JP7352559B2 - Slide open packaging for goods - Google Patents

Description

The present invention relates to slide-open packages for articles such as smoking articles (e.g. e-cigarette cartridges or tobacco segments for heat-not-burn type articles) or for pharmaceutical products.

Known in the prior art are packages for articles that include a tray containing the articles and an outer shell having an opening into which the tray can slide. More specifically, the tray can slide between an open position that allows access to the items and a closed position that prevents access.

To prevent products from accidentally falling, the tray can only be partially pulled out from the outer shell. Therefore, with this package, it is difficult to remove the item from the tray.

The object of the invention is to provide a slide-open package for articles that overcomes the above-mentioned drawbacks.

More specifically, it is an object of the present invention to provide a slide-open package that facilitates the removal of articles and at the same time minimizes the risk of articles falling when the package is opened.

The above object is achieved by a slide-open package for articles according to the appended claims.

The invention will now be described with reference to the accompanying drawings, which show non-limiting embodiments of the invention.
1 shows a perspective view of a first embodiment of a package of the invention, with the inner shell in the closed and open positions, respectively; FIG. 2 is a perspective view of the outer shell, connecting elements and support walls of the package of FIG. 1; FIG. Figure 2 is a perspective view of the inner shell of the package of Figure 1; 4 is a plan view of a blank used to create the outer shell, connecting elements and support walls of FIG. 3; FIG. FIG. 5 is a plan view of a blank used to make the inner shell of FIG. 4; FIG. 2 is a cross-sectional view of FIG. 1 and FIG. 2, respectively. 3A and 3B are top and side views, respectively, of a blister pack forming part of the package of FIGS. 1 and 2; FIG. Figure 3 is a perspective view of a further embodiment of the package of the invention with the inner shell in the open position; Figure 12 is a perspective view of the blister pack of the package of Figure 11; 13 is a perspective view of a blister pack embodiment of the package of FIG. 12; FIG.

With reference to the accompanying drawings, the numeral 1 generically designates a slide-open package for an article (not shown) according to the invention.

The term "article" refers to articles of the tobacco industry, such as tobacco segments for cigarettes, cigars, electronic cigarettes, electronic cigarette cartridges, or heat-not-burn (HNB) type articles. Alternatively, the term "article" may refer to an article of the food industry, in particular confectionery, such as confectionery or chocolate, or an article of the pharmaceutical or cosmetic industry, such as a vial. As a further alternative, the term "article" may refer to an article of the electronics industry.

Described below with reference to FIGS. 1-10 is a first preferred embodiment of a package 1 of the invention.

The package 1 comprises five articles (not shown), an inner shell 2 containing an extraction opening 20 for removing the articles from the package 1, and an outer shell 3 containing an opening 30. an outer shell 3 which is slidable in sliding direction X between an open position A in which the inner shell 2 allows access to the article through the extraction opening 20 and a closed position B in which it prevents access to the article and, including.

The package 1 also comprises an article support wall 4 to which the article is fixed, and a connecting element 5 connecting the outer shell 3 and the inner shell 2 and connected to the support wall 4.

Furthermore, the connecting element 5 is foldable such that when the inner shell 2 is moved from the closed position B to the open position A, the connecting element 5 is moved from the gathering position C to the extended position D, thereby The support wall 4 rotates and the article emerges through the extraction opening 20.

Thus, when the inner shell 2 is moved from the closed position B to the open position A, the connecting element 5 (connected to both the inner shell 2 and the outer shell 3) is moved from the gathering position C to the extended position D. do. This movement of the connecting element 5 causes the support wall 4 to rotate at least partially out through the extraction opening 20 of the inner shell 2. This advantageously makes it easier to remove the article from the package 1.

Furthermore, since the articles are fixed to the support wall 4 (subject to rotation), the risk of the articles falling when the package 1 is opened is minimized.

Referring to the embodiment shown in FIGS. 1-10, the package 1 comprises five articles and a blister pack 6 (FIGS. 9 and 10) containing the five articles and fixed to the support wall 4.

