WO2013029806A1

WO2013029806A1 - Pack for food, set for forming such a pack, and material sheet for such a set

Info

Publication number: WO2013029806A1
Application number: PCT/EP2012/053324
Authority: WO
Inventors: Andreas Pohl
Original assignee: Ferrero Deutschland Gmbh; Ferrero Ohg Mbh
Priority date: 2011-08-31
Filing date: 2012-02-28
Publication date: 2013-03-07
Also published as: AU2012301356A1; AU2012301356B2; PL2655217T3; US20140356489A1; DE202011105180U1; EP2655217A1; EP2655217B1; AR085496A1; BR112013019387A2

Abstract

Pack for food, in particular for an item of confectionery, comprising an originally flat material sheet (10) which is folded to form a three‑dimensional, in particular theme‑related, object, preferably a sports‑related object, in particular a rattle, wherein the object comprises a holder (20) in which at least one separately packed food is accommodated.

Description

PACKAGING FOR FOOD, SET FOR FORMING SUCH A PACKAGING AND MATERIAL BOW OF SUCH A SET

The present invention relates in the broadest sense to the packaging of food, but in particular to the packaging of food for presentation in the

Retail to give customers an incentive to buy.

Products as well as foods and including sweets are available in a wide variety of packaging and packaging

Presentation concepts offered in retail. in the

In particular, actions will be used within the framework of larger events such as World and European Championships to increase the incentive to buy, whereby the products will be presented according to the event or theme.

The object of the present invention is based on this basic concept to develop a packaging for food for presentation at the customer and creating a buying incentive, which is different from the previous concepts, but at the same time is inexpensive and easy to manufacture.

This object is achieved by a package having the features of claim 1, a material sheet for such according to claim 9 and sets with such a material sheet according to claim 13 or 19. Advantageous developments of the present invention can be found in the subclaims.

The present invention is based on the idea of an original flat sheet of material

to fold three-dimensional object in which the separately packaged food is included. In this case, the object can be subject-related and / or event-related, and form a real object independently or in conjunction with the food. For example, here's a rattle, a cup or called a ball. In the case of the rattle come as

Foods, in particular, foods that are packed in bulk and can mimic the sound of a rattle

Accordingly, the present invention proposes a

Packaging for food, especially a sweet before. A sweet is understood to mean all foods that are not staple foods. These include, among other things, lozenges, candies,

Chewing gum, various types of chocolates, biscuits, etc. In particular, the packaging is used to accommodate

such as lozenges, candies, or sweets that are received in a container or container in bulk form

Chewing gum. The packaging according to the present invention comprises an originally flat sheet of material. The

Material sheet can be made of paper, cardboard, plastic or

Combinations thereof as well as comparable materials

consist. However, preference is given to paper or paperboard

Commitment. By "flat" it is to be understood that the large outer surfaces of the sheet of material lie in a common, non-curved plane prior to folding.A synonym of initially flat sheets of material is folded into a three-dimensional, in particular thematic, object under the invention In particular, it is intended to understand the imitation of a three-dimensional real object to which the customer regularly assigns a special property and / or function, and a receptacle is provided in which at least one separately packaged foodstuff is provided

is included. The example of the lozenges, candies or chewing gum, these in a variety in one

Container, z. B. a box of paper, cardboard or

Be received plastic, which box is in turn held in the receptacle of the object. By doing that separately

packaged food is presentable in the object and the customer with the object a separate from the food Combines independent property and / or function, a difference to existing comparable food created and thereby given a buying incentive.

Preferably, such packaging is used in conjunction with larger sporting events, such as World and European Championships. By way of example football world and European championships are mentioned here. In this case, it is preferable for the three-dimensional object to be one

sports-related object, especially a rattle, a poka or a ball. This can be the rattle

in particular in connection with the above-mentioned bulk goods contained in a container, for. B.

Sweets, especially lozenges, chewing gum or candy as actually noise-developing rattle to support the own team are used.

In order to make the manufacturing process simple and cost-effective, it is preferable to design the receptacle either immediately by folding the originally flat material sheet into a three-dimensional object or else by forming a separate, originally flat material sheet.

