TWI492892B - Twin package carton - Google Patents

Description

Duplex packaging cardboard box

The present invention relates to a packaging carton and a pre-cut for packaging a carton.

A cigarette (Gebinde) or cigarette strip is a larger packaging unit for boxed cigarettes. Ten cigarette cases are usually wrapped with a paper or cardboard pre-cut to form a cigarette.

EP 0 122 524 A2 discloses a packaging carton consisting of several sub-packages, each of which, like a complete cigarette, constitutes a processable and saleable unit. In particular, the subpackages can be separated from the total package. The total package is cuboidal and contains a number of packets (preferably ten) wrapped in a pre-cut. It is characterized in that the package can be divided to form smaller units (especially "half strips") and displayed or sold while keeping any sub-packages self-contained. The package housing consists of a single integral pre-cut. The pre-cut member is provided with a dividing line on the dividing surface in the edge region, in particular in the side vertical wall region, so that the two halves can be separated. The packaging can be easily separated by taking measures to weaken the strength of the material on one of the edges of the longitudinal side walls, such as perforating, unfolding the subpackage and tearing the pre-cut along the dividing line. Among them, the longitudinal sides facing each other are abutted together. Each subpackage contains a row of cigarette packs, five cigarette packs per row. The sub-packages are surrounded by the cover wall, the longitudinal side walls and the transverse walls, respectively. The shared one-piece pre-cutting piece encloses the two rows of cigarette boxes such that the two adjacent walls of the two half-pieces abut against each other in the complete package, in particular in the area of the dividing face of the package.

EP 0 537 951 A1 likewise discloses a package consisting of several subpackages Cardboard box. Its purpose is to provide a packaging cardboard box that can be attached with traditional tobacco stamps. The package is packaged with at least one sticker that extends along at least two walls that each belong to a sub-package.

WO 2003089314 A1 also discloses a packaging carton consisting of a plurality of subpackages. The case is also intended to provide smaller packaging units that can be handled by ordinary stamp duty stamping devices. To this end, the packaging carton has two differently sized flaps, one of which covers only one sub-package and the other of which covers the two sub-packages on the longitudinal side.

GB 453296 discloses an array of packages, each of which has hook-shaped tabs which extend into corresponding openings in adjacent packages, respectively. In this way, an array of packages consisting of a plurality of packages can be produced. Hook-shaped tabs are distributed along the longitudinal sides of each package.

US 5,251,748 discloses another packaging carton having a plurality of subpackages. The two sub-packages are inserted by the corresponding tongues and slits of the cover wall, and can be separated again when sold or used for other purposes.

WO 2004/016522 A1 discloses an outer casing for a two cigarette case, the outer casing being composed of two parts which can be connected to each other by a tongue and a slit. However, the two sub-packages can also move relative to each other after the tongue is used to establish a connection. In addition, the two sub-packages are separated by a certain distance. Therefore, it is impossible to make full use of the space on the two sub-packages for advertising or providing information.

A disadvantage of the conventional packaging carton consisting of a plurality of sub-packages is that it is not possible to use all of the areas present on the sub-package as a continuous advertising or information area. In particular, it is not possible to place a display area that can extend over a plurality of sub-packages on a conventional packaging cardboard box. In addition, the connection process is designed not to be in the detacher The packaging must be destroyed, so that the sub-packages cannot be flexibly connected with a low gap.

It is an object of the present invention to provide a packaging carton that overcomes the deficiencies of the prior art.

