspect of the invention relates to a packaging insert comprising at least one bottom wall, at least one top wall with at least two receiving openings for receiving goods, and side walls connecting the bottom and top walls to form a receiving space, wherein the receiving space can be subdivided into several sub-spaces. The sub-spaces are each bounded by locking tabs hinged to the top wall via at least one bending line and by inner side walls arranged within the receiving space, wherein the locking tabs are designed to engage with locking openings formed in the bottom wall. The locking tabs can each have at least one locking lug for engaging with the locking openings. The bending line between the top wall and the locking tab limits the extent of the receiving opening in this area.In other words, the invention relates to a packaging insert that, through the use of locking tabs and internal side walls, is able to divide the receiving space into several compartments. This design makes it possible to transport and protect goods separately without the need for additional separating elements such as plastic partitions. Advantageously, the packaging insert can thus be manufactured sustainably and cost-effectively by machine, and in a wide variety of embodiments. This is not only more cost-effective but also more environmentally friendly, as fewer materials are required. Furthermore, the use of a one-piece packaging insert to separate compartments avoids the risk of separating elements being lost or damaged.

[0006] Furthermore, it is possible for at least one locking tab to be hinged at opposite ends of the receiving opening. In other words, the packaging insert is designed to have at least two locking tabs attached to opposite ends of the receiving opening. This arrangement eliminates the need for separate partitions, especially those made of plastic, as the locking tabs provide reliable separation of compartments or sub-spaces.

[0007] In further advantageous embodiments of the packaging insert according to the invention, the inner side walls are designed as components of an inner partition. In other words, the inner side walls can be designed not separately from the rest of the structure, but as integral parts of the inner partition. This arrangement avoids the need for separate partitions, particularly those made of plastic. The inner partition is also stabilized, and the need for additional connecting elements is eliminated. This design enables simpler and more cost-effective manufacturing of the packaging insert, as fewer individual parts are required. However, it is also possible for the inner partition to be designed as a separate element or to be integrally connected to the side wall that is not located between the bottom wall and the lid wall.Advantageously, this allows the inner partition to be designed in a variety of ways and adapted to specific requirements. Furthermore, the inner partition can comprise a first and third section for contact with the bottom wall and a second section for contact with the top wall, with the inner side wall forming the space between the first and second sections and the space between the second and third sections. This design significantly contributes to the stability of the packaging insert according to the invention. Additionally, the first section, the inner side wall, the second section, the inner side wall, and the third section of the partition can be connected to each other via bend lines or a combined sequence of bend and cut lines.In other words, these elements are designed to be flexibly connected, which simplifies packaging and facilitates assembly.

[0008] According to further advantageous embodiments, the first and third sections each have openings arranged and designed such that they completely or at least predominantly coincide with the locking openings in the bottom wall. This ensures that the function of the locking openings is not impaired by these elements of the inner partition. Alternatively, the second section may have openings arranged and designed such that they completely or at least predominantly coincide with the receiving openings in the lid wall. In other words, the second section of the packaging insert is designed so that its openings correspond to the receiving openings in the lid wall, thus fully ensuring the functionality of the receiving openings.Furthermore, it is possible that at least one limiting flap is formed on at least one edge of the opening in the second section to further define the compartment and / or to hold the goods inserted through the receiving opening. The limiting flap also allows for a more precise definition of the insert's compartment and secure retention of the inserted goods. These features contribute to improved functionality and handling of the packaging insert. It is also possible that at least one closing flap is formed on at least one edge of the opening in the second section to close the receiving opening. In other words, the packaging insert is designed to have at least one closing flap located on one edge of the opening in the second section, enabling the receiving opening to be closed.This design offers the advantage of preventing the ingress of foreign bodies or contaminants into the receiving opening, thus ensuring the quality of the product and guaranteeing hygienic storage.

[0009] In a further advantageous embodiment of the invention, the receiving opening has a defined perimeter, defined by bend lines and the connecting cut lines, that is polygonal, round, semicircular, oval, or a combination thereof. In other words, the receiving opening is characterized by a defined shape determined by bend lines and cut lines. This embodiment offers the advantage of a precisely shaped insert, enabling optimal product insertion. The diverse shapes ensure flexible adaptation to various product properties and sizes.