In this case, the material sheet by the use of

Adhesives are kept in the folded state. However, it is preferred that the material sheet is held in the folded state by positive engagement of engagement means and / or is held in the folded state by the three-dimensional object. It is also conceivable that the recording folded from the material sheet is held in the folded state exclusively by the three-dimensional object. As a result, it is possible to dispense with adhesives and to optimize the production process.

The connection of the recording with the three-dimensional object is advantageously carried out positively and / or non-positively, ie without the use of adhesives and other cohesive compounds, in particular so that only positive and / or non-positive. It is usually advantageous to use primarily positive connections that of an additional non-positive

Component is supported. It will also be done separately

preferably packaged food only form-fitting

and / or non-positively held in the receptacle or the packaging.

Da.rüber addition, it is also advantageous the three-dimensional object primarily by positive and / or non-positive

To keep fasteners in the folded state.

In particular, it is preferred in this case by the intervention of engagement devices, which form part of

Material sheets are to realize.

Alternatively or additionally, it is also conceivable

additional also preferably flat element made of the same or similar materials as the

Provide material sheet and with the material sheet from which the three-dimensional object is folded or with the

To engage three-dimensional object to hold the three-dimensional object in the folded state.

In the latter embodiment, it has proven to be advantageous if the additional element, the three-dimensional object fully encompasses and thus holds together.

It is preferred that the additional element is pushed onto the three-dimensional object and holds together in the radial direction and / or circumferential direction or holds in the form.

In order to prevent removal of the separately packaged food from the packaging, it may be advantageous

To make the outer contour closed. To still have a look at the food or its packaging, can It may be advantageous in the region of the outer contour of the three-dimensional object to provide a viewing window, in particular a viewing window closed by a transparent material.

In addition to the above-mentioned packaging, the present invention also relates to a material sheet for forming the

three-dimensional object of such a package as defined in claim 10. Advantageous embodiments of the material sheet can be found in the associated

Subclaims.

In particular, in the formation of the three-dimensional object as a rattle, it has proven to be advantageous that the material sheet more flat, the outer contour of the

corresponding to three-dimensional object in cross section

Has sections which are interconnected via first fold lines.

Furthermore, the individual sections, preferably each along its center line with a second fold line, so that the sections along the first

Folding lines can be folded in half each other and thereby lie the second fold lines of the sections when folding the three-dimensional object, in particular the rattle or trophy in the folded state in the center of the object. As a result, the superimposed regions of the sections extend in a star shape or radially away from the center. In other words, the object is in cross section

designed in a star shape. It is advantageous that the individual sections of a rattle head or cup head forming portion and a rattle handle or

Have Pokalfuß training section.

In order to be able to absorb the food in the folded state, it is preferable to provide each of the sections with a recess, so that in the example of the rattle or of the cup in the center of the rattle or cup head

Cavity arises in which the food can be received preferably purely positive fit. To this, too

support, it may be advantageous to additionally provide a separate receptacle in this cavity, the

for example, can be realized by a box with one-sided opening.

Especially in the design as a ball it is

Advantageously, the material sheet with a plurality of outer surfaces of the three-dimensional object forming in a row

arranged to provide fields which are connected to each other via first fold lines, wherein for forming a ball preferably three rows of fields

are arranged side by side and the fields of adjacent rows are also connected via second fold lines. In order to realize a more or less round object, it is also advantageous to provide in each second field at least one row of third fold lines converging from one to the other side of the field into a triangle whose apex lies on one side on a center line of the field In the case of three rows, preferably only the outer rows have such third fold lines and the tips of the respective triangles of the outer rows face away from one another.

In addition, it may be particularly in the case of

Design as a closed spherical object and to avoid the removal of the separately packaged food prove to be advantageous at least one field, but preferably two or more adjacent fields to

Forming a viewing window of transparent material or to make it so that they comprise transparent material. This will interfere with the spherical

Object prevents, while ensuring a view of the packaged food. Moreover, the present invention also proposes a kit for producing a package as explained above, as defined in claim 18 and claim 20, respectively. Advantageous embodiments of the set can be found in the associated subclaims.