One aspect of the present invention provides a packaging carton comprising at least a first sub-package and a second sub-package. The first and second sub-packages may be joined to each other by at least one tab along two corresponding longitudinal or transverse sides, the tab being taken from one of the walls of the first sub-package. In other words, the first sub-package has a tab and the second sub-package has a slit for receiving the tab. The tab is disengaged from one of the walls of the first sub-package along a portion of the annular dividing line and extends outwardly from the first edge of the first sub-package. Preferably, the portion of the annular dividing line can be a perforation line or a cut (specifically, a blanking process). The edge is a connecting line between two adjacent walls of the sub-package. Additionally, the tabs can be flipped out of the wall of the first subpackage. During this process the tongue is deflected about the first edge. The gap is also located at the first edge of the second subpackage. The first edge of the first subpackage abuts the first edge of the second subpackage to form a package carton. After the tongue is turned over, a slit can be inserted to establish a hinged connection for the two sub-packages. The tongue has a plurality of side flanges (preferably two opposite flanges) that hook the wall of the second sub-package from below after the tongue of the first sub-package is inserted into the slit, thereby holding the tongue in Within the gap of the second subpackage. Thereby, the first sub-package and the second sub-package are connected and fixed together along the first edge thereof. Additionally, the first sub-package and the second sub-package are relatively deflectable about the first edge.

The connection technique provided by the first aspect of the invention is thus implemented in the first sub A substantially gap-free hinged connection is established between the package and the second sub-package along the opposite first edges. Wherein, the tongue is preferably separated from one of the walls of the first sub-package and inserted into the gap of the second sub-package. Use the side flanges of the tabs to securely connect the two subpackages.

After the gap and the tongue are formed into an articulated connection, the sub-packages are preferably deflected relative to each other until the inner cover wall is spliced into a single large area. The transverse or vertical walls of the two sub-packages abut. This large area is suitable for advertising and/or providing information. Specifically, it is possible to set a flat display content in which only one of the sub-packages is not enough to be placed, such as a panorama or a strip-shaped building (such as a tower).

According to another aspect of the invention, the tongue has an intermediate section and a top section. The intermediate section is designed to articulate the top section to the first subpackage. The top section may extend beyond the width of the intermediate section on its side near the intermediate section, which is the excess. Thereby, the tongue can hook the second sub-package wall where the slit is located from below by the side flange. Thereby establishing a stable connection between the two sub-packages.

In accordance with another aspect of the invention, the width of the top section can be tapered (from the edge of the first subpackage for its fixed edge) toward the direction away from the intermediate section. In particular, the top section may have rounded corners at its front end (ie, on its side away from the middle section). This helps to easily insert the top section into the gap.

The first edge of the first sub-package and the first edge of the second sub-package may each be a lateral edge of the corresponding sub-package. The edge between the sub-package cover wall and the transverse wall is the lateral side.

In other embodiments of the present invention, the first edge of the first sub-package and The first edge of the second sub-package may be a longitudinal side of its corresponding sub-package. The edge between the sub-package cover wall and the longitudinal side wall is the longitudinal side.

Preferably, an area can be provided on the first sub-package and/or the second sub-package through which the interior of the sub-package can be seen. According to an advantageous embodiment, for example, a large gap can be formed in a wall of the cover through which the interior of the package can be seen. This gap can be covered, for example, with a transparent film. Preferably, the cover wall is such a cover wall that the cover wall abuts against the opposing cover wall of the other sub-package when the two sub-packages are joined in accordance with the present invention to form the package carton and are in the closed state . In order to establish the strongest connection between the two sub-packages by the tongue and the slit, the gap size and its ratio to the top, middle and top side flanges must be taken into account. The width of the side flange extending in the width direction outside the width of the intermediate section may preferably be greater than one hundred and fifty (1/150) of the width of the intermediate section and less than one eighth of the width of the intermediate section. The side flange width is specifically between half and five millimeters. This creates a secure articulated connection between the tongue and the first sub-package. It has been shown that the side flanges are relatively short compared to the total width of the intermediate section, but still exhibit a sufficiently large fixing effect after insertion into the gap.

Preferably, the length of the intermediate section is determined in accordance with the thickness of the wall on which the slit is provided in the second subpackage. In principle, the length of the intermediate section must substantially overcome the thickness of the wall and the distance between the first sub-package and the first edge of the second sub-package with a certain tolerance. Here, the length of the intermediate section may preferably be greater than or equal to half the thickness of the wall of the second sub-package and less than or equal to five times the thickness of the wall of the second sub-package. In particular, the length of the intermediate section can be between 0.5 mm and 5 mm.

