PACKAGE AND ASSOCIATED CONTAINER, PROCESS FOR MAKING SAID PACKAGE AND SAID CONTAINER

Abstract

A package comprising a container exhibiting: a compartment having a passage opening delimited by a free edge, a closure system engaged at the free edge and movable with respect to the compartment between a closure condition and an open condition of the container. The package comprises a wrapping housed at least partially inside the compartment; the wrapping is configurable between a first operative position wherein the wrapping is completely housed in the compartment of the container and a second operative position wherein part of the wrapping is arranged outside the inner volume of the compartment: the wrapping, in the second operative position, exhibiting at least one portion housed in the inner volume of the compartment. The container comprises a stop element placed inside the compartment, emerging, from at least one lateral wall of the compartment, inside this latter in order to define a projection. The wrapping comprises at least one abutment element configured for abutting against the stop element of the container, for preventing the wrapping from being completely extracted from the container.

Claims

1. A package comprising: at least one container having: a compartment of sheet material defining an inner volume configured for housing at least one product, the compartment having a predetermined number of lateral walls defining a passage opening delimited by a free edge, the compartment extending along a longitudinal development direction between a first and second longitudinal end portions, said passage opening being defined at the first longitudinal end portion, at least one closure system also of sheet material engaged at the free edge and movable by rotation with respect to the compartment, the closure system being configured for defining at least one closure condition in which the closure system itself substantially occludes the passage opening of the compartment and prevents the communication between the inner volume of the compartment and the outer environment, the closure system being further configured for defining an open condition in which the system itself enables the communication between the inner volume and the outer environment, at least one packaging housed at least partially inside the compartment containing at least one product, the packaging being configurable between a first operative position wherein the packaging is completely housed in the compartment of the container, and a second operative position wherein part of the packaging is arranged outside of the inner volume of the compartment, the packaging, in the second operative position, having at least one portion housed in the inner volume of the compartment, the container comprising at least one stop element placed inside the compartment between the passage opening and a longitudinal mid portion of the compartment defined between the first and second end portion portions of the compartment, said stop element emerging, starting from said at least one lateral wall of the compartment, inside this latter in order to define a projection, characterized by the fact that the packaging comprises at least one abutment element directly connected to a portion of the packaging directly supporting the product, said abutment element, in the second operative position of the packaging, being configured for abutting against the stop element of the container for preventing to completely extract the packaging from the container.

2. Package according to claim 1, wherein the stop element has a predetermined extension along the longitudinal development direction of the compartment, the compartment having a predetermined longitudinal extension defined by a maximum distance between the first and second end portions, and wherein the ratio between the predetermined longitudinal extension of the compartment and the predetermined longitudinal extension of the stop element is greater than 2.

3. Package according to claim 1, wherein the stop element of the container comprises a tab of sheet material extending along a plane parallel to the longitudinal development direction of the compartment, and wherein the stop element extends starting from a lateral wall of the compartment to a lateral wall opposite to the same compartment, the stop element being connected to two lateral walls of the compartment opposite to and facing each other.

4. Package according to claim 1, wherein the compartment comprises a front wall and a rear wall facing and parallel to each other, the front wall and real wall are connected to each other by means of a first and second lateral walls also facing and parallel to each other, the front wall being spaced from the rear wall, the first and second lateral walls of the compartment being spaced from each other, and wherein the container comprises: at least one stop element defined at least one of a first and a second lateral walls of the compartment; and/or at least one stop element placed at a transversal mid portion of the compartment, defined between the first and second lateral walls of the compartment.

5. Package according to claim 3, wherein the packaging comprises a base portion of sheet material substantially extending along a plane and having a plurality of reliefs, each relief defining a seat adapted to contain at least one product, said packaging comprising at least one covering portion of sheet material arranged for closing the seats containing said products, the abutment element being directly supported by the base portion and/or by the covering portion, the extension plane of the tab of the stop element being transversal to the extension plane of the base portion of the packaging.

6. Package according to claim 5, wherein the projection of the abutment element comprises a tab integrally joined to the base portion directly supporting said products, the projection of the abutment element comprising a first portion emerging from an outer perimeter of the base portion and a second portion, integrally joined to the first portion of said abutment element, emerging from said first portion in order to define a body having a substantially “L” shape, the container stop element, in the second operative position of the packaging, being: abutted against the first portion of said abutment portion, and interposed between the base portion and the second portion of said abutment element.

7. Package according to claim 1, wherein the closure system comprises at least one tab having a closing portion engaged with the free edge of the opening of the compartment and rotatively movable, with respect to this latter, the tab further having at least one inserting portion configured for being inserted, in the closed condition of the closure system, inside the volume of the compartment, and wherein the container comprises at least one safety device of sheet material, having: at least one first hooking portion supported by the tab of the closure system, at least one second hooking portion engaged with the compartment and configured for cooperating with said first hooking portion, the first and second hooking portions being configured for being stably engaged with each other in the closed condition of the closure system in order to define a safety condition, said first and second hooking portions, in the safety condition, being configured for preventing the closure system to switch from the closed condition to the open one, wherein the container comprises at least one slot configured for enabling, at least in the safety condition, to insert at least one opening device adapted to enable to disengage the first from the second hooking portions and to therefore enable to switch the closure system from the closed condition to the open one, the safety device being further configured for enabling the first and second hooking portions to reversibly switch, following the open condition of the closure system, to the safety condition.

8. Package according to claim 7, comprising at least one opening device configured for being inserted, at least in the safety condition, at least partially through the slot of the container for enabling to disengage the first from the second hooking portions and for enabling the closure system to switch from the closed condition to the open one, wherein the opening device being configured for being inserted, at least in the safety condition, inside the compartment between the first and second hooking portions in order to enable the disengagement, the closure system is configured for switching from the closed condition to the open one only when the opening device is interposed between said first and second hooking portions.

9. Package according to claim 8, wherein the first hooking portion has at least one undercut configured for abutting, in the safety condition, at least against a respective undercut of the second hooking portion, and wherein the undercut of the second hooking portion comprises at least one hook defining a seat, the concavity thereof faces a lateral wall of the compartment, and wherein the first hooking portion of the safety device is configured for being stably engaged inside the seat of the hook of the second hooking portion in the closed condition of the system, the undercut of the first hooking portion comprises at least one respective hook defining a seat, the concavity thereof, in the safety condition, faces the concavity of the seat of the hook of the second hooking portion.

10. Package according to claim 7, wherein the second hooking portion substantially develops parallelly to a lateral wall of the container directly facing, in the closed condition of the closure system, the inserting portion, and wherein the first hooking portion is directly supported and integrally joined to the inserting portion, the first hooking portion is arranged oppositely to the closing portion of the tab with respect to the inserting portion.

11. Package according to claim 1, wherein the passage opening of the compartment defines a first longitudinal opening of the compartment itself, said compartment comprising a second passage opening delimited by a free edge, said second passage opening being defined at the second longitudinal end portion of the compartment oppositely to the first passage opening which is arranged at the first longitudinal end portion of the compartment, the container comprising an occluding system of sheet material engaged at the free edge of the second passage opening of the compartment, said occluding system being configured for irreversibly closing the second passage opening, said occluding system being configured for preventing to enter from the outside into the inner volume of the compartment through said second passage opening.

12. Package according to claim 11, wherein the occluding system comprises at least one tab having a closing portion engaged with the free edge of the compartment and at least one inserting portion inserted inside the volume of the compartment, the occluding system further comprising: at least one first hooking portion supported by the tab of the occluding system and arranged inside the compartment, at least one second hooking portion engaged with the compartment and arranged inside the inner volume, said second hooking portion being configured for cooperating with said first hooking portion of the occluding system, the first and second hooking portions of the occluding system being stably engaged with each other inside the compartment and being configured for irreversibly occluding the second passage opening of the compartment, the closing portion of the tab of the occluding system having a shape delimited by a closed outer perimeter countershaped and substantially identical to the second passage opening of the compartment, the closing portion of the occluding system completely covering the second passage opening of the compartment, the closing portion of the occluding system being devoid of through openings, wherein the closing portion is integrally joined to the engagement portion, the closing portion and the inserting portion defining a sheet material body having a substantially “L” shape, said closing portion and engagement portion defining a continuous single body delimited by a single closed outer perimeter devoid of through openings defined inside said closed outer perimeter.

13. A container comprising: a compartment of sheet material defining an inner volume configured for housing a product, the compartment having a predetermined number of lateral walls defining a passage opening delimited by a free edge, the compartment extending between a first and second longitudinal ends along a longitudinal development direction of the compartment, said passage opening being defined at said longitudinal end portion, at least one closure system also of sheet material engaged at the free edge and movable by rotation with respect to the compartment, the closure system being configured for defining at least one closed condition in which the closure system itself substantially occludes the compartment passage opening and prevents the communication between the inner volume of the compartment, and the outer environment, the closure system being further configured for defining an open condition in which the system itself enables the communication between the inner volume and outer environment, the container comprising at least one stop element arranged inside the compartment between the passage opening and a longitudinal mid portion of the compartment defined between the first and second end portions of the compartment, said stop element emerging from at least one lateral wall of the compartment, inside this latter in order to define a projection.

14. Container according to claim 13, wherein the stop element is arranged at the first longitudinal end portion of the compartment, the stop element has a predetermined extension along the longitudinal development direction of the compartment, the compartment having a predetermined longitudinal extension defined by a maximum distance between the first and second end portions, and wherein the ratio between the predetermined longitudinal extension of the compartment and the predetermined longitudinal extension of the stop element is greater than 2.

15. Container according to claim 13, wherein the stop element of the container comprises a tab of sheet material, extending along a plane parallel to the longitudinal development direction of the compartment, the stop element extends from a lateral wall of the compartment to an opposite lateral wall, the stop element being connected to two lateral walls of the compartment opposite and facing each other.

16. A process of making a container according to claim 13, said process comprising the following steps: providing the compartment of sheet material, providing the closure system of sheet material engaged at free edge of the compartment, making at least inside the compartment, at least one stop element placed between the passage opening and a longitudinal mid portion of the compartment defined between the first and second end portions of the compartment, said stop element emerging from at least one lateral wall of the compartment, inside this latter to define a projection.

17. Process according to claim 16, wherein the step of providing the compartment comprises at least one step of providing a first sheet with a flat configuration, said first sheet comprising at least one first and one second portions interconnected by a central connection portion, the first sheet further comprising at least one first and one second lateral connecting portions, the first portion being interposed between the first lateral connecting portion and the central connecting portion, the second portion being interposed between the central connecting portion and the second lateral connecting portion, comprising at least one first and one second longitudinal edges opposite to each other and a first and a second end edges opposite to each other, the first end edges of the portions of the first sheet defining a first end edge of said first sheet, the second end edges of the portions of the first sheet defining a second end edge of said first sheet, said portions, said central connecting portion and said lateral connecting portions being joined along the longitudinal edges and aligned along a single connecting direction, and wherein the step of making the stop element comprises at least the following sub-steps: providing at least one first lateral sheet connected to a longitudinal edge of the first lateral connecting portion of the first sheet, the first lateral sheet being integrally joined to the first sheet and being opposite to the first portion of the first sheet with respect to the first lateral connecting portion, said first lateral sheet comprising at least one first, one second and one third portions integrally joined to each other, the first portion of the first lateral sheet being integrally joined to the first lateral connecting portion of the first sheet, the second portion of the first lateral sheet being interposed between the first and third portions of the first lateral sheet itself, folding the first lateral sheet on the first sheet so that at least the second and third portions of the first lateral sheet are overlapped on and in contact with the first portion of the first sheet, constraining, for example by gluing, the third portion of the first lateral sheet to the first portion of the first sheet, folding the central connecting portion and second portion of the first sheet on the first portion of the first sheet and on the first lateral sheet, constraining, for example by gluing, the first portion of the first lateral sheet to the second portion of the first sheet, constraining, for example by gluing, the second lateral connecting portion to the first lateral connecting portion of the first sheet, folding the first sheet along the longitudinal edges of the portions of the first sheet itself, during the step of folding the first sheet, the same enables to fold, relatively to each other, the portions of the first lateral sheet, following the step of folding the first sheet, this latter defines the compartment while the first lateral sheet defines the stop element inside the compartment.

18. Process according to claim 17, further comprising the following steps: providing a second sheet with a flat configuration, said second sheet being connected to the first end edge of the first portion of the first sheet, the second sheet comprising a first and second portions integrally joined to each other, the first portion of the second sheet being interposed between the first portion of the first sheet, and the second portion of the second sheet, folding the second sheet in order to define the closure system at the first opening of the compartment, the folding step occurring after the step of folding the first sheet in order to define said compartment, the second sheet being integrally joined to the first sheet and to the first lateral sheet in order to define a single sheet of paper material.