In particular, for the formation of a rattle or a cup, it is preferred to provide a further preferred flat element that on the three-dimensional object

folded material sheet is pushed to the to

Three-dimensional object folded material sheet in

to keep folded state. It is special

preferably in the flat element to provide a recess having at least one, preferably a plurality, extending through the center elongated slots. In particular

it is preferred to make the flat element around. More preferably, when used in a rattle or cup, in superimposed areas (walls) of the individual sections extending radially from the center, it is to make the recesses corresponding to the radially extending walls so that the radially extending walls pass through Slide the additional element into

Umfangsriehtung be kept evenly spaced and thus the object remains in the folded state.

When forming a spherical object, in particular a ball, it is also preferable to provide a further flat sheet of material for forming a receptacle, which of course is also conceivable when forming a rattle or a cup.

When training as a spherical object, it is

In particular, it is preferable to form the receptacle from three fields that are connected via fourth fold lines, wherein the outline of the outer fields corresponds to the inner contour of the folded three-dimensional object in cross-section, z. B. octagonal, while the middle field one Connecting portion, which is preferably rectangular, and connects two sections whose outline corresponds to half the outline of the outer panels, d. h, has four corners, the outer fields complementing each other in the contour to form an octagon. The two sections

Connected connection section. To form the receptacle, the two sections of the central panel are folded onto the outer panels and the two sections are folded about the fifth fold line so that the connecting section in the finished package forms a vertical wall. This makes it possible one of the outer

in this case move horizontally, in the partially folded three-dimensional object introduce and the opposite also horizontal extending field after or before insertion about the fifth fold line in a vertical

Fold orientation to insert the separately packaged food. Subsequently, the outer field can be pivoted again about the fifth fold line in a horizontal position before the three-dimensional object is closed. This allows easy filling of the spherical closed object with the food.

To get the food in the simplest way

to hold in a form-fitting manner, it may be preferable to provide a recess in at least one section of the central field, in particular in one of the two sections, and preferably at least one of the recesses is a tab

foldable. Through the tab, a stop is formed and by the edges of the recesses, which are down in the

folded state is limited by one of the outer fields, when one of the two sections is folded onto the outer field, so that a z. B. rectangular receptacle for the packaged food created without additional elements are required. Other features and advantages of the present invention having one or more of the features mentioned above

can be achieved, unless the characteristics

contradict one another, can be taken from the following description of preferred embodiments. This is done with reference to the accompanying drawings, in which:

Figure 1 shows a perspective view of a package according to a first embodiment of the present invention without separately packaged food;

Figure 2 shows a perspective view of the package of Figure 1 with separately packaged food;

Figure 3 shows a bottom view of the package of Figures 1 and 2;

Figure 4 is a plan view of a sheet of material for forming the three-dimensional object of the package of Figure 1;

Figure 5 shows an additional element to the

three-dimensional object from FIGS. 1 to 3, which has been folded from a material sheet according to FIG. 4, in FIG

to keep folded state;

Figure 6 shows a perspective view of a package according to a second embodiment of the present invention without separately packaged food;

FIG. 7 shows a plan view of a material sheet for forming the three-dimensional object of the packaging from FIG. 6

Figure 8 shows an additional element to the

three-dimensional object of Figure 6, which consists of a Material sheet was folded according to Figure 7, to keep in the folded state

Figure 9 shows a perspective view of a package according to a third embodiment of the present invention without separately packaged food;

Figure 10 is a plan view of a sheet of material for forming the three-dimensional object of the package of Figure 9; and

FIG. 11 shows a plan view of a material sheet for forming a receptacle for the packaging from FIG. 9.

In the various drawings and embodiments, like reference numerals have been used for the same or similar elements. In the following description, the

corresponding elements are usually explained only once and the description of an element in one embodiment also applies to the same element of another

Embodiment.

Hereinafter, referring to FIGS. 1 to 5, a first embodiment of the present invention will be described

explained.

The packaging is formed from a flat material sheet, in particular from paper or cardboard, as shown in FIG. 4

is shown, a receptacle 20, also made of paper or cardboard and an additional element 30, as shown individually in Figure 5 and which also consists of paper or cardboard. The three-dimensional object of the packaging is designed as a rattle.