According to another advantageous technical solution of the present invention, the middle section of the tongue can be hinged The method is deflected around a joint which is also implemented as a joint for opening and closing the flap of the first sub-package. For example, a flip cover can be provided on the lateral wall or the longitudinal side wall, and the cigarette case can be taken out from the sub-package after the flip cover is opened. The flip can be hingedly mounted along one of the lateral or longitudinal sides of the subpackage. In particular, the entire transverse wall or longitudinal side wall can be embodied as a flap and the flap can be opened around the respective lateral or longitudinal side. In this case, according to the invention, the tongue can be arranged such that it can be deflected about the same joint with the corresponding flap for opening and closing the sub-package (i.e., the same joint is utilized). It should still be noted here that the parts on the joints for the tongue and the corresponding flap should be dimensioned in the correct proportions. The width of the intermediate section and the length of the tongue joint shall not exceed the width of the first subpackage minus the width of the side flange of the tongue. The packaging carton of the present invention preferably further has a second fixing member between the sub-packages. Preferably, the second securing member is located at an edge or side region opposite the wall of the cover in which the tab is located. For example, if the tongue is arranged on a lateral side (ie, the edge between the inner cover wall and the lateral wall of the first sub-package), the second fixing member is preferably located on the opposite lateral side (ie, the first sub-package) The area between the same inner side cover wall and the opposite side wall. The same is true when the tongue or tabs are disposed along a longitudinal edge (ie, between the inner side cover wall and a longitudinal side wall), wherein the second securing member is located on the longitudinal side between the inner side cover wall and the opposite longitudinal side wall. region.

The second fixing member is preferably provided by a bonding connection, a devil felt connection, a magnetic connection, a plug connection or a button connection. The tongue may also be joined to the slit in accordance with the foregoing description.

Preferably, the longitudinal side and/or the lateral side of the one or two subpackages may be rounded edges. According to another technical solution, the edges may be flattened edges (flattening) Angle) or beveled edges. In particular, the packaging carton can have an octagonal cross section in the closed state. That is, if the sub-package is cut in a direction perpendicular to the longitudinal axis (i.e., toward the longitudinal side wall), an octagonal cross-section is produced. To this end, one of the sub-packages preferably has a half-octagonal shape, and the other sub-packages form a complete octagon.

In particular, the connection between the two sub-packages is not necessarily established by a single tongue and a slit as described above, and a plurality of tongues and slits of the same design may be used for fixing.

The second (or optionally third or fourth) tab may also be detached from a wall of one of the sub-packages along a portion of the annular dividing line, extending outwardly from the edge of the sub-package and turning from the wall about the edge And wherein the tongue is hingedly connected to the wall along the edge. The other slits can also be located at one edge of the other sub-package. See above for instructions on establishing a first connection with the tongue and the slit. When the packaging cardboard box is connected or closed, the edges of the first sub-package and the second sub-package abut, so that the turned-out tongue can be inserted into the slit, thereby forming an articulated connection between the two sub-packages. The second tongue may also have a side flange, and the tongue is inserted into the slit and fixed by the flanges, so that the first sub-package and the second sub-package abut on the edge and maintain the state, that is, the first one cannot be wound. The edges are deflected relative to each other.

The present invention also provides a pre-cut for use in making the packaging carton of the present invention as described above. According to an aspect of the invention, a separate pre-cut can be provided for each of the two sub-packages. In particular, the slit of the present invention for accommodating the tongue can be slightly curved at its end. Thereby, the tongue can be better fixed in the gap, thereby improving the connection strength of the two sub-packages.

Further features and advantages of the present invention will be described hereinafter by way of example with reference to the drawings.

