DE102014117146A1 - Automated folding box with glued Gefach and method for producing such a machine folding box - Google Patents

Abstract

The invention relates to an automatic folding box (10) comprising an outer folding box, in particular according to FEFCO 0201 (12), and a Gefach (14) for dividing the interior of the outer folding box (12) in at least two compartments. The Gefach (14) is such a flat lying on the inner sides of at least two side walls (20 to 26) of the outer folding box (12) and is formed such that the Gefach (14) when erecting the outer folding box (12) is automatically erected. Furthermore, the invention relates to a method for producing such a machine folding box (10).

Description

The invention relates to a machine folding box, which has a four-sided outer folding box, in particular according to FEFCO 0201, which can be erected by means of a Kartonaufrichters of a flat state in an erected state. Furthermore, the machine folding box comprises a Gefach, with the aid of which the interior of the outer folding box is divided into at least two compartments.

Known automatic folding boxes made of cardboard, corrugated board or cardboard, as used for example for receiving wine bottles, consist of an outer folding box and a Gefach used in this Außenfaltschachtel, by means of which the interior of the outer folding box is divided into several compartments. In particular, the interior is divided by the Gefach into six compartments, in which, for example, in each case a wine bottle can be added.

In known automatic folding boxes the outer folding box and Gefach or possibly even several Gefachteile be transported as individual parts to the customer. At the customer, the outer folding box is then erected from a flat state with the side walls resting on each other by means of a device, a so-called carton erector, in an erected condition in which the opposite sides of the outer folding carton are parallel to each other and the contiguous sides each aligned orthogonal to each other. In a next step, the Gefach is then assembled from several Gefachteilen and then plugged into the erected outer folding box and / or glued.

The problem with this method is that this requires a series of manually to be performed steps, making the production of the machine folding box at the customer consuming, costly and time-consuming. Moreover, it is disadvantageous that a large number of different articles must be transported.

In an alternative method, the machine folding box is already assembled at the factory, whereby in this case again the outer folding box is first erected and then the Gefach is inserted. The disadvantage of this is that also here a high staff time is necessary. Moreover, it is disadvantageous that the erected automatic folding boxes have a very large space required for transport to the customer.

It is an object of the invention to provide a machine folding box and a method for producing a machine folding box, with the aid of which the cost of producing the machine folding box is minimized.

This object is achieved by a machine folding box with the features of claim 1 and by a method having the features of the independent method claim. Advantageous developments of the invention are specified in the dependent claims.

According to the invention, the Gefach factory is glued lying flat on the inner sides of at least two side walls of the outer folding box, that the Gefach when erecting the outer folding box is automatically erected. The Gefach is here also in the flat state of the outer folding box lying flat, d. h., That it is arranged between the side walls of the outer folding box and plate-shaped abuts this.

The advantage of this machine folding box is that it is therefore already completely factory set and must be erected at the customer only via a carton erector or manually from the flat lying in the erected state. In particular, it is no longer necessary to transport several individual parts, namely the outer folding box and the Gefach or several Gefachteile to the customer. In addition, the customer no longer has to assemble the compartment himself and plug it into the outer folding box, thereby reducing the personnel costs and saving time.

The compartment comprises, in particular, a first compartment part and a second compartment part connected to the first compartment part, wherein the two compartment parts are preferably glued together. The two Gefachteile are glued together in particular over several splices, so that a particularly secure and stable hold is given.

The first and the second Gefachteil are particularly identically shaped, so that the variety of parts is reduced, and thus the costs are minimized and confusion avoided.

Moreover, it is advantageous if the first and the second Gefachteil are arranged rotated by 180 ° to each other and are glued together accordingly. This ensures that the two Gefachteile can be identical and not several differently shaped Gefachteile are necessary.

The first and second Gefachteil are in particular each on two side walls adhered, these two side walls of the outer folding box adjacent to each other in the assembled state of the outer folding box. The outer folding box is in particular made of a flat sheet of cardboard, cardboard or corrugated cardboard, this flat sheet is folded according to a cuboid box and glued together. The glued together state is corresponding to that state in which the two outer side walls of this sheet are already glued together.

In a particularly preferred embodiment, the first Gefachteil is glued to a second and a third side wall of the outer folding box and the second Gefachteil on a first and a fourth side wall of the outer folding box, wherein in the unfolded state of the Außenfaltschachtel the second and the third side wall adjacent to each other and between the first and fourth side wall are arranged.