[0010] In further advantageous embodiments of the packaging insert according to the invention, the bottom wall and / or the lid wall and / or the side walls and / or the inner partition are made of paper or cardboard and / or are coated on one or both sides, at least partially. In other words, it is possible for the insert to be manufactured from environmentally friendly materials, which eliminates the need for separate separating elements, particularly those made of plastic. The combination of paper or cardboard with a coating improves the durability and reusability of the insert, while simultaneously reducing packaging waste. This embodiment thus contributes to a more sustainable and resource-efficient packaging solution.Especially when packaging inserts contain food, at least some areas must be appropriately coated for hygienic and shelf-life reasons. Other coatings, such as water- and / or water-repellent coatings, are also possible. Furthermore, the packaging insert can be manufactured as a single piece. In other words, the packaging insert is designed to be made from a single piece, rather than assembled from several separate parts or components. This embodiment of the invention offers several technical advantages. First, it enables more efficient and cost-effective manufacturing, as fewer individual parts need to be produced and assembled. Moreover, this design avoids the risk of assembly errors or fitting difficulties between the various parts, which in turn increases the quality and reliability of the packaging insert.

[0011] A second aspect of the invention relates to packaging for receiving goods and / or objects, wherein the packaging has at least one lid element for resting on and / or resting against a lid wall of a packaging insert according to the first aspect of the invention. Furthermore, the lid element has closing flaps for at least temporarily covering the receiving openings of the lid wall of the packaging insert. In other words, the packaging is provided with an additional element that can be placed on and fixed to the upper surface of the insert within the packaging, this lid element having closing flaps that make it possible to close the packaging. Alternatively, the lid wall can rest against at least two adjacent packaging inserts and connect them together.In other words, the lid wall is designed to rest on at least two adjacent packaging inserts, thus uniting or connecting them. Furthermore, the lid wall may be designed as a component of an outer shell to enclose and hold the packaging insert.

[0012] The packaging according to the invention is simple and inexpensive to manufacture. Furthermore, a wide variety of packaging variants can be produced. Further features and their advantages of the packaging according to the invention can be found in the description of the first aspect of the invention, whereby advantageous embodiments of the first aspect of the invention are to be regarded as advantageous embodiments of the second aspect of the invention and vice versa.

[0013] A third aspect of the invention relates to a blank made of paper, cardboard, or similar materials for the production of a packaging insert, comprising a side wall connected via fold lines to a bottom wall on one side and to a top wall on the other; a further side wall connected to the top wall on the side opposite the side wall via a fold line; wherein the top wall comprises at least two receiving openings for inserting goods and locking tabs hinged via at least one fold line each; and the locking tabs are designed to engage with locking openings formed in the bottom wall when the blank is folded. The locking tabs can each have at least one locking lug for engaging with the locking openings when the blank is folded. The fold line between the top wall and the locking tab limits the extent of the receiving opening in this area.Advantageously, the inventive design can be manufactured sustainably and cost-effectively by machine, and this is also possible in a wide variety of embodiments. In addition to these advantages, the invention also offers the benefit that no separate separating elements such as plastic walls need to be used. This is not only more cost-effective but also more environmentally friendly, as fewer materials are required.

[0014] Furthermore, it is possible for at least one locking tab to be hinged at opposite ends of the receiving opening. In other words, the cutout is designed to have at least two locking tabs attached to opposite ends of the receiving opening. This arrangement eliminates the need for separate partitions, especially those made of plastic, as the locking tabs provide reliable separation of compartments or sub-spaces.