Figure 1 is a perspective view of the packaging carton GBK in a closed state. The packaging cardboard box GBK includes a first sub-package TP1 and a second sub-package TP2. The first sub-package TP1 has a first cover wall DW11 and a second (inner) cover wall DW12 (not shown here). Further, vertical walls LW11 and LW12 (not shown here) and lateral walls QW11 and QW12 (not shown here) are provided. In its entirety, the subpackage TP1 is a separate subpackage that completely encloses a plurality of packets. The second sub-package TP2 is substantially identical in structure to the first sub-package TP1. Correspondingly, the second subpackage TP2 has a first cover wall DW21 (not shown here) and a second (inner side) cover wall DW22 (also not shown here). The second sub-package TP2 further includes a first vertical wall LW21 and a second vertical wall LW22 (not shown) and a first lateral wall QW21 and a second lateral wall QW22 (not shown here). According to the invention, the two subpackages TP1 and TP2 are hingedly connected by means of a joint GL. The hinged connection is formed by inserting a tab (not shown here) into a slit (also not shown here).

A second connecting mechanism is preferably provided on the side opposite to the joint of the two sub-packages TP1 and TP2, that is, between the lateral walls QW12 and QW22, and the connecting mechanism fixes the two sub-packages TP1 and TP2 when they are in the closed state. The connection mechanism can be a bonded connection, a devil felt connection, a plug connection, a magnetic connection, and/or a button connection. A magnetic connection can be formed by placing magnets along the opposing edges of the subpackages TP1 and TP2. According to another technical solution, the two sub-packages can also be connected with other fixing members on the side opposite to the joint GL. According to another technical solution of the present invention, the side may be provided with another connection including a tongue and a slit. Head GL.

Figure 2 is another perspective view of the packaging carton GBK of Figure 1 in an open state. Since the first sub-package TP1 and the second sub-package TP2 establish an articulated connection between the second sub-package TP2, the first sub-package TP1 can be deflected about the hinged connection GL relative to the second sub-package TP2. The inner side walls DW12 and DW22 of the first sub-package TP1 and the second sub-package TP2 are thus exposed. In the closed state, the second (inner) cover wall DW12 of the first sub-package TP1 abuts against the second (inner) cover wall DW22 of the second sub-package TP2. The second lateral walls QW12 and QW22 of the first sub-package TP1 and the second sub-package TP2 can also be seen from the perspective view. Further, the notch AS can be seen, when the tongue (not shown here) is partially separated from the second cover wall DW12 of the first sub-package TP1 and located in order to establish an articulated connection between the first sub-package TP1 and the second sub-package TP2. When the slit of the second sub-package is in the SZ, the crucible forms the gap.

3 is another enlarged view of the hinged connection GL between the first sub-package TP1 and the second sub-package TP2 of FIG. The notch AS can still be seen from the figure, and the notch is formed when the tongue is separated from the cover wall DW12 of the first sub-package TP1 along the partial annular dividing line SL. The dashed line in the figure is a tab located inside the second sub-package TP2 and covered by the second cover wall DW22 of the second sub-package TP2. To this end, the tongue is inserted into the slit SZ on the second cover wall DW22 of the second subpackage TP2. With the aid of a laterally projecting flange (not labeled with a separate component symbol), the tongue hooks the second cover wall DW22 of the second subpackage TP2 from below. This prevents the tongue from slipping out of the slot SZ, thereby forming a reliable articulated connection between the two subpackages TP1 and TP2.

Figure 4 is used to build between the first sub-package TP1 and the second sub-package TP2. A further enlarged view of the important components of the articulated connection. A portion of the first subpackage TP1 is shown to illustrate the design of the tab LA. The tongue piece LA is separated from the second cover wall DW12 of the first sub-package TP1 along the dividing line SL to form a tongue. The tongue LA and the sub-package TP1 remain connected along the first edge K11. The tab LA can be deflected about the connecting line (i.e., around the edge K11) to enter the state shown in FIG. The second sub-package TP2 has a slit SZ corresponding to the second cover wall DW22 of the second sub-package TP2. The slit is disposed adjacent to and extends along the first edge K12 of the second subpackage TP2.