The material sheet 10 has a plurality (here six) sections 11, which are divided here into two sub-areas can, a head portion 12 of the rattle and a grip area 13 of the rattle.

The respective sections 11 are connected to one another via first fold lines 14, wherein the respective outer sections 11 are connected on one side only to another section and the inner sections 11 are in each case connected on opposite sides via the fold lines 14 with a respective section 11. In the area of the Kop areas 12, each section 11 has a recess 15. The recesses 15 in the two outer sections 11 each have a groove 16 in their lower and outer corners. Such a groove 16 is in the mutually facing lower corners of the recesses 15 of the centrally adjacent

Sections 11 also provided.

In addition, the sections 11 are each provided with second fold lines 17 which run along a central axis and allow the respective sections 11 to be folded centrally. By means of the second fold lines 17, the individual sections 11 are subdivided into a left and a right subsection 19 _L and 19 _R, respectively.

The head portion 12 is from the handle portion 13 through to

Centerline opposite grooves 18 separated from each other.

The visible in Figures 1 and 2 receptacle 20 is

also from a flat, but not separate

designed material sheet and folded into an open-topped carton. In this state, the cardboard is held by tabs 21 glued to the side walls 22 (FIG. 1),

The additional element 30 {Figure 5} has an im

Substantially round basic shape or outer contour with a center 31. In addition, three elongate and rectilinear slots 32 are provided, each one through the center 31, ie extend radially. This results in the additional element 30, a substantially formed by the slots 32 star-shaped recess.

To form a package, as shown in Figures 1 and 2, the left section 19 _{L of} the section 11 in Figure 4 on the left outside and the right section 19 _{R of} the section 11 in Figure 4 right outside the second fold line 17 after folded up and left to right each right section 19 _R with the left section 19 _L

adjacent sections 11 around the second fold lines 17 and the first fold lines 14 in Figure 4 to the rear of each other, the left section 19 _L of

Section 11 in Figure left outside and the right section 19 _{R of} the section 11 in Figure right outside with its back also superimposed so that the second fold lines 17, as shown in Figure 1, facing each other. Each successive sections 19 _R and 19 _L of

Sections 11 form individual walls 23 which extend radially from a center 31 of the package. This results in the head region 12, a cavity 24 which through the

Recesses 15 of the individual sections 11 is formed. Through the grooves 16 corresponding grooves 23 are formed in two diametrically opposite walls to hold the receptacle 20 in the vertical direction in a form-fitting manner in the hollow space 24. For this purpose, the previously folded receptacle 20 is obliquely inserted through the apparent in Figure 1 between two walls 23 into the cavity 24 and then locked in the grooves 16, wherein the bottom 25 of the receptacle 20 on the upwardly facing the respective recesses 15 bounding edges the sections 11 is supported in the vertical direction.

In order to keep the three-dimensionally folded object in the folded state, the additional element 30 is pushed from below onto the handle portion 13, wherein the formed by the folding walls 23 in the region of the handle portion 13 in the elongated slots 32 of the additional element 30th engage or the additional element 30 along the walls 23, the handle portion 13 is pushed up to the head portion where the respective diametrically outer ends 33 of the slots 32 engage in the groove 18 and thus positively prevent removal of the additional element 30. This condition is best from FIG

Advantageously, in the receptacle 20 more z. B. four cans containing preferably bulk like

Food, z. As lozenges, added. The

Packaging of these foods is preferably one

Box of plastic and / or cardboard, the

Sweets do not completely fill this box so that a rattle-like sound is produced when shaken. The packaging of the first embodiment with

used separately packaged foods Figure 2 is shown. A user grips the package of the first embodiment in the grip area 13 and shakes the

Packaging, so by the movement of food, for. B. lozenges in the separate packaging

generated rattle-like noise that can be used for example at sporting events to cheer.

