EP1195329A2 - Folding box with an offset internal bottom - Google Patents

Abstract

A folding box having a rectangular pack casing, a lid part which is connected on the border side of the pack casing and is provided with an insertion flap which engages in the pack casing, wherein articulated in the base region, on one of the four walls which form the pack casing, is a base part provided with an insertion flap which engages in the pack casing, there being articulated on the insertion flap an extension which forms an inner base and at least comprises an inner-base flap, which is articulated on the insertion flap, and an adhesive flap, which is articulated on the inner-base flap and, with the folding box in the completed state, is adhesively bonded to a first side wall, which is located opposite a second side wall, which is in contact with the insertion flap.

Description

The invention relates to a folding box for goods such as glasses, bottles, cans or similar products, especially for cosmetic articles, with a rectangular Packing jacket, one connected to it at the edge, with one in the Cover part with a cover flap and a Inner floor offset inside the box.

From EP 0 699 588 A1 a folding pack for goods such as glasses, bottles, cans or similar products is known, which has a rectangular packing jacket, a lid part connected to it at the edge, provided with a push-in tab which engages in the packing jacket, and a bottom part also provided with a push-in flap having.
A moldable flap is connected to each of the two walls of the packaging jacket adjoining the base part and / or the lid part, which has three fold lines running parallel to the connecting edge on the packaging jacket, which divide the mouldable flap into four individual sections, the outer of the sections being attached is glued to the inside of the packing jacket.
This results in two carriers for receiving the goods to be protected in the package, the position of which is further strengthened by the presence of cutouts in the carriers which are adapted to the shape of the product.
In the embodiment chosen here, the bottom of the folding pack is always flush with the surface on which the folding pack is standing. Moving the base in the direction of the interior of the folding pack is not proposed, and is also not possible due to the arrangement of the tabs.
Disadvantages of the folding pack are, firstly, that the goods inside the packaging are not adequately protected, and secondly, that the stability of the floor is not increased, just as is common in the packaging industry.

A similar box is known from EP 0 642 977 A1, which has at least one holding and protective element for a glass. The box is formed by four successive main walls. Both in the lid and in the bottom area there are two usual closure walls which can close the box in the known way.
Two dust flaps are also articulated in the lid area, which are folded into the packaging body before inserting the upper closure wall and which thus make it more difficult for dirt and dust to penetrate.
Essential to the invention are two tabs present in the bottom area, which are divided into a large number of connected individual sections. When the said flaps are unfolded, a double-layered two-part carrier is formed inside the box, which is composed of the individual sections and which is helpful for fixing the product and for presenting the same. There are cutouts in the two halves of the support, the shape and size of which are based on the product to be photographed.

The invention has for its object a resealable, cuboid To create folding box that offers an inner bottom that is stackable and that provides adequate protection for the goods inside the folding box, which has a high level of stability while using as little material as possible Use of the smallest possible material can be produced inexpensively with the help can be set up, filled and closed easily and quickly by machines and whose foldable cut consists of a single piece.

This object underlying the invention is achieved through the teaching of Main claim solved. Advantageous refinements are in the subclaims explained. Furthermore, the invention comprises a punch blank folding box according to the invention.

Accordingly, the invention describes a folding box for goods such as glasses, bottles, cans or the like products, in particular for cosmetic articles, with a rectangular packaging jacket and a lid part connected to it on the edge and provided with a plug-in flap which engages in the packaging jacket.
In the base area, a base part is provided on one of the four side walls, which together form the packing jacket, and is provided with a bottom part which engages in the packing jacket. An extension forming an inner bottom is articulated to the insert tab, which at least consists of an inner bottom tab hinged to the insert tab and an adhesive tab hinged to the inner bottom tab. When the folding box is assembled, the adhesive flap is glued to the side wall that lies opposite the side wall that is in contact with the insertion flap.

In a first advantageous embodiment, there are four parallel fold lines in the inner bottom flap which divide the inner bottom flap into five individual sections, the resulting central section of the inner bottom flap preferably being glued to the bottom part in order to further increase the stability of the bottom part. Two sections in the inner bottom flap then form the inner bottom, namely the one that is hinged directly to the insertion flap and the other that is hinged directly to the adhesive flap of the extension.
The length of the central section of the inner base plate with which it rests or is glued determines the size of the support surface by which the inner base is smaller than the base area of the base part.

It is further preferred if the inner bottom flap is narrower than the bottom part if So the inner bottom flap does not extend over the entire width of the bottom part. This also leads to a reduction in the contact area for the product on the Inner floor, but saves packaging material. The lower stability of the Interior flooring can be accepted, especially for lighter products.

In a further preferred embodiment of the folding box, a flap is articulated in the bottom area on the two side walls of the packing jacket adjoining the bottom part, said flap having three fold lines running parallel to the connecting edge on the packing jacket, which flaps, seen from the connecting edge, into a first spacer bar, in divide a support bar into a second spacer and into an adhesive flap. The adhesive flap is glued to the inside of the packaging jacket in such a way that the support strip and the second spacer are aligned essentially at right angles to one another.
The two spacer webs are preferably of the same or at least approximately the same width.

In a further preferred embodiment of the folding box, the flaps are cut in such a way that, when the folding box is assembled, the flaps extend over the central section of the inner bottom flap lying against the base part.
This embodiment of the folding box is particularly useful when a large contact surface, that is to say a large inner floor, is required and at the same time the tabs are to be present for reasons of dust protection.
This is achieved if corresponding parts of the first spacer web and in particular the support strip are cut out, so that the two sections in the inner bottom flap protrude into the resulting gaps and largely fill the said gaps in the contact surface.