The tongue LA has a middle section ZW and a top section KA. The intermediate section ZW is rectangular and has a width B3 and a length L3. The intermediate section connects the top section KA and the first sub-package TP1 or the first edge K11 of the first sub-package TP1. The top section KA has two side flanges ABS1 and ABS2, and thus its width exceeds the width B3 of the intermediate section ZW. That is, the width of the top section KA at the joint between the intermediate section ZW and the top section KA exceeds the width B3 of the intermediate section ZW, and the two flanges ABS1 and ABS2 are the excess portions. In order to better illustrate the details, the right part of Fig. 4 shows the dotted area of the dotted circle in an enlarged view. Here, the length L3 of the intermediate section ZW, the width BABS2 of the second flange ABS2, and the width B6 are again indicated. The same is true for the situation of ABS1 on the opposite side. That is, in the present embodiment, BABS1 is the same size as BABS2. B6 and B7 are also the same size. The length of the intermediate section ZW is L3 and significantly exceeds the length provided by the embodiment of the present invention from this view. The top section KA has a length L2. The width of the top section KA gradually decreases toward the end of the top section, and its width is B1 when it reaches the round. This facilitates easy insertion of the top section and the tongue into the slit SZ. here During the process, the protruding flanges ABS1 and ABS2 are subjected to short-time pressing, and then the second cover wall DW22 of the second sub-package TP2 is caught from below. The width of the slit is B5 and should be at least equal to the width B3 of the middle section ZW of the tongue. In any case, the gap width must not exceed the width B3 of the middle section ZW of the tongue and the width of the widths BABS1 and BABS2 of the two side flanges. Thereby, the gap between the two packages in the horizontal direction is reduced. In addition, the length L3 of the intermediate section ZW should be at least equal to half the thickness D of the second cover wall DW22 of the second sub-package TP2, and at most five times the thickness of the second cover wall DW22 of the second sub-package TP2. Thereby, the gap between the two sub-packages TP1 and TP2 in the vertical direction is reduced.

According to a preferred embodiment, the edge K11 for the hinged mounting of the tongue LA also constitutes a joint for a flip cover (not shown) for opening and closing the transverse wall QW11 of the first subpackage TP1. The length of the edge K11 is BTP1, which is equal to B4+B6+B7. Wherein, the width of the middle section and the length of the tongue joint do not exceed the width of the first sub-package minus the width of the side flange of the tongue. B6 is preferably equal to B7, that is, the joint of the tongue LA is located in the middle of the edge K11. The total length of the tongue LA is L2+L3, preferably not exceeding the thickness DTP2 of the second subpackage.

In general, the following ratio or size is preferred: the gap width B5 is preferably greater than or equal to the width B3 of the intermediate section ZW (B5 B3). The length L3 of the intermediate section should be greater than or equal to half the thickness D of the cover wall DW22 and less than or equal to five times the thickness D (5*D) L3 0.5*D). In addition, the widths of the two side flanges BABS1 and BABS2 shall not exceed one eighth of the width B3 of the intermediate section ZW and shall not be less than one hundred and fiftyth of the width B3 of the intermediate section ZW (B3/8) (ABS1 or ABS2) B3/150). B6 and B7 are preferably larger than ABS1 or ABS2. In general, the width of the intermediate section and the widths of the two side flanges ABS1 and ABS2, BABS1 and BABS2, must not exceed the width BTP1 of the subpackage TP1.

Figure 5 shows the packaging carton shown in Figure 4 in a fully open state. Two inner second walls DW12 and DW22 can be seen therefrom. The tab LA is located inside or below the second cover wall DW22 of the second subpackage TP2.

After the hinge connection is formed by the slit SZ and the tongue LA, the sub-package can be relatively deflected until the inner cover walls DW12 and DW22 are spliced into a single large-area area. The lateral walls QW11 of the two subpackages TP1 and TP2 abut against QW21. This large area is suitable for advertising and/or providing information. Specifically, it is possible to provide a long strip display content in which only one of the sub-packages is not placed enough, such as a panorama or a long strip of architectural picture.