The unfolded state of the outer folding carton is the state in which the blank from which the outer folding carton is made has not yet been folded. In the blank, the four side walls are arranged in a row, the order being the first side wall, the second side wall, the third side wall, the fourth side wall.

In a preferred embodiment, the first and second compartment parts each comprise a first and a second wall, the first and second walls being separated from one another by a fold line, which may in particular also have a perforation, and at an angle of are arranged approximately 90 ° to each other. The first and the second side wall each have a tab for adhering the respective Gefachteils to the inside of the side walls of the outer folding box. In particular, the two walls of a Gefachteils are each glued to two different side walls of the outer folding box.

It is advantageous if the two first walls of the two Gefachteile are glued together so that they form a continuous longitudinal ridge, whereas the two second walls project in relation to this longitudinal web in opposite directions of these by about 90 °. It is thus achieved that with the help of the Gefachteile formed by the Gefachteile the interior is divided into four, preferably the same size, subjects.

The compartment is in particular arranged in the outer folding box in such a way that the longitudinal web formed by the two first walls is that web which runs along the longer side of the outer folding box. The web formed by the two first walls is generally somewhat more stable than the transverse webs formed by the second walls, so that it is thus advantageous to bridge the longer distance over this more stable longitudinal web.

In a particularly preferred embodiment of the invention, the first Gefachteil and / or the second Gefachteil each formed such that the first wall and / or the second wall has a fold-out of this portion, said fold-out portion includes a tab, which on the inside the side wall of the outer folding box is adhered to which the second wall of the respective Gefachteils is glued. This ensures that the Gefach divides the interior into six parts in a simple manner, wherein the two first walls form the longitudinal ridge, which divides the interior into two compartments, and the fold-out sections and the second walls these two formed by the longitudinal ridge shelves turn divide into three compartments each.

To limit the fold-out portions, in particular a corresponding recess is punched into the respective Gefachteile. The fold-out portion is in particular each arranged such that the fold line, which separates the first and the second side wall from each other, at the same time the tab of the portion separated from the remaining fold-out portion. Thus, a particularly simple design of the production is given.

The recess which delimits the fold-out portion is in particular not continuous, but has one or more connecting webs, which break when erecting the machine folding box, so that the portion can be folded out. About this connecting webs is achieved that the fold-out portion remains during the gluing of the Gefachteile and the outer folding box in a plane with the other parts of the Gefachteils and thus can not unintentionally fold out, which could lead to problems in the production.

It is particularly advantageous if the outer folding box, the first Gefachteil and the second Gefachteil are each made of cardboard, corrugated cardboard or other cardboard. The outer folding box, the first Gefachteil and the second Gefachteil are particularly appropriately punched out of cardboard, corrugated cardboard or cardboard.

The Gefach is in particular designed such that it divides the interior into four, six or eight compartments. Alternatively, the compartment can also divide the interior into any other number of compartments.

The size and shape of the compartment can in particular be adapted to the respective specifications of the customer. Nevertheless, the basic idea of the factory glued in, automatically mitrichtrichtenden Gefaches remains.

Accordingly, the dimensions, the format, the wave and the material use of the Gefachteile and / or the outer folding box can be adapted to the respective requirements.

On the side walls of the outer folding box in each case a tab is arranged in particular on two opposite sides, which form by folding down a bottom or an upper side of the machine folding box. As a result, an all-sided closed automatic folding box is achieved without it being necessary to provide further, separate parts for this purpose.

A further aspect of the invention relates to a method for producing a machine folding box, in which an outer folding box, a first Gefachteil and a second Gefachteil are each punched out of a cardboard, a corrugated cardboard or other cardboard. The outer folding box in this case comprises four side walls and the first and second Gefachteil each have a separate line via a fold line first and second side wall, wherein on the first and the second side wall in each case a tab is provided.

In a first step, adhesive is applied to the first Gefachteil or on the inside of the outer folding box. The first compartment is applied flat to the inside of the flat outer panel, the tab of the first wall of the first compartment on the third side wall of the outer panel and the tab of the second wall and the tab of the fold-out portion of the first compartment on the second side wall of the outer panel glued to the applied adhesive.

Subsequently, the likewise lying flat second Gefachteil is placed on the lying flat first Gefachteil, in which case the first wall of the second Gefachteils is glued to the outer folding box not touching side of the first wall of the first Gefachteils.