Description

DESCRIPTION OF DRAWINGS

[0223] Some embodiments and some aspects of the invention will be described in the following with reference to the attached drawings, given only in an indicative and therefore non limiting way, wherein:

[0224] FIG. 1 is a perspective view of a first embodiment of a package according to the present invention;

[0225] FIG. 2 is a schematic cross-section view of the package in FIG. 1;

[0226] FIG. 3 is a further perspective view of the package according to FIGS. 1 and 2;

[0227] FIG. 4 is a top view of a blank for obtaining a container according to the present invention;

[0228] FIG. 5 is a perspective view of a second embodiment of the package according to the present invention;

[0229] FIG. 6 is a cross-section schematic view of the package in FIG. 5;

[0230] FIG. 7 is a further perspective view of the package according to FIGS. 5 and 6;

[0231] FIG. 8 is a top view of a blank for making a container according to the present invention;

[0232] FIGS. 9 to 12 are schematic views of blank folding steps of making a container according to the present invention;

[0233] FIG. 13 is a perspective view of a third embodiment of a package according to the present invention;

[0234] FIG. 14 is a cross-section schematic view of the package in FIG. 13;

[0235] FIG. 15 is a top view of a blank for making a container according to the present invention;

[0236] FIGS. 16 and 17 are perspective views of a fourth embodiment of a package according to the present invention;

[0237] FIG. 18 is a top view of a blank for making a container according to the present invention;

[0238] FIG. 19 is a further perspective view of the package, according to the fourth embodiment, according to the present invention;

[0239] FIG. 20 is a perspective view of a container according to the present invention;

[0240] FIG. 21 is a cross-section schematic view of the container in FIG. 20;

[0241] FIGS. 22 to 28 are further views of the container in FIG. 20 according to the present invention;

[0242] FIG. 29 is a top view of a blank for making a container according to the present invention;

[0243] FIGS. 30 to 35 are schematic views of steps of making a fifth embodiment of a package according to the present invention;

[0244] FIG. 36 is a perspective view of a fifth embodiment of a package according to the present invention;

[0245] FIGS. 37 and 38 are detailed view of a container of the package in FIG. 36 according to the present invention;

[0246] FIGS. 38A and 38B are further detailed views of the package in FIG. 36;

[0247] FIG. 39 is a detailed view of the package in FIG. 36;

[0248] FIGS. 40 to 42 are associated perspective views of a container according to the present invention;

[0249] FIG. 43 is a top view of a blank for obtaining a container according to FIGS. 40 to 42;

[0250] FIGS. 44 to 49 are schematic views of a process for making a container according to FIGS. 40 to 43;

[0251] FIG. 50 is a top view of a blank for obtaining a container and an associated package according to the present invention;

[0252] FIG. 51 is a perspective view of a sixth embodiment of a package according to the present invention;

[0253] FIG. 52 is a cross-section schematic view of the package in FIG. 51;

[0254] FIGS. 52A and 52B are detailed views of a container of the package in FIG. 51.

MATERIALS AND DEFINITIONS

[0255] The figures could illustrate the object of the invention by not in scale views; therefore, parts and components illustrated in the figures in relation to the object of the invention, could only indicate schematic views.

[0256] Instead, the term product means an article or a compound of articles of any type. For example, the product can be a drug or medicament at the solid, liquid or gel state, in other words in a state of two or more of the cited aggregation states. Further, the product can mean a package, for example a blister pack, receiving a plurality of articles. The term product can further mean at least one selected in the group of: one or more bottles of cosmetics articles, one or more bottles of drugs.

[0257] The container 1 can be at least partially made of a paper sheet material. The term paper material means paper or paperboard: specifically, the sheet material useable for making the container can exhibit a grammage comprised between 100 and 500 g/m2, particularly comprised between 200 and 400 g/m2. The relevant paper material extends between a first and second prevalent development surfaces. The sheet paper material used for making the container can, in an embodiment variant thereof, be covered, for at least part of the first and/or second prevalent development surfaces, by a coating of plastic material, for example a film, whose aim consists of reinforcing the container. When the coating is placed in order to cover an outer surface of the container, this can be further used for defining a water and/or moisture barrier useful for avoiding the weakening and the structurality loss of the container with the consequent deformation of the paper material making this latter component. Advantageously but in a non in a limiting way, the coating could comprise a plastic film adapted to completely cover both the sides (first and second prevalent development surfaces) of the paper material defining the container; the thickness of coating film can have values varying between 5 and 300 μm, particularly between 10 and 200 μm, still more particularly between 10 and 100 μm. The plastic material of the coating can be for example selected among the following materials: LDPE, HDPE, PP, PE.

DETAILED DESCRIPTION

1. Package

[0258] 100 generally indicates a package for example usable for containing pharmaceutical and/or cosmetic products. In a preferred but non limiting embodiment of the invention, the package can find application in all the fields requiring, for safety reasons, to prevent children from opening the package itself.

1.1 Preferred Embodiment of the Invention

[0259] A preferred embodiment of the present invention provides a package 100 as illustrated in FIG. 36. Such package 100 comprising a container 1 exhibiting a type of closure which, as it will be better described in the following, enables to open the container 1 just on a side and only under determined conditions. Further, such package 100 comprises a system which, as it will be better described in the following, prevents to completely extract the wrapping 101 containing one or more products P.

[0260] The container 1 comprises a compartment 2 made of sheet material, particularly of paper sheet material, defining an inner volume 3 configured for housing at least one product P. The compartment 2 substantially is the recess adapted to house the product (particularly a plurality of products P). Particularly, the compartment 2 comprises a predetermined number of lateral walls 4 defining at least one passage opening 5 delimited by a free edge 6: the passage opening 5 is configured for putting into communication the inner volume 3 of the compartment 2 with the outer environment. The attached figures illustrate, in a non limiting way, a configuration of the compartment 2 exhibiting two passage openings opposite to each other with respect to the compartment itself so that this latter can define substantially a conduit or tube laterally delimited by said walls 4 and open at the longitudinal ends. Still more particularly, the compartment extends between a first and second longitudinal end portions 2a, 2b along a longitudinal development direction of the compartment 2 itself; the lateral walls 4 therefore define: [0261] a first passage opening 5 delimited by a free edge 6 and placed at the first longitudinal end portion 2a of the compartment 2, [0262] a second passage opening 205 delimited by a respective free edge 206 and placed at the second longitudinal end portion 2b of the compartment 2.

[0263] The attached figures illustrate a preferred but non limiting configuration of the compartment 2 which exhibits a rectangular prismatic shape (flat lateral walls 4 having a rectangular shape). De facto, the compartment exhibits a front wall 4a and a rear wall 4b facing and parallel to each other: the front wall and rear wall are connected to each other by means of a first and second lateral walls 4c, 4d also facing and parallel to each other. The front wall 4a is spaced from the rear wall 4b; the first and second lateral walls 4c, 4b of the compartment 2 are also spaced from each other.

[0264] However, it is not excluded the possibility of making a compartment 2 with a different shape, for example a square, trapezoidal shape.

[0265] The invention provides a small-sized container 1, the compartment 2 thereof defines an inner volume 3 substantially greater than 20,000 mm.sup.3, particularly comprised between 40,000 and 200,000 mm.sup.3. However, the container 1 object of the present invention, can be used for packaging medium-sized products; under such condition, the compartment 2 can exhibit an inner volume 3 greater than 500,000 mm.sup.3, particularly comprised between 800,000 and 1,400,000 mm.sup.3. However, it is not excluded the possibility of using the container 1 object of the present invention, for packaging large-sized products; under such condition, the compartment 2 thereof exhibits an inner volume 3 greater than the above mentioned volumes, for example greater than 10,000 cm.sup.3 and anyway in a non limiting way.

[0266] Moreover, the container 1 comprises at least one closure system 7 (as illustrated in FIGS. 19 and 20, for example) of sheet material, particularly of paper sheet, engaged at the free edge 6 and movable, particularly by rotation, with respect to the compartment 2: the closure system 7 is defined at the first end portion of the compartment 2. Specifically, the closure system 7 is configured for defining at least one closure condition (see FIG. 23, for example) in which the system 7 itself prevents the communication between the inner volume 3 of the compartment 2 and the outer environment; the closure system 7 is further configured for defining at least one open condition (see FIG. 19, for example) in which the closure system 7 itself enables the communication between the inner volume 3 and the outer environment. De facto, the system 7 substantially embodies a cover adapted to cooperate with the compartment 2 in order to manage the access to the inner volume 3.

[0267] More particularly, the closure system 7 exhibits a closing portion 9 directly engaged with and joined in one piece to the free edge 6 of the compartment 2: the closing portion 9 embodies the component of the tab 8 configured for preventing the passage through the opening 5 under the closure condition of the system 7 itself. As it is visible in the attached figures, the closing portion 9 substantially comprises a flat body of sheet material countershaped to the free edge 6 of the opening 5. The attached figures schematically show a preferred configuration of the closing portion 9 exhibiting a rectangular shape completely countershaped to the free edge 6. Moreover, the tab 8 exhibits at least one inserting portion 10 (FIG. 19) configured for being inserted, under the closure condition of the system 7, into the volume 3 of the compartment 2. The inserting portion 10 is joined in one piece to the closing portion 9 and emerges from this latter: the inserting portion 10 represents substantially an extension of the closing portion 9 adapted to be inserted, under the closure condition of the system 7, into the compartment 2. Specifically, under the closure condition of the closure system 7, the inserting portion 10 is positioned completely inside the volume 3 of the compartment 2. As it is visible in the attached figures, the inserting portion 10 comprises also a substantially flat body of sheet material having, in a non limiting, a rectangular shape. As it is visible for example in the cross-section view in FIG. 21, the inserting portion 10 extends between a first and second prevalent development surfaces 10a, 10b respectively facing the outside (directly facing the front wall 4a and the compartment 2) and the inner volume 3 of the compartment 2. Under the closure condition of the system 7, at least one portion of the first development surface 10a of the inserting portion 10 faces, particularly contacts, directly a part of a lateral wall 4 of the compartment 2 (particularly the front wall 4a): the surface 10a, under the closure condition of the system 7, extends at least parallelly to the front wall 4a of the compartment 2, particularly, to a wall of the compartment 2 opposite to the wall directly connected to the system 7, in other words the rear wall 4b.

[0268] Moreover, the inserting portion 10 comprises an actuating portion 22 (FIG. 23) destined to be actuated for enabling to open the container 1, as it will be described more specifically in the following.

[0269] As illustrated in the attached figures, the free edge 6 exhibits a recess 23 substantially a depression of the free edge 6 itself (FIG. 23). The recess 23 exhibits an open outline exhibiting a concavity having, in a non limiting way, a substantially “C” shape. The recess 23 is configured for enabling to see and grip at least part of the inserting portion 10 under the closure condition of the system 7. Particularly, under the closure condition of the closure system 7, the concavity of the recess 23 of the free edge 6 leaves exposed the actuating portion 22 of the inserting portion 10, which therefore becomes accessible from the outside of the container 1 and suitably movable.

[0270] The closing portion 9 and inserting portion 10 exhibit an interconnection edge opposite to the free edge 6 of the compartment 2 with respect to the closing portion 9 itself: the inserting portion 10 is rotatively movable with respect to the closing portion 9 around said reciprocal connection edge. The inserting portion 10, under the closure condition of the system 7, is configured for defining, along a cross-section and in cooperation with the closing portion 9, a substantially “L” shape: under such condition, the inserting portion 10 substantially extends parallelly to the wall 4a of the compartment 2.

[0271] As it is visible in FIG. 20 for example, the closure system 7 further comprises at least one slot 15, which enables the communication between the inner volume 3 of the compartment 2 and the outer environment. The slot 15 can be defined at the inserting portion 10; alternatively, the slot 15 can be defined at the closing portion 9 or can develop at both the inserting 10 and closing portions 9. As illustrated in the attached figures, the slot 15 can be defined at a folding line substantially interposed between the inserting portion 10 and closing portion 9. Under the closure condition of the closure system 7, the slot 15 is arranged at the free edge 6 of the compartment 2.

[0272] According to the embodiment shown in FIGS. 19, 30, the closure system 7 can exhibit, in a non limiting way, two slots 15, between them an abutment edge 21 is interposed. The abutment edge 21, as it will be better described in the following, is destined to cooperate with an opening device 14.

[0273] The slots 15 can exhibit the same dimensions or, alternatively, different dimensions. From the dimensional point of view, each slot 15 can exhibit a width comprised between 3 and 200 mm, particularly comprised between 5 and 50 mm.

[0274] The slot 15 is substantially formed by a cutout 15a carried by the closure system 7. The cutout 15a is carried by the closure system 7 and, particularly, is defined at the inserting portion 10 of the closure system 7 and, under the closure condition, is arranged at the free edge 6. By folding the inserting portion 10 with respect to the closing portion 9, the cutout 15a enables to rotatively move a flap of the closing portion 9 defined by the cutout 15a itself and open a space or aperture forming, as stated, said slot 15. The cutout 15a exhibits a substantially “U” shape and the slot 15, obtained by it, exhibits a substantially rectangular shape. Alternatively, the cutout 15a can be formed by an aperture defined between the inserting portion 10 of the closure system 7, and a lateral wall 4 of the compartment 2.