[0015] In further advantageous embodiments of the inventive design, an inner partition wall can be arranged via a bending line or a combined bending / cutting line, which is formed parallel to the bending line or combined bending / cutting line between the side wall and the lid wall, and is connected to the other side wall, which is not located between the lid wall and the bottom wall. This design avoids the need for separate partition walls, particularly those made of plastic. This allows for simpler and more cost-effective production of the packaging insert, as fewer individual parts are required. However, it is also possible for the inner partition wall to be designed as a separate element or to be hinged in one piece with the side wall that is not located between the bottom wall and the lid wall.Advantageously, this allows the inner partition to be designed in a variety of ways and adapted to the specific requirements. Furthermore, the inner partition can comprise a first and third section for contact with the bottom wall and a second section for contact with the top wall, each in a folded state of the blank, with the inner side wall forming the space between the first and second sections and the space between the second and third sections. This design significantly contributes to the stability of the packaging insert produced from the blank according to the invention.Furthermore, it is possible for the first section, the inner side wall, the second section, the inner side wall, and the third section of the partition wall to be connected to each other via respective bending lines or a combined sequence of bending and cutting lines. In other words, these elements are designed to be flexibly connected, which facilitates their assembly.

[0016] According to further advantageous embodiments, the first and third sections each have openings arranged and designed such that, when the blank is folded, they are completely or at least predominantly aligned with the locking openings in the bottom wall. This ensures that the function of the locking openings is not impaired by these elements of the inner partition. Alternatively, the second section may have openings arranged and designed such that, when the blank is folded, they are completely or at least predominantly aligned with the receiving openings in the top wall.In other words, the second section of the cut is designed so that its openings correspond to the receiving openings in the lid wall in order to fully guarantee the function of the receiving openings.

[0017] Furthermore, it is possible that at least one limiting flap is formed on at least one edge of the opening in the second section to further define the compartment and / or to hold the goods inserted through the receiving opening. The limiting flap also allows for a more precise definition of the compartment within the packaging insert when the blank is folded and to securely hold the inserted goods. These features contribute to improved functionality and handling of the packaging insert. It is also possible that at least one closing flap is formed on at least one edge of the opening in the second section to close the receiving opening. In other words, the blank is designed to have at least one closing flap located on one edge of the opening in the second section, enabling the receiving opening to be closed.This design offers the advantage of preventing the ingress of foreign bodies or contaminants into the receiving opening, thus ensuring the quality of the product and guaranteeing hygienic storage.

[0018] In a further advantageous embodiment of the inventive blank, the receiving opening has a defined perimeter, defined by bend lines and the connecting cut lines, that is polygonal, round, semicircular, oval, or a combination thereof. In other words, the receiving opening is characterized by a defined shape determined by bend lines and cut lines. This embodiment offers the advantage of a precisely shaped insert, enabling optimal product insertion. The diverse shapes ensure flexible adaptation to various product properties and sizes.

[0019] Furthermore, the cut-out material may be coated on one or both sides, at least partially. Particularly when the packaging insert contains food, at least some areas must be coated accordingly for hygienic and shelf-life reasons.

[0020] Other coatings, such as water- and / or water-repellent coatings, are also possible. Furthermore, the blank can be manufactured as a single piece. In other words, the blank is designed to be produced from a single piece rather than assembled from several separate parts or components. This results in more efficient and cost-effective production of the blank and the resulting packaging insert, as fewer individual parts need to be produced and assembled. Moreover, this design avoids the risk of assembly errors or fitting difficulties between the various parts, which in turn increases the quality and reliability of the packaging insert.

[0021] Further features and their advantages can be found in the descriptions of the first and second aspects of the invention, whereby advantageous embodiments of the first and second aspects of the invention are to be regarded as advantageous embodiments of the third aspect of the invention and vice versa.

[0022] In the further description of the exemplary embodiments as well as the claims, various general terms are used. For example, the term "bending line" can be understood to mean all lines that allow elements of the container or the blank to be bent relative to each other along a defined path. In addition to the aforementioned bending lines, folding, perforation, or creasing lines, or a combination of these lines, including cutting lines, can also be used.

[0023] Further features of the invention will become apparent from the claims, the exemplary embodiments, and the drawings. The features and combinations of features mentioned above in the description, as well as those subsequently mentioned in the exemplary embodiments, can be used not only in the combinations specified but also in other combinations without departing from the scope of the invention. This is illustrated by: Figure 1 is a schematic representation of a packaging insert according to the invention; Figure 2 is a schematic representation of the packaging insert according to the invention. Fig. 1 in a front view; Figure 3 a schematic representation of the packaging insert according to Fig. 1in a view from below; Figure 4 a schematic representation of a blank according to the invention for the production of a packaging insert according to a first embodiment; and Figure 5 a schematic representation of blanks according to the invention for the production of packaging inserts according to further embodiments.