In the next production step, adhesive is applied to the tabs of the second compartment part on the side facing away from the first compartment part. Subsequently, the first side wall of the outer folding box is folded over and glued to the tab of the first wall of the second Gefachteiles over the adhesive applied there. In addition, the fourth side wall of the outer folding box is also folded over and glued to the tab of the second wall and to the tab of the fold-out portion of the second Gefachteils. Furthermore, the first and fourth side wall are glued together via another tab. This further tab can be arranged on the first side wall or on the fourth side wall.

In this way, the entire machine folding box is already manufactured at the factory lying flat and only needs to be set up at the customer's side, for example by means of a carton erector. It is no longer necessary to assemble several parts for the customer and, if necessary, glue them together.

By the method described above, a machine folding box is formed with at least four compartments. In a particularly preferred embodiment, however, the automatic folding carton comprises six compartments, for which purpose in each case at least one recess is punched into the first and the second compartment part, by a respective portion of the first and / or second wall of the respective Gefaches is limited such that this portion can be folded out of the first or second wall. This fold-out region comprises, in particular, a tab which, in turn, can be folded down via a fold line relative to the remaining fold-out portion. The tab of the fold-out portion of the first Gefachteiles is adhered to the second side wall of the carton and the tab of the fold-out portion of the second Gefachteils on the fourth side wall of the machine folding box.

Alternatively, by providing further fold-out portions also additional dividing walls and thus more subjects can be formed.

In a particularly preferred embodiment, all the aforementioned steps are carried out at the factory, so that the customer no longer has to be mounted. It is particularly advantageous if all of the above-mentioned steps of the assembly in a single machine pass must be performed automatically, so that even with the manufacturer of the machine folding box this can be produced with minimal effort and low personnel.

In particular, an automatic folding box of the type described above is produced by the method described above.

In particular, the method can be developed with the features or corresponding method features indicated in the dependent device claims referring back to the device. Conversely, the Automatenfaltschachtel be further developed with the specified in the independent method claim dependent process claims characteristics or corresponding device features.

Further features and advantages of the invention will become apparent from the following description, which illustrates the invention with reference to embodiments in conjunction with the accompanying figures.

Show it:

1 a schematic representation of a machine folding box in a flat state;

2 the schematic representation of a machine folding box after 1 in a partially erected state;

3 a schematic representation of the machine folding box after the 1 and 2 in an erect condition;

4 a schematic representation of the outer folding box according to FEFCO 0201 after the 1 to 3 ;

5 a schematic representation of a first Gefachteiles a Gefachs the machine folding box after the 1 to 3 ;

6 a schematic representation of a second Gefachteiles the machine folding box after the 1 to 3 ;

7 a schematic representation of the outer folding box after 4 and the first compartment part 5 ;

8th a further schematic representation of the outer folding box and the first Gefachteiles in a further process step; and

9 a schematic representation of the machine folding box after the 1 to 3 in a further process step; and

10 a schematic representation of the machine folding box after the 1 to 3 in a further process step of production.

In the 1 to 3 is a schematic representation of a machine folding box 10 shown in FIG 1 a flat state, in 2 a semi-established and in 3 an upright state are shown.

The machine folding box 10 is factory-made in the flat state and delivered to the customer. This then directs the machine folding box 10 with the help of a carton erector or alternatively manually in the erected state. In this erected state, the machine folding box must 10 then only with the goods, such as wine bottles, filled and the lid and the bottom are closed.

The machine folding box 10 includes an in 4 outer folding box shown 12 as well as already factory-installed in the outer folding box 12 glued Gefach 14 The interior of the exterior folding box 12 divided into six compartments. In an alternative embodiment of the invention, the Gefach 14 also be designed such that it subdivides the interior into more than six compartments, for example eight compartments, or less than six compartments, for example four compartments.

Like that 1 to 3 can be taken, is the Gefach 14 designed and so with the outer folding box 12 glued that when erecting the outer folding box 12 automatically the Gefach 14 with being raised.

This ensures that the entire machine folding box 10 already completely assembled at the factory and completely glued. Subsequently, the machine folding box 10 transported in flat condition to the customer, where it is then erected. This has the advantage that only a single article must be transported, whereby the logistics costs and logistics costs are reduced. In addition, the customer needs the machine folding box 10 not from parts 12 . 14 . 16 . 18 put together, reducing time and costs for the customer.

The outer folding box 12 has four side walls 20 to 26 on, over fold lines 28 are separated from each other. The outer folding box 12 is in particular made in one piece from a cardboard, corrugated cardboard or cardboard and is in particular punched out of it.