Furthermore, in the case of the tabs, three further tabs are articulated on the adhesive tab in each case via three fold lines running parallel to the connecting edge on the packing jacket.
As a result, the tabs are lengthened so that an additional winding can take place when the tabs are wound up.
To ensure that cardboard compression when erecting and closing the folding box in the area of the flaps is reliably suppressed, all of the surfaces that adjoin the second spacer web can be tapered on both sides. They therefore do not extend across the entire width of the side wall. It follows that these surfaces can be wrapped up without any problems during the manufacture of the folding box. In addition, the second spacer is preferably bonded to the outermost flap and, in order to maximize overall stability, optionally the first spacer is also glued to the flap adjoining the adhesive flap.

These glued windings lead to an additional stiffening of the inner floor Use inside the bottom of the folding box, without affecting the Erection, filling and closing of the folding box can be observed.

In a further preferred embodiment of the folding box, a flap is connected in an articulated manner in the lid area to the two walls of the packaging jacket adjoining the lid part, said flap having three fold lines running parallel to the connection edge on the packaging jacket, which, seen from the connection edge, into a first spacer web, in divide a support bar into a second spacer and into an adhesive flap. The adhesive flap is glued to the inside of the packaging jacket in such a way that the support strip and the second spacer are aligned essentially at right angles to one another.
The two spacer webs are preferably of the same or at least approximately the same width.

More preferably, the support strip and the second spacer have a free cut provided for receiving the product and adapted to its shape.
For example, the free cut can be rectangular in the area of the support strip and then can be circular or trapezoidal in the second spacer.
The circular arc or trapezoidal area of the free cut can also extend to the fold line of the adhesive flap.

In a further preferred embodiment of the folding box and in particular the Tabs enclose each of the tabs on the adhesive tab via a fold line third spacer and a second adhesive flap over a fold line. In this way it is achieved that the walls of the tabs are at least partially double-walled are formed, which further increases the stability of the tabs. This is particularly so of interest for heavy goods, because your bending of the tabs is safe is prevented.

In the area of the tab, a surface with increased adhesion and / or There be sliding friction coefficients at which the inserted in the folding box Product is at least partially present. In particular, the area is covered by a folding unit formed in areas, which are integrally connected to the adhesive tab and the support bar is and has two fold lines, the distance between which is essentially the width of the Distance web corresponds.

In order to improve the stackability of the folding boxes, it has proven to be advantageous proved if there are at least two side walls of the folding box that the Packing jacket result, starting from the bottom area in the direction of Slightly taper the lid area, the tapered side walls should be arranged opposite each other.

The reduction in the side wall width applies particularly preferably to all four side walls.
In this way, the packing jacket is given the shape of a pyramid, preferably with a square base, the tip of which has been removed, a so-called truncated pyramid. The inclination of the side walls preferably does not exceed 10 °, but can certainly take higher values.

In a further preferred embodiment of the folding box, a free cut is present in one, in particular the front side wall, which extends in particular into the adjacent side walls and which is in particular covered with a transparent film.
Thus, the goods inside the packaging can be easily recognized, so that optically attractive goods can exert an increased buying appeal.
In addition, the film prevents the ingress of dust and at the same time increases stability, because punching out the window in the folding box reduces the rigidity of the folding box. The gluing of the window film compensates for the reduction in the rigidity of the folding box.

All suitable flexible materials are suitable as material for the folding box, but especially cardboard and cardboard.

• die Faltschachtel aus einem Faltzuschnitt aus Pappe, Karton oder einem anderen geeigneten Werkstoff besteht,
• die vordere Seitenwand, die rückwärtige Seitenwand, die die vordere Seitenwand und die rückwärtige Seitenwand verbindende, rechte Seitenwand und die linke Seitenwand sowie die Lasche jeweils über Falzlinien miteinander verknüpft in einer Reihe geradlinig hintereinander angeordnet sind,
• an der rückwärtigen Seitenwand über die Falzlinie ein rechteckig geformtes Deckelteil angelenkt ist, das über die Falzlinie in einer in den Packungsmantel greifenden Einstecklasche ausläuft,
• an der rechten Seitenwand zum einen über eine Falzlinie eine Lasche und zum anderen auf der gegenüberliegenden Seite über eine Falzlinie eine Lasche angelenkt sind, wobei Lasche in fünf einzelne Abschnitte aufgeteilt ist, und zwar ausgehend von der Falzlinie in einen ersten Distanzsteg, in einen Steg, in eine Stützleiste, in einen zweiten Distanzsteg und in eine Klebelasche, zwischen denen insgesamt vier Falzlinien vorhanden sind, die parallel zum Packungsrand angeordnet sind, wobei die Lasche durch drei parallel zum Anschlußrand am Packungsmantel verlaufende Falzlinien vom Anschlußrand aus gesehen in einen ersten Distanzsteg, in eine Stützleiste, in einen zweiten Distanzsteg und in eine Klebelasche unterteilt ist,
• an der vorderen Seitenwand, in der gegebenenfalls eine Freischneidung vorhanden ist, die sich bis in die benachbarten Seitenwände erstreckt, ein mit einer in den Packungsmantel greifenden Einstecklasche versehenes Bodenteil angelenkt ist, wobei an der Einstecklasche über die Falzlinie insbesondere mittig eine Erweiterung angelenkt ist, die aus einer an der Einstecklasche angelenkten Innenbodenlasche, in der vier parallel ausgerichtete Falzlinien vorhanden sind, die die Innenbodenlasche in fünf einzelne Abschnitte teilen, sowie einer an der Innenbodenlasche angelenkten Klebelasche besteht,
• an der linken Seitenwand zum einen über eine Falzlinie eine Lasche und zum anderen auf der gegenüberliegenden Seite über eine Falzlinie eine Lasche angelenkt sind, wobei die Lasche in fünf einzelne Abschnitte aufgeteilt ist, und zwar ausgehend von der Falzlinie in einen ersten Distanzsteg, in einen Steg, in eine Stützleiste, in einen zweiten Distanzsteg und in eine Klebelasche, zwischen denen insgesamt vier Falzlinien vorhanden sind, die parallel zum Packungsrand angeordnet sind, wobei die Lasche durch drei parallel zum Anschlußrand am Packungsmantel verlaufende Falzlinien vom Anschlußrand aus gesehen in einen ersten Distanzsteg, in eine Stützleiste, in einen zweiten Distanzsteg und in eine Klebelasche unterteilt ist.