[0275] As it is visible for example in FIG. 19, the closure system 7 can further comprise at least one abutment portion 24 engaged to the free edge 6 of the compartment 2 adjacent the tab 8: the abutment portion 24, under the closure condition, is configured for being interposed between the inner volume 3 and tab 8 in order to cooperate with this latter for holding stably it in said closure condition. The abutment portion 24 substantially comprises a flat tab of sheet material joined in one piece to the free edge 6 of the compartment 2 adjacent to the closing portion 9. The abutment portion 24 exhibits, in a non limiting way, a rectangular or trapezoidal shape. The abutment portion 24 is also configured for rotating around the abutment edge 6 for facing, under at least the closure condition of the container 1, the inside of the compartment 2.

[0276] More particularly, the abutment portion 24 is constrained to the free edge 6 in order to engage, under the closure condition of the container 1, at least part of the inserting portion 10 and/or of the closing portion 9 for stably holding the tab 8 in said condition. Advantageously, the container 1 comprises two abutment portions 24 opposite to each other with respect to the tab 8: this latter is interposed between the two abutment portions 24 (FIG. 19). In such configuration, the two abutment portions 24 work symmetrically on the tab 8 for stably holding it in the closure condition. Advantageously, the closure system 7 is made of a paper material sheet and is obtained by folding it; particularly, the closure system 7 is made in one piece with the compartment 2 and is made of the same paper material sheet.

[0277] As it is visible in FIGS. 19 to 23 for example, the container 1 further comprises at least one safety device 11 made of a sheet material, particularly a paper sheet material. The safety device 11 comprises at least one first hooking portion 12 carried by the tab 8, and at least one second hooking portion 13 engaged to the compartment 2. The first and second hooking portions 12, 13 are configured for stably engaging with each other during a closure condition of the closure system 7. Under the closure condition of the closure system 7, the container 1 is substantially in a safety condition, in which the container 1 is prevented from opening by the engagement between the first and second hooking portions 12, 13. As it is visible in FIGS. 16, 17, from 19 to 22 for example, the second hooking portion 13 is arranged inside the compartment 2 and lies substantially in a plane parallel to one of the lateral walls 4. The second hooking portion 13 develops completely inside the volume 3 (is completely arranged inside the inner volume of the compartment 2) of the compartment 2 both under the closure condition and the open condition of the closure system 7. With reference to the first hooking portion 12, under the closure condition of the system 7, it is configured for being inserted at least partially, particularly completely, into the inner volume 3 of the compartment 2 in order to stably engage the second hooking portion 13. Under the closure condition of the system 7, the first hooking portion 12 is completely contained inside the volume 3 of the compartment 2, and is spaced from the free edge 6. Moreover, under the closure condition of the system 7, the engagement between the second hooking portion 13 and first hooking portion 12 is completely defined inside the inner volume 3. The engagement between the first and second hooking portions 12, 13 is of a reversible type; in other words, after reaching the open condition of the closure system 7, the first and second hooking portions 12, 13 can be again (reversibly) engaged to define again the closure condition of the closure system 7, and then a new safety condition of the safety device 11. This is possible because, upon switching between the closure condition and open condition, the first hooking portion 12 is simply disengaged from the second hooking portion 13. Specifically, upon switching between the closing condition and open condition, the second hooking portion 13 is not removed or disconnected from the compartment 2 but remains engaged to a lateral wall 4 of the compartment 2 itself inside its volume. In this way, following each open condition of the closure system, the first and second hooking portions 12, 13 are configured for defining a safety condition wherein such portions are stably engaged with each other.

[0278] The first hooking portion 12 is engaged, particularly directly carried, by the tab 8 of the closure system 7. Advantageously, the first hooking portion 12 is only carried, but non in a limiting way, by the inserting portion 10 of the tab 8: the two portions 12 and 10 are advantageously joined in one piece in order to form a single body, particularly a single paper material sheet. De facto, the first hooking portion 12 comprises a flat sheet body emerging, particularly without interruptions, from the inserting portion 10 opposite to the closing portion 9: the inserting portion 10 is so therefore interposed between the closing portion 9 and first hooking portion 12. The first hooking portion 12, under the closure condition of the system 7 and therefore during the insertion of the inserting portion 10 into the compartment 2, is configured for being also inserted into the inner volume 3.

[0279] The sheet material body of the first hooking portion 12 extends between a first and second prevalent development surfaces 12a, 12b (FIG. 21) respectively facing the same direction of the first and second surfaces 10a, 10b of the inserting portion 10: the first surfaces 10a, 12a extend, without interruption, between them and directly face a same lateral wall 4 (the front wall 4a) of the compartment 2 opposite to the lateral wall 4 directly connected to the system 7 (rear wall 4b). The second surfaces 10b, 12b extend also, without interruption, between them and face the inner volume 3 of the compartment 2.

[0280] More particularly, the first hooking portion 12 exhibits at least one undercut 16 configured for stably engaging the second hooking portion 13 arranged inside the compartment 2 under the closure condition of the system 7. The undercut 16 is distinct and spaced from the free edge 6 of the compartment 2. As illustrated in FIG. 20, the undercut 16 comprises at least one hook 16 having a seat 20a provided with a concavity. Preferably, the first hooking portion 12 comprises two hooks 20 having respective seats 20a, the concavities thereof face away from each other. The undercut 16 is configured for engaging the second hooking portion 13. The second hooking portion 13 is engaged, in a non limiting way, to a lateral wall 4 of the compartment 2 (the front wall 4a) directly facing, under the closure condition of the system 7, the inserting portion 10.

[0281] The sheet material body of the second hooking portion 13 extends between a first and second prevalent development surfaces 13a, 13b (FIG. 21). The first surface 13a is directly connected to an inner surface of the compartment 2 and faces, under the closure condition of the system 7, the second surface 10b of the inserting portion 10.

[0282] The second hooking portion 13 exhibits in turn at least one undercut 17, which is arranged inside the compartment 2 and is configured for engaging the undercut 16 of the first hooking portion 12 at least in the closure condition of the system 7. As illustrated in FIG. 20, for example, the undercut 17 exhibits a gripping edge 17a distinct and separated from the free edge 6 of the compartment 2. The undercut 17 exhibits at least one hook 18, which defines a seat 19. The seat 19 exhibits a substantially “C” shape. Moreover, the seat 19 exhibits a concavity facing a lateral wall 4 of the compartment 2 (the front wall) and is configured for housing and engagingly holding the first hooking portion 12. In other words, under the closure condition of the system 7, the first hooking portion 12 is engaged inside the seat 19, and the undercuts 16, 17 are engaged with each other (see FIG. 22, for example). In the safety condition (in other words in the closure condition of the system 7), the concavity of the seat 19 of the hook 18 of the second hooking portion 13 faces the concavity of the seat 20a of the hook 20.

[0283] For being capable of opening the container 1, the same is provided with an opening device (or key) 14. The opening device 14 is configured for enabling the system 7 to switch from the closure condition (safety condition of the container 1) to the open condition and to therefore ensure to open the container 1.

[0284] The opening device 14 exhibits a gripping portion 30 from which one or more appendages 20 (FIG. 23) emerge. The appendages 26 can exhibit a polygonal shape, for example a substantially square or rectangular or trapezoidal shape. The appendages 26 are configured and sized for being inserted into the slot 15 in order to contact, under the closure condition of the system 7, the first and second hooking portions 12, 13 and for disengaging them.

[0285] The opening device 14 could further comprise a plurality of appendages 26 or further projections or valleys which can be destined to functions alternative to the one of disengaging the first and second hooking portions 12, 13. For example, such appendages or projections or valleys can contribute to determine the control of the position of the opening device 14 upon inserting it inside the slot 15. Moreover, the opening device 14 can be configured (by its shape) for preventing other devices having a different shape from being used as a substitute for determining the opening of the container 1.

[0286] The attached figures illustrate, in a non limiting way, a preferred embodiment of the opening device 14 exhibiting two appendages 26 projecting from the gripping portion 30 (see FIG. 23, for example). The appendages 26 develop away from an abutment edge 27 defined between them. According to such embodiment, the opening device 14 exhibits a substantially “C” or “H” or “A” shape.

[0287] Upon inserting the opening device 14 inside the slots 15, the abutment edge 27 of the opening device 14 abuts against an abutment edge 21 of the closure system 7 in order to limit the advancement of the opening device 14 inside the slots themselves and therefore for preventing it from completely entering inside the volume 3 of the compartment 2. If the opening device 14 is completely inside the volume 3 of the compartment 2, opening the container 1 could be difficult because it would be impossible for the user operating on the opening device 14 itself for opening the container 1. The abutment edge 21 is preferably defined on the closing portion 9 between the slots 15.

[0288] The opening device 14 is made of sheet material, particularly of paper sheet material. The opening device 14 can be made of the same material as the compartment 2 or container 1. The opening device 14 can be made in one piece with the container 1 and can be formed by a portion destined to be teared or separated from the container 1.

[0289] Advantageously, the container 1 can further comprise a case provided with a housing seat adapted to receive and support the opening device 14 under non operative conditions of this latter. The case is engaged outside the volume 3 of the compartment 2. According to a preferred embodiment, the case is made of a paper material sheet.

[0290] In the preferred embodiment of the package 100, the container 1 further comprises a second passage opening 205 arranged at the second end portion 2b of the compartment 2. At the second end portion 2b of the compartment 2, the container 1 comprises an occluding system 207 (as illustrated in FIG. 36, for example) of sheet material, particularly of paper sheet engaged to the free edge 206 of the second opening 205.

[0291] Therefore, the occluding system 207 is defined versus the closure system 7 and the associated safety device 11 with reference to the compartment 2. The occluding system 207 is configured for irreversibly closing the second passage opening 205 and therefore preventing from gaining access from the outside of the inner volume 3 of the compartment 2 through said second passage opening 205. In the preferred embodiment of the package 100, the container 1 is openable only at the first passage opening 5 of the compartment 2.

[0292] Specifically, the occluding system is configured for preventing the access to the inner volume 3 of the compartment, through the opening 205, following a first-time closure condition of the occluding system 207. De facto, the system 207 following a first condition of the same, is configured for irreversibly blocking and therefore preventing the same from being reopened.

[0293] In order to a better understand the structure of the occluding system 207, FIGS. 36 to 39 outline a step of the first-time closure of the occluding system, at the end of it, the system 207 irreversibly occludes the passage 205 of the compartment. On the contrary, FIGS. 38a and 38b outline the occluding system blocked inside the compartment 2.

[0294] As it is visible in FIG. 37, the occluding system 207 comprises at least one tab 208 which exhibits a closing portion 209 directly engaged and joined in one piece to the free edge 206 of the compartment 2: the closing portion 209 is the component of the tab 208 configured for preventing the passage through the opening 205 of the system 207 itself. As it is visible for example in FIG. 37, the closing portion 209 comprises substantially a flat body of sheet material countershaped to the free edge 206 of the opening 205. The attached figures outline a preferred configuration of the closing portion 209 exhibiting a rectangular shape completely countershaped to the free edge 206.

[0295] The tab 208 comprises an inserting portion 210 (FIG. 36) arranged inside the volume 3 of the compartment 2. The inserting portion 10 is joined in one piece to the closing portion 9 and emerges from this latter: the inserting portion 210 substantially represents an extension of the closing portion 209. Particularly, the inserting portion 210, under an operative condition defined after the first-time closure condition of the occluding system 207, is positioned completely inside the volume 3 of the compartment 2. As it is visible in FIGS. 36 to 38B, also the inserting portion 210 comprises substantially a flat body of sheet material having, in a non limiting way, a rectangular shape. As it is for example visible in the cross-section view in FIG. 38B, the inserting portion 210 extends between a first and second prevalent development faces 210a, 210b respectively facing the outside (directly facing the front wall 4a of the compartment 2) and facing the inner volume 3 of the compartment 2: at least a portion of the first development surface 210a of the inserting portion 210 faces, particularly contacts, directly a part of a lateral wall 4 of the compartment 2 (particularly of the front wall 4a). The surface 210a extends at least partially parallelly to the front wall 4a of the compartment 2, particularly parallelly to a wall of the compartment 2 opposite to the wall directly connected to the system 207, in other words the rear wall 4b.

[0296] The closure condition 209 and inserting portion 210 exhibit an interconnection edge opposite to the free edge 206 of the compartment 2 with reference to the closing portion 209 itself. The inserting portion 210 is configured for defining, along a cross-section and in cooperation with the closing portion 209, a substantially “L” shape. More particularly, the closing portion 209 of the tab 208 of the occluding system 207 exhibits a shape delimited by an outer closed perimeter countershaped and substantially identical to the second passage opening 205 of the compartment 2: the closing portion 209 of the occluding system 207 covers completely the second passage opening 205 of the compartment 2. As it is visible in FIG. 37, the closing portion 209 of the occluding system 207 is devoid of through openings; particularly, the closing portion 209 is joined in one piece to the inserting portion 210 in order to define a single continuous body delimited by a single closed outer perimeter devoid of through openings defined inside said closed outer perimeter.