6 and 7 show other embodiments of the present invention. In the embodiment, the second cover wall DW22 of the second sub-package TP2 is provided with a transparent area TB. Insert this transparent film to cover this rectangular area or notch. This allows you to see the inside of the package. The technique of establishing a connection by means of a tongue is the same as the other embodiments described above.

Figure 8 is a partial enlarged view of the packaging cardboard box GBK provided in the embodiment of Figures 6 and 7. The content of the illustration is generally consistent with Figure 3. The tongue LA located below the cover wall DW22 can be seen through the transparent area TB.

9, 10 and 11 illustrate an embodiment in which the hinged joints of the present invention are formed by borrowing tabs and slits along two opposite longitudinal sides of the first and second subpackages. Figure 9 is a perspective view of the packaging cardboard box GBK in a closed state. As shown, two tabs LA1 and LA2 are provided here with corresponding slits on opposite sides to establish a sufficiently strong connection.

Figure 10 is a perspective view of the packaging cardboard box GBK shown in Figure 9. The two hinged connections GL1 and GL2 can be seen again from the same embodiment as the joint GL provided in the previous embodiment. The tongue may be detached from the second cover wall DW12 of the first sub-package and may be inserted into the slit along the longitudinal side between the second cover wall DW22 of the second package TP2 and the first vertical wall LW21 of the second sub-package TP2.

Figure 11 shows the embodiment of Figures 9 and 10 in a fully open state. After the hinge connection GL1, GL2 is formed by the slit SZ and the tongue LA, the sub-package can be relatively deflected until the inner cover walls DW12 and DW22 are spliced into a single large-area area. The longitudinal side walls LW11 of the two sub-packages TP1 and TP2 abut against the LW21. This large area is suitable for advertising and/or providing information. Specifically, it is possible to set a long strip display content in which only one of the sub-packages is not enough to be placed.

Figure 12 is a view of the embodiment shown in Figures 9 through 11 after the inner cover wall is provided with a transparent region.

Figure 13 shows the subpackage in a fully open state.

Figure 14 is a pre-cut for the first sub-package TP1. Sections provided for the cover walls DW11 and DW12 and the vertical walls LW11 and LW12 are again marked on the pre-cut. A partial annular dividing line SL for separating the tongue LA and the cover wall DW12 is also indicated. The transverse walls QW12 and QW11 are also marked. Thereby, the tongue LA can be pulled out from the cover wall DW12 around the edge K11 as described above. Exemplary dimensions noted in the figures are in millimeters. Accordingly, the first sub-package has a thickness DTP1 of 30 mm, the first sub-package has a width BTP1 of 90 mm, and the first sub-package has a length LTP1 of 300 mm. The above dimensions are suitable for packaging five cigarette packs. The cover wall DW11 has a width BTP1* due to the reversible The tongue must be deducted from the wall thickness. Further, as shown in the figure, the two transverse walls QW12 and QW11 are provided with tongues for opening and closing the two sides of the sub-package TP1 by means of a hinged flap.

Figure 15 is an embodiment of a pre-cut for the second sub-package TP2. The dimensions are identical to the pre-cuts for the first subpackage of Figure 14. Here, two cover walls DW21 and DW22, vertical walls LW21 and LW22, and lateral walls QW21 and QW22 are also indicated. Also indicated is a first transverse side K12 on which the slit SZ of the invention is provided on the second subpackage. The small circle drawn in the figure indicates that the slit SZ has curved portions ES1 and ES2 at its end. Thereby, better support can be provided when the tongue LA is inserted into the slit SZ. The dimensions of the second subpackage, DTP2, BTP2, LTP2 and BTP2*, are identical to the first subpackage TP1.