[0024] In the following figure descriptions, identical features of the different embodiments are named with the same reference numerals.

[0025] The Figures 1 to 4 Figure 1 shows schematic representations of a packaging insert 10 and a blank 100 for manufacturing the packaging insert according to a first exemplary embodiment. Figure 5 Figure 1 shows a blank 100 for the production of the packaging insert 10 according to further exemplary embodiments. Figs. 1 to 5are described together below, whereby identical reference symbols in the figures denote identical features of the packaging insert 10 and / or the blanks 100.

[0026] The Figures 1 to 3Figures 1 and 2 each show a schematic representation of a packaging insert 10 according to a first embodiment. It can be seen that the packaging insert 10 has a bottom wall 12, a top wall 14 with several receiving openings 46 for receiving goods, and side walls 16, 18 connecting the bottom and top walls 12, 14 to form a receiving space 20. The receiving space 20 is divided into several sub-spaces 22, each of which is bounded by locking tabs 24, 26 hinged to the top wall 14 via bending lines 90, 92, and by inner side walls 38, 42 arranged within the receiving space 20. The locking tabs 24, 26 each have a locking lug 28, 30 for locking into locking openings 32 formed in the bottom wall 12. It can be seen that the bending lines 90, 92 between the cover wall 14 and the locking tabs 24, 26 limit the extent of the receiving openings 46 in this area.In the illustrated embodiment, a locking tab 24, 26 is hinged to opposite ends of the receiving opening 46.

[0027] Furthermore, it becomes clear that the inner side walls 38, 42 are designed as partial elements of an inner partition wall 34 (see also Fig. 2 and 3 In the illustrated embodiment, the inner partition wall 34 is integrally connected to the side wall 18 via a combined bending / cutting line 66, 68. The side wall 18 is the wall that is not located between the bottom wall 12 and the top wall 14. The overall view of the Figs. 1 to 4The inner partition wall 34 comprises a first and third subsection 36, 44 for their respective attachment to the bottom wall 12 and a second subsection 40 for attachment to the top wall 14. The inner side wall 38 is formed between the first and second subsections 36, 40, and the inner side wall 42 is formed between the second subsection 40 and the third subsection 44. The first subsection 36, the inner side wall 38, the second subsection 40, the inner side wall 42, and the third subsection 44 of the inner partition wall 34 are connected to one another by respective bending lines or, as in the present embodiment, by a combined sequence of approximately parallel combinations of bending and cutting lines 70, 72; 74, 76; 78, 80; 82, 84.Furthermore, it can be seen that the first subsection 36 and the third subsection 44 each have openings 50, 52, which are arranged and designed such that they are completely or at least predominantly aligned with the locking openings 32 of the bottom wall 12. The second subsection 40 in turn has openings 48 which are arranged and designed such that they are completely or at least predominantly aligned with the receiving openings 46 in the cover wall 14.

[0028] Furthermore, it can be seen that the perimeter of the receiving openings 46, defined by the bending lines 90, 92 connecting the section lines 102, 104, is polygonal, and in the illustrated embodiment is rectangular with rounded corner areas.

[0029] In the illustrated embodiment, the packaging insert 10 is formed in one piece. This means that the bottom wall 12, the top wall 14, the side walls 16, 18, and the inner partition 34 are made of a single material, namely cardboard. However, these elements can also be made of paper or corrugated board. Furthermore, the elements can be coated on one or both sides, at least partially. Additionally, the following are made from the Figs. 1 to 4 It is clear that the bottom wall 12 is connected to the side wall 16 via a combination of bending and cutting lines 54, 56, the side wall 16 is connected to the top wall 14 via a combination of bending and cutting lines 58, 60 and the top wall 14 is connected to the side wall 18 via a combination of bending and cutting lines 62, 64.