Furthermore, the invention comprises at least one punch blank for producing a resealable, cuboid folding box with a front side wall, a rear side wall, a right side wall connecting the front side wall and the rear side wall and a left side wall, a bottom closure formed by three bottom closing flaps, one of three closure flaps formed upper closure, being

• the folding box consists of a folding blank made of cardboard, cardboard or another suitable material,
• the front side wall, the rear side wall, the right side wall and the left side wall connecting the front side wall and the rear side wall, as well as the flap, each being connected to one another in a row in a row, connected by fold lines,
• a rectangular-shaped cover part is articulated on the rear side wall via the fold line, which ends in a plug-in flap which engages in the packing jacket,
• a flap is hinged on the right side wall on the one hand via a fold line and on the other hand a flap is articulated on the opposite side via a fold line, the flap being divided into five individual sections, starting from the fold line into a first spacer web, into a web, into a support strip, into a second spacer and into an adhesive flap, between which there are a total of four fold lines, which are arranged parallel to the edge of the pack, the flap being seen from a third spacer through three fold lines running parallel to the connecting edge on the packing jacket a support strip is divided into a second spacer and an adhesive flap,
• on the front side wall, in which there is possibly a cut-out which extends into the adjacent side walls, a base part is provided which is provided with an insertion flap which engages in the packing jacket, an extension being articulated in the center in particular centrally over the fold line, which consists of an inner bottom flap hinged to the insertion flap, in which there are four parallel fold lines that divide the inner bottom flap into five individual sections, and an adhesive flap hinged to the inner bottom flap,
• on the left side wall a flap is hinged on the one hand and on the other side a flap is hinged on the opposite side, the flap being divided into five individual sections, starting from the folding line into a first spacer web, into a web , in a support strip, in a second spacer and in an adhesive flap, between which there are a total of four fold lines, which are arranged parallel to the edge of the pack, the flap being seen from a third spacer by three fold lines running parallel to the connecting edge on the packing jacket, is divided into a support strip, a second spacer and an adhesive flap.

The folding box according to the invention has a second base, that is to say one Inner floor, in a preferred embodiment, tabs in the lid area and in Bottom area that on the one hand prevents dust from entering the folding box and on the other hand as fixing surfaces (supports) for inside the folding box product to be kept.

The fixation surfaces hold the product (especially a crucible with a screw cap Crucible) centered in the middle of the folding box. Through these two on the tabs attached supports ensure high product fixation.

The tabs in the lid area can have stair-like additional recesses that are shaped depending on the product.
Thanks to these additional hooks on the two lateral upper areas of the product, the product is firmly seated in the viewing window of the folding box, without the possibility of later shifting and twisting.

These additional fixing, glued folds in the area of the supports can Product to be adjusted accordingly. You reach through the inner floor a platform-like elevation inside the folding box. Through these two The product will be excellent packaging components even under strong pressure or shocks held up well. In connection with the window cutout in the The product is presented in a clearly visible manner at the front lower area of the folding box.

Even simple tabs can support the goods. Should one for The window of the folding box can be aligned precisely, an additional Rubber coating (pressure sensitive adhesive) is carried out, either on the tabs or on the Indoor floor space.

This type of gluing results in a high compression pressure resistance. As a result, the product (in this case a crucible) is safely placed on its tray-like Commitment kept. Deformation of the retracted floor must be avoided.

Figur 1

den flachliegenden, ungeklebten Stanzzuschnitt einer vorteilhaft ausgeführten Faltschachtel,

Figur 2

den Vorgang der Konfektionierung der Laschen im Bodenbereich innerhalb der Faltschachtel nach Figur 1,

Figur 3

den Bodenbereich einer Faltschachtel nach Figur 1 kurz vor der vollständigen Konfektionierung,

Figur 4

den flachliegenden, ungeklebten Stanzzuschnitt einer weiteren vorteilhaft ausgeführten Faltschachtel,

Figur 5

den Vorgang der Konfektionierung der Laschen im Bodenbereich innerhalb der Faltschachtel nach Figur 2,

Figur 6

den Bodenbereich einer Faltschachtel nach Figur 2 kurz vor der vollständigen Konfektionierung,

Figur 7

den flachliegenden, ungeklebten Stanzzuschnitt einer weiteren vorteilhaft ausgeführten Faltschachtel,

Figur 8

den Vorgang der Konfektionierung einer der Laschen im Bodenbereich innerhalb der Faltschachtel nach Figur 3,

Figur 9

den flachliegenden, ungeklebten Stanzzuschnitt einer weiteren vorteilhaft ausgeführten Faltschachtel,

Figur 10

den flachliegenden, ungeklebten Stanzzuschnitt einer weiteren vorteilhaft ausgeführten Faltschachtel,

Figur 11

den flachliegenden, ungeklebten Stanzzuschnitt einer weiteren vorteilhaft ausgeführten Faltschachtel.