The blister pack 6 has a substantially rectangular shape (specifically, the same shape as the support wall 4), and has a first end 60 and a second end facing and parallel to the first end 60. and an end portion 61.

The support wall 4 comprises a pair of slits 40 sized to receive a first end 60 and a second end 61 of the blister pack 6 to removably secure the blister pack 6 to the support wall 4 ( Figure 2). Advantageously, the user of the package 1 can use the package 1 as many times as necessary, avoiding the risk of objects falling out each time the package is opened.

Alternatively, the blister pack 6 may be glued to the support wall 4 or the blister pack 6 may have a different shape and size.

Furthermore, the package 1 may contain different numbers of articles.

As a further alternative, the package 1 may not include a blister pack 6 and the articles (or an article) may be fixed directly to the support wall 4.

Preferably, the support wall 4 is arranged substantially parallel to the sliding direction X when the inner shell 2 is in the closed position B (FIG. 7).

If the package 1 is used to house an electronic cigarette cartridge, when the inner shell 2 is in the closed position B, the cartridge is arranged substantially horizontally. The thickness of the package 1 must be at least equal to the thickness of the cartridge. In this regard, if the support wall 4 is substantially perpendicular to the sliding direction (the height of the cartridge is greater than the thickness of the cartridge).

Advantageously, the proposed package 1 makes it possible to optimize the materials used with respect to the size of the articles that can be accommodated.

In other words, the connecting element 5 (described in more detail below) allows the support wall 4 to be rotated by up to 180°.

Referring to FIG. 4, the inner shell 2 includes a bottom wall 21 opposite the extraction opening 20. The inner shell 2 also includes an edge 22 (closed loop box-shaped) extending upwardly from the bottom wall 21 and delimiting the extraction opening 20 .

This embodiment of the inner shell 2 can be obtained by folding and gluing the blank shown in FIG. In FIG. 6, each part is labeled with a primed reference number which, where possible, is the same as the reference number designating the corresponding part of the inner shell 2.

As shown, the inner shell 2 in this embodiment has a tray-like shape.

In other embodiments not shown, the inner shell 2 may have a different shape and size. The inner shell 2 may also have open-loop edges.

Preferably, the inner shell 2 is made of cardboard (single or multi-layer).

Alternatively, the inner shell 2 may be made of plastic material.

With particular reference to FIG. 3, the outer shell 3 has a lower wall 31 facing the bottom wall 21 of the inner shell 2 and an upper wall 31 facing the extraction opening 20 of the inner shell 2 when the inner shell 2 is in the closed position B. a wall 32 and a first flank 33 and a second flank 34 facing and parallel to each other, each connecting the lower wall 31 and the upper wall 32 and extending parallel to the sliding direction X; and a first flap 35 and a second flap 36 extending from the first flank 33 and second flank 34 to the inside of the outer shell 3 , respectively, of the inner shell 2 . a first flap 35 and a second flap 36 facing the top wall 32.

The outer shell 3 also has a third flank 37 connecting the first flank 33 and the second flank 34 to each other, extending at right angles to the sliding direction X and facing the opening 30 in which the inner shell 2 can slide. include.

The outer shell 3 comprises a pair of recesses 39 formed at one end of the first flank 33 and the second flank 34 (specifically the end near the opening 30), respectively. Advantageously, the depressions 39 make it easier to grasp and slide the inner shell 2 from the outer shell 3.

Preferably, the outer shell 3 is made of cardboard (single or multi-layer).

Alternatively, the outer shell 3 can be made of plastic material.

Referring to Figures 1 to 10, the outer shell 3, the connecting element 5 and the support wall 4 are made as a single piece. In other words, the outer shell 3, the connecting element 5 and the support wall 4 are made from the same blank. For example, the outer shell 3, the connecting element 5 and the support wall 4 made as a single part can be obtained by folding and gluing the blank shown in FIG. 3, labeled with primed reference numbers which are the same as those indicating the corresponding parts of the connecting element 5 and the support wall 4;

In another embodiment, the outer shell 3, the connecting element 5 and the support wall 4 may each be made from a specific blank and connected (glued) to each other at a later stage.