[0030] Fig. 5Figure 1 shows a schematic representation of a blank 100 for the production of further packaging inserts 10 according to further embodiments. The design of the blank 100 largely corresponds to the design of the blank shown in Figure 1. Fig. 4 the depicted cut 100 according to a first embodiment. In contrast to the one in Fig. 4 The depicted embodiment is in Fig. 5Further different embodiments of the openings 48 of the second subsection 40 are shown. It can be seen that limiting tabs 94 can be formed on at least one edge of the opening 48 for further limiting the partial space 22 and for holding the goods to be inserted via the receiving opening 46. Furthermore, it is possible that a closing tab 46 can be formed on at least one edge of the opening 48 for closing the receiving opening 46. The closing tabs 96 have handle openings 98 for easy opening of the closing tabs 96.

[0031] The in Fig. 4 and 5 The 100 illustrated blanks are made in one piece. They consist primarily of paper, cardboard, corrugated board, or a combination of these materials. Plastic materials are also conceivable.

Claims

1. Packaging insert (10) comprising at least one bottom wall (12), at least one top wall (14) with at least two receiving openings (46) for receiving goods, and side walls (16, 18) connecting the bottom and top walls (12, 14) to form a receiving space (20), wherein the receiving space (20) can be subdivided into several sub-spaces (22), characterized by the fact that the partial spaces (22) are each bounded by means of locking tabs (24, 26) hinged to the lid wall (14) via at least one bending line (90, 92) and inner side walls (38, 42) arranged within the receiving space (20), wherein the locking tabs (24, 26) are designed to engage with locking openings (32) formed in the bottom wall (12) and the bending line (90, 92) between the lid wall (14) and the locking tab (24, 26) limits the extent of the receiving opening (46) in this area and the inner side walls (38, 42) are formed as partial elements of an inner partition wall (34).

2. Packaging insert according to claim 1, characterized by that The locking tabs (24, 26) each have at least one locking lug (28, 30) for locking with locking openings (32) formed in the bottom wall (12).

3. Packaging insert according to claim 1 or 2, characterized by that at least one locking tab (24, 26) is hinged to opposite ends of the receiving opening (46).

4. Packaging insert according to claim 1, characterized by that the inner partition wall (34) is designed as a separate element or is hingedly connected in one piece to the side wall (18), which is not arranged between the bottom wall (12) and the top wall (14).

5. Packaging insert according to claim 1 or 4, characterized by thatthe inner partition wall (34) comprises a first and third subsection (36, 44) for the respective attachment to the bottom wall (12) and a second subsection (40) for attachment to the top wall (14), wherein the inner side wall (38) is formed between the first and the second subsection (36, 40) and the inner side wall (42) is formed between the second subsection (40) and the third subsection (44);or that the inner partition wall (34) comprises a first and third subsection (36, 44) for their respective attachment to the bottom wall (12) and a second subsection (40) for attachment to the top wall (14), wherein the inner side wall (38) is formed between the first and second subsections (36, 40) and the inner side wall (42) is formed between the second subsection (40) and the third subsection (44), and the first subsection (36), the inner side wall (38), the second subsection (40), the inner side wall (42) and the third subsection (44) of the inner partition wall (34) are connected to each other via respective bending lines or a combined sequence of bending and cutting lines (70, 72; 74, 76; 78, 80; 82, 84).

6. Packaging insert according to claim 5, characterized by thatthe first subsection (36) and the third subsection (44) each have openings (50, 52) which are arranged and designed in such a way that they are completely or at least predominantly in alignment with the locking openings (32) of the bottom wall (12).

7. Packaging insert according to claim 5 or 6, characterized by that the second subsection (40) has openings (48) which are arranged and designed in such a way that they are completely or at least predominantly in alignment with the receiving openings (46) in the cover wall (14); or thatthe second subsection (40) has openings (48) which are arranged and designed such that they are completely or at least predominantly in line with the receiving openings (46) in the lid wall (14) and at least one limiting tab (94) is formed on at least one edge of the opening (48) for further limiting the subspace (22) and / or for holding the goods introduced via the receiving opening (46).

8. Packaging insert according to claim 7, characterized by that at least one closure tab (96) for closing the receiving opening (46) is formed on at least one edge of the opening (48).