On the basis of the figures described below, particularly advantageous designs of the folding box including the blank are explained in more detail without wishing to restrict the invention unnecessarily. Show it

Figure 1

the flat, unglued die cut of an advantageously designed folding box,

Figure 2

the process of assembling the tabs in the bottom area within the folding box according to FIG. 1,

Figure 3

1 shows the bottom area of a folding box according to FIG. 1 shortly before complete assembly,

Figure 4

the flat, non-glued die-cut blank of another advantageous folding box,

Figure 5

the process of assembling the flaps in the bottom area within the folding box according to FIG. 2,

Figure 6

the bottom area of a folding box according to Figure 2 shortly before complete assembly,

Figure 7

the flat, non-glued die-cut blank of another advantageous folding box,

Figure 8

the process of assembling one of the tabs in the bottom area within the folding box according to FIG. 3,

Figure 9

the flat, non-glued die-cut blank of another advantageous folding box,

Figure 10

the flat, non-glued die-cut blank of another advantageous folding box,

Figure 11

the flat, unglued die cut of another advantageous folding box.

FIG. 1 shows the folding blank 10 consisting of a one-piece cardboard blank the folding box 1 shown. The folding blank 10 can be made of cardboard, cardboard or a other suitable material. The body of the erected folding box 1 is from the front side wall 13, the rear side wall 11, which is the front Side wall 13 and the right side wall 12 connecting the rear side wall 11 and the left side wall 14 formed, whereby the permanent closure of the body is laterally hinged to the left side wall 14, a tab 15 with the rear side wall 11 is glued.

All side walls 11, 12, 13, 14 are rectangular in shape and preferably have that same dimensions, so that the folding box 1 after installation has a square base. The tab 15 is slightly trapezoidal in shape Tapering towards its free end and so wide that a secure gluing with the rear side wall 11 is possible. The tab 15 extends here - and this means the maximum size - over the entire length of the side wall 14.

The individual side walls 11, 12, 13, 14 and the tab 15 are in a row corresponding fold lines 101, 102, 103, 104 connected to one another.

In the excellent embodiment shown here, the folding box 1 is in the front side wall 13 has a cutout 131, which extends into the extends adjacent side walls 12, 14 and with a transparent film can be covered, which is preferably glued accordingly inside the folding box.

In the bottom region 30, a bottom part 31 is articulated on the side wall 13 and is provided with an insertion tab 35 which engages in the packing jacket. An extension 70 forming an inner bottom is articulated in the center of the insertion tab 35 via the fold line 801 and consists of an inner bottom tab 71 articulated on the insert tab 35 and an adhesive tab 72 articulated on the inner bottom tab. When the folding box 1 is assembled, the adhesive flap 72 is glued to the side wall 11.
The base part 41 preferably has a size that corresponds to the cross-sectional area of the packing jacket of the folding box 1, the insertion tab 35 is rectangular in shape, the free-standing corners being rounded.

In the advantageous form of the inner bottom flap 71 shown here, four parallel fold lines 802, 803, 804, 805 are provided, which divide the inner bottom flap 71 into five individual sections 711, 712, 713, 714, 715, the resulting central one Section 713 of the inner bottom flap 71 is preferably glued to the bottom part 33 in order to further increase the stability of the bottom part 33. The two sections 711 and 715 thus form the inner floor. The length of the central section 713 of the inner bottom flap 71 with which it is glued to the bottom part determines the size of the contact surface by which the inside bottom is smaller than the base area of the bottom part 33.
The height by which the inner bottom is offset inwards from the box results from the height of the sections 712 and 714, which should accordingly be as high as possible.

The sections 711, 712, 713, 714, 715 are substantially rectangular, the Inner bottom flap 71 is narrower than the bottom part 33.

The adhesive flap 72 extends over the entire width of the bottom part 33 in order to to offer an optimal bonding surface. To enlarge this again, includes the adhesive tab 72 easily the last section 715 of the inner bottom tab 71.

In the bottom area 30 is in each case the two adjacent to the bottom part 33 Side walls 12, 14 of the packing jacket a flap 32, 34 connected in an articulated manner, the three fold lines 201, 202 running parallel to the connection edge on the packing jacket, 203, 207, 208, 209 have the tab 32 and tab 34 from the connecting edge seen from a first spacer 321, 341, in a support bar 323, 343, in one Subdivide the second spacer 324, 344 and into an adhesive flap 325, 345, the Adhesive flap 325, 345 is glued to the inside of the packaging jacket so that the Support bar 323, 343 and the second spacer 324, 344 substantially at right angles are aligned with each other.

Since the mouldable tabs 32 and 34, as also shown here, are preferably identical, the description of the tabs 32 and 34 is limited to the tab 32.
The two spacer webs 321, 324 are preferably of the same or at least approximately the same width.
The first spacer 321, the support bar 323, the second spacer 324 and the adhesive tab 325 are essentially rectangular in shape. To accommodate the insertion tab 35, cutouts can, however, be present on the corresponding sides of the spacer 321, the support strip 323, the spacer 324 and the adhesive tab 325.
The adhesive flap 325 does not extend over the entire width, but has a cutout which prevents parts of the cutout 131 from being covered during the adhesive bonding, and which is selected such that the largest possible adhesive surface is achieved.

Finally, there are adhesive spots 91, 92, 93, 94, 95, 96 on the side walls 12, 13, 14 indicated that fix the adhesive tabs 325 and 345 and the adhesive tab 72.

On the rear wall 11 is a rectangularly shaped cover part on the fold line 109 41 articulated, that over the fold line 411 in a reaching into the packing jacket Insert tab 45 runs out. The cover part 41 in connection with the insertion tab 45 essentially form the closure 40 of the folding box 1. The lid part 41 has therefore preferably has a size that corresponds to the cross-sectional area of the packaging jacket Folding box 1 corresponds, the insertion tab 45 is rectangular in shape, wherein the free-standing corners are rounded.

On the two side walls 12 and 14 of the packaging jacket adjoining the cover part 41, a formable flap 42, 44 is connected in an articulated manner via the fold lines 110 and 111.
Since the formable tabs 42 and 44, as also shown here, are preferably of identical design, the description of the tabs 42 and 44 is limited to the tab 42.