The connecting element 5 and/or the support wall 4 are made of cardboard (single-layer or multi-layer). Alternatively, they may be made of plastic material.

The support wall 4 is rotatably connected to the inner shell 2 about an inclined axis fixed with respect to the inner shell 2, so that the support wall 4 is connected to the inner shell 2, in particular when the inner shell 2 is inserted into the outer shell 3. , or can rotate around a tilting axis according to the lifting movement carried out when pulled out from the outer shell 3.

2 and 3, the shape of the support wall 4 is substantially rectangular (with rounded edges). The support wall 4 includes a first side 41 and a second side 42 that is opposite to and parallel to the first side 41, and the first side 41 and the second side 42 are at least fully closed. configuration, and preferably also in the fully open configuration, in a plane parallel to the sliding direction while in a plane parallel to the sliding direction X). The support wall 4 also includes a third side 43 and a fourth side 44 that are opposite and parallel to each other, and the third side 43 and the fourth side 44 are in contact with the first side 41 and the second side. 42 and are substantially perpendicular to the sliding direction X of the inner shell 2.

The shapes of the support wall 4 and blister pack 6 are preferably similar. However, the size of the blister pack 6 is preferably smaller than the support wall 4.

The connecting element 5 comprises a first strip 50 fixed to the first side 41 of the support wall 4 and a second strip 51 fixed to the second side 42 of the support wall 4 (FIG. 3). . Each strip 50 , 51 has a first end connected to the outer shell 3 and a second end opposite the first end and connected to the inner shell 2 . The support wall 4 is connected to an intermediate portion of each strip 50, 51 comprised between the respective first and second ends of the strip 50, 51.

The first strip 50 and the second strip 51 are arranged in a gathered position C (Figs. 1 and 7) and in an extended position D (Figs. 2 and 8), where the first strip 50 and the second strip 51 are arranged in a Z-shaped configuration. ) is foldable to move between.

In this way, the article support wall 4 has a support surface on which the article is fixed, the support surface being in a first position corresponding to the closed position B, the support surface being in the extraction opening 20. a first position in which the support wall 4 is arranged substantially parallel to the sliding direction "X" in the oriented state so that the article fixed to the support surface is directed into the space inside the inner shell 2; and an open position A. , in which the support wall 4 is oriented opposite the extraction opening 20 to expose the article to the user. Rotation of the support wall 4 is obtained by moving the middle part of each strip 50, 51 to which the support wall 4 is applied between an extended configuration (open position A) and a Z-shaped configuration (closed position B). .

The first band 50 and the second band 51 each have a first tab 50a, 51a connected to the outer shell 3 at a first hinge line 52, a first tab 50a at a second hinge line 53, a second tab 50b, 51b connected to 51a and a third tab connected to the second tab 50b, 51b by a third hinge line 54 and to the inner shell 2 by a fourth hinge line 55; 50c and 51c.

The first hinge line 52 , the second hinge line 53 , the third hinge line 54 and the fourth hinge line 55 are parallel to each other and perpendicular to the sliding direction X of the inner shell 2 . Advantageously, they facilitate the movement of the first strip 50 and the second strip 51 from the gathering position C to the extended position D and vice versa.

Advantageously, the tilt axis is defined by the fourth hinge line 55 of each strip 50, 51. In more detail, the fourth hinge lines 55 coincide with each other and form a common tilt axis for the support wall 4.

The third tab 50c is fixed to the first side 41 of the support wall 4, and the third tab 51c is fixed to the second side 42 of the support wall 4.

Referring to FIG. 3, the first tabs 50a, 51a of the first strip 50 and the second strip 51 are connected to the top wall 32 of the outer shell 3 (more specifically, as already mentioned). , the first strip 50 and the second strip 51 are made in the illustrated embodiment as a single piece with the outer shell 3).

In other words, the first tabs 50a, 51a of the first strip 50 and the second strip 51 form an extension of the upper wall 32 of the inner shell 2. In fact, the first tabs 50a, 51a of the first strip 50 and the second strip 51 also face the lower wall 31 of the inner shell 2.