By folding the side walls 20 to 26 along the fold lines 28 By 90 ° is from the blank of the outer folding box 12 as he is in 4 shown in the unfolded state, a cuboid outer folding box 12 , This is on the first side wall 20 a tab 38 provided, with the help of which the first side wall 20 with the fourth side wall 26 can be glued together.

On every sidewall 20 to 26 are also two tabs 30 . 32 provided, in turn, over fold lines 34 . 36 are separated. From these tabs 30 . 32 can by folding the bottom or the lid of the machine folding box 10 be formed.

The Gefach 14 includes two Gefachteile 16 . 18 that are glued together. In 5 is the first Gefachteil 16 and in 6 the second compartment part 18 shown. The two Gefachteile 16 . 18 are in particular identically shaped, so that only a single Gefachteilart must be made, whereby the effort is reduced and confusion is prevented.

The first Gefachteil 16 has a first wall 40 and a second wall 42 on top of a fold line 43 are delimited from each other. The fold line 43 may in particular have a perforation.

At the second wall 42 opposite side of the first wall 40 is a tab 44 for gluing the first compartment part 16 to the outer folding box 12 intended. Likewise, at the first wall 40 opposite side of the second wall 42 another tab 46 provided, which also for sticking the first Gefachteils 16 to the outer folding box 12 serves.

In addition, in the first Gefachteil 16 a recess 48 punched over the one section 60 the first wall and the second wall 42 is limited. On the side where this part of the area 60 not from the recess 48 is a fold line 62 provided, which may also be perforated in particular.

With the help of this fold line 62 can the subarea 60 relative to the first wall 40 be folded out of this. About the fold line 43 is a tab 64 from the remaining area of the subarea 60 separated, in turn, this subarea 60 on a side wall 20 to 26 the outer box 12 can be glued.

At the in 5 shown embodiment are within the recess 48 Stege 66 . 68 provided over which the subarea 60 with the first wall 40 or the second wall 42 connected is. About these bars 66 . 68 This avoids the subarea 60 during the gluing of the first compartment part 16 with the outer folding box 12 or the second compartment part 18 unintentionally fold out.

Will the machine folding box 10 erected from the flat state for the first time in the erected state, so are the webs 66 . 68 destroyed, leaving the subarea 60 is unfolded.

This in 6 shown second Gefachteil 18 also has a first wall 50 , one about a fold line 53 from this separate second wall 52 as well as two tabs 54 . 56 on. Also, the second Gefachteil according to a fold out of this subarea 70 ,

The following is in conjunction with the 7 to 10 the manufacturing process of the automatic folding carton 10 described, from which also the exact structure of the automatic folding box 10 emerges and in particular can be understood, which parts of the Gefachteile 16 . 18 with each other and with the outer folding box 12 as are glued.

In a first process step, the outer folding box 12 , the first Gefachteil 16 and the second compartment part 18 made of cardboard, corrugated cardboard or other cardboard, in particular punched out. Subsequently, first on the in 4 Shown lying flat, not kinked on the inside and not yet glued, so unfolded, outer folding box 12 in the in 7 Applied on the dot-dashed boxes indicated areas adhesive. This is on the one hand on the second side wall 22 within two adhesive areas 80 . 82 and on the third sidewall 24 in an adhesive area 84 Applied glue.

Subsequently, as in 7 shown, the first Gefachteil 16 so flat on the inside of the outer folding box 12 hung up that tab 44 the first wall 40 with the third side wall 24 over the gluing area 84 , the tab 46 the second wall 42 with the second side wall 22 over the gluing area 80 and the tab 64 of the fold-out section 60 over the gluing area 82 with the second side wall 22 be glued.

In an alternative embodiment of the invention, the adhesive may also be applied to the tabs 44 . 46 . 64 instead of on the sidewalls 22 . 24 the outer folding box 12 be applied. Alternatively, both on the outer folding box 12 as well as on the tabs 44 . 46 . 64 the glue is applied.

In a next process step, as in 8th shown in four adhesive areas 88 to 94 Adhesive on the outer folding box 12 opposite side of the first wall 40 of the first compartment part 16 applied. Alternatively, more or less than the four adhesive areas shown 88 to 94 be used.

Subsequently, as in 9 shown, the second Gefachteil 18 so flat on the first Gefachteil 16 put up that over the gluing areas 88 to 94 the first wall 50 of the second compartment part 18 with the first wall 40 of the first compartment part 16 is glued. Here are the two Gefachteile 16 . 18 arranged rotated by 180 ° to each other.