The formable flap 42 is essentially divided into five individual sections, starting from the fold line 110 into a first spacer 421, into a web 422, into a support strip 423, into a second spacer 424 and into an adhesive flap 425. Between the five Sections spacer 421, web 422, support strip 423, spacer 424 and adhesive flap 425 there are a total of four fold lines 120, 121, 122, 123, which are arranged parallel to the edge of the pack.
The first spacer web 421, the web 422, the support strip 423, the second spacer web 424 and the adhesive tab 425 are essentially rectangular in shape. To accommodate the insertion tab 45, cutouts can, however, be provided on the corresponding sides of the spacer web 421, the web 422, the support strip 423, the spacer web 424 and the adhesive tab 425.

In the illustrated embodiment, the sum of the width of the web 422 and of the second spacer 424 is equal to the width of the first spacer 421.

The web 422 can also be omitted, in which case the width of the first spacer web 421 is the same that of the second spacer 424.

The first spacer ring 421 and the web 422 can be used to stabilize the folding box 1 be glued together.

The adhesive flap 425 is glued to the inside of the packaging casing of the folding box 1 in such a way that the support strip 423 and the second spacer web 424 are aligned essentially at right angles to one another.
Together with the support bar 443 which is aligned in parallel after the flap 44 has been unfolded, a surface is obtained which fixes the contents of the folding box 1 in its position, so that movement of the goods inside the box 1 is excluded.

In the preferred embodiment of the folding box 1 shown here, the two tabs 42 and 44 additionally provided for receiving the product Open cuts in the support bar 423 and in the second spacer 424 or in the support strip 443 and in the second spacer 444.

The free cut is rectangular in the area of the support strip 423, while in the Spacer 424 then runs trapezoidal. The straightforward part of the Free cutting in the support bar 424 supports the product, while the trapezoidal one Area encompasses the product in the jacket area. The trapezoidal area ends the free cut so that between the free cut and the side wall 12 at unfolded tab 42 remains a distance. In this way, a lid of a Product that has a smaller diameter than the container of the Has good, and so the entire good can be fixed in its position.

The free cutting is preferably not carried out over the entire area, but it can still within the free cut a rectangular connecting web 426, which over the Fold line 124 is connected to the support strip 423, and an adhesive extension 427, the over the fold line 125 with the rectangular connecting web 426 and over the Fold line 123 is linked to the adhesive tab 425 remain. The adhesive extension 427, which is in particular trapezoidal, the trapezoid being rectangular on its narrow side is extended to the adhesive tab 425, is glued to the adhesive tab 425. The Connecting web 426 supports and fixes the goods inside the box 1 again. All in all, the reduced free cutting increases the overall stability of the unfolded flap 42 increased.

In Figure 2, the process of assembling the tabs 32, 34 in the bottom area 30 shown within the folding box of Figure 1.

For this purpose, the tabs 32, 34 are wound in the direction of the inside of the folding box and the two adhesive tabs 325 and 345 are pressed onto the previously applied adhesive spots 91, 92, 95, 96, so that a firm connection is produced.
If the tabs 32 and 34 are folded through 90 ° to the body of the folding box 1, the support strips 323 and 343 are erected parallel to the side wall 12 and 14, respectively.

Likewise, the extension 70 is brought into the final shape by folding the first section 711 of the inner bottom flap 71 through approximately 180 °, gluing the central section 713 to a glue point 97 likewise previously applied to the bottom part 33 and finally gluing the flap 72 onto the Glue dots 93, 94.
If the insertion tab 35 is now brought into a right angle to the bottom part 33, the inside bottom tab 71 stands up. Sections 711 and 715 form part of the inner floor.

FIG. 3 reveals the base area 30 of a folding box according to FIG. 1 shortly before it is completely assembled. In the bottom part 33, the inner bottom flap 71 and the glue flap 72 have been fastened as set out above, so that when the insertion flap 35 is inserted into the body of the folding box 1, the sections 711 and 715 extend into the inside of the box.
The unfolded and glued tab 34 is aligned at a right angle, so that the first spacer 341 parallel to the bottom of the folding box 1, the support strip 343 parallel to the side wall 14 and the second spacer 344 is aligned on the same plane and parallel to the sections 711 and 715 , The height of the spacer webs 341 and 344 is selected so that they protrude up to the inner bottom flap into the folding box 1.
The same applies to the tab 32.

The spacer webs 324, 344 and the sections 711 and 715 form the entire Interior floor.

In Figure 4, another flat, non-glued from a one-piece Carton blank existing folding blank 10 of an advantageously designed folding box 1 shown.

The body of the erected folding box 1 is from the front side wall 13, the rear side wall 11, the front side wall 13 and the rear Right side wall 12 connecting side wall 11 and left side wall 14 formed, with the permanent closure of the body on the left side wall 14 a tab 15 is articulated laterally and glued to the rear side wall 11 becomes.

The cutout 131 is present in the front side wall 13.

The lid area 40 of the folding box 1 is identical to that from FIG. 1.

The essential differences from the folding box according to FIG. 1 can be seen in the base area 30, specifically in the tabs 32 and 34.
The tabs 32 and 34 are cut in such a way that the tabs 32, 34, when the folding box 1 is assembled, extend over the central section 713 of the inner bottom tab 71 resting against the bottom part 33. This results in an almost completely closed inner floor.

Since the tabs 32 and 34 are also mirror-symmetrical here, only the Tab 32 described, corresponding statements then also apply to the tab 34th

The flap 32 is interrupted by three fold lines 201, 202, 203 which run parallel to the connecting edge on the packing jacket and which, seen from the connecting edge, subdivide the flap 32 into a first spacer 321, into a support strip 323, into a second spacer 324 and into an adhesive flap 325 , wherein the adhesive flap 325 is glued to the inside of the packaging jacket so that the support strip 323 and the second spacer 324 are aligned substantially at right angles to one another.
To accommodate the insertion tab 35, cutouts are provided on the corresponding sides of the spacer 321, the spacer 324 and the adhesive tab 325.