[0297] As it is for example visible in FIG. 37, the occluding system 7 can comprise at least one abutment portion 224 engaged to the free edge 206 of the compartment 2 adjacent the tab 208: the abutment portion 224 is configured for being interposed between the inner volume 3 and tab 208 in order to cooperate with this latter for enabling to better block the system 207. The abutment portion 224 substantially comprises a flat tab of sheet material joined in one piece to the free edge 206 of the compartment 2 adjacent the closing portion 209. The abutment portion 224 exhibits, in a non limiting way, a rectangular or trapezoidal shape.

[0298] More particularly, the abutment portion 224 is constrained to the free edge 206 in order to be able to engage at least partially the inserting portion 210 and/or a closing portion 209 for stably holding the tab 208 in said condition. Advantageously, the container 1 comprises two abutment portions 224 opposite to each other with respect to the tab 208: this latter is interposed between the two abutment portions 224 (FIG. 37). In such configuration, the two abutment portions 224 symmetrically work on the tab 207 and with the occluding system 207 for stably holding this latter. Advantageously, the occluding system 207 is made of paper material sheet and is obtained by folding it; specifically, the system 207 is made in one piece with the compartment 2 and by the same paper material sheet.

[0299] More specifically as it is visible in FIG. 37 for example, the occluding system 207 comprises at least one first hooking portion 212 carried by the tab 208 and at least one second hooking portion 213 engaged to the compartment 2. The first and second hooking portions 212, 213 are stably and irreversibly engaged with each other. Following the first-time closure condition of the system 207, the container 1 is substantially in a blocking condition in which the container 1 at the second passage opening 205 (at the second end portion 2b of the compartment 2) is prevented from being opened by the engagement between the first and second hooking portions 212, 213. The second hooking portion 213 is placed inside the compartment 2 and lies substantially in a plane parallel to one of the lateral walls 4. Particularly, the second hooking portion 213 comprises a tab of sheet material, optionally of paper sheet material, extending along a development plane: the tab of the hooking portion 213 comprises a body having a substantially “C” shape the concavity thereof faces away from the closing portion 209 of the occluding system 207. As it is for example visible in the cross-section view in FIG. 38B, the tab in the second hooking portion 213 of the closure system 207 is sloped with respect to the inserting portion 210 facing said second hooking portion 213; particularly, the tab of the second hooking portion 213 of the occluding system 207 exhibits an angle of inclination with respect to the inserting portion 210 facing said second hooking portion 213 less than 20°, optionally less than 10°.

[0300] The second hooking portion 213 develops completely inside the volume 3 (is completely arranged inside the inner volume of the compartment 2) of the compartment 2. The first hooking portion 212 is also arranged completely inside the inner volume 3 of the compartment 2. Specifically, the first hooking portion 212 is completely received inside the volume 3 of the compartment 2 and is spaced from the free edge 206 of the second passage opening: the engagement between the second hooking portion 213 and first hooking portion 212 is completely defined inside the inner volume 3. The engagement between the first and second hooking portions 12, 13 is of an irreversibly type; in other words, after reaching the first-time closure condition of the occluding system, the first and second hooking portions 212, 213 cannot be disengaged anymore and therefore define an open condition of the container 1. This is possible because the closing portion 209 and inserting portion 210 comprise, as hereinbefore described, solid bodies devoid of openings, configured for covering the engagement between the portions 212 and 213: in this way, there is no way for reaching the hooking portions 212 and 213 from the outside and therefore cannot be unhooked in any way.

[0301] More particularly, the first hooking portion 212 is engaged, particularly directly carried by, the tab 208 of 207. Advantageously, the first hooking portion 212 is only carried, but not in a limiting way, by the inserting portion 210 of the tab 208: the two portions 212 and 210 are advantageously joined in one piece for forming a single body, particularly a single paper material sheet. De facto, the first hooking portion 212 comprises a flat sheet body emerging, particularly without interruption, from the inserting portion 210 opposite to the closing portion 209: the inserting portion 210 is therefore interposed between the closing portion 209 and first hooking portion 212. The body of sheet material of the first hooking portion 212 extends between a first and second prevalent development surfaces 212a, 212b (FIG. 38B) respectively facing in the same direction of the first and second surfaces 210a, 210b of the inserting portion 210: the first faces 210a, 212a extend without interruption between them and directly face a same lateral wall 4 (the front wall 4a) of the compartment 2 opposite to the lateral wall 4 directly connected to the system 207 (the rear wall 4b). The second surfaces 210b, 212b extend also without interruption between them and face the inner volume 3 of the compartment 2.

[0302] More particularly, the first hooking portion 212 exhibits at least one undercut 216 stably engaged to the second hooking portion 213 arranged inside the compartment 2. The undercut 216 is distinct and spaced from the free edge 206 of the compartment 2. As illustrated in FIG. 37, the undercut 216 comprises at least one hook 220 having a seat 220a provided with a concavity. Preferably, the first hooking portion 212 comprises two hooks 220 having respective seats 220a the concavities thereof face away from each other. The undercut 216 is engaged to the second hooking portion 213 (FIG. 38A).

[0303] The second hooking portion 213 is engaged, in a non limiting way, to a lateral wall 4 of the compartment 2 (the front wall 4a) directly facing the inserting portion 210. The sheet material body of the second hooking portion 213 extends between a first and second prevalent development surfaces 213a, 213b (FIG. 38B). The first surface 213a is directly connected to an inner surface of the compartment 2 and faces the second surface 210b of the inserting portion 210.

[0304] The second hooking portion 213 exhibits in turn at least one undercut 217, which is arranged inside the compartment 2 stably (irreversibly) engaged to the undercut 216 of the first hooking portion 212. As illustrated in FIG. 38A for example, the undercut 217 exhibits a gripping edge 217a distinct and spaced from the free edge 206 of the compartment 2. The undercut 217 exhibits at least one hook 218, which defines a seat 219. The seat 219 exhibits a substantially “C” shape. Moreover, the seat 219 exhibits a concavity facing the lateral wall 4 of the compartment 2 (the front wall) inside which the first hooking portion 212 is housed (held). In other words, the first hooking portion 212 is engaged inside the seat 219 and the undercuts 216, 217 are engaged with each other (see FIG. 38A, for example). The concavity of the seat 219 of the hook 218 of the second hooking portion 213 faces the concavity of the seat 220a of the hook 220.

[0305] The package 100 of the preferred embodiment of the invention exhibits a container 1 comprising at least one stop element 80. Possible variants of the stop element are illustrated in a non limiting way in FIGS. 1 to 3, 5, 7, 13, 14.

[0306] The stop element 80 is placed inside the compartment 2 between the passage opening 5 and a longitudinal mid portion of the compartment 2 defined between the first and second end portions 2a, 2b of the compartment 2: the stop element 80 emerges, from at least one lateral wall 4 of the compartment 2, inside this latter in order to define a projection. Still more particularly, the stop element 80 extends from a lateral wall 4 of the compartment to a lateral wall 4 opposite to the compartment itself. The stop element 80 is connected, particularly directly connected, and joined in one piece, to two lateral walls 4 of the compartment 2, opposite and facing each other. The attached figures illustrate in a preferred embodiment of the invention the stop element 80 extending between and directly connected to the front wall 4a and rear wall 4b of the compartment.

[0307] Advantageously, the stop element 80 is arranged at the first end portion 2a of the compartment 2, spaced from the passage opening 5.

[0308] De facto, the stop element 80 is interposed between the first and second lateral walls 4c, 4d but spaced from these latter.

[0309] The stop element 80 comprises a tab 81 of sheet material, particularly of paper sheet material, which extends along a plane parallel to the longitudinal development direction of the compartment 2. Specifically, the tab 81 of the stop element 80 extends along a plane substantially parallel to the first and second lateral walls 4c, 4d of the compartment 2.

[0310] The tab 81 exhibits a predetermined extension along said longitudinal development direction of the compartment 2; the ratio of a predetermined longitudinal extension of the compartment 2—defined by a maximum distance between the first and second end portions 2a, 2b—to the predetermined longitudinal extension of the stop element 80, particularly of the tab 81, is greater than 2, particularly greater than 3, still more particularly comprised between 3 and 10.

[0311] FIGS. 1 to 3 illustrate a first embodiment of the container 1 comprising a single stop element 80 arranged in proximity of the first lateral wall 4c of the compartment 2. Such stop element 80 is near, but anyway spaced from the lateral wall 4c. Such stop element 80 exhibits a minimum distance from the first lateral wall 4c less than a minimum distance from the second lateral wall 4d. However, it is not excluded the possibility of making a single stop element 80 placed in proximity of the single second lateral wall 4d (condition not illustrated in the attached figures).

[0312] In a second embodiment of the container 1, the same exhibits a single stop element 80 arranged at a transversal mid portion of the compartment 2 defined between the first and second lateral walls 4c, 4d (see FIGS. 5 to 7).

[0313] In a third embodiment of the container 1, the same exhibits a first stop element 80 defined at and spaced from the first lateral wall 4c of the compartment 2, and a second stop element 180 defined at and spaced from the second lateral wall 4d of the compartment 2 (see FIGS. 13 and 14). The first and second stop elements exhibiting a structure identical to the one above described with reference to the stop element 80 (the first and second stop elements are defined by respective tabs 81 and 181).

[0314] Moreover, the package 100 comprises at least one wrapping 101 housed at least partially inside the compartment 2 and holding one or more products P. The wrapping 101 comprising a base portion 102 of sheet material, for example of plastic material, substantially extending along a plane transversal, particularly perpendicular, to the development (extension) plane of the tab (81 and/or 181) of the stop element. Advantageously, the development plane of the base portion 102 is substantially parallel to the front and rear walls of the compartment 2.

[0315] The base portion 102 comprises a plurality of reliefs 103 emerging from the development plane of the portion 102 itself; each relief 103 defines a seat adapted to contain at least one product P. Moreover, the package 101 comprises at least one covering portion 104 of sheet material, arranged to close the seats containing the products P. The package 101 is configurable between a first operative position wherein the package 101 is completely housed in the compartment 2 of the container 1 (see FIGS. 1, 2, 5 and 6 for example) and a second operative position wherein part of the package 1 is arranged outside the volume 3 of the compartment 2; the package 101, in the second operative position, exhibits at least one portion housed in the inner volume of the compartment 2.

[0316] The attached figures illustrate a preferred embodiment of the package 101 which comprises a blister back housing a plurality of products P, advantageously but non in a limiting way, the package 100 comprises a plurality of wrappings 101 and particularly of blister packs.

[0317] As it is for example visible in FIG. 2, the package 101 comprises at least one abutment element 105 directly carried by the base portion 102 and/or covering portion 104; the abutment element 105, in the second operative position of the package 101, is configured for abutting against the stop element 80 for preventing to completely extract the package 101 from the container 1.

[0318] In a first embodiment of the package 101, the same exhibits an abutment element 105 comprising a projection 105a laterally emerging from the base portion 102 towards the first lateral wall 4c. The projection 105a of the abutment element 105, in the second operative position of the package 101, is configured for abutting against the stop element 80 defined at and spaced from the first lateral wall 4c of the compartment 2 as illustrated in FIG. 3, for preventing to completely extract the package 101 from the container 1. Advantageously, the projection 105a is joined in one piece to the base portion 102 directly carrying said products P.

[0319] Specifically, and as it is visible in FIG. 2, the abutment element 105—in its first embodiment, can further comprise a further projection 105b joined in one piece to the projection 105a and therefore to the base portion 102 and/or closing portion 104 of the package 101. The projections 105a and 105b laterally emerge from an outer perimeter of the base portion 102 for defining a body having a substantially “L” shape. The stop element 80 of the container 1, in the second operative position and as described in the first embodiment thereof, abuts against the projection 105a and is interposed between the base portion 102 and the further projection 105b of the abutment element 105.

[0320] As hereinbefore described, the container 1 comprises a stop element 80 which, in the second embodiment, is interposed and substantially equidistant from the first and second lateral walls 4c, 4d. Such stop element 80 is configured for cooperating with a package in a second embodiment thereof as illustrated in FIG. 6.