Preferably, the first tab 50a of the first strip 50 is connected to the first tab 51a of the second strip 51 (FIG. 1). In such case, the first hinge line 52 of the first strip 50 and the second strip 51 are continuous.

The third tabs 50c, 51c of the first strip 50 and the second strip 51 are connected to the fourth tabs 50d, 51d at a fourth hinge line 55, and the fourth tabs 50d, 51d are connected to the inner shell 2. (in other words, the third tabs 50c, 51c are glued to the inner shell 2 by gluing the fourth tabs 50d, 51d to the inner shell 2, preferably to the box-like edge 22 of the inner shell 2). 2).

When the inner shell 2 is in the closed position B, the first flap 35 and the second flap 36 of the outer shell 3 are connected to the first tabs 50a, 51a of the first strip 50 and the second strip 51, respectively. It is arranged between the second tabs 50b and 51b. Advantageously, when the inner shell 2 is in the closed position B, the connecting elements 5 are reliably in the assembled position and the package 1 is thus closed.

Furthermore, when the inner shell 2 is in the closed position B, the second tabs 50b, 51b of the first strip 50 and the second strip 51 face the corresponding respective third tabs 50c, 51c.

The first flap 35 and the second flap 36 each have a first portion 35 a , 36 a glued to the top wall 32 of the outer shell 3 and a first strip 50 that is continuous with the first portion 35 a , 36 a and and adhesive-free second portions 35b, 36b facing the first tabs 50a, 51a of the second strip 51, respectively.

Furthermore, the second portions 35b, 36b of the first flap 35 and the second flap 36 extend (in particular at right angles) in the sliding direction X of the inner shell 2 near the free end of the second portion 35b, 36b. A transverse hinge line 38 is provided.

Advantageously, this configuration of the first flap 35 and the second flap 36 facilitates the movement of the first strip 50 and the second strip 51 of the connecting element 5 from the extended position D to the assembled position C. .

The first tabs 50b, 51b of the first strip 50 and the second strip 51 have a first portion 501, 511 connected to the first tab 50a, 51a by a second hinge line 53 and a fifth and a second portion 502, 512 connected to the first portion 501, 511 by a hinge line 56 and connected to the third tab 50c, 51c by a third hinge line 54.

Furthermore, the fifth hinge line 56 further facilitates the movement of the first strip 50 and the second strip 51 from the extended position D to the gathered position C and vice versa.

Fifth hinge line 56 is preferably parallel to second hinge line 53 and third hinge line 54. Furthermore, the fifth hinge line 56 is also perpendicular to the sliding direction X of the inner shell 2.

It is specified that the term "hinge line" is used to mean a line of weakness that facilitates rotation of the tabs it connects relative to each other.

Preferably, the first hinge line 52, the second hinge line 53, the third hinge line 54, the fourth hinge line 55, and the fifth hinge line 56 are formed by weakening the material (specifically, made by creasing the material). Alternatively, they may be made by partially cutting the material or may be pre-fold lines.

The package 1 also includes stop means 7 for stopping the sliding of the inner shell 2 relative to the outer shell 3. Advantageously, the inner shell 2 is prevented from sliding completely out of the outer shell 3.

With particular reference to FIGS. 5-7, the stop means 7 extends from the lower wall 31 of the outer shell 3 and includes a pair of (made as a single piece) inside the outer shell 3 and facing the lower wall 31. It includes a tongue 71 and a pair of appendages 72 extending from and facing the bottom wall 21 of the inner shell 2 . Preferably, the tongue 71 is not glued to the lower wall 31 of the outer shell (advantageously, this avoids unsightly swelling of the edges of the outer shell 3). Alternatively, the tongue 71 may be partially glued to the lower wall 31 of the outer shell 3. In either case, each of the two appendages 72 is such that when the inner shell 2 is in the open position A, it engages the corresponding respective tongue 71 (i.e. the tongue 71 and the outer shell 3 (to be placed between the lower wall 31).

