EP3224149A1

EP3224149A1 - Stackable packaging container

Info

Publication number: EP3224149A1
Application number: EP15801135.3A
Authority: EP
Inventors: Tahsin Dag
Original assignee: Goerner Formpack GmbH
Current assignee: Goerner Formpack GmbH; Papacks Sales GmbH
Priority date: 2014-11-28
Filing date: 2015-11-19
Publication date: 2017-10-04
Also published as: DE202015103273U1; CN107406165A; DE202014105771U1; DE202015100997U1; US20170305596A1; US11352170B2; CN107406165B; WO2016083222A1

Abstract

The invention relates to a packaging container (1) having a top side (2), a bottom side (5) extending parallel to the top side, and at least one side wall (6) extending between the top side and the bottom side. The top side has at least one protrusion, and the opposite side extending parallel has at least one recess (4), into which a protrusion of an identically shaped packaging container can be inserted. The problem addressed by the invention is that of producing such a packaging container in an economical and environmentally friendly manner. This problem is solved in that holes (24) are punched in the top side (2) and in the bottom side (5) and in that the protrusions (3) and the recesses (4) are attached in inserts (22, 23), which are inserted into the packaging container (1).

Description

STACKABLE PACKAGING CONTAINER

description

The invention relates to a container for packaging of any goods. Such containers are usually cuboid, but may also have a round or polygonal contour. For example, goods packed in it are foodstuffs such as chocolates, electronics such as smartphones, tablets, laptops or shoes.

Such packaging containers with a lower part and a lower part encompassing upper part or lid are known. There are also known from cardboard or corrugated packaging container having on its top knob-like projections.

The documents US 3,194,426 A, DE 43 34 530 A1 and DE 20 2014 105 771 U1 show different containers with projections on the top and troughs on the underside.

The invention has for its object to make a packaging container made of cardboard, corrugated cardboard, compressed board, fiber molding compound or the like with projections on the top and troughs on the bottom so that it is inexpensive and environmentally friendly to produce. In one embodiment, the packaging container should serve as a component of a presentation shelf.

This object is achieved by the features of claim 1. Further advantageous features will become apparent from the dependent claims.

It is proposed a packaging container having an upper side, an underside parallel thereto and at least one side wall extending from the upper side to the lower side. The top is formed by the top wall of the container and the bottom is formed by the bottom of the container. Between the edges of the top wall and bottom wall runs the side wall. The side wall is cylindrically curved in a round container and extends between a circular top wall and a circular bottom. In a cuboid container, the side wall consists of four mutually perpendicular wall sections. The top is with provided at least one projection and the bottom is provided with at least one trough into which a arranged on the top of a second identical packaging container can be inserted. But the projections can also be arranged on the underside and the troughs on the top. It is also possible to arrange one or more projections on the underside with complementary troughs on the underside and one or more projections on the underside with complementary troughs on the top. The projections and troughs should be arranged so that the projections of the first container protrude into two wells of the second container stacked on one another with two stacked containers of the same shape. Preferably, the projections on one side of the container are arranged such that they form stable bearing surfaces, so that the container can be stably placed on the projections. Holes are punched in the top and bottom of the container with the protrusions and troughs mounted in inserts inserted into the packaging container. The inserts can be made of plastic. The inserts can also consist of a biodegradable fiber material. In particular, pulp from pulp fibers is suitable for the production of the inserts. The material is visually appealing but at the same time cost-effective and environmentally friendly, because it can be produced from recycled waste paper. In the fiber casting technique, variable shaped inserts can be produced. Alternatively, the inserts can also be thermoformed from paper material or cardboard material in any desired colors. The inserts can perform more functions than forming the troughs and projections. Thus, the inserts may have on the side facing away from the top or bottom of the container receptacles for male in the container products. In other words, the inserts may have bowl-shaped areas or depressions whose shape is adapted to the contour of the male products. The male products are placed in these bowl-shaped depressions of the inserts, so that they can not move during transport within the container. The inserts can be attached to the top and bottom. But they can also be inserted into a packaging container consisting of a top and a bottom and are covered by the top and the bottom of the packaging container with little play, so that they are fixed in this way with respect to the top and bottom of the packaging container.