9. Packaging liner according to any of the preceding claims, characterized by thata perimeter of the receiving opening (46) defined by the bending lines (90, 92) and the bending lines (90, 92) connecting the cutting lines (102, 104) is polygonal, round, semicircular, oval or a combination of at least two of these shapes and / or that the bottom wall (12) and / or the top wall (14) and / or the side walls (16, 18) and / or the inner partition wall (34) are made of paper or cardboard and / or are at least partially coated on one or both sides and / or that the packaging insert (10) is formed in one piece.

10. Packaging for holding goods and / or items, characterized by that the packaging comprises at least one lid element for placing on and / or resting on the lid wall (14) of a packaging insert (10) according to one of claims 1 to 9, wherein the lid element has closure flaps for at least temporarily covering the receiving openings (46) of the lid wall (14) of the packaging insert (10).

11. Packaging according to claim 10, characterized by that the lid wall rests on at least two adjacent packaging inserts (10) and connects them together and / or the lid wall is designed as a part of an outer shell to enclose and receive the packaging insert.

12. A blank made of paper, cardboard or similar materials for the manufacture of a packaging insert (10) comprising: - a side wall (16) which is connected on one side to a bottom wall (12) and on the other side to a top wall (14) via bending lines (54; 58); - a side wall (18) which is connected to the top wall (14) on the side opposite the side wall (16) via a bending line (62), wherein the top wall (14) comprises at least two receiving openings (46) for the insertion of goods and locking tabs (24, 26) hinged via at least one bending line (90, 92) each, and the locking tabs (24, 26) are designed such that they lock into locking openings (32) formed in the bottom wall (12) when the blank (100) is folded, wherein the bending line (90, 92) is between the top wall (14) and the locking tab (24, 26).26) the extent of the receiving opening (46) is limited in this area and an inner partition wall (34) is connected to the side wall (18) via a bending line (66) or a combined bending / cutting line (66, 68) which is arranged parallel to the bending line (62) or a combined bending / cutting line (62, 64).

13. Cutting according to claim 12, characterized by that the locking tabs (24, 26) each have at least one locking lug (28, 30) for locking with locking openings (32) formed in the bottom wall (12) in the folded state of the blank (100) and / or that at least one locking tab (24, 26) is hinged to opposite ends of the receiving opening (46).

14. Cutting according to claim 12, characterized by thatThe inner partition wall (34) in the folded state of the blank (100) comprises a first and third subsection (36, 44) for their respective attachment to the bottom wall (12) and a second subsection (40) for attachment to the top wall (14), wherein an inner side wall (38) is formed between the first and the second subsection (36, 40) and a further inner side wall (42) is formed between the second subsection (40) and the third subsection (44).

15. Cutting according to claim 14, characterized by thatthe first subsection (36), the inner side wall (38), the second subsection (40), the inner side wall (42) and the third subsection (44) of the inner partition wall (34) are connected to each other via respective bending lines or a combined sequence of bending and cutting lines (70, 72; 74, 76; 78, 80; 82, 84) and / or that the first subsection (36) and the third subsection (44) each have openings (50, 52) which are arranged and designed such that, in the folded state of the blank (100), they are completely or at least predominantly in alignment with the locking openings (32) of the bottom wall (12).

16. Cutting according to claim 14 or 15, characterized by thatthe second subsection (40) has openings (48) which are arranged and designed such that, in the folded state of the blank (100), they are completely or at least predominantly in alignment with the receiving openings (46) in the lid wall (14); or that the second subsection (40) has openings (48) which are arranged and designed such that, in the folded state of the blank (100), they are completely or at least predominantly in alignment with the receiving openings (46) in the lid wall (14) and at least one limiting flap (94) is formed on at least one edge of the opening (48) for further limiting the partial space (22) and / or for holding the goods to be inserted via the receiving opening (46).

17. Cutting according to claim 16, characterized by that at least one closure tab (96) for closing the receiving opening (46) is formed on at least one edge of the opening (48).

18. Cutting according to one of claims 12 to 17, characterized by that a perimeter of the receiving opening (46) defined by the bending lines (90, 92) and the bending lines (90, 92) connecting the cutting lines (94, 96) is polygonal, round, semicircular, oval or a combination of at least two of these shapes and / or that the cut (100) is formed in one piece.

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