It is understood that the appendages of the stop means 7 may differ in number and shape from those shown. Similarly, the tongue 71 may also differ in shape and size from that shown.

With particular reference to FIG. 8, the package 1 is configured such that when the inner shell 2 is in the open configuration A, the first tabs 50a, 51a are at an angle of approximately 26° with the top wall 32 of the outer shell 2, and the second tab The first portions 501, 511 of the first tabs 50b, 51b form an angle of about 19° with the first tabs 50a, 51a, and the second portions 502, 512 of the second tabs 50b, 51b form the second tabs 50b, 51b and the third tabs 50c, 51c are sized to form an angle of approximately 53° with the plane of the extraction opening 20 of the inner shell 2 ( the same angle of inclination as that of the support wall 4, in which case the support wall performs a rotation of 127°).

These angles can be varied, for example, by changing the range through which the inner shell 2 can move relative to the outer shell 3. More specifically, when the inner shell 2 is in the open configuration A, the support wall 4 may ideally be substantially horizontal. In such case, the support wall 4 performs a rotation of approximately 180°.

Figures 11 and 12 show an alternative embodiment of the package 1 of the invention to that shown in Figures 1-10. The package 1 of this embodiment differs from the previous one in the shape and size of the inner shell 2, outer shell 3 and blister pack 6. More specifically, given the reduced size of this further embodiment of package 1, it is particularly suitable for accommodating single articles. All special features described with reference to package 1 of FIGS. 1-10 are also applicable to package 1 of FIGS. 11 and 12.

FIG. 13 shows a blister pack 6 that can be used in place of the one in FIG. This blister pack 6 can also be used with the package 1 of FIG. 11, as long as the slit 40 for fixing the removable blister pack 6 to the support wall 4 is suitably adapted.

Claims (20)