In this way, the packaging container can be stacked optimally and secure against displacement. The projection on the top wall of the lower packaging container protrudes into the complementary trough at the bottom of the upper packaging container and secures it against slipping. The projection can be arbitrarily shaped and, for example, symbols such as letters and numbers and logos or representations of the packaged products form. It enhances the visual appearance of the container and also serves as a transport safety device.

In practice, the packaging container may be cuboid. In particular, in a cuboid embodiment of the packaging container, this can also serve as a component of a presentation shelf. For this purpose, at least one side wall of the packaging container can be completely or for the most part hinged. This container has the advantage that the goods can be inspected after opening the side wall.

The hinged sidewall may be connected via a perforation or via an adhesive strip to the remaining part of the sidewall or to the adjacent walls of the container. On the underside of the packaging container, a drawer can be arranged, which can be pushed out when the side wall is open.

Furthermore, in the case of a parallelepiped container, the hinged part of the side wall may be connected to the remaining part of the side wall via a perforation running in the vicinity of and parallel to the upper horizontal side edge and in the vicinity and parallel to the two vertical side edges. In the case of round or differently shaped packaging containers, the perforations can be correspondingly arranged so that the hinged area exposes a large part of the surface of the container which is visible in plan view.

The perforation may be formed by a peelable perforation strip formed by two parallel perforation lines. In the vicinity and parallel to the lower side edge, a weakening line can be embossed, along which the window cut out through the perforation can be folded down.

A cuboid packaging container may be provided at the top with four, six or eight conical, ie frusto-conical projections and at the bottom with the same number, namely four, six or eight complementarily shaped receiving troughs. In practice, the projections and receiving cavities may be distributed in pairs over the length of the container, ie pairs of juxtaposed projections or receiving cavities are arranged at fixed intervals in the longitudinal direction of the container. In this case, the distance between the two projections or troughs of a pair may correspond to the spacing of successive pairs. To this In this way, the containers can not only be stacked flush on top of each other. You can also be offset by half, one-third or one-quarter of the container length or arranged at 90 ° to each other, the projections of the lower container project into the receiving troughs of the upper container. Thus, a presentation shelf for the products contained in the containers can be assembled from the containers. The shelf is very stable and can be used for presentation and comparison of shoes, toys or other goods.

In practice, both inserts may be components of a carton blank having the following sections connected by crease lines:

A receiving section with at least one receptacle whose shape is adapted to the shape of a product to be received in the receptacle;

A first side wall section;

A first top wall section having at least one trough;

A second side wall section;

A second cover wall section which has at least one projection with a shape and position complementary to the recess.

The carton blank is bent 90 degrees at each crease line, with all crease lines running parallel to one another. The result is a cuboid whose top is formed by one of the top wall sections and the bottom of the second top wall portion. In practice, preferably the first top wall portion with the trough may be the bottom insert of the container. The second cover wall portion with the projection then forms the upper insert of the container. After bending along the fold lines of the carton blank forms a cuboid packaging element. The cuboid packaging element can be inserted into a box-shaped receiving carton with the hole whose contour corresponds in plan view in the form and in the position of the contour of the trough in the first, lower top wall portion. A lid with a hole whose contour corresponds in shape and in the position of the contour of the projection in the second, upper top wall portion closes the box-shaped receiving carton.

In a folded to a cuboid packaging element carton blank, the projections on the second top wall portion are in stacking two containers with such cuboid packaging elements in the same position as the wells in the first cover wall portion, so that the projection and trough mesh positively. Of course, the shape of the trough and projection also correspond to each other. If a plurality of projections are provided on the second cover wall section and a plurality of depressions in the first cover wall section, one corresponding to each Trough of the first top wall portion in the form and position of a projection of the second top wall portion.