Starting from the packing jacket, the first spacer 321 extends approximately over the entire width of the side wall 12, in order to then pass centrally into a narrower area which adjoins the support strip 323.
The width of the remaining area on the spacer web is chosen such that the width plus the height of the section 711 and the height of the section 715 approximately the width of the side wall 13 (or in the preferred case here the identical dimensions of the side walls) of all side walls 11, 12, 13, 14 corresponds.
At the same time, the width is largely identical to the length of the central section 713 of the inner floor tab.

The height of the area extending from the spacer 321 over the entire width is determined such that this plus the height of the corresponding area on the spacer 341 plus the width of the inner bottom flap again corresponds approximately to the width of the side walls 11, 12, 13, 14
Overall, the spacer 321 extends into the middle of the box.

The support strip 323 adjoins the narrow area of the spacer 321, the width of which corresponds to the length of the central section 713 of the inner bottom flap. The height of the support bar 323 determines how far the inner floor into the interior of the Folding box 1 is arranged offset.

The second spacer 324 adjoins the support bar 323, which is approximately half Size of the bottom part 33 has. The two spacers 324 and 344 thus form the Inner floor that is approximately the same size as the bottom part 33.

The spacer 324 is then followed by the adhesive tab 325, which with the Side wall 12 is glued. A small free cut in the adhesive flap 325 prevents it from covering parts of the cutout 131 after the gluing.

FIG. 5 shows the process of assembling the flaps in the base area within the folding box according to FIG. 2.
Apart from the different design of the tabs 32 and 34, the process of assembly itself is identical to that which has already been disclosed in FIG. 2.

FIG. 6 shows the base area 30 of a folding box 1 according to FIG. 2 shortly before it is completely assembled. Here the interplay of the individual components of the folding box 1 becomes particularly clear in order to achieve a stable and almost closed inner bottom in the folding box 1.
The two spacers 324 and 344 form the inner floor. They cover the sections 711 and 715 of the inner floor bracket 71, which in this way support the spacer webs 324 and 344 and thus give the inner floor further stability.
Then it becomes clear how the inner bottom flap 71 encloses the narrow areas of the first spacer webs 321 and 341.

Overall, there is an extremely stable inner floor, which can also accommodate larger ones Loads without bending being observed.

In FIG. 7, another flat-lying, unglued one is made from one piece Carton blank existing folding blank 10 of an advantageously designed folding box 1 shown.

The body of the erected folding box 1 is from the front side wall 13, the rear side wall 11, the front side wall 13 and the rear Right side wall 12 connecting side wall 11 and left side wall 14 formed, with the permanent closure of the body on the left side wall 14 a tab 15 is articulated laterally and glued to the rear side wall 11 becomes.

The cutout 131 is present in the front side wall 13.

The lid area 40 of the folding box 1 is identical to that from FIG. 1.

The essential differences from the folding box according to FIG. 2 can be seen in the base area 30, specifically in the tabs 32 and 34.
In the case of the tabs 32 and 34, three additional tabs 326, 327, 328, 346, 347, 348 are hinged to the adhesive tab 325, 345 via three fold lines 204, 205, 206, 210, 211, 212 running parallel to the connecting edge on the packing jacket, which are all rectangular in shape.

So that a cardboard compression when erecting and closing the folding box 1 in The area of the tabs 32, 34 is securely suppressed, are all the faces that face each other connect to the second spacer 324, 344, of somewhat smaller width.

It follows that these areas are easily hammered in during the manufacture of the Folding box 1 is possible.

FIG. 8 shows the process of assembling one of the tabs 32, 34 in the base area 30 within the folding box 1 according to FIG. 3.
The second spacer 344 is glued to the outermost tab 348 and the first spacer 341 to the tab 346 adjoining the adhesive tab 345.

In FIG. 9, another flat-lying, unglued one is made from one piece Carton blank existing folding blank 10 of an advantageously designed folding box 1 shown.

The body of the erected folding box 1 is from the front side wall 13, the rear side wall 11, the front side wall 13 and the rear Right side wall 12 connecting side wall 11 and left side wall 14 formed, with the permanent closure of the body on the left side wall 14 a tab 15 is articulated laterally and glued to the rear side wall 11 becomes.

All side walls 11, 12, 13, 14 are rectangular in shape and preferably have that same dimensions, so that the folding box 1 after installation has a square base. The tab 15 is slightly trapezoidal in shape Tapering towards its free end and so wide that a secure gluing with the rear side wall 11 is possible. The tab 15 extends here - and this means the maximum size - over the entire length of the side wall 14.

The individual side walls 11, 12, 13, 14 and the tab 15 are in a row corresponding fold lines 101, 102, 103, 104 connected to one another.

In the excellent embodiment shown here, the folding box 1 is in the front side wall 13 has a cutout 131, which extends into the extends adjacent side walls 12, 14 and with a transparent film can be covered, which is preferably glued accordingly inside the folding box.

The folding box 1 is identical to the folding box in the bottom region 30, as in FIG 1 is known. However, an alternative embodiment is in the lid area 40 realized.

On each of the four side walls 11, 12, 13, 14, which together form the packing jacket of the folding box 1, an intermediate flap 21, 22, 23, 24 is articulated via a folding line 109, 110, 111, 112, the intermediate flaps 21, 22, 23, 24 all have the same height.
The intermediate tabs 21, 22, 23, 24 preferably all have an identical shape, and are particularly preferably rectangular. The height of the intermediate flaps 21, 22, 23, 24 specifies how far the lid 40 of the folding box 1 is ultimately moved into the interior of the folding box 1.
The intermediate flaps 21, 22, 23, 24, all of which have the same height, are provided with an adhesive and folded over in order to assemble the folding box 1 in the direction of the box 1 such that the intermediate flaps 21, 22, 23, 24 with the inside of the Glue side walls 11, 12, 13, 14.
The height of the intermediate tabs 21, 22, 23, 24 specifies how deep the bottom is shifted towards the inside of the box.