[0321] De facto, the package 101, in the second embodiment thereof, comprises a base portion 102 having a first and second longitudinal bodies 102a, 102b spaced and parallel to each other. The first and second longitudinal bodies 102a, 102b are arranged parallelly to the longitudinal development direction of the compartment 2 and parallelly to the front and rear walls of the compartment. The first and second longitudinal bodies 102a, 102b are engaged with each other at a longitudinal end portion, by a connecting body 102c facing the second end portion 2b of the compartment 2 (see FIG. 6). The first longitudinal body 102a, second longitudinal body 102b, and connecting body 102c are joined in one piece for defining a portion 102 exhibiting a substantially “C” shape. The connecting body 102c defines the abutment element 105, configured for abutting, in the second operative position of the package 101, against the stop element 80 interposed between the first and second longitudinal bodies 102a, 102b for preventing to completely extract the package 101 from the container 1 (see FIG. 7).

[0322] As hereinbefore described, the container 1 comprises a first and second stop elements 80, 180 spaced from each other and placed respectively in proximity of the first and second lateral walls 4c, 4d of the compartment; in such configuration, the base portion 102 is interposed between the first and second stop elements 80, 180 (see FIGS. 13 and 14, for example). Referring again to this just described configuration, the abutment element 15 comprises a first and second projections 105a emerging laterally from the base portion 102 respectively towards the first and second lateral walls 4c, 4d; the first and second projections of the abutment element 105 are opposite to each other with respect to the base portion 102 of the package 101 (see FIG. 14). The first and second projections of the abutment element 105, in the second operative position of the package 101, are configured for abutting respectively against said first and second stop elements 80, 180 for preventing the package 101 from being completely extracted from the container 1.

[0323] The package 100 described in the present preferred embodiment therefore provides a safety device 11 arranged at the first passage opening 5 of the compartment which is adapted to define a child-proof system: the closure system 7 of the container is indeed openable only under determined conditions and particularly upon inserting the device 14 into the slot 15 (or slots 15).

[0324] Moreover, the same package 100 carries an occluding system 207 placed at the second passage opening 205; the occluding system 207 is configured for irreversibly preventing the passage from the opening 205 following a first-time closure condition of the system 207 itself. The occluding system therefore ensures a stable closure of the second opening for preventing the extraction of the products from this latter.

[0325] Moreover, the same package 100 carries one or more stop elements adapted to cooperate with at least one abutment element 105 of the package 101 for preventing this latter from being completely extracted from the container 1. De facto, once the package has been opened, the package 101 can be extracted only for a determined distance for withdrawing one or more products in this way the wrapping and the associated products are prevented from being left outside the container.

1.2 Second Embodiment of a Package 100

[0326] FIGS. 1 to 3, from 5 to 7, 13, 14 illustrate a second embodiment of a package according to the present invention. Such package 100, in the second embodiment thereof, comprises a compartment 2 as described in the preferred embodiment of the above mentioned package 100. The package 100, in the second embodiment, further comprises a closure system 7 defined at the first end portion 2a of the compartment 2 as hereinbefore described, while at the second end portion 2b, the compartment 2 comprises at least one bottom wall 2c adapted to occlude the second passage opening 205 of the compartment (see FIG. 2, for example). In contrast to the preferred embodiment of the package, the closure system 7, in the second embodiment of the package 100, does not comprise the slot 15 (or slots 15) crossing the tab 8. However, it is not excluded the possibility of making a closure system as described with reference to the preferred embodiment of the package 100 (provided with one or more slots 15 on the tab 8).

[0327] As an alternative, the package 100, in the second embodiment thereof, comprises, at the second end portion 2b of the compartment 2, an occluding system 207 as described with reference to the preferred embodiment of the package 100.

[0328] As it is visible in FIGS. 1 to 3, from 5 to 7, 13, 14, the package further comprises at least one stop element as described in the preferred embodiment of the package 100 (in an embodiment, the first and second stop elements 80, 180 are present).

[0329] De facto, in the second embodiment thereof, the package 100 comprises a container 1 comprising the compartment 2, occluding system 7, at least one stop element 80 and a bottom wall 2c (optionally, the occluding system 207). Further, the package 100 comprises at least one wrapping 101 as hereinbefore described with reference to the preferred embodiment of the package 100.

[0330] In contrast to the preferred embodiment of the package, the same in the second embodiment thereof, does not have the safety device 11 and opening device 14. The package 100, in the second embodiment thereof, is configured for preventing the extraction of the second passage opening 205 by the presence of a bottom portion 2c or occluding system 207; further, the same package is configured for preventing the wrapping 101 from being completely extracted in order to prevent the package and the associated products from being left outside the container 1.

1.3 Third Embodiment of a Package 100

[0331] FIGS. 16, 17, from 19 to 28 illustrate a third embodiment of a package 100 according to the present invention. Such package 100, in the third embodiment thereof, comprises a compartment 2 as described with reference to the preferred embodiment of the above mentioned package 100. The package 100, in the third embodiment thereof, further comprises a closure system 7 defined at the first end portion 2a of the compartment 2 as hereinbefore described, while at the second end portion 2b, the compartment 2 comprises at least one bottom wall adapted to occlude the second passage opening 205 of the compartment. In contrast to the preferred embodiment of the package, this latter, in the third embodiment, does not comprise an occluding system arranged at the second opening 205: the second opening is occluded by two or more bottom walls overlapped on and constrained to each other, for example by pasting.

[0332] The package, in the third embodiment thereof, comprises a safety device 11 and an opening device as hereinbefore described with reference to the preferred embodiment of the package 100.

[0333] The package, in the third embodiment thereof, further comprises at least one stop element as described in the preferred embodiment of the package 100 (in an embodiment, the first and second stop elements 80, 180 are present).

[0334] De facto, in the third embodiment thereof, the package 100 comprises a container 1 comprising the compartment 2, closure system 7, safety device 11, at least one stop element 80, and a bottom wall. Further, the package 100 comprises at least one opening device 14 and at least one wrapping 101 as hereinbefore described with reference to the preferred embodiment of the package 100.

[0335] In contrast to the preferred embodiment of the package, the same in the third embodiment thereof, does not have the occluding system 207.

[0336] The package 100, in the third embodiment thereof, is configured for defining a child-proof system by the presence of the safety device 1 and opening device 14: the closure system 7 of the container 1 is de facto openable only under predetermined conditions and particularly after inserting the device 14 in the slot 15 (or slots 15). The package 100, in the third embodiment thereof, is configured for preventing the wrapping from being extracted from the second passage opening 205 thanks to the presence of one or more bottom walls adapted to occlude the second opening 205; the same package 100 is further configured for preventing the wrapping 101 from being completely extracted from the opening 5 for preventing the wrapping and the associated products from being inadvertently left outside the container 1.

1.4 Fourth Embodiment of the Package

[0337] The package 100, according to a fourth embodiment, comprises a compartment 2 as described with reference to the preferred embodiment of the above mentioned package 100. The package 100, in the fourth embodiment thereof, further comprises the closure system 7 as hereinbefore described defined at the first end portion 2a of the compartment 2: such system 7 defines a first occluding system 7 of the container 1.

[0338] The container 1, in the fourth embodiment of the package 100, further comprises a second closure system 307 (as illustrated in FIGS. 28A, 28B and 28C, for example) of sheet material, particularly of paper sheet, engaged at the free edge 206 and movable, particularly by rotation, with respect to the compartment 2: the system 307 is defined at the second end portion of the compartment 2. The second closure system 307 is configured for defining at least one closure condition in which the system 307 itself prevents the communication between the inner volume 3 of the compartment 2 and the outer environment; moreover, the system 307 is configured for defining at least one open condition in which the closure system 307 itself enables the communication between the inner volume 3 and outer environment. The system 307 substantially embodies a lid adapted to cooperate with the compartment 2 for managing the access to the inner volume 3 through the second passage opening 205.

[0339] Advantageously, the second closure system 307 is identical to the system 7 defined at the first end portion 2a of the compartment 2. More particularly, the system 307 comprises at least one tab 308 exhibiting a closing portion 309 directly engaged with and joined in one piece to the free edge 206 of the compartment 2: the closing portion 309 embodies the component of the tab 308 configured for preventing the passage through the opening 205 under the closure condition of the system 307 itself. The closing portion 309 substantially comprises a flat body of sheet material countershaped to the free edge 206 of the opening 205. The attached figures schematically show a preferred configuration of the closing portion 309 exhibiting a rectangular shape completely countershaped to the free edge 206.

[0340] Moreover, the tab 308 exhibits at least one inserting portion 310 (see FIGS. 28B and 28C, for example) configured for being inserted, under the closure condition of the system 307, inside the volume 3 of the compartment 2. The inserting portion 310 is joined in one piece to the closing portion 309 and emerges from this latter: the inserting portion 310 substantially represents an extension of the closing portion 309 adapted to be inserted, under the closure condition of the system 307, inside the compartment 2. Particularly, under the closure condition of the closure system 307, the inserting portion 310 is completely positioned inside the volume 3 of the compartment 2. As it is visible in the attached figures, also the inserting portion 310 substantially comprises a flat body of sheet material having, in a non limiting way, a rectangular shape. The inserting portion 310 extends between a first and second prevalent development surfaces 310a, 310b respectively facing the outside (directly facing the front wall 4a of the compartment 2) and the inner volume 3 of the compartment 2. Under the closure condition of the system 307, at least one portion of the first development surface 310a of the inserting portion 310 faces, particularly contacts, directly part of a lateral wall 4 of the compartment 2 (particularly the front wall 4a): the surface 310a, under the closure condition of the system 307, extends at least partially parallelly to the front wall 4a of the compartment 2, particularly parallelly to a wall of the compartment 2 opposite to the wall directly connected to the system 307, in other words to the rear wall 4b.

[0341] The inserting portion 310 further comprises an actuating portion 322, which is destined to be actuated for enabling to open the container 1.

[0342] As illustrated in the attached figures, the free edge 206 exhibits a recess 323 defining substantially a depression of the free edge 206 itself. The recess 323 exhibits an open outline exhibiting, in a non limiting way, a concavity having a substantially “C” shape. The recess 323 is configured for enabling to see and grip at least part of the inserting portion 310 under the closure condition of the system 307. Particularly, under the closure condition of the system 307, the concavity of the recess 323 of the free edge 206 leaves exposed the actuating portion 322 of the inserting portion 310, which therefore can be accessed from the outside of the container 1 and is suitably movable.

[0343] The closing portion 309 and inserting portion 310 exhibit an interconnection edge opposite to the free edge 206 of the compartment 2 with respect to the closing portion 309 itself: the inserting portion 310 is movable by rotation with respect to the closing portion 9 around said reciprocal connecting edge. The inserting portion 310, under the closure condition of the system 307, is configured for defining, along a cross-section and cooperatively with the closing portion 309, a substantially “L” shape: under such condition, the inserting portion 310 extends substantially parallelly to wall 4a of the compartment 2.

[0344] The second closure system 307 further comprises at least one slot 315, which enables the communication between the inner volume of the compartment 2, and the outer environment. The slot 315 can be defined at the inserting portion 310; alternatively, the slot 315 can be defined at the closing portion 309 or develop at both the inserting 310 and closing portions 309. As illustrated in the attached figures, the slot 315 can be defined at a folding line substantially interposed between the inserting portion 310 and closing portion 309. Under the closure condition of the closure system 307, the slot 315 is arranged at the free edge 206 of the compartment 2.

[0345] The closure system 307 can exhibit, in a non limiting way, two slots 315, an abutment edge 321 being interposed between them. The abutment edge 321, as it will be described in the following, is destined to cooperate with the opening device 14.

[0346] The slots 315 can exhibit the same dimensions or, alternatively, different dimensions. From the dimensional point of view, each slot 315 can exhibit a width comprised between 3 and 200 mm, particularly comprised between 5 and 50 mm. The slot 315 substantially consists of a cutout 315a carried by the system 307. The cutout 315a is carried by the system 307 and particularly is defined at the inserting portion 310 of the closure system 307 and, under the closure condition, is arranged at the free edge 206. By folding the inserting portion 310 with respect to the closing portion 309, the cutout 315a enables to rotatively move a flap of the closing portion 309 defined by the cutout 315a itself and to expose a space or aperture forming just said slot 315. The cutout 315a exhibits a substantially “U” shape and the obtained slot 315 exhibits a substantially rectangular shape. Alternatively, the cutout 315a can consist in an aperture defined between the inserting portion 310 of the closure system 307 and a lateral wall 4 of the compartment 2.

[0347] As it is visible in FIG. 19 for example, the system 7 can further comprise at least one abutment portion 324 engaged to the free edge 206 of the compartment 2 adjacent the tab 308: the abutment portion 324, under the closure condition, is configured for being interposed between the inner volume 3 and tab 308 for cooperating with this latter for stably keeping it under said closure condition. The abutment portion 324 substantially comprises a flat tab of sheet material joined in one piece to the free edge 206 of the compartment 2 adjacent to the closing portion 309. The abutment portion 324 exhibits, in a non limiting way, a rectangular or trapezoidal shape. The abutment portion 324 is also configured for rotating around the free edge 206 for facing, at least under the closure condition of the container 1, the inside of the compartment 2.