The recordings for the products can have any desired configurations. In most cases, it will be receiving troughs, in which the male products are inserted and in which the male products are fixed. However, other fastening structures are also suitable for fastening male products in the receiving section of the carton blank. In a two-part packaging with lower part and upper part can be punched out on the longitudinal side of the lower part, which comes to rest on the longitudinal wall of the upper part, a window that matches after fitting of the upper part with the hinged part of the side wall (corresponds). In this way, a two-part packaging can be provided with a presentation window.

In another embodiment, in which the troughs and projections are not necessarily conical, in practice the at least one projection and the at least one trough may have complementary shapes and be attached to corresponding positions so that the underside of a top of a packaging container second identical packaging container is placed flush with the projection on the top in the complementarily shaped trough protrudes on the bottom. These packages can be stacked with substantially the same space requirements as conventional packages, but are secured against slipping in the transverse direction.

In practice, the at least one projection of the upper side may have the shape of a symbol, in particular a number or a letter. The projection may, for example, represent a company logo or the letters of a company name. In practice, the at least one protrusion may further be in the form of a product received in the container. There are also combinations possible, for example, a projection in product form, a projection in the form of the company logo and possibly several projections in the form of the letters of the company name. For each projection on the top of the packaging container a complementary shaped receiving trough is provided on the underside of the packaging container.

The protrusions may in practice protrude at least about 2 mm from the surface of the top surface, with the wells being correspondingly at least about 2 mm deep. In this way, an effective protection against slipping is formed. In the following description, embodiments of the packaging container according to the invention are described in detail with reference to the drawings. The drawings show in

1 is a perspective view of the packaging container with open side wall obliquely from above,

2 is a perspective view of the packaging container with closed side wall obliquely from below,

3 is a view of a shelf of packaging containers according to FIGS. 1 and 2,

4 shows a perspective view of a packaging container consisting of upper part and lower part,

5 is a sectional view of another embodiment of the packaging container,

6 shows a cardboard blank for a packaging container,

7 is a perspective top view of another embodiment of a packaging container,

8 is a perspective bottom view of the packaging container of FIG. 7,

9 is a perspective top view of the lower part of the packaging container of FIGS. 7 and 8,

10 is a perspective top view of the top of another embodiment of the packaging container,

1 1 is a plan view of an insert for the packaging container of FIG. 10,

12 is a sectional side view of the upper part of the packaging container of FIG. 10 with the insert of FIG. 1 1,

13 is a plan view of a carton blank for an upper part of another embodiment of the packaging container, FIG. 14 is a side elevational view in section of the top assembled from the carton blank of FIG. 13; FIG. 15 is a three-dimensional plan view of a carton blank which may be folded to form a packaging element forming the inserts;

Fig. 16 is a side view of the carton blank of Fig. 15, Fig. 17 is a side view of the folded to a packaging element carton blank and

Fig. 18 shows the packaging element of Fig. 17 when it is inserted into the box-shaped receiving box with lid, with receiving box and lid are cut in the middle.

The packaging container 1 according to FIGS. 1 and 2 is parallelepiped-shaped and has conical projections 3 on its upper side and conical depressions 4 complementary in its underside 5, into which projections 3 arranged on the upper side 2 of a second, identical packaging container V can be inserted , The front side wall 6 of the packaging container 1 is completely or up to narrow edges hinged for the most part. On the bottom 5 of the container 1, a drawer 7 is arranged, which can be pushed out when the side wall 6 is open and thereby slides on the impressed in the bottom 5 4 troughs. The drawer 7 is guided between the handle 15 provided in the transverse walls 17, 18. The conical projections 3 can of course also be arranged on the underside 5 and the troughs 4 in the upper side 2 of the packaging container 1.