A slide open package (1) for an article, the package comprising:
at least one article;
an inner shell (2) with an extraction opening (20) for removing the article from the package (1);
an outer shell (3) with an opening (30) through which the inner shell (2) is placed in an open position (A) in which the article is accessible through the extraction opening (20); and an outer shell (3) that is slidable in a sliding direction (X) between a closed position (B) and a closed position (B) that prevents access to the article;
The slide open package (1) includes:
an article support wall (4) to which the article is fixed;
a connecting element (5) connecting said outer shell (3) and said inner shell (2), connected to said support wall (4) and foldable, said inner shell (2) being foldable; an extended position in which the article emerges through the extraction opening (20) by rotating the support wall (4) from the collection position (C) when moved from position (B) to the open position (A); (D) a sliding open package (1) comprising a connecting element (5) which is moved; Package (1) according to claim 1, wherein the support wall (4) is arranged substantially parallel to the sliding direction (X) when the inner shell (2) is in the closed position (B). . The article support wall (4) has a support surface on which the article is fixed, and is in a first position corresponding to the closed position (B), the support surface being directed towards the extraction opening (20). said support wall (4) is arranged substantially parallel to said sliding direction (X) in a state in which said article fixed to said support surface is directed towards the interior space of said inner shell (2); a first position and a second position corresponding to said open position (A), wherein said support wall (4) is opposite said extraction opening (20) for exposing said article to a user; 3. A package according to claim 1 or 2, which is rotatable between a second position and a second position oriented toward the package. Package according to claim 3, wherein the support wall (4) in the second position is rotated by approximately 180° with respect to the first position. The support wall (4) is rotatably connected to the inner shell (2) about an inclined axis fixed relative to the inner shell (2), such that the support wall (4) Package according to any one of claims 1 to 4, rotatable about the tilt axis according to a movement for inserting or withdrawing the inner shell (2) relative to the outer shell (3). . said inner shell (2) comprises a bottom wall (21) opposite said extraction opening (20);
The outer shell (3) has a lower wall (31) facing the bottom wall (21) of the inner shell (2) and a lower wall (31) facing the bottom wall (21) of the inner shell (2) and a a top wall (32) of the shell (2) facing said extraction opening (20), and a first flank (33) and a second flank (34), opposite and parallel to each other, each a first flank (33) and a second flank (34) connecting the lower wall (31) and the upper wall (32) and extending parallel to the sliding direction (X); a first flap (35) and a second flap (36) extending from the first flank (33) and the second flank (34) inwardly of the outer shell (3); Package (1) according to any one of claims 1 to 5, comprising a first flap (35) and a second flap (36) facing the top wall (32) of (2). . The support wall (4) includes a first side (41) and a second side (42) opposite to and parallel to the first side (41), the first side (41) and The second side (42) is on a plane parallel to the sliding direction (X),
Said connecting element (5) comprises a first strip (50) fixed to said first side (41) of said support wall (4) and a first strip (50) fixed to said second side (42) of said support wall (4). ) a second strip (51) fixed to the second strip (51);
The first strip (50) and the second strip (51) are arranged in the gathering position (C) where the first strip (50) and the second strip (51) are arranged in a Z-shaped configuration. Package (1) according to any one of claims 1 to 6, being foldable for movement between the extended position (D) and the extended position (D). Said first and second strips (50, 51) each have a first end connected to said outer shell (3) and a first end opposite said first end and connected to said inner shell ( 2), said supporting wall (4) having a second end connected to a respective strip (50, 51) between said first and second ends; 8. The package of claim 7, wherein the package is connected to a middle portion of the package. The first strip (50) and the second strip (51) each have
a first tab (50a, 51a) connected to said outer shell (3) by a first hinge line (52);
a second tab (50b, 51b) connected to the first tab (50a, 51a) by a second hinge line (53);
a third tab (50c, 51c) connected to said second tab (50b, 51b) by a third hinge line (54) and connected to said inner shell (2) by a fourth hinge line (55); ) and,
The third tab (50c) of the first strip (50) is fixed to the first side (41) of the support wall (4), and the third tab (50c) of the second strip (51) Package (1) according to claim 7 or 8, wherein the tab (51c) of is fixed to the second side (42) of the support wall (4). The support wall (4) includes a first side (41) and a second side (42) opposite to and parallel to the first side (41), the first side (41) and The second side (42) is on a plane parallel to the sliding direction (X),
Said connecting element (5) comprises a first strip (50) fixed to said first side (41) of said support wall (4) and a first strip (50) fixed to said second side (42) of said support wall (4). ) a second strip (51) fixed to the second strip (51);
The first strip (50) and the second strip (51) are arranged in the gathering position (C) where the first strip (50) and the second strip (51) are arranged in a Z-shaped configuration. and the extended position (D);
The first strip (50) and the second strip (51) each have
a first tab (50a, 51a) connected to said outer shell (3) by a first hinge line (52);