ABS1‧‧‧ side flange

ABS2‧‧‧ side flange

AS‧‧‧ gap

B1‧‧‧Width

B3‧‧‧Width

B5‧‧‧Width

B6‧‧‧Width

B7‧‧‧Width

BABS1‧‧‧Width

BABS2‧‧‧Width

BTP1‧‧‧Edge K11 length / sub-package TP1 width

BTP1*‧‧‧Width

BTP2‧‧‧Width

BTP2*‧‧‧Width

D‧‧‧thickness

DTP1‧‧‧ thickness

DTP2‧‧‧ thickness

DW11‧‧‧ first cover wall

DW12‧‧‧second (inside) cover wall

DW21‧‧‧ first cover wall

DW22‧‧‧second (inside) cover wall

ES1‧‧‧Bend

ES2‧‧‧Bend

GBK‧‧‧Packing Cardboard Box

GL‧‧‧Connector/Hinged connection

GL1‧‧‧ articulated connection

GL2‧‧‧ articulated connection

K11‧‧‧ first edge

K12‧‧‧first edge/first lateral edge

KA‧‧‧ top section

L2‧‧‧ length

L3‧‧‧ length

LA‧‧‧ tongue

LA1‧‧‧ tongue

LA2‧‧‧ tongue

LTP1‧‧‧ length

LTP2‧‧‧ length

LW11‧‧‧First vertical wall

LW12‧‧‧Second vertical wall

LW21‧‧‧First vertical wall

LW22‧‧‧Second vertical wall

QW11‧‧‧ first transverse wall

QW12‧‧‧Second transverse wall

QW21‧‧‧ first transverse wall

QW22‧‧‧Second transverse wall

SL‧‧‧ dividing line

SZ‧‧‧ gap

TB‧‧‧Transparent area

TP1‧‧‧ first subpackage

TP2‧‧‧Second subpackage

Middle section of ZW‧‧

1 is a perspective view of a packaging cardboard box according to an embodiment of the present invention; FIG. 2 is a state in which the packaging cardboard box shown in FIG. 1 is in an open state; and FIG. 3 is a connection according to the present invention. FIG. 4 is another enlarged view and a detailed view of the connection of the present invention provided by the embodiment of the present invention; FIG. 5 is a completely opened state of the packaging cardboard box shown in the foregoing drawing; FIG. 6 and FIG. Other views of the packaging cardboard box provided by the embodiment of the invention; FIG. 8 is an enlarged view of the hinged connection provided by the embodiment of FIGS. 6 and 7; FIG. 9 is another embodiment of the present invention in a closed state; Figure 10 is the packaging cardboard box shown in Figure 9 in a flipped state; Figure 11 is the packaging cardboard box shown in Figure 10 in a fully open state; 12 and 13 are another embodiment of a packaging carton provided by the present invention; FIG. 14 is a pre-cut for the first sub-pack; and FIG. 15 is a pre-cut for the second sub-pack.

AS‧‧‧ gap

DW12‧‧‧second (inside) cover wall

DW22‧‧‧second (inside) cover wall

GBK‧‧‧Packing Cardboard Box

GL‧‧‧Connector/Hinged connection

LA‧‧‧ tongue

LW11‧‧‧First vertical wall

LW21‧‧‧First vertical wall

QW12‧‧‧Second transverse wall

QW22‧‧‧Second transverse wall

SZ‧‧‧ gap

TP1‧‧‧ first subpackage

TP2‧‧‧Second subpackage

Claims (15)