[0348] More particularly, the abutment portion 324 is constrained to the free edge 206 in order to be able to engage, under the closure condition of the container 1, at least part of the inserting portion 310 and/or closing portion 309 for stably holding the tab 308 in said condition.

[0349] Advantageously, the container 1 comprises two abutment portions 324 opposite to each other with respect to the tab 308: this latter is interposed between the two abutment portions 324 (FIG. 19). Under such configuration, the two abutment portions 324 symmetrically work on the tab 308 for stably holding it in the closure condition.

[0350] Advantageously, the system 307 is made of a paper material sheet and is obtained by folding it; particularly, the closure system 307 is made in one piece with compartment 2 and by the same paper material sheet.

[0351] The container 1 of the package 100, in the fourth embodiment thereof, further comprises at least one further safety device 311 made of a sheet material, particularly a paper sheet material; the further safety device 311 has a shape and/or size substantially identical to the ones of the safety device 11.

[0352] Specifically, the device 311 comprises at least one first hooking portion 312 carried by the tab 308, and at least one second hooking portion 313 engaged to the compartment 2. The first and second hooking portions 312, 312 are configured for stably engaging with each other under the closure condition of the system 307. Under the closure condition of the system 307, the container 1 is substantially in a safety condition in which the container 1 is prevented from being opened by the engagement between the first and second hooking portions 312, 313. As it is visible in FIGS. 28B and 28C for example, the second hooking portion 313 is placed inside the compartment 2 and substantially lies in a plane parallel to one of the lateral walls 4. The second hooking portion 313 develops completely inside the volume 3 (is placed inside the inner volume of the compartment 2) of the compartment 2 both under the closure and open condition of the system 307. With reference to the first hooking portion 302, under the closure condition of the system 307, it is configured for being inserted at least partially, particularly completely, in the inner volume 3 of the compartment 2 in order to stably engage the second hooking portion 313. Under the closure condition of the system 307, the first hooking portion 312 is completely received inside the volume 3 of the compartment 2 and is spaced from the free edge 206. Moreover, under the closure condition of the system 307, the engagement between the second hooking portion 313 and first hooking portion 312 is completely defined inside the inner volume 3. The engagement between the first and second hooking portions 312, 313 is of a reversible type; in other words, after reaching the open condition of the system 307, the first and second hooking portions 312, 313 can be again (reversibly) engaged in order to again define the closure condition of the system 307, and then a new safety condition of the device 311. This is possible because, upon switching between the closure condition and open condition, the first hooking portion 312 is simply disengaged from the second hooking portion 313. Particularly, upon switching between the closure condition and open condition, the second hooking portion 313 is not removed or disconnected from the compartment 2 but stays engaged with a lateral wall 4 of the compartment 2 itself inside its volume 3. In this way, following each open condition of the closure system, the first and second hooking portions 312, 313 are configured for defining a safety condition wherein such portions are stably engaged with each other.

[0353] The first hooking portion 312 is engaged, particularly directly carried, with the tab 308 of the system 307. Advantageously, the first hooking portion 312 is carried only, but non in a limiting way, by the inserting portion 310 of the tab 308: the two portions 312 and 310 are advantageously joined in one piece for forming a single body of paper material. De facto, the first hooking portion 312 comprises a flat sheet body emerging, particularly without interruption, from the inserting portion 310 opposite to the closing portion 309: the inserting portion 310 therefore is interposed between the closing portion 309 and the first hooking portion 312. The first hooking portion 312, under the closure condition of the system 307, and therefore when inserting the inserting portion 310 in the compartment 2, is configured for being also inserted in the inner volume 3.

[0354] The body of sheet material of the first hooking portion 312 extends between a first and second prevalent development surfaces 312a, 312b (FIG. 28C) respectively facing towards the first and second surfaces 310a, 310b of the inserting portion 310: the first surfaces 310a, 312a extend without interruption between them and directly face a same lateral wall 4 (the front wall 4) of the compartment 2 opposite to the lateral wall 4 directly connected to the system 307 (rear wall 4b). The second surfaces 310b, 312b extend also without interruption between them and face the inner volume 3 of the compartment 2.

[0355] More particularly, the first hooking portion 312 exhibits at least one undercut 316 configured for stably engaging the second hooking portion 313 arranged inside the compartment 2 under the closure condition of the system 307. The undercut 316 is distinct and spaced from the free edge 206 of the compartment 2. The undercut 316 comprises at least one hook 320 having a seat 320a provided with a concavity. Preferably, the first hooking portion 312 comprises two hooks 320 having respective seats 320a, the concavities thereof face away from each other. The undercut 316 is configured for engaging the second hooking portion 313.

[0356] The second hooking portion 313 is engaged, in a non limiting way, to a lateral wall 4 of the compartment 2 (the front wall 4a) directly facing, under the closure condition of the system 307, the inserting portion 310.

[0357] The sheet material body of the second hooking portion 313 extends between a first and second prevalent development surfaces 313a, 313b (FIG. 28C). The first surface 313a is directly connected to an inner surface of the compartment 2 and faces, under the closure condition of the system 307, the second surface 310b of the inserting portion 310.

[0358] The second hooking portion 313 exhibits in turn at least one undercut 317 arranged inside the compartment 2 and configured for engaging the undercut 316 of the hooking portion 312 at least under the closure condition of the system 307. The undercut 317 exhibits a gripping edge 317a distinct and spaced from the free edge 206 of the compartment 2. The undercut 317 exhibits at least one hook 318 defining a seat 319. The seat 319 exhibits a substantially “C” shape. Moreover, the seat 319 exhibits a concavity facing a lateral wall 4 of the compartment 2 (the front wall) and is configured for housing and engagingly holding the first hooking portion 312. In other words, under the closure condition of the system 307, the first hooking portion 312 is engaged inside the seat 319 and the undercuts 316, 317 are engaged with each other. Under the safety condition (in other words under the closure condition of the system 307), the concavity of the seat 319 of the hook 318 of the second hooking portion 313 faces the concavity of the seat 320a of the hook 320.

[0359] The package in the fourth embodiment thereof further comprises an opening device 14 as hereinbefore described with reference to the preferred embodiment of the package 100. The opening device 14 is configured for being inserted into the slots 15, 315 of the devices 11 and 311 for respectively enabling to open the first-time closure system 7 and second closure system.

[0360] The container 1, in the fourth embodiment of the package 100, comprises a first stop element 80 arranged inside the compartment 2 in the first end portion 2a of the compartment 2; the first stop element 80 is further spaced from, but arranged in proximity of the first lateral wall 4c of the compartment. The first stop element exhibits a structure as described for the stop element 80 of the preferred embodiment of the package 100.

[0361] As it is visible in FIG. 28A for example, the container 1 further comprises a second stop element 180 arranged at the second end portion 2b of the compartment 2; the second stop element 180 is further spaced from, but arranged in proximity of the second lateral 4d of the compartment. The second stop element 180 exhibits a structure as described with reference to the stop element 80 of the preferred embodiment of the package 100. Each stop element emerges, from at least one lateral wall 4 of the compartment 2, inside this latter for defining a projection; particularly each stop element 80, 180 is directly connected to and extends between the front wall and rear wall of the compartment 2.

[0362] As it is visible in FIG. 28C, the package—in the fourth embodiment thereof—comprises a wrapping 101 as hereinbefore described with reference to the preferred embodiment of the package 100 with the exception that the wrapping comprises a first abutment element 105 directly carried by the base portion 102 and/or covering portion 104 of the wrapping 101 and at least one second abutment element 150 also directly carried by the base portion 102 and/or covering portion 104 of the wrapping 101: said first and second abutment elements 105, 150 are configured for respectively abutting against the first and second stop elements 80, 180 of the container 1 for preventing the wrapping 101 from being completely extracted from the container 1.

[0363] More particularly, the wrapping 101 is configurable between: [0364] a first operative position wherein the wrapping 101 is completely housed inside the compartment of the container 1, [0365] a second operative position wherein part of the wrapping 101 is arranged outside the inner volume of the compartment 2 through the first passage opening 5, the wrapping 101, in the second operative position, exhibiting at least one portion housed in the inner volume 3 of the compartment 2, [0366] a third operative position wherein part of the wrapping 1 is placed outside the inner volume 3 of the compartment 2 through the second passage opening 205, the wrapping 101, in the third operative position, exhibiting at least one portion housed in the inner volume 3 of the compartment 2.

[0367] The first abutment element 105, in the second operative position of the wrapping 101, is configured for abutting against the first stop element 80 of the container 1 for preventing the wrapping 101 from being completely extracted from the container through the first passage opening 5. The second abutment element 150, in the third operative position of the wrapping 101, is configured for abutting against the second stop element 180 of the container 1 for preventing the wrapping 101 from being completely extracted from the container 1 through the second passage opening 205. The first abutment element 105 of the wrapping 101 comprises a projection 105a emerging laterally from the base portion 102 towards the first lateral wall 4c; the projection 105a of the first abutment element 105, in the second operative position of the wrapping 101, is configured for abutting against said first stop element defined at and spaced from the first lateral wall of the compartment 2. The second abutment element 150 comprises a respective projection 150a emerging laterally from the base portion 102 towards the second lateral wall 4d; the projection 150a, in the third operative position of the wrapping 101, is configured for abutting against the second stop element 180 defined at and spaced from the second lateral wall of the compartment 2.

[0368] The projection, respectively of the first and second abutment elements 105, 150, comprises a tab joined in one piece to the base and/or closing portions of the wrapping. Specifically, each projection 105a, 150a of the package, according to the fourth embodiment, exhibits a tab structure identical to the projection of the package as hereinbefore described with reference to the preferred embodiment of the package and therefore as illustrated in FIG. 28A.

[0369] De facto, the package 100, in the fourth embodiment thereof, comprises a container 1 comprising the compartment 2, closure system 7, a second closure system 307 (analogous to the system 7), the safety device 11, a safety device (analogous to the device 11), a first and second stop elements 80, 180 (analogous to the stop element 80 as described with reference to the preferred embodiment of the package).

[0370] In contrast to the preferred embodiment of the package, the same, in the fourth embodiment thereof, does not exhibit the occluding system 207.

[0371] The package 100, the in the third embodiment thereof, is configured for defining a child-proof system due to the presence of the safety devices 11 and 311 and opening device 14: the closure systems 7 and 307 of the container 1 are indeed openable only under determined conditions and particularly after inserting the device 14 in the slot 15 or 315. The package 100, in the fourth embodiment thereof, is further configured for preventing the wrapping 101 from being completely extracted from the passage openings 5, 205, in this way the wrapping and the associated products are prevented from being inadvertently left outside the container 1.

2. Container

[0372] Moreover, it is an object of the present invention a container 1 which can find an advantageous application in the pharmaceutical and cosmetics field.

2.1 First Embodiment of the Container

[0373] In a first embodiment, the container 1 comprises a compartment 2, a closure system 7, a safety device 11, an opening device 14, an occluding system 207 and at least one stop element 80 as described with reference to the preferred embodiment of the package 100. As described with reference to the preferred embodiment of the package, the container can comprise a single stop element—as illustrated in FIGS. 1 to 3, from 5 to 7—or a first and second stop elements 80 as illustrated in FIGS. 13 and 14. The container 1, in the first embodiment, in contrast to the preferred embodiment of the package 100, does not comprise the wrapping element 101.

2.2 Second Embodiment of the Container

[0374] In a second embodiment, the container 1 comprises a compartment 2 and a closure system 7 as described with reference to the preferred embodiment of the package 100. The container 1, in the second embodiment, further comprises at least one stop element 80 as described with reference to the preferred embodiment of the package 100. As described with reference to the preferred embodiment of the package 100, the container can comprise a single stop element—as illustrated in FIGS. 1 to 3, from 5 to 7—or a first and second stop elements 80 as illustrated in FIGS. 13 and 14. The container 1, in the second embodiment, does not comprise the safety device 11, the opening device 14, the occluding system 207 and wrapping 101.

2.3 Third Embodiment of the Container

[0375] In a third embodiment, the container 1 comprises; the compartment 2, closure system 7, safety device 11, and opening device 14 as described with reference to the preferred embodiment of the package 100. The container 1, in the third embodiment, further comprises at least one stop element 80 as described with reference to the preferred embodiment of the package 100. As described with reference to the preferred embodiment of the package 100, the container can comprise a single stop element—as illustrated in FIGS. 1 to 3, from 5 to 7—or a first and second stop elements 80 as illustrated in FIGS. 13 and 14. The container 1, in the third embodiment, does not comprise the occluding system 207 and wrapping 101.

2.4 Fourth Embodiment of the Container

[0376] In a fourth embodiment, the container 1 comprises the compartment 2, closure system 7 and occluding system 207 as hereinbefore described with reference to the preferred embodiment of the package 100. The container 1, in the fourth embodiment, does not comprise—in contrast to the preferred embodiment of the package: the safety device 11, opening device 14, stop element 80 (particularly the first and second stop elements) and wrapping 101.