A cover plate 41, 42, 43, 44 is hinged to each of the four intermediate plates 21, 22, 23, 24 via a fold line 113, 114, 115, 116, two of the cover plates 41, 42, 43, 44 being glued to one another in this way are that the lid 40 closes automatically when the folding box 1 is erected.
The tabs 41, 42, 43, 44 preferably form a lid closure 40, as described in ECMA code A 6101 or A 6120 (see "THE ECMA CODE of FOLDING CARTON STYLES", published by ECMA (European Carton Makers Association), Reprint January 2000) known as a folding floor closure with a fully covering bottom flap. Due to the special shape of the cover flaps 41, 42, 43, 44, this closure 40 is automatically raised when the folding box 1 is glued. From the outside, the lid closure 40 cannot be opened when the folding box 1 is filled with content.
To assemble the closure 40, the two adhesive sections 421, 441, which are formed on the tabs 42 and 44, are bonded to the tab 43 and 41, specifically the section 441 to the tab 43 and the section 421 to the tab 41.
When the folding box 1 is erected, the closure 40 closes in such a way that the tab 43 becomes an end cover for the goods to be presented within the folding box 1. The flap 43 is therefore preferably approximately as large as the cross section of the folding box 1.

In FIG. 10, another flat-lying, unglued one is made from one piece Carton blank existing folding blank 10 of an advantageously designed folding box 1 shown.

The folding box 1 is identical to the folding box in the bottom region 30, as in FIG 1 is known. However, an alternative embodiment is in the lid area 40 realized.

On the rear wall 11, a rectangularly shaped cover part 41 is first articulated, which runs out over the fold line 411 in an insertion flap 45 which engages in the packing jacket.
On the two side walls 12 and 14 of the packaging jacket adjoining the cover part 41, a formable flap 42, 44 is connected in an articulated manner via the fold lines 110 and 111.
The formable flap 42 is essentially divided into four individual sections, starting from the fold line 110 into a first spacer 421, into a support bar 423, into a second spacer 424 and into an adhesive flap 425. Between the four sections spacer 421, support bar 423, spacer 424 and adhesive flap 425 there are a total of three fold lines 120, 121, 122 which are arranged parallel to the edge of the pack.
The first spacer 421, the support bar 423, the second spacer 424 and the adhesive tab 425 are essentially rectangular in shape.

The adhesive flap 425 is glued to the inside of the packaging casing of the folding box 1 in such a way that the support strip 423 and the second spacer web 424 are aligned essentially at right angles to one another.
The two spacer webs 421 and 424 preferably have the same width, but there is also the possibility of choosing the width slightly differently, as a result of which the support strip 423 deviates slightly from the parallel orientation to the wall of the packing jacket.

A further special feature is the so-called "crowner" 43. A first surface 431 is articulated on the fold line 112 on the side wall 13, which is followed by a second surface 432 on the fold line 402. A flap 433 is now articulated via the fold line 403.
The second surface 432 preferably has identical dimensions to the first surface 431, but should in no case be chosen to be smaller. The crowner 43 is produced by folding the second surface 432 back through 180 °, applying an adhesive and pressing it onto the first surface 431.
Both preferably rectangularly shaped surfaces 431 and 432 serve as an additional surface, which can come up with information about the product contained or with an "eye-catcher". The crowner 43 extends vertically out of the folding box 1 so as to increase the awareness of the box 1.
The fold line 403 can be designed as a weakening or predetermined breaking line in order to enable the crowner 43 to be easily separated from the folding box 1 without damaging it.

In Figure 11 is another flat, unglued one piece Carton blank existing folding blank 10 of an advantageously designed folding box 1 shown without crowner.

The folding box 1 from FIG. 11 only differs from that from FIG. 10 in the design of the tabs 42 and 44.

According to FIG. 11, the mouldable tab 42 is essentially in six individual sections divided, starting from the fold line 110 into a first spacer 421, in a support strip 423, in a second spacer 424, in an adhesive tab 425, in one third spacer 428 and in a second adhesive flap 429. Between the six Sections are a total of five fold lines 120, 122, 123, 126, 127 available are arranged parallel to the edge of the pack.

The process of winding the moldable tab 42 is such that the adhesive tab 425 can be glued to the side wall 11, furthermore the second adhesive flap 429 on the support bar 423.

If the flap 42 is folded through 90 ° to the body of the folding box 1, the support strip 423 stands up parallel to the side wall 11. Due to the double gluing, the fixing support of the product and a stiffening of the tab 42 are considerably increased.
The free cut is punched out according to the product contour.

In the preferred embodiment of the folding box 1 shown here, the two flaps 42 and 44 additionally have cutouts provided for receiving the product, specifically in the support strip 423 and in the second spacer web 424 or in the support strip 443 and in the second spacer web 444.
The cutout is rectangular in the area of the support strip 423, while it then runs trapezoidally in the spacer web 424.
The free cutting is done here completely.