A packaging cardboard box (GBK) for accommodating a plurality of cigarette packages in a strip package, wherein the packaging cardboard box comprises first and second sub-packages (TP1, TP2), the first sub-package (TP1) having a tongue piece (LA), the second sub-package (TP2) has a slit (SZ) for accommodating the tongue, wherein the tongue can be separated from one of the first sub-packages along a partial annular dividing line (SL) a wall (DW12) extending outwardly from the first edge (K11) of the first sub-package (TP1) and ejecting from the wall about the first edge, wherein the tab (LA) is further along the first edge (K11) is hingedly connected to the wall (DW12), the gap (SZ) is also located at the first edge (K12) of the second sub-package (TP2), the first edge of the first sub-package (TP1) (K11) Abutting the first edge (K12) of the second sub-package (TP2) to form the packaging cardboard box (GBK), and inserting the tongue (LA) into the slit (SZ) to be the two The package (TP1, TP2) establishes an articulated connection, the tongue (LA) having side flanges (ABS1, ABS2), the tongue (LA) being inserted into the slit (SZ) and being secured by the flanges, thereby First sub-package (TP1) and the second sub-package The package (TP2) abuts along its first edge (K11, K12) and is relatively deflectable about the first edge (K11, K12), characterized in that the tongue (LA) comprises a middle section (ZW) and a top section (KA), the intermediate section (ZW) being designed to articulate the top section (KA) and the first subpackage (TP1), and wherein the intermediate section (ZW) length (L3) is greater than or equal to The second subpackage (TP2) is half the thickness of the wall (DW22) and less than or equal to five times the thickness of the wall (DW22) of the second subpackage (TP2). The packaging cardboard box of claim 1, wherein the top section (KA) exceeds the width of the intermediate section (ZW) on a side thereof adjacent to the intermediate section (ZW), the side flanges (ABS1, ABS2) ) is the excess. The packaging carton of claim 2, wherein the width of the top section (KA) gradually decreases toward the middle section (ZW). A packaging carton according to claim 3, wherein the top section (KA) has a rounded corner on its side away from the intermediate section (ZW). The packaging cardboard box according to any one of claims 1 to 4, wherein the first edge (K11) of the first sub-package (TP1) and the first edge (K12) of the second sub-package (TP2) ) the horizontal sides of the sub-packages for which they correspond. The packaging cardboard box according to any one of claims 1 to 4, wherein the first edge (K11) of the first sub-package (TP1) and the first edge (K12) of the second sub-package (TP2) ) the longitudinal edges of the sub-packages for which they correspond. The packaging cardboard box according to any one of the preceding claims, wherein the at least one of the first sub-package (TP1) and the second sub-package (TP2) is provided with a region (TB) through This area can be seen inside the subpackage. The packaging cardboard box according to any one of claims 1 to 5, wherein the side flanges (ABS1, ABS2) extend in the width direction outside the width of the intermediate section by a width greater than the intermediate section (ZW) width. One hundred and five One tenth, less than one eighth of the width of the middle segment (ZW). A packaging carton according to any one of claims 1 to 5, wherein the middle section (ZW) of the tongue (LA) is hingedly deflectable around a joint (GL), the joint being used simultaneously A flip cover for opening and closing the first sub-package. The packaging cardboard box of claim 9, wherein the width of the intermediate section (ZW) and the length of the tongue (LA) joint do not exceed the first sub-package (TP1) minus the side convex of the tongue The width after the edge width. The packaging cardboard box according to any one of claims 1 to 5, wherein the packaging cardboard box further has a second fixing member between the sub-packagings (TP1, TP2), and the second fixing member is located at two The edge or wall region of the package that is disposed opposite the cover wall where the tab is located. The packaging cardboard box of claim 11, wherein the second fixing member is provided by a devil felt connection, a bonding connection, a magnetic connection, a plug connection, and/or a button connection. The packaging cardboard box of claim 11, wherein the second connecting point is provided by a tongue and a slit, wherein the tongue is separated from a wall of one of the sub-packages along a part of the annular dividing line, from the sub-packaging An edge extends outwardly and is pivoted out of the wall about the edge, wherein the tongue is also hingedly connected to the wall along the edge, the gap being also located at an edge of another subpackage, when the packaging carton is attached The edges of the first sub-package and the second sub-package abut such that the tab that has been turned out can be inserted into the slit, thereby forming a hinged connection between the two sub-packages, the tongue having a side flange, the tongue being inserted The slit is then fixed by the flanges, thereby making The first sub-package and the second sub-package abut on the edge and remain in this state, that is, they can no longer be deflected relative to the first edges. A pre-cut for manufacturing a packaging carton (GBK) according to any one of claims 1 to 13, wherein a separate pre-cut is provided for each of the sub-packages (TP1, TP2). For example, in the pre-cut of item 14 of the patent application, at least one of the ends of the slit is curved.