In this case, the packaging 40 advantageously rests against the upper edges of the sections 11 delimiting the openings 15 in the vertical direction, in order to avoid dropping out, that is to say falling out of the way. H. the packages are held in a form-fitting manner in vertical directions by the receptacle 20 and the upper edges of the recesses 15 of the sections 11 and in the horizontal direction by the side walls 22 of the receptacle 20th

Another embodiment of the present invention, in which the three-dimensional object is nachempf hands a cup, will be explained below with reference to Figures 6 to 8. It is essentially based on the comments to the first embodiment in Figures 1 to 5 and only highlighted differences.

The packaging of the second embodiment form also comprises a flat sheet of material 10, the one to a

three-dimensional object, here a cup, is folded. The material sheet 10 is shown in FIG. In this case, a plurality of (in this case six) sections 11 connected via first fold lines 14 are likewise provided. These are also divided into two sections, a head portion 12 unlike the embodiment in Figure 1, but not in a handle portion, but rather in a stand or

Foot section 113. The individual sections 11 are different than in the embodiment form in Figure 4 not only in the head region 12 on the first fold lines 14 with each other in connection, but also in the stator section 113. This results between the fold lines 14, respectively

adjacent sections 11 connect recesses 115, as best seen in FIG.

Another difference from the embodiment in Figures 1 to 7 is that the groove for fixing the

additional element 30 is not provided at the interface between the head portion 12 and stator portion 113, but rather in the stator portion 113 and thereby close to an edge 114 which forms the base in the folded state.

The additional element 30, as shown in FIG. 8, in principle does not differ substantially from that shown in FIG. 5, with the exception that it is of exactly circular design. Thus, reference will be made to the embodiments of the first embodiment with respect to this embodiment.

The construction of the packaging, as shown in FIG. 6, takes place in the same way as with reference to FIG. 1

explained. To the sheet of material 10 in the folded state hold, the additional element 30 will be down on the

Stand section 113 postponed, wherein formed by the respective sections 19 _R and 19 _L walls 23 engage in the elongated slots 32 of the element 30 until the element 30 is locked with the grooves 118 and thereby held (Figure 6).

Another difference of the second embodiment is the embodiment of the receptacle 20, as can be seen in Figure 6. Here, the receptacle 20 is not held by adhesive and tabs in the folded state, but rather in that the longer in Figure 6 side walls 22nd

correspondingly have non-visible tabs and the short side walls 22 are folded twice about a fold line 26 and a projection 27 engages in a groove 28 in the bottom 25 to the receptacle 20 in the folded state, the tabs are between the double-folded side walls.

Otherwise, the second embodiment is not substantially different from the first embodiment except for the shape in the form of a cup, so that reference is made to the explanations herein.

Finally, with reference to Figures 9 to 11, a third embodiment of the present invention will be explained, in which the three-dimensional object of the packaging is modeled on a ball, for. B. a football is designed.

A flat sheet of material 10 to form the

Three-dimensional object of this packaging is shown in FIG. It is formed by a plurality of sections 211 forming the outer surface of the three-dimensional object. The fields 211 are arranged in three adjacent rows Ri to R ₃ . The neighboring ones

Fields 211 of a row are interconnected via first fold lines 214, while adjacent fields different rows on the second fold line 217 are interconnected. The fields 211 of the outside

lying rows Ri and R ₃ are designed square, while the fields 211 of the middle row are designed rectangular, the shorter sides are connected via the fold lines 217 with the adjacent fields 211 of the rows Ri and R ₃ and the longer sides over the first

Fold lines 214 are connected. In addition, in the row R _2, one panel 211 and two panels 211 adjacent to this panel have one half of a transparent material 240, this one being made of paper

Material sheet 10 glued transparent film may be formed. Furthermore, every other field of the outer rows R _x and R _{3 has} third fold lines 241 extending from the inner second fold line 217 and the inner outer edges of the respective panel 211 toward each other to the outside of the respective panel 211 and a

Form triangle whose tip is on the center line of the respective field 211. In this case, the tips of the triangles in the rows Ri and R ₃ away from each other.

Furthermore, a plurality of engagement elements 242 are provided over the outer circumference of the sheet of material 10, which may be configured in the form of grooves 243 or tabs 244 to the sheet of material 10 folded in the three-dimensional object in

5 m Irici. -LtGΓΊ.