In the top 2 six conical projections 3 are formed and in the bottom six receiving troughs 4. With this packaging container 1 can - as Fig. 3 shows - build a stable shelf. Depending on the desired size of the packaging container 1 are also those with four or eight conical projections 3 and receiving wells 4 possible, which correspond to the containers with six projections 3 and 4 troughs. FIG. 4 shows an exemplary embodiment in which the packaging container 1 is composed of a lower part 20 and an upper part 21 which surrounds the lower part 20. The conical projections 3 are embossed in the upper side 2 of the upper part 21 and the depressions 4 are embossed in the lower side 5. In the lower part 20, a window 25 is provided in the side wall 6 '. cut, which corresponds to the hinged part of the side wall 6 of the upper part 21.

The packaging container according to FIG. 5 is also composed of a lower part 20 and an encompassing upper part 21. Here, the projections 3 and troughs 4 are not formed in the upper side 2 of the upper part 21 and the lower side 5 of the lower part 20, but instead are punched round holes 24 whose diameter is equal to or slightly larger than the largest diameter of the projections 3 and the troughs 4. In the lower part 20, an insert 22 is inserted with wells 4, which are located above the holes 24. In the upper part 21, an insert 23 is inserted with conical projections 3, which engage through the holes 24. This embodiment has the advantage that the walls of the packaging container 1 may consist of a material which is not very deformable but which folds well, while the inserts may consist of a more dimensionally stable material, for example plastic, or of a biodegradable fibrous press material.

As shown in FIG. 6, the six walls 2, 5, 6, 16, 17 and 18 of the packaging container 1 shown here are formed from a cardboard blank 26. About tabs 19, which are bent at right angles when erecting the container 1 and attached to the adjacent walls by gluing or stapling, the container gets its stability.

The conical projections 3, the receiving wells 4 and the perforation 1 1 and a fold line 14 for the hinged part of the side wall 6 may be embossed or stamped in the cardboard or cardboard blank 26. Depending on the deformability of the consisting of cardboard, paperboard, pressboard, provided with binder hot-pressed fiber material or the like walls of the packaging container 1, the projections 3 and the wells 4 in the cold or hot pressing process in the top 2 and in the bottom 5 of the packaging container. 1 be imprinted. FIG. 7 shows an alternative embodiment of the packaging container 101 described here. It is more like a classic shoe box with a separate lid 103 and a box-shaped receiving box 104 formed. The top wall of the lid 103 forms the top 102 of the container. The bottom of the box-shaped receiving box 104 forms the bottom 105 of the packaging container 101. Both the lid 103 and the box-shaped receiving box 104 are made in a known manner from a carton blank. The projection 1 13 has the shape of the letter P, the projection 1 14 the shape of the letter A, the projection 1 15 the shape of the letter P, the projection jump 1 16 the shape of the letter A, the projection 1 17 the shape of the letter C, the projection 1 18 the shape of the letter K and the projection 1 19 the shape of the letter S. The projections 1 13 to 1 19 together read the Company name of the company of the applicant.

FIG. 8 shows that the underside 105 of the packaging container 101 has complementary shaped troughs 123-129. The dimensions of the troughs 123-129 are at least as great as the dimensions of the projections 13-119, preferably slightly larger, so that the projections 13-119 on the upper side 102 of a first packaging container 101 play into the troughs 123 with little play - 129 on the bottom 105 of a second identical packaging container 101 can be inserted when the containers are stacked on each other. The projecting into the wells 123 - 129 projections 1 13 - 1 19 secure two stacked containers 101 against lateral slipping. As described above, the troughs 123-129 and the projections 13-119 are formed by inserts. The insert 122 with troughs 123-129 can be seen on the inside of the bottom 105 of the box-shaped receiving box 104 in FIG. It can also be seen that both the upper side 102 and the lower side 105 of the packaging container 101 have punched holes whose contours correspond to the contours of the depressions or projections. Accordingly, the insert with the projections 1 13 - 1 19 is glued against the inside of the lid 103.