2.5 Fifth Embodiment of the Container

[0377] In a fifth embodiment, the container 1 comprises the compartment, closure system 7, occluding system 207 and at least one stop element as hereinbefore described with reference to the preferred embodiment of the package 100. The container 1, in the fifth embodiment, does not comprise—in contrast to the preferred embodiment of the package: the safety device 11, opening device 14 and wrapping 101.

2.6 Sixth Embodiment of the Container

[0378] In a sixth embodiment, the container 1 comprises the compartment 2, closure system 7, safety device 11 and opening device 14 as hereinbefore described with reference to the preferred embodiment of the package 100. Moreover, the container comprises the second closure system and the further safety device as described with reference to the fourth embodiment of the package 100. The container 1, in the sixth embodiment, does not comprise—in contrast to the preferred embodiment of the package: the stop element, occluding system 207 and wrapping 101.

2.7 Seventh Embodiment of the Container

[0379] In a seventh embodiment, the container 1 comprises the compartment 2, occluding system 207 as hereinbefore described with reference to the preferred embodiment of the package 100. The container 1, in the seventh embodiment thereof, further comprises a further occluding system analogous to the system 207 which is however arranged at the second end portion 2b of the compartment 2. In such configuration, the first and second openings 5, 205 of the container are irreversibly occluded respectively by the occluding system 207 and by the further occluding system. The container 1, in the seventh embodiment, does not comprise—in contrast to the preferred embodiment of the package: the closure system 7, stop element, safety device, opening device occluding and wrapping 101.

3. Process for Making a Package

3.1 Preferred Embodiment of the Process

[0380] Moreover, the present invention refers to a process for making a package according to the above described preferred embodiment, and particularly, according to one or more of the attached claims.

[0381] The process comprises a step of making the container 1 obtainable from a single blank 500, preferably of sheet material. The blank 500 extends between a first and second prevalent development surfaces adapted to define respectively an inner and outer surfaces of the container 1. The process can comprise a step of engaging a film of plastic material on at least part of the first and/or second prevalent development surfaces of the blank 500.

[0382] First of all, the process comprises providing the compartment 2 which, as hereinbefore described, is made of sheet material, optionally a paper sheet.

[0383] The step of providing the compartment 2 comprises providing at least one first sheet 51 comprising at least one first and one second portions 52, 54 interconnected by a central connecting portion 53. Moreover, the first sheet 51 comprises at least one first and one second lateral connecting portions 55, 56. As it is visible in FIG. 29 for example, the central connecting portion 53 is interposed between the first and second portions 52, 54, the first portion 52 is interposed between the first lateral connecting portion 55 and central connecting portion 53, while the second portion 54 is interposed between the second lateral connecting portion 56 and central connecting portion 53. Each of said portions 52, 53, 54, 55, 56 comprises at least two opposite longitudinal edges and two opposite end edges: the portions 52, 54, central connecting portion 53 and said lateral connecting portions 55, 56 are joined along the longitudinal edges and aligned along a single connecting direction. Particularly, each of the portions 52, 53, 54, 55, 56 of the first sheet comprises a first and second end edges: joining the first end edge of the portions 52, 53, 54, 55, 56 defines a first end edge of the first sheet 51, while joining the second end edges of the portions 52, 53, 54, 55, 56 defines a second end edge of the first sheet 51.

[0384] In a preferred but non limiting arrangement of the invention, the first portion 52 of the first sheet 51 exhibits a rectangular shape perimetrally delimited by a lower edge 52a, a first and second lateral edges 52b, 52c and an upper edge 52d. Analogously, the second portion 54 of the first sheet 51 exhibits a rectangular shape perimetrally delimited by a lower edge 54a, a first and second lateral edges 54b, 54c and an upper edge 54d. Advantageously, the first and second portions 52, 54 comprise a sheet having substantially the same shape and size.

[0385] The central portion 53 and lateral connecting portions 55, 56 exhibit also a rectangular shape; such portions exhibit substantially the same shape and/or size and are joined in one piece to the portions 52 and 54 of the first sheet 51 at the lateral edges.

[0386] The step of providing the compartment 2 comprises a step of folding the first sheet 51 at the lateral edges of the portions 52 and 54.

[0387] The step of forming the compartment 2 can comprise folding a lateral connecting portion, for example the portion 55, with respect to the first portion 52 and approaching it to the second portion 54: for example, it is possible to provide folding the lateral connecting portion 55 so that this latter can define, cooperatively with the first portion 52, a substantially “L” shape. Then, the process provides, for example, folding the central portion 53 with respect to a first portion 52 and approaching it to the already folded portion 55: for example, it is possible to provide the step of folding the central portion 53 so that this latter can define, cooperatively with the first portion 52, a substantially “L” shape. Still in the following, it is for example possible to provide the step of folding the second portion 54 with respect to the central portion 53 and approaching it to the first portion 52: for example, it is possible to provide the step of folding the second portion 54 so that this latter can define, cooperatively with the central portion 53, a substantially “L” shape. For a complete formation of the compartment 2, the process provides folding the remaining lateral connecting portion, for example the portion 56, with respect to the second portion 54 so that it is possible to join said lateral connecting portions 55, 56. The process, for holding the compartment 2 in the folded three-dimensional shape, can provide, in a non limiting way, applying a predetermined quantity of paste on the lateral connecting portions 55, 56 adapted to abut against each other: joining said portions 55, 56 enables to hold the compartment 2 in the folded configuration.

[0388] In a preferred embodiment of the compartment 2, the process provides firstly folding the portions 53, 54 and 56 above the portions 52 and 55; particularly the portions 53 and 54 are overlapped on the portions 52 and 55 (FIG. 32). Then, the second lateral connecting portion 56 is folded below the first connecting portion 55: the portions 55 and 56 are constrained to each other for example by pasting. Then, the first sheet is folded along the longitudinal edges for defining said compartment 2 (FIG. 3).

[0389] Moreover, the process comprises providing the closure system 7. Such step comprises providing at least one second sheet 57, advantageously, joined in one piece to the first sheet 51, particularly at the first end edge of the first portion 52 of the first sheet. The second sheet 57 comprises at least one first and second portions 58, 59 joined in one piece to each other: the first portion 58 of the second sheet 57 is connected to the first sheet 51 so that said first portion 58 is interposed between the second portion 59 of the second sheet 57, and the first sheet 51.

[0390] The step of providing the closure system 7 comprises, before folding the portions of the first sheet 51, folding the first and second portions 58, 59 of the second sheet 57 for respectively forming the closing portion 9 and inserting portion 10 of the closure system 7.

[0391] Further, the step of providing the second sheet 57 comprises a step of forming one or more slots 15 made at the first and/or second portions 58, 59 and destined to enable to insert the opening device 14. According to an embodiment of the invention, the step of forming one or more slots 15 provides making one or more cutouts 15a at the first and/or second portions 58, 59. Particularly, to each made cutout 15a corresponds a respective slot 15.

[0392] Moreover, the process comprises a step of providing at least one stop element 80; such step comprises at least one step of providing at least one first lateral sheet 90 connected to a longitudinal edge of the first lateral connecting portion 55 of the first sheet 51. The first lateral sheet 90 is joined in one piece to the first sheet 51 and is opposite to the first portion 52 of the first sheet with respect to the first lateral connecting portion 55. The first lateral sheet 90 comprises at least one first, one second and one third portions 91, 92, 93 (FIG. 29) joined in one piece to each other; the first portion 91 of the first lateral sheet 90 is joined in one piece to the first lateral connecting portion 55 of the first sheet 51: the second portion 92 of the first lateral sheet is interposed between the first 91 and third portion 93 of the first lateral sheet 90 itself.

[0393] Before the step of folding the portions of the first sheet 51, the process provides folding the first lateral sheet 90 on the first sheet 51 so that at least the second and third portions of the first lateral sheet 90 are overlapped on and in contact with the first portion 52 of the first sheet 51 (FIG. 31). Next, the process provides a step of constraining, for example by pasting, the third portion 93 of the first lateral sheet 90 to the first portion 52 of the first sheet 51. Only after that, the central connecting portion 53 and second portion 54 of the first sheet 51 are folded on the first portion of the first sheet 51 and above the first lateral sheet 90.

[0394] At this point of the process, it is possible to constrain, for example by pasting, the first portion 91 of the first lateral sheet 90 to the second portion of the first sheet 51, and the second lateral connecting portion 56 to the first lateral connecting portion 55 of the first sheet.

[0395] Only after that, the first sheet 51 is folded along the longitudinal edges of the portions of the first sheet itself: when folding the first sheet 51, the same enables to fold the with respect to each other portions 91, 92, 93 of the first lateral sheet 90. After the step of folding the first sheet 51, this latter defines the compartment 2, while the first lateral sheet 90 defines the stop element 90 inside the compartment 2.

[0396] As it is visible in FIGS. 4 and 8, it is possible to determine the position of the stop element 80 as a function of the extension of the first portion 91 of the sheet 90. FIG. 4 illustrates a portion 91 having a small extension enabling to define the stop element 80 arranged at the lateral wall 4c of the compartment (FIG. 1). On the contrary, FIG. 8 illustrates a portion 91 having dimensions greater than the one in FIG. 1 and therefore enabling to define a stop element 80 arranged at a transversal midline of the compartment (FIG. 5).

[0397] As hereinbefore described, the package can provide a first and second stop elements 80, 180. Therefore, the process can further comprise a step of providing a second lateral sheet 94 connected to a longitudinal edge of the first lateral connecting portion 55 of the first sheet. The second lateral sheet 94 is joined in one piece to the first sheet 51 and is opposite to the first portion 52 of the first sheet itself with respect to the first lateral connecting portion 55. The second lateral sheet 94 comprises at least one first, one second and one third portions 95, 96, 97 joined in one piece to each other: the first portion 95 is joined in one piece to the first lateral connecting portion 55, while the second portion 96 is interposed between the first 95 and third portions 97. The first portion 95 of the second lateral sheet 94 is arranged at least partially around an outer perimeter of the first lateral sheet 90. Before the step of folding the portions of the first sheet 51, the process comprises folding the second lateral sheet 94 on the first sheet 51 so that the second and third portions of the second lateral sheet 94 are overlapped on and in contact with the first portion 52 of the first sheet 51. Then, the process comprises a step of constraining, for example by pasting, the third portion 97 of the second lateral sheet 90 to the first portion 52 of the first sheet 51. Only after the connecting central portion 53 and second portion 54 of the first sheet 51 are folded above the first portion of the first sheet 51 and above the second lateral sheet 94.

[0398] At this point of the process, it is possible to constrain, for example by pasting, a first portion 95 of the second lateral sheet 94 to the second portion of the first sheet 51 and the second lateral connecting portion 56 to the first lateral connecting portion 55 of the first sheet 51.

[0399] Only after the first sheet 51 is folded along the longitudinal edges of the portions of the first sheet 51 itself: when folding the first sheet 51, the same enables to fold, with respect to each other, the portions 95, 96, 97 of the second lateral sheet 90. After the step of folding the first sheet 51, this latter defines the compartment 2 while the second lateral sheet 90 defines the stop element 180 inside the compartment 2. Moreover, the process comprises providing the safety device 11. Such step comprises providing at least one first and one second upper sheets 60, 63.

[0400] The first upper sheet 60 is advantageously joined in one piece to the first sheet 51, particularly at the first end edge of the second portion 54 of the first sheet. The first upper sheet 60 comprises a first portion 61 and second portion 62; the first portion 61 is destined to form the second hooking portion 13. The first upper sheet 60, before the step of folding the portions of the first sheet 51, is folded on the second portion 54 of the first sheet 51 and is advantageously joined in one piece, at least partially. The process can provide, in a non limiting way, the application of a predetermined quantity of paste on the second portion 62 of the second upper sheet 60 and/or on a part of the second portion 64 of the first sheet 51 adapted to abut against each other: joining said portions enables to constrain at least partially the first upper sheet to the first sheet; then, the process provides a step of folding the first portion 61 of the first upper sheet 60 with respect to said second portion 62 of the same end sheet away from the first sheet for defining the second hooking portion 13 of the safety device 11. As it is visible in FIG. 29 for example, the first portion 61 is engaged to the second portion 62 of the sheet 60 itself by two folding lines 61, 61b adapted to ensure the rotation of the first portion 61 with respect to the second portion 62 constrained to the first sheet 51. A cutout 61c is further defined on the first upper sheet 60, which is configured for delimiting the first portion 61 and more particularly for defining a second hooking portion 13 of the device 11.

[0401] On the contrary, the second upper sheet 63 is joined in one piece to the second sheet 57, particularly at an end edge of the second portion 59 of the second sheet 57. The second upper sheet 63 comprises a portion 64 joined in one piece to the second portion 59 of the second sheet 57. The portion 64 substantially forms the first hooking portion 12 of the safety device 11; particularly, the portion 64 comprises at least one shaped portion 64a adapted to define the undercut 16 of the first hooking portion 12. Advantageously, the second upper sheet 63 is joined in one piece to the second sheet 57 for defining a single sheet; particularly, also the second upper sheet 63 is made of paper material, particularly of a paper material sheet having substantially the same characteristics of the first sheet 51, second sheet 57 and of the first upper sheet 60.