Further, in each case a field 211 of the rows Ri to R ₃ , which is located at one end, tabs 245 are provided which are provided for bonding with the respective fields 211 at the opposite end of the rows Ri to R ₃ .

In order to fold the ball shown in FIG. 9 as a three-dimensional object, the tabs 245 are glued to the rear side of the fields 211 of the rows R _x to R ₃ on the right in FIG. 10, and the sections 245 of the panels 211 which have the fold lines 241 after folded inside like it was on best seen in Figure 9 can be seen. The fields 211 of the middle row R ₂ form an octagon in cross section, while the fields 211 without the folding lines 241 of the outer rows and the sections 245 from the respective edges of the octagon obliquely upward to the center

Extend (center axis) of the object out, the fields 211 are provided without the fold lines 241 with the Eingri fseinrichtungen 242, which are brought to secure opposite ends of the fields 211 with each other, as can be seen above in Figure 9. The same happens at the bottom, here to improve the

Standability first provided with the grooves 243 engagement members 242 are engaged and subsequently shown in Figure 10 left hand tab 244 in the resulting slot between the engaged

introduced engaging elements 242 and introduced in

Connection engages the tab 244 in a groove 247 to form a flat footing.

In particular, first of all the lower part

closed, while the upper part remains open in Figure 9 in order to introduce the receptacle 20 described below can.

The recording 20 will also be flat on a flat

Material sheet formed, as shown in Figure 11. In this case, outer panels 260 are connected via fold lines 262 (fourth fold lines) to a central panel 261. The outer panels 260 correspond to the inner contour of the molded object and in particular the octagon formed by the fields of the middle row R ₂ visible in cross-section. The middle panel 261 has a connecting portion 263 and two portions 264 diametrically opposite the connecting portion 263, which are connected to the connecting portion 263 via fifth folding lines 265, respectively. The

Portions 264 each correspond in contour approximately to half of the outer panels 260 Connecting portion 263 tabs 266 provided around

Folding lines 267 are foldable.

In addition, in sections 264 respectively

Recesses 268 provided, wherein it is one of the recesses 268, a tab 269 foldable about a fold line 270.

In FIG. 11, to form the receptacle 20, the respective outer panels 260 are folded down about the fold lines 262, so that the respective lower surfaces of the panels 260 and sections 264 come to rest on one another. The tab 269 is further folded up about the fold line 270 and thus protrudes perpendicularly from the upper surface of the lower portion 264. The tabs 266 are folded down about the fold line 267 in Figure 11 and thus protrude from the surface of the connecting portion 263 vertically to the rear. Thereafter, the lower portion 264 and the lower panel 260 are folded forward about the fold line 265 so that the surfaces of these portions extend perpendicular to the surface of the connection portion 263. Subsequently, the so-folded recording is inserted into the open top partially folded sheet of material 10 and can through

Boxes similar to the boxes 40 in Figure 2 are filled with separately packaged food. However, this is not shown in FIG. Following this, the upper panel 260 and the upper portion 264 in FIG. 11 about the folding line 265 are likewise moved in the horizontal direction (perpendicular to FIG

Connecting portion 263) folded and thus close the receptacle upwards, wherein the upper edges of the container 40 with the respective peripheral edges 271 of the recess 268 in Figure 11 upper panel 264 engage and thus form-fitting support for the packages 40 in

Create horizontal direction at the top, while the

Edges 271 of the recess 268 below provide a positive connection in the horizontal direction at the bottom of the packages 40 available. This is further up through the hinged flap 269 supports, which prevents a forward falling.

Following is also the upper area through the

Engagement means 242, as shown in Figure 9, sealed to complete the packaging.

Consequently, even with this packaging is almost none

Adhesive bonding is required and the packaging can be made by simply folding and engaging one

Material sheet of cardboard or paper can be realized with a viewing window, wherein the viewing window may be formed, for example, of a transparent plastic film.