10 shows the top view of an alternative embodiment of a top 202 of a packaging container of the type described herein. It will be appreciated that a hole 224 is stamped in the top 202. Fig. 1 1 shows an insert 223 with a projection 203. The projection 203 is shown here by way of example in the form of a bitten pear. The projection 203 may take any shape that the user of the package selects to decorate the package. Around the projection 203, the insert 223 has an edge web 206, with which the insert 223 can be glued into an upper part 221. The edge bar should be at least a few millimeters wide, but it can also extend to the edge of the top or bottom, with which it is to be glued. The lower part of this packaging with the projection 203 complementary shaped trough is not shown. Figures 13 and 14 show a carton blank 326 for another top 321 of a packaging carton described herein. FIG. 13 shows the plan view of the carton blank 326, from which the upper part 321 is conventionally produced by folding and gluing, which can be seen in FIG. 14 in a cutaway view. By doing Section of the carton blank 326, which forms the top 302 of the container, in turn, a hole 324 is punched. The hole 324 has substantially a contour corresponding to the contour of a smartphone. The projection 303 of the insert 323 is substantially in the form of a smartphone. In this case, contour lines such as screen boundaries and operating switches can be embossed onto the upper side of the projection 303. The shape of the projection 303 may be arbitrary depending on the choice of the product to be packaged. The shape may correspond to the shape of the packaged product or may have some other product reference, reference to the manufacturer or brand or logo of the manufacturer. Any other shapes are selectable.

Again, the lower part of the container is not shown here with complementary to the projection 303 molded trough. However, it is clear that when the containers are placed on top of each other, with the depression in the bottom surrounding the projection 303 with little clearance, lateral slippage of the containers of the same shape stacked on one another is prevented.

The inserts 223, 323 may have another technical function. At the side facing away from the top or bottom of the packaging container, the inserts may have receptacles for products to be accommodated in the container. The recordings can be formed by simple, projecting out of the inserts webs. However, the recordings can also be made more complex and have a surface that is complementary to the surface of the recorded product when the inserts are brought into arbitrary shapes, for example by means of fiber casting. Fig. 15 shows a carton blank 401 which forms the two inserts and the receptacles for products to be inserted into the container. The carton blank 401 consists of a receiving portion 402. The receiving portion 402 has a plurality of receptacles 403-407, each of which can accommodate a product to be inserted into the packaging. Each of the receptacles 403-407 is formed as a bowl-shaped recess into which the products can be inserted. The recordings 403-407 partially overlap. It is important that the walls of the recordings 403-407 at least selectively fix the product to be inserted therein. The recording 403 is intended for a mobile telephone, for example. The receptacle 404 may be intended for the power supply of the mobile phone. The receptacle 405 may be for a headphone or power plug. The same applies to the receptacle 406. The receptacle 407 may be intended for a power cord. The shape and arrangement of the receptacles 403-407 can be arbitrarily adapted to the determination of the respective packaging. It should be noted that the contours of the 403-407 shots do not exactly match the contours of the shots Products must comply. In Fig. 15 expanded portions 408, 409 are provided, which facilitate the gripping and removal of the recorded products.

Such inserts of different materials, in particular also of cardboard or fiber material are known in the art. In the context of the packaging described here, the receiving portion is connected as part of a carton blank with the inserts. For this purpose, the receiving portion 402 is connected via a first crease line 410 with a first side wall portion 41 1. Via a second crease line 412, a first cover wall section 413 adjoins the first side wall section, in the middle of which a trough 420 in the form of a bitten pear is formed. The first cover wall section 413 merges with the second side wall section 415 via a third crease line 414. The second side wall section 415 is adjoined by a fourth crease line 416 and a second cover wall section 417. The second cover wall section 417 has the projection 423, which has a shape that is complementary to the recess 420.

All bend lines are parallel to each other. At all bend lines, the adjoining wall sections are bent 90 degrees to each other, so that the cuboidal packaging element 419 recognizable in FIG.