Claims (13)

Folding box 1 for goods such as glasses, bottles, cans or the like products, in particular for cosmetic articles, with a rectangular packaging jacket, with a lid part 41 connected to it on the edge and provided with an insertion flap 45 which engages in the packaging jacket, characterized in that in the bottom region 30 on a of the four side walls 11, 12, 13, 14, which form the packing jacket, a base part 33 provided with an insertion tab 35 which engages in the packing jacket is articulated, an extension 70 forming an inner bottom, which at least consists of a on the insertion flap 35 articulated inner bottom flap 71 and an articulated on the inner bottom flap 71 adhesive flap 72, which is glued to the side wall 13 in the assembled folding box 1, which is opposite the side wall 11, which is in contact with the insertion flap 35. Folding box according to claim 1, characterized in that four parallel fold lines 802, 803, 804, 805 are present in the inner bottom flap 71, which divide the inner bottom flap 71 into five individual sections 711, 712, 713, 714, 715, the central section 713 is preferably glued to the bottom part 33. Folding box according to claims 1 and 2, characterized in that the inner bottom flap 71 is narrower than the bottom part 33. Folding box according to claim 3, characterized in that a flap 32, 34 is connected in an articulated manner in the bottom region 30 to the two side walls 12, 14 of the packing jacket adjacent to the bottom part 33, the three folding lines 201, 202, 203 running parallel to the connecting edge on the packing jacket , 207, 208, 209, which subdivide the tab 32 and the tab 34 from the connection edge into a first spacer 321, 341, into a support strip 323, 343, into a second spacer 324, 344 and into an adhesive tab 325, 345 , wherein the adhesive flap 325, 345 is glued to the inside of the packing jacket so that the support strip 323, 343 and the second spacer 324, 344 are aligned substantially at right angles to each other. Folding box according to claims 3 and 4, characterized in that the flaps 32, 34 are cut in such a way that flaps 32, 34 extend over the central section 713 of the inner bottom flap 71 lying against the bottom part 33 when the folding box 1 is assembled. Folding box according to claims 3 to 5, characterized in that in the case of the tabs 32, 34 each on the adhesive tab 325, 345 via three fold lines 204, 205, 206 running parallel to the connecting edge on the packing jacket, three further tabs 326, 327, 328, 346, 347, 348 are articulated. Folding box according to one or more of the preceding claims, characterized in that a flap 42, 44 is connected in an articulated manner in the lid region 40 to the two side walls 12, 14 of the packaging jacket adjacent to the lid part 41, the three folding lines 120 running parallel to the connecting edge on the packaging jacket , 122, 123, which, seen from the connection edge, subdivide the tab 42 into a first spacer web 421, into a support strip 423, into a second spacer web 424 and into an adhesive tab 425, the adhesive tab 425 being glued to the inside of the packaging jacket, that the support bar 423 and the second spacer 424 are aligned substantially at right angles to each other. Folding box according to one or more of the preceding claims, characterized in that the support strip 423 and the second spacer web 424 have a cutout provided for receiving the product and adapted to its shape. Folding box according to one or more of the preceding claims, characterized in that, in the case of the tabs 42, 44, a third spacer web 428 connects to the adhesive tab 425 via a fold line 126 and a second adhesive tab 429 via a fold line 127. Folding box according to one or more of the preceding claims, characterized in that at least two of the four side walls 11, 12, 13, 14, which form the packaging jacket, taper slightly starting from the base region 30 in the direction of the cover region 40. Folding box according to one or more of the preceding claims, characterized in that in the front side wall 13 there is a cutout 131 which extends in particular into the adjacent side walls 12, 14 and which is in particular covered with a transparent film. Folding box according to one or more of the preceding claims, containing a crucible with a screw cap. Die-cut blank for producing a reclosable, cuboid folding box 1 with a front side wall 13, a rear side wall 11, a right side wall 12 connecting the front side wall 13 and the rear side wall 11 and a left side wall 14, one of three bottom closing flaps 32, 33, 34 formed bottom closure 30, an upper closure 40 formed by three closure tabs 41, 42, 44, wherein the folding box 1 consists of a folding blank 10 made of cardboard, cardboard or another suitable material, the front side wall 13, the rear side wall 11, the right side wall 12 and the left side wall 14 connecting the front side wall 13 and the rear side wall 11 and the flap 15 linked together in a row by fold lines 101, 102, 103, 104 are arranged in a straight line one behind the other, wherein a rectangularly shaped cover part 41 is articulated on the rear side wall 11 via the fold line 109 and runs out over the fold line 411 in an insertion flap 45 which engages in the packing jacket, wherein a flap 42 is articulated on the right side wall 12 on the one hand via a fold line 110 and on the other hand a flap 32 is articulated on the opposite side via a fold line 106, flap 42 being divided into five individual sections, starting from the fold line 110 into a first spacer 421, into a web 422, into a support strip 423, into a second spacer 424 and into an adhesive flap 425, between which there are a total of four fold lines 120, 121, 122, 123, which are arranged parallel to the edge of the pack, the tab 32 being divided into three spacer lines 201, 202, 203 running parallel to the connecting edge on the packing jacket from the connecting edge into a first spacer 321, a support strip 323, a second spacer 324 and an adhesive tab 325 is wherein on the front side wall 13, in which there is possibly a cutout 131 which extends into the adjacent side walls 12, 14, a base part 31 provided with a plug-in tab 35 which engages in the packing jacket is articulated, the plug-in tab 35 via the Folding line 801 is articulated in the center, in particular an extension 70, which consists of an inner bottom flap 71 articulated on the insertion flap 35, in which four parallel folding lines 802, 803, 804, 805 are provided, which divide the inner bottom flap 71 into five individual sections 711, 712, 713 , 714, 715, and there is an adhesive flap 72 articulated on the inner bottom flap, whereby a flap 44 is articulated on the left side wall 14 on the one hand via a fold line 111 and on the other hand a flap 34 is articulated on the opposite side via a fold line 108, the flap 44 being divided into five individual sections, starting from the fold line 111 in a first spacer 441, in a web 442, in a support bar 443, in a second spacer 444 and in an adhesive flap 445, between which there are a total of four fold lines which are arranged parallel to the edge of the pack, the flap 34 being parallel to the flap by three Folding lines 207, 208, 209, seen from the connection edge, are subdivided into a first spacer 341, into a support strip 343, into a second spacer 344 and into an adhesive flap 345.

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