Coupling systems for tamper-evident containers

Abstract

A tamper-evident coupling system includes a first base portion, a second base portion, a first coupling portion supported by and extending from the first base portion, and a second coupling portion supported by the second base portion and configured for cooperating with the first coupling portion. The first and the second coupling portions are configured for defining an arming condition in which the first and second coupling portions are stably engaged with each other. At least one of the first and the second coupling portions includes a removable portion that is separable from the tamper-evident coupling system upon a first disengagement of the first and second coupling portions following the arming condition to prevent a subsequent coupling between the first and second coupling portions and to show a tampering with the tamper-evident coupling system.

Claims

1. A tamper-evident container, comprising: a storage housing made of sheet material, defining an internal volume, and configured for housing products, the housing comprising a predetermined number of lateral walls defining a passage opening delimited by a free edge, the passage opening configured for communicating the internal volume of the housing with an external environment, and a tamper-evident coupling system comprising: a first base portion; a second base portion; a first coupling portion supported by and extending from the first base portion; a second coupling portion supported by the second base portion and configured for cooperating with the first coupling portion, wherein the first and the second coupling portions are configured for defining an arming condition in which the first and second coupling portions are stably engaged with each other, wherein at least one of the first and the second coupling portions comprises a removable portion that is separable from the tamper-evident coupling system upon a first disengagement of the first and second coupling portions following the arming condition to prevent a subsequent coupling between the first and second coupling portions and to show a tampering with the tamper-evident coupling system, wherein the second coupling portion is integrally joined to the second base portion and extends from a perimeter edge of the second base portion, wherein the second coupling portion comprises a hook defining an undercut portion delimited by a gripping edge facing the perimeter edge of the second base portion, and wherein the gripping edge and the perimeter edge cooperatively define a passage configured to receive the first coupling portion for engagement of the first coupling portion with the second coupling portion, wherein the first base portion is rotatably constrained to the free edge of the housing, the first coupling portion being supported by the first base portion such that the first base portion is interposed between the free edge of the housing and the first coupling portion, wherein the first base portion and the first coupling portion are rotatable with respect to the housing between: a closed condition of the tamper-evident container in which at least a part of the first base portion prevents communication between the internal volume of the housing and the external environment, and an open condition of the tamper-evident container in which the first base portion and the first coupling portion enable the communication between the internal volume and the external environment, wherein the second base portion is integrally joined to a lateral wall of the tamper-evident container, and wherein the second base portion and the second coupling portion of the coupling system together define a single external lateral wall of the storage housing of the tamper-evident container, wherein the hook extends as a prolongation from the perimeter edge of the second base portion defining a single external wall made of a single external sheet, wherein the second coupling portion is struck from the second base portion, wherein the second coupling portion has a first upper edge and the second base portion has a second upper edge, wherein the first and second upper edges are in-line with each other, wherein the coupling system, in a first closed condition of the tamper-evident container, is configured to define the arming condition in which the first and the second coupling portions are engaged with each other, wherein the coupling system, in a first open condition of the tamper-evident container, following the first closed condition, is configured to define a first disengagement condition in which the removable portion is configured to be separated from the coupling system to show a tampering of the coupling system and of the tamper-evident container, wherein the removable portion is defined by the hook of the second coupling portion, the hook being constrained to the perimeter edge of the second base portion by at least one weakening element, wherein the gripping edge of the hook of the second coupling portion defines, cooperatively with the external lateral wall of the storage housing, the passage adapted to receive, when crossed, the first coupling portion for the engagement of the latter with the second coupling portion, and wherein the second base portion comprises a through cavity delimited by a cut edge defined by part of the perimetral edge, wherein the cut edge delimits a depression of the second base portion, and wherein the second coupling portion is at least partially counter-shaped to and arranged inside the depression, wherein the hook of the second coupling portion is engaged, in the arming condition, in the depression.

2. The tamper-evident container according to claim 1, wherein the hook is a first hook, the undercut is a first undercut, and the gripping edge is a first gripping edge, the first coupling portion comprising a second hook defining a second undercut portion delimited by a second gripping edge, and wherein the first and second hooks respectively comprise first and second concavities that face each other in the under the arming condition.

3. The tamper-evident container according to claim 1, wherein the hook of the second coupling portion is constrained to the perimeter edge of the second base portion two weakening elements opposite to each other and symmetric with respect to a mid-axis of the coupling system.

4. The tamper-evident container according to claim 1, wherein the first base portion comprises a display opening configured to display at least part of the removable portion.

5. The tamper-evident container according to claim 4, wherein the display opening is further configured to display the at least one weakening element of the removable portion.

6. The tamper-evident container according to claim 1, wherein the hook of the second coupling portion is engaged directly with the cut edge by at least one weakening element.