The packaging element 419 is parallelepiped-shaped and can consequently be inserted into a box-shaped receiving box 422, the lower wall of which has a hole 421 adapted to the hollow 420 whose contour corresponds to the contour of the hollow 420 and which has the same position as the hollow 420 in a bottom view. The packaging element 417 inserted into the receiving carton 422 can be seen in FIG. In this case, both the receiving carton 422 and the lid 425 are cut in the middle, so that the packaging element 419 is visible. From the top of the lid 425 is placed, in the top 427 of a hole 424 is formed, whose contour corresponds substantially to the contour of the projection 423. Also, the receiving box 422 has on the bottom 428 a hole 426, which corresponds in contour and position of the contour and position of the trough 420. The lid 425 and the receiving carton 422 form the outside of the packaging container 400 of FIG. 18, except in the area of the projection 423 and the trough 420.

16, 17 and 18 it can be seen that near the fourth crease line 416 a curved relief portion 418 is arranged, can be compensated with the dimensional inaccuracies of the carton blank 401. In practice, the carton blank may be formed from pulp. Pulp casting is an environmentally friendly material made of pulp fibers, which can be obtained from renewable and biodegradable raw materials and also from waste paper. Usually from fiber casting packaging inserts but also beermats and egg cartons are made. Pulp casting is particularly well-suited for the cost-effective production of complex forms from pulp fibers.

The features of the invention disclosed in the present description, in the drawings and in the claims may be essential both individually and in any desired combinations for the realization of the invention in its various embodiments. The invention is not limited to the described embodiments. It can be varied within the scope of the claims and taking into account the knowledge of the person skilled in the art.

LIST OF REFERENCE NUMBERS

1 packaging container

2 top

3 protrusions

4 wells

5 bottom / bottom

6 side wall

7 drawer

8 upper, horizontal side edge

9 vertical side edge

10 vertical side edge

1 1 perforation

12 perforation strips

13 lower, horizontal side edge

14 fold line

15 recessed grip

16 rear side wall

17 transverse side

18 transverse side

19 tabs

20 lower part

21 top part 22 Insert with troughs (4)

23 insert with projections (3)

24 round holes

25 windows

26 Cardboard cut

101 packaging container

102 top wall / top

103 Lid

104 box-shaped receiving box

105 bottom / bottom

1 13 - 1 19 ahead

122 Use with troughs

123 - 129 trough

202 top

203 advantage

206 edge bridge

221 upper part

223 Use with a lead

224 holes

302 top

303 ahead

306 Randsteg

321 upper part

323 deployment with a lead

324 holes

326 carton blank

400 packaging containers

401 carton blank

402 recording section

403 - 407 Recording, bowl-shaped depression

408 expanded area

409 expanded area

410 first crease line first side wall section

second bend line

first cover wall section, lower insert third bend line

second side wall section

fourth crease line

second cover wall section, upper insert discharge section

packaging element

trough

hole

box-shaped receiving carton

head Start

hole

cover

hole

top

bottom

* * * * * * *

Claims

claims

1 . Packaging container (1, 101, 400) having an upper side (2, 102, 202, 302, 427), a parallel thereto underside (5, 105) and at least one extending from the top to the bottom side wall (6), wherein the Top (2, 102, 202, 302, 427) or the bottom (5, 105) with at least one projection (3, 1 13-1 19, 203, 303) is provided and the parallel, opposite side with at least one trough (4, 123-129) is provided, wherein in the trough (4, 123-129) of a first packaging container, a projection (3, 1 13-1 19, 203, 303) on a second molded packaging container (1 ') can be inserted and preferably wherein the at least one projection (3, 1 13-1 19, 203, 303) on the upper side (2, 102, 202, 302, 427) and the at least one trough (4, 123-129) on the Bottom (5, 105) is arranged, characterized in that in the top (2, 102, 202, 302, 427) and in the bottom (5, 105, 428) holes (24, 224, 324) eingea The projections (3, 1 13-1 19, 203, 303) and the depressions (4, 123-129) are mounted in inserts (22, 23, 122, 223, 323) which are inserted in the packaging container (1 , 101, 400) are used.