Thus, the various embodiments of the

present invention, the possibility in the simplest way of sheets of material and usually without the use of

Adhesive compounds to produce packaging that increase the purchasing incentive without the manufacturing cost of the

Significantly increase product. Here is the event or

sport-related embodiment of the three-dimensional object as a rattle, cup or football particularly advantageous. It is understood, however, that the present invention can also be implemented otherwise and can be exhibited in relation to various events or topics.

Claims

1. Packaging for food, especially one

Candy, comprising:

an initially flat sheet of material (10) which is folded into a three-dimensional, in particular thematic object, preferably a sports-related object, in particular a rattle, wherein the object comprises a receptacle (20) in which at least one separately packaged object

Food is included.

A package according to any one of the preceding claims, wherein the three-dimensional object is held folded by an additional, preferably flat element (30) which engages the sheet of material (10) from which the three-dimensional object is folded.

3. Packaging according to claim 2, wherein the additional element (30) fully encompasses the three-dimensional object and thereby holds together.

4. Packaging according to one of the preceding claims, wherein the receptacle is folded from a separate original fold sheet of material.

5. Packaging according to claim 4, wherein the from the

Material sheet folded recording (20) exclusively by the three-dimensional object or form-fitting

Engagement elements is held in the folded state.

6. Packaging according to one of the preceding claims, wherein the receptacle (20) positively and / or non-positively, in particular only positively and / or non-positively, is held in the three-dimensional object.

7. Packaging according to one of the preceding claims, wherein the three-dimensional object by the engagement of two Elements (242) which is part of the material sheet (10) from which the three-dimensional object is folded, is held in the folded state.

8. Packaging according to one of the preceding claims, wherein in the region of the outer contour of the three-dimensional object, a viewing window, in particular by a transparent material (240) closed viewing window is provided, through which the food or its packaging (40) is visible.

9. Material sheet for forming the three-dimensional

Object of a package according to one of the preceding

Claims .

10. Material sheet according to claim 9 with a plurality of flat outer contour of the three-dimensional object in cross-section corresponding sections (11), the first fold lines

(14) connected to each other.

The sheet of material according to claim 10, wherein the portions (11) each have a second fold line (17) along their center line, so that the second fold lines (17) of the portions folded in the three-dimensional object in the center (31) of the three-dimensional object lie.

12. Material sheet according to one of the preceding claims 9 to 11, wherein the portions (11) each have a recess

(15), which in the folded state of

Three-dimensional object form the shot or add to a holder for the recording (20).

13. Set consisting of a material sheet according to one of claims 10 to 12 and a, preferably flat element (30) folded onto the three-dimensional object

Material sheet (10) can be pushed to the Three-dimensional object folded material sheet in

to keep folded state.

14. Set according to claim 13, wherein the preferably flat element (30) has a recess, the at least one, preferably more through the center {31} extending

having elongated slots (32).

15. The sheet of material of claim 9, further comprising a plurality of outer surfaces of the three-dimensional object forming arranged in a row fields (211), each of the first

Fold lines (214) are interconnected.

16. Material sheet according to claim 15, wherein at least three rows (R _! R ₃ ) of fields (211) are arranged side by side and the fields of adjacent rows on the second

Fold lines (217) are connected.

The sheet of material of claim 15 or 16, wherein each second panel (211) of a series has third fold lines (241) converging from one to the other side of the panel into a triangle whose apex lies on one side on a center line of the panel ,

18. Material sheet according to one of claims 15 to 17, wherein at least one field, preferably two or more adjacent fields are formed to form a viewing window of transparent material or transparent material (240).

19. Set consisting of a material sheet according to one of claims 15 to 18 and another flat sheet of material (200) for forming an imme.

A set according to claim 19, wherein the sheet of material (200) for receiving comprises three panels (260, 261) connected by fourth fold lines (262), the outline of outer fields of the inner contour of the folded

three-dimensional object in cross-section and the middle panel has a connecting portion (263) connecting two sections (264) whose outline corresponds to half the outline of the outer panels, the two

Sections (264) over fifth fold lines (265) with the

Connecting portion (263) are connected.

21. A kit according to claim 20, wherein in at least one

Section of the central panel (261) is provided a recess (268), wherein preferably a tab from the plane of the portion is foldable to support the food in the receptacle.