In a next step, as in 10 shown, according to the adhesive areas 96 to 100 Glue on the tabs 54 . 56 . 71 of the second compartment part 18 applied. Here, the order is made on those pages, the first Gefachteil 16 are averted.

Subsequently, first the first side wall 20 bent by about 180 ° and thus with the tab 54 the first wall 50 of the second compartment part 18 bonded. Subsequently, on the outside of the tab 38 on the first side wall 20 is arranged, according to the adhesive area 102 Adhesive applied before then the fourth side wall 26 folded by about 180 ° and with the tab 56 , the tab 71 of the subarea 70 as well as the tab 38 is glued.

In this way, the in 1 shown machine folding box 10 achieved in the flat state.

Now if this machine folding box 10 is erected when erecting the outer folding box 12 about the corresponding gluing of the Gefachteile 16 . 18 with the side walls 20 to 26 the outer folding box 12 the Gefach 14 automatically co-erected. Furthermore, the Gefach holds 14 automatically also the outer folding box 12 in the upright position.

This is the longitudinal ridge of Gefaches 14 through the two glued together first walls 40 . 50 educated. The crossbars on the other hand are through the second walls 42 . 52 as well as the fold-out sections 60 . 70 educated.

LIST OF REFERENCE NUMBERS

10

Automatenfaltschachtel

12

Außenfaltschachtel

14

Gefach

16, 18

Gefachteil

20 to 26

Side wall

28, 34, 36

fold line

30, 32, 38

flap

40, 42, 50, 52

wall

43, 53

fold line

44, 46, 54, 56

flap

48

recess

60, 70

subregion

62

fold line

64, 71

flap

66, 68

web

80 to 102

adhesive area

Claims (17)