[0402] Moreover, the process can comprise a step of providing at least one third upper sheet 65. The third upper sheet 65 is advantageously joined in one piece to the central connecting portion 53 and/or to the second lateral connecting portion 56. The third upper sheet 65 comprises a portion 66, which is destined to form an abutment portion 24. The attached figures illustrate a preferred but non limiting configuration of the invention wherein two third upper sheets 65 respectively engaged to the first end edge of the portions 53 and 56 of the first sheet 51 are provided. The upper sheets 65 are laterally arranged with respect to the first upper sheet 60: the first upper sheet 60 is interposed between the portions 66 of the sheets 65 (FIG. 29). Advantageously, the third upper sheet 65 is formed in a single piece with the first sheet 51 for defining a single sheet; particularly, also the third upper sheet 65 is made of paper material, particularly of a paper material sheet having substantially the same characteristics of the first sheet 51, second sheet 57, third upper sheet 60 and second upper sheet 63.

[0403] Moreover, the process comprises a step of providing the opening device 14; such step comprises a step of defining, on the first lateral connecting portion 55 of the first sheet 51, a cutout or weakening line 55a defining a third lateral sheet 67: the third lateral sheet 67 is shaped in order to define a single portion 68 defining the gripping portion 30 from which the appendage 26 of the opening device 14 emerges. The step of providing said device 14 further provides defining a through opening 56a at the longitudinal edge of the second lateral portion 56 in contact with a second portion 54 of the first sheet 51: the through opening 56a is adapted to define a pocket 14a on the lateral wall of the compartment, adapted to enable to extract the opening device 14. De facto, the pocket 14a after the step of defining the compartment 2, enables to reach the third lateral sheet 67 and tear such sheet for defining the device 14.

[0404] In a preferred but non limiting embodiment of the invention, the step of providing the device 14 further comprises the following steps: [0405] providing a further lateral sheet 67a in a flat configuration and joined in one piece to the first lateral connecting portion 55 of the first sheet 51, the first lateral sheet 67a comprises a first and second portions 67b, 67c joined in one piece to each other, the first portion 67b of the fourth sheet 67a being joined in one piece to the first connecting portion 55 of the first sheet and being interposed between the second portion of the fourth lateral sheet 67a and the first connecting portion 55 of the first sheet, [0406] folding the fourth lateral sheet 67a, before the step of folding the portions of the first sheet 51, in order to overlap the first portion 67b of the fourth lateral sheet on the portion 55 of the first sheet 51, [0407] providing the second portion 67c of the fourth lateral sheet above and in contact with the first portion of the fourth lateral sheet 67a itself, [0408] then, folding the portions of the first sheet 51 for bringing in contact the second lateral connecting portion 56 of the first sheet 51 with the first lateral connecting portion 55, [0409] then, again constraining, particularly by pasting, the second lateral connecting portion 56 of the first sheet 51 to the first lateral connecting portion 55 of the first sheet 51.

[0410] After folding the first sheet 51, the fourth lateral sheet 67a is configured for defining a kind of case adapted to contain the opening device 14 (FIG. 34). The first portion 67b of the fourth lateral sheet 67a comprises a through opening (see FIG. 29) which, in the folded condition of the first sheet, is aligned with the through opening 56a of the portion 56 for defining said packet 14a.

[0411] Moreover, the process comprises providing the occluding system 207. Such step comprises providing at least one third sheet 57a, advantageously, joined in one piece to the first sheet 51, particularly at the second end edge of the first portion 52 of the first sheet 51. The third sheet 57a comprises at least one first and one second portions 58a, 59a joined in one piece to each other: the first portion 58a is connected to the first sheet 51 so that said first portion 58a is interposed between the second portion 59a of the third sheet 57a and the first sheet 51. The third sheet is arranged oppositely to the second sheet 57 with respect to the first sheet 51 (see FIG. 29). Providing the occluding system further provides a step of providing at least one first and one second lower sheets 98, 99.

[0412] The first lower sheet 98 is advantageously joined in one piece to the first sheet 51, particularly at the second end edge of the second portion 54 of the first sheet. The first lower sheet 98 comprises a first portion 98a and second portion 98b; the first portion 98a is destined to form the second hooking portion 213. The first lower sheet 98, before the step of folding the portions of the first sheet 51, is folded on the second portion 54 of the first sheet 51 and advantageously is at least partially joined to it. The process can provide, in a non limiting way, the application of a predetermined quantity of paste on the second portion 98b of the first lower sheet 98 and/or on a part of the second portion 54 of the first sheet 51 adapted to abut against each other: joining said portions enables to at least partially constrain part of the first lower sheet to the first sheet; then the process provides a step of folding the first portion 98a of the first lower sheet 98 with respect to said second portion 98b of the same sheet away from the first sheet 51 for defining the second hooking portion 213 of the occluding system. As it is visible in FIG. 29 for example, the first portion 98a is engaged to the second portion 98b of the same sheet 98 by two folding lines 98c, 98d adapted to ensure the rotation of the first portion 98a with respect to the second portion 98b constrained to the first sheet 51. Moreover, on the first upper sheet 98 it is defined a cutout 98f configured for delimiting the first portion 98a and more particularly for defining the second hooking portion 213 of the system 207.

[0413] On the contrary, the second lower sheet 99 is joined in one piece to the third sheet 57a, particularly at an end edge of the second portion 59a. The second lower sheet 99 comprises a portion 99a joined in one piece to the second portion 59a of the third sheet 57a. The portion 99a substantially forms the first hooking portion 212 of the system 207; specifically, the portion 99a comprises at least one shaped portion 99b adapted to define the undercut 17 of the first hooking portion 212. Advantageously, the second lower sheet 99 is formed in a single piece with the third sheet 57a for defining a single sheet; particularly, also the second lower sheet 99 is made of paper material, particularly of a paper material sheet having substantially the same characteristics of the first sheet 51, second sheet 57, third sheet 57a, first upper sheet 60 and second upper sheet 63.

[0414] The third sheet 57a and second lower sheet 99 are joined in one piece for defining a single body and, in contrast to the second sheet 57, are devoid of through openings. Particularly, the third sheet 57a and second lower sheet 99 delimit a single closed outer perimeter: the third sheet 57a and second lower sheet 99 are devoid of openings crossing the thickness of the sheet inside said closed outer perimeter.

[0415] After folding the sheet 51, the second portion 59a of the third sheet 57a is folded with respect to the first portion 58a which is then rotated with respect to the free edge 206 for enabling to insert the second lower sheet 99 of the compartment 2 in order to define a first-time closure condition of the occluding system. During such step, the hooking portions 212, 213 are irreversibly engaged.

[0416] Moreover, the process can comprise a step of providing at least one third lower sheet 65a. The third lower sheet 65 is advantageously joined in one piece to the central connecting portion 53 and/or second lateral connecting portion 56. The third upper sheet 65 comprises a portion 66, which is destined to form an abutment portion 24. The attached figures illustrate a preferred but non limiting configuration of the invention wherein two third upper sheets 65 respectively engaged to the first end edges of the portions 53 and 56 of the first sheet 51, are provided. The upper sheets 65 are laterally arranged with respect to the upper sheet 60; the first upper sheet 60 is interposed between the portions 66 of the sheets 65 (FIG. 29). Advantageously, the third upper sheet 65 is formed in a single piece with the first sheet 51 for defining a single sheet; particularly, also the third upper sheet 65 is made of paper material, particularly in a paper material sheet having substantially the same characteristics of the first sheet 51, second sheet 57, first upper sheet 60 and second upper sheet 63.

[0417] The process comprises a step of providing at least one wrapping 101.

[0418] Moreover, the process provides the following steps: [0419] defining the compartment 2 wherein the first and second passage openings 5, 205 enable the communication between the inner volume 3 of the compartment and the outer environment, [0420] completely inserting the wrapping 101 into the inner volume of the compartment through the second passage opening 205, [0421] providing the closure system 7 in the closure condition, [0422] defining the occluding system 207 adapted to irreversibly close the second passage opening 205.

3.2 Second Embodiment of the Process for Making a Package

[0423] In a second embodiment, the process comprises only the step of providing the compartment 2, closure system 7, stop element 80 and wrapping 101 as hereinbefore described with reference to the preferred embodiment of the process. Particularly, the process of the second embodiment thereof provides only the step of providing a blank 500 exhibiting: the first sheet 51, second sheet 57, first lateral sheet 90, optionally the third sheet 57a, and optionally the second lateral sheet 94 (see FIGS. 4, 8 and 15, for example). FIGS. 9 to 12 schematically illustrate the step of folding said sheets as hereinbefore described with reference to the preferred embodiment of the process. After defining the compartment 2, the process provides inserting the wrapping into the inner volume 3.

3.3 Third Embodiment of the Process for Making a Package

[0424] In a third embodiment, the process comprises only the step of providing the compartment 2, stop element, safety device 11, opening device 14, wrapping 101 and optionally the occluding system 107 as hereinbefore described with reference to the preferred embodiment of the process. Particularly, the process of the third embodiment thereof provides only the step of providing a blank 500 exhibiting: the first sheet 51, second sheet 57, first lateral sheet 90, first upper sheet 61, second upper sheet 63 (see FIG. 18 for example).

[0425] After defining the compartment 2, the process provides inserting the wrapping into the inner volume 3.

3.4 Fourth Embodiment of the Process for Making a Package

[0426] In a fourth embodiment, the process comprises only the step of providing the compartment 2, safety device 11, opening device 14, wrapping 101 as hereinbefore described with reference to the preferred embodiment of the process.

[0427] In the fourth embodiment thereof, the process provides making a further safety device 311 as hereinbefore described with reference to the fourth embodiment of the package. The further safety device is provided by providing and folding the first and second lower sheets 98, 99 as described with reference to the embodiment of the process. In the fourth embodiment of the process, the first and second lower sheets 98, 99 are identical to the first and second upper sheets and define therefore a first hooking portion 312, a second hooking portion 313 and one or more slots 315. After defining the compartment 2, the process provides inserting the wrapping into the inner volume 3.

4. Process for Making a Container

[0428] It is a further object of the present invention a process for making a container 1 according to one or more of the attached claims and/or according to one or more of the attached aspects.

4.1 First Embodiment of a Process for Making a Container

[0429] In a first embodiment, it is provided a process for making a container 1 according to the above described first embodiment. Such process comprises only the step of providing the compartment 2, safety system 11, opening device 14, occluding system 207, stop element as hereinbefore described with reference to the preferred embodiment of the process for making the package 100.

4.2 Second Embodiment of a Process for Making a Container

[0430] In a second embodiment, it is provided a process for making a container 1 according to the above described second embodiment. Such process comprises only the step of providing the compartment 2, stop element, optionally the occluding system 207, as hereinbefore described with reference to the preferred embodiment of the process for making the package 100.

4.3 Third Embodiment of a Process for Making a Container

[0431] In a third embodiment, it is provided a process for making a container 1 according to the above described third embodiment. Such process comprises only the step of providing the compartment 2, safety system 11, opening device 14, stop element as hereinbefore described with reference to the preferred embodiment of the process for making the package 100.

4.4 Fourth Embodiment of a Process for Making a Container

[0432] In a fourth embodiment, it is provided a process for making a container 1 according to the above described fourth embodiment. Such process comprises only the step of providing the compartment 2, closure system 7, occluding system 207, as hereinbefore described with reference to the preferred embodiment of the process for making the package 100.

4.5 Fifth Embodiment of a Process for Making a Container

[0433] In a fifth embodiment, it is provided a process for making a container 1 according to the fifth above described embodiment. Such process comprises only the step of providing the compartment 2, closure system 7, occluding system 207, stop element, as hereinbefore described with reference to the preferred embodiment of the process for making the package 100.

4.6 Sixth Embodiment of a Process for Making a Container

[0434] In a sixth embodiment, it is provided a process for making a container 1 according to the above described sixth embodiment. Such process comprises only the step of providing the compartment 2, closure system 7, safety system 11, opening device 14, as hereinbefore described with reference to the preferred embodiment of the process for making the package 100. Moreover, such process comprises the step of providing the second closure system 307 and the further safety device 311 as described in the fourth embodiment of the process for making the package 100.

4.7 Seventh Embodiment of a Process for Making a Container

[0435] In a seventh embodiment, it is provided a process for making a container 1 according to the above described seventh embodiment. Such process comprises only the step of providing the compartment 2, occluding system 207, as hereinbefore described with reference to the preferred embodiment of the process for making the package 100. Moreover, such process comprises providing a further occluding system identical to the occluding system 207, defined at the first longitudinal end portion 2a of the compartment 2.