2. Packaging container (1) according to claim 1, characterized in that at least one side wall (6) of the packaging container (1) is completely or for the most part hinged bar.

3. Packaging container according to one of the preceding claims, characterized in that on the underside (5) a drawer (7) is arranged, which is pushed out when the side wall (6) is open.

4. Packaging container according to claim 2 or 3, characterized in that the hinged part of the side wall (6) via a near and parallel to the upper horizontal side edge (8) and in the vicinity and parallel to the two vertical side edges (9, 10) extending Perforation (1 1) with the remaining part of the side wall (6) is connected.

5. Packaging container according to claim 4, characterized by one of two parallel perforation lines formed, peelable perforation strip (12).

6. Packaging container according to claim 4 or 5, characterized in that in the vicinity and parallel to the lower side edge (13) a weakening line (14) is embossed.

7. Packaging container according to one of the preceding claims, characterized in that it at the top (2) with four, six or eight conical projections (3) and at the bottom (5) with the same number, namely four, six or eight receiving wells (4) is provided.

8. Packaging container according to one of the preceding claims, characterized in that the upper side (2), the underside (5) and the at least one side wall

(6) of the packaging container (1) are formed from at least one cardboard blank (25) in which the projections (3) and depressions (4) are embossed.

9. Packaging container according to one of the preceding claims, characterized in that in the top (2, 102, 202, 302, 427) and in the bottom (5, 105, 428)

Holes (24, 224, 324) are stamped and the projections (3, 1 13-1 19, 203, 303) and the wells (4, 123-129) in inserts (22, 23, 122, 223, 323) attached are attached to the top (2, 102, 202, 302, 427) and the bottom (5, 105, 428).

10. Packaging container according to claim 9, characterized in that the inserts (22, 23, 122, 223, 323) consist of plastic.

1 1. Packaging container according to claim 9, characterized in that the inserts (22, 23, 122, 223, 323) consist of a biodegradable fiber material.

12. Packaging container according to one of claims 9 to 1 1, characterized in that it consists of a lower part (20) and a lower part (20) encompassing upper part (21, 221, 321), wherein in the lower part (20) an insert (22, 122) with recesses (4, 123-129) is inserted and in the upper part (21, 221, 321) has an insert (23, 223, 323) with projections (3, 1 13-1 19, 203, 303) is used.

13. Packaging container according to claim 12, characterized in that on the longitudinal side of the lower part (20), which on the longitudinal wall (6) of the upper part (21) comes into abutment, a window (26) is punched out, after placing the upper part (21) coincides (corresponds) with the hinged part of the side wall (6).

14. Packaging container (400) according to any one of claims 9 to 13, characterized in that the inserts on the side facing away from the top (427) or bottom (428) side recordings for accommodated in the container products.

15. Packaging container (400) according to any one of the preceding claims, characterized in that both inserts are components of a carton blank (401) having the following, connected by crease lines sections: a receiving portion (401) having at least one receptacle (403-407), the shape of which is adapted to the shape of a product to be received in the container; a first side wall portion (41 1);

a first top wall portion (413) having at least one trough (420);

a second sidewall portion (415);

a second cover wall portion (417) having at least one projection (423) with the mold (420) complementary shape and position.

16. The packaging container (400) according to any one of the preceding claims, characterized in that the at least one projection (423) and the at least one trough (420) have complementary shapes and are attached to corresponding positions, so that on top of a packaging container ( 400), the underside of a second identical packaging container (400) is placed flush, wherein the projection (423) on the upper side (427) in the complementary shaped recess (420) on the bottom (428) protrudes.

17. Packaging container (1, 400) according to one of the preceding claims, characterized in that it comprises at least one of the following features:

• the at least one projection (1 13-1 19, 203, 423) of the upper side (102, 202, 427) has the shape of a symbol, in particular a number or a letter;

The at least one projection (303) has the shape of a product received in the container.

_{* * * * * * ** * * * * * *}