a second tab (50b, 51b) connected to the first tab (50a, 51a) by a second hinge line (53);
a third tab (50c, 51c) connected to said second tab (50b, 51b) by a third hinge line (54) and connected to said inner shell (2) by a fourth hinge line (55); ) and,
The third tab (50c) of the first strip (50) is fixed to the first side (41) of the support wall (4), and the third tab (50c) of the second strip (51) the tab (51c) is fixed to the second side (42) of the support wall (4),
Package according to claim 5, wherein the tilt axis is defined by the fourth hinge line (55) of each of the strips (50, 51). Each of said strips (50, 51) was also connected to a respective third tab (50c, 51c) by a respective fourth hinge line (55) and fixed to said inner shell (2) by adhesive. fourth tabs (50d, 51d), each third tab (50c, 51c) being hinged to said inner shell (2) about a respective fourth hinge line (55). The package according to item 9 or 10. The support wall (4) includes a first side (41) and a second side (42) opposite to and parallel to the first side (41), the first side (41) and The second side (42) is on a plane parallel to the sliding direction (X),
Said connecting element (5) comprises a first strip (50) fixed to said first side (41) of said support wall (4) and a first strip (50) fixed to said second side (42) of said support wall (4). ) a second strip (51) fixed to the second strip (51);
The first strip (50) and the second strip (51) are arranged in the gathering position (C) where the first strip (50) and the second strip (51) are arranged in a Z-shaped configuration. and the extended position (D);
The first strip (50) and the second strip (51) each have
a first tab (50a, 51a) connected to said outer shell (3) by a first hinge line (52);
a second tab (50b, 51b) connected to the first tab (50a, 51a) by a second hinge line (53);
a third tab (50c, 51c) connected to said second tab (50b, 51b) by a third hinge line (54) and connected to said inner shell (2) by a fourth hinge line (55); ) and,
The third tab (50c) of the first strip (50) is fixed to the first side (41) of the support wall (4), and the third tab (50c) of the second strip (51) the tab (51c) is fixed to the second side (42) of the support wall (4),
Said first flap (35) and said second flap (36) of said outer shell (3) respectively close said first strip when said inner shell (2) is in said closed position (B). (50) and the second strip (51) between the first tab (50a, 51a) and the second tab (50b, 51b). 1). Said first flap (35) and said second flap (36) each include a first portion (35a, 36a) glued to said top wall (32) of said outer shell (3); a first section (35a, 36a) and facing said first tab (50a, 51a) of said first strip (50) and said second strip (51), respectively, without adhesive; Package (1) according to claim 12, comprising two parts (35b, 36b). The support wall (4) includes a first side (41) and a second side (42) opposite to and parallel to the first side (41), the first side (41) and The second side (42) is on a plane parallel to the sliding direction (X),
Said connecting element (5) comprises a first strip (50) fixed to said first side (41) of said support wall (4) and a first strip (50) fixed to said second side (42) of said support wall (4). ) a second strip (51) fixed to the second strip (51);
The first strip (50) and the second strip (51) are arranged in the gathering position (C) where the first strip (50) and the second strip (51) are arranged in a Z-shaped configuration. and the extended position (D);
The first strip (50) and the second strip (51) each have
a first tab (50a, 51a) connected to said outer shell (3) by a first hinge line (52);
a second tab (50b, 51b) connected to the first tab (50a, 51a) by a second hinge line (53);
a third tab (50c, 51c) connected to said second tab (50b, 51b) by a third hinge line (54) and connected to said inner shell (2) by a fourth hinge line (55); ) and,
The third tab (50c) of the first strip (50) is fixed to the first side (41) of the support wall (4), and the third tab (50c) of the second strip (51) the tab (51c) is fixed to the second side (42) of the support wall (4),
Said first flap (35) and said second flap (36) each include a first portion (35a, 36a) glued to said top wall (32) of said outer shell (3); a first section (35a, 36a) and facing said first tab (50a, 51a) of said first strip (50) and said second strip (51), respectively, without adhesive; Package (1) according to claim 6, comprising two parts (35b, 36b). The second portions (35b, 36b) of the first flap (35) and the second flap (36) are arranged near the free end of the second portion (35b, 36b) of the inner shell ( Package (1) according to claim 13 or 14 , comprising a hinge line (38) transverse to the sliding direction (X) of 2). The second tab (50b, 51b) has a first portion (501, 511) connected to the first tab (50a, 51a) by the second hinge line (53), and a fifth a second portion (502) connected to said first portion (501, 511) by a hinge line (56) and connected to said third tab (50c, 51c) by said third hinge line (54); , 512). Package (1) according to any one of claims 9 to 15 . 17. Any one of claims 9 to 16 , wherein the first tab (50a) of the first strip (50) is connected to the first tab (51a) of the second strip (51). Package (1) as described in Section. The first hinge line (52), the second hinge line (53), the third hinge line (54) and the fourth hinge line (55) are parallel to each other and are connected to the inner shell (2). Package (1) according to any one of claims 9 to 17 , perpendicular to the sliding direction (X) of ). Package (1) according to any one of the preceding claims, wherein the outer shell (3), the connecting element (5) and the support wall ( 4 ) are made as a single piece. Package (1) according to any one of the preceding claims, comprising a blister pack (6) containing the article and fixed to the support wall ( 4 ).

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