Machine folding box, with one four side panels ( 20 to 26 ) outer folding box ( 12 ), in particular according to FEFCO 0201, which, in particular with the aid of a carton erector, can be erected from a flat state to an erect state, and with a Gefach ( 14 ) for dividing the interior of the outer folding box ( 12 ) in at least two compartments, characterized in that the Gefach ( 14 ) at the factory such flat lying on the inner sides of at least two side walls ( 20 to 26 ) of the outer folding box ( 12 ) and is designed in such a way that the Gefach ( 14 ) when erecting the outer folding box ( 12 ) is automatically erected with. Machine Folding Box ( 10 ) according to claim 1, characterized in that the Gefach ( 14 ) a first Gefachteil ( 16 ) and one with the first Gefachteil ( 16 ) connected second Gefachteil ( 18 ). Machine Folding Box ( 10 ) according to claim 2, characterized in that the first and the second compartment part ( 16 . 18 ), in particular along several adhesive areas ( 88 to 94 ) are glued together. Machine Folding Box ( 10 ) according to claim 2 or 3, characterized in that the first and the second compartment part ( 16 . 18 ) are identically shaped. Machine Folding Box ( 10 ) according to claim 4, characterized in that the first and the second compartment part ( 16 . 18 ) are arranged rotated by 180 ° to each other. Machine Folding Box ( 10 ) according to one of claims 2 to 5, characterized in that the first and the second compartment part ( 16 . 18 ) each on two side walls ( 20 to 26 ) are glued, these two side walls ( 20 to 26 ) of the outer folding box ( 12 ) in a glued state of the outer folding box ( 12 ) adjoin one another. Machine Folding Box ( 10 ) according to one of claims 2 to 6, characterized in that the first Gefachteil ( 16 ) to a second and a third side wall ( 22 . 24 ) of the outer folding box ( 12 ) and the second compartment part ( 18 ) to a first and a fourth side wall ( 20 . 26 ) of the outer folding box ( 12 ) are adhered to, wherein in the unfolded state of the outer folding box ( 12 ) the second and the third side wall ( 22 . 24 ) adjoin one another and between the first and the fourth side wall ( 20 . 26 ) are arranged. Machine Folding Box ( 10 ) according to one of claims 2 to 7, characterized in that the first and the second Gefachteil ( 16 . 18 ) each have a first wall ( 40 . 50 ) and one in the erected state of the automatic folding box by 90 ° to the first wall ( 40 . 50 ) folded second wall ( 42 . 52 ), that the first and second walls ( 40 . 42 . 50 . 52 ) each have a fold line ( 43 . 53 ) are separated from each other, and that on the first and the second wall ( 40 . 42 . 50 . 52 ) one tab each ( 44 . 46 . 54 . 56 ) for adhering the Gefachteile ( 16 . 18 ) to the insides of the side walls ( 20 to 26 ) of the outer folding box ( 12 ) is provided. Machine Folding Box ( 10 ) according to claim 8, characterized in that in each case a subregion ( 60 . 70 ) of the first wall ( 40 . 50 ) and / or the second wall ( 42 . 52 ) is fold out of this, that this fold-out portion ( 60 . 70 ) a tab ( 64 . 71 ) and that this tab ( 64 . 71 ) to the inside of that side wall ( 20 to 26 ) of the outer folding box ( 12 ) is glued to each of which the tab ( 46 . 56 ) of the second wall ( 42 . 52 ) of the respective compartment part ( 16 . 18 ) is glued. Machine Folding Box ( 10 ) according to one of claims 2 to 9, characterized in that the outer folding box ( 12 ), the first Gefachteil ( 16 ) and the second compartment part ( 18 ) are each made of cardboard, corrugated cardboard or cardboard. Machine Folding Box ( 10 ) according to one of the preceding claims, characterized in that the Gefach ( 14 ) divides the interior into two, four, six or eight compartments. Machine Folding Box ( 10 ) according to one of the preceding claims, characterized in that on the side walls ( 20 to 26 ) of the outer folding box ( 12 ) each tabs ( 30 . 32 ) are provided for forming a bottom or a top. Method for producing a machine folding box, in which an outer folding box ( 12 ), a first Gefachteil ( 16 ) and a second Gefachteil ( 18 ) are each made of cardboard, corrugated cardboard or cardboard, in particular punched out, wherein the outer folding box ( 12 ) four side walls ( 20 to 26 ), wherein the first and the second compartment part ( 16 . 18 ) one each over a fold line ( 43 . 53 ) separate first and second walls ( 40 . 42 . 50 . 52 ) and wherein at the first and second walls ( 40 . 42 . 50 . 52 ) one tab each ( 44 . 46 . 54 . 56 ) is provided, wherein the first Gefachteil ( 16 ) flat on the inside of the flat-lying outer folding box ( 12 ) and the tab ( 44 ) of the first wall ( 40 ) of the first compartment part ( 16 ) to a third side wall ( 24 ) of the outer folding box ( 12 ) and the tab ( 46 ) of the second wall ( 42 ) of the first compartment part ( 16 ) to a second side wall ( 22 ) of the outer folding box ( 12 ) are adhered to the first Gefachteil ( 16 ) the second compartment part ( 18 ) and the first wall ( 50 ) of the second compartment part ( 18 ) on which the outer folding box ( 12 ) non-contacting side of the first wall ( 40 ) of the first compartment part ( 16 ) is glued, in which on the tabs ( 54 . 56 ) of the second compartment part ( 18 ) at the first Gefachteil ( 16 ) side facing adhesive is applied, wherein the first side wall ( 20 ) of the outer folding box ( 12 ) is folded and the tab ( 54 ) of the first wall ( 50 ) of the second compartment part ( 18 ), in which the fourth side wall ( 26 ) the outer folding box is folded over and to the tab ( 56 ) of the second wall ( 52 ) of the second compartment part ( 18 ) and in which the first side wall ( 20 ) and the fourth side wall ( 26 ), in particular via a further tab ( 38 ) are glued together. A method according to claim 13, characterized in that in the first and the second Gefachteil ( 16 . 18 ) at least one recess ( 48 ) is punched through each of which a sub-area ( 60 . 70 ) of the first wall ( 40 . 50 ) and / or the second wall ( 42 . 52 ) is limited such that this from the first and second wall ( 40 . 42 . 50 . 52 ) is fold out, that this fold-out area ( 60 . 70 ) one tab each ( 64 . 71 ) includes that the tab ( 64 ) of the fold-out portion ( 60 ) of the first compartment part ( 16 ) to the second side wall ( 22 ) of the outer folding box ( 12 ) and that the tab ( 71 ) of the fold-out portion ( 70 ) of the second compartment part ( 18 ) to the fourth side wall ( 26 ) of the outer folding box ( 12 ) is glued. A method according to claim 13 or 14, characterized in that all said steps are carried out at the factory. Method according to one of claims 13 to 15, characterized in that all said steps of assembling, folding and gluing are performed automatically in a single machine pass. Method according to one of claims 13 to 16, characterized in that with the Process a machine folding box ( 10 ) is produced according to one of claims 1 to 12.

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