7. The tamper-evident container according to claim 1, wherein the cut edge defined by the through cavity comprises an insertion edge which, before the first disengagement condition of the first and second coupling portions, is directly facing the gripping edge of the hook of the second coupling portion, and wherein the insertion edge and the gripping edge of the hook of the second coupling portion, before the first disengagement condition of the first and second coupling portions, define the passage.

8. The tamper-evident container according to claim 1, wherein the tamper-evident coupling system is made of sheet material.

9. The tamper-evident container according to claim 1, wherein the hook of the second coupling portion, while the container is adjusted from the open condition to the first closed condition, is configured for rotating with respect to a lateral wall of the housing according to a direction entering the internal volume of the housing such that the gripping edge of the hook of the second coupling portion and a lateral wall of the housing cooperatively define the passage configured to receive the first coupling portion for engagement of the first coupling portion with the second coupling portion.

Description

DESCRIPTION OF THE DRAWINGS

(1) Some embodiments and some aspects of the invention are described below with reference to the accompanying drawings, provided by way of indication and therefore not by way of limitation, in which:

(2) FIGS. 1 and 2 are plane views of a coupling system in accordance with the present invention respectively arranged under a fully extended condition and a partially extended condition (a part of the coupling system is folded);

(3) FIG. 3 is a plane view of a coupling system in accordance with the present invention;

(4) FIGS. 4-5 are perspective views of a coupling system in accordance with the present invention;

(5) FIG. 5A shows a coupling system under an open condition;

(6) FIG. 5B shows a coupling system under an initial closing step;

(7) FIG. 6A shows a container, including a coupling system, arranged under an open condition;

(8) FIG. 6B shows a container, including a coupling system, during an initial closing step of the container itself;

(9) FIG. 7 is a sectional view, taken along the line VII-VII, of the container of FIG. 6B;

(10) FIG. 8 shows a container, including a coupling system, under a fully closed condition of the container itself;

(11) FIG. 9 is a sectional view, taken along the line IX-IX, of the container of FIG. 6B;

(12) FIGS. 10 and 11 are respective perspective views of a container including the coupling system following a first open or tampering condition;

(13) FIG. 12 shows a draft of a container in accordance with the present invention and including said coupling system;

(14) FIG. 13 diagrammatically shows a first folding step of the draft of FIG. 12 for the definition of the coupling system associated with the container;

(15) FIGS. 14-16 diagrammatically show bands or envelopes including the coupling system in accordance with the present invention;

(16) FIGS. 17-18 show a coupling system in accordance with the present invention in a second embodiment;

(17) FIG. 19 is a draft of a container including a coupling system in accordance with the present invention;

(18) FIG. 20 is a cross-section of a container including the coupling system;

(19) FIG. 21 shows an initial closing step of a container including a coupling system in accordance with the present invention;

(20) FIG. 22 is a section, taken along the line XXI-XXI, of the container of FIG. 21;

(21) FIG. 23 shows a container in accordance with the present invention arranged under a closed condition;

(22) FIG. 24 is a sectional view, taken along the line XXIV-XXIV, of the container of FIG. 23.

DEFINITIONS

(23) In the present detailed description, corresponding parts shown in the various Figures are indicated with the same reference numerals. The Figures may show the object of the invention by means of not-to-scale representations; therefore, parts and components shown in the Figures relating to the object of the invention may exclusively relate to diagrammatic representations.

(24) The term product means an item or a mixture of items of any kind. The term product may also mean a package, for example, bearing a plurality of items.

(25) The term paper material means paper or cardboard, optionally having at least 50% by weight, preferably at least 70% by weight, of organic material including one or more between cellulose, hemicellulose, lignin, lignin derivatives. The paper sheet material may have a grammage from 50 to 500 g/m.sup.2, in particular from 200 to 400 g/m.sup.2. The paper material extends between a first and a second prevalent development surface. The paper sheet material may be coated for at least one part of the first and/or second prevalent development surface, by means of a coating made of plastic material, for example a film, whose purpose is to reinforce the paper material. The coating may also be employed to define a sort of water and/or humidity barrier, useful to avoid the weakening and loss of structurality of the coupling system (optionally, of the container, the envelope or the band) with consequent uncontrolled deformation of the paper material constituting the latter component. The coating may be applied to the paper material in the form of a so-called “coating paint” or lacquer deposited by solution or sprayed, whose thickness is generally from 0.2 to 10 μm. Alternatively, the coating may include a plastic film, for example, a polyethylene lining, which may be applied by means of a rolling process, on one or both sides of the paper material. In case the coating is applied by rolling, the values of the plastic film (coating) may, for example, vary from 5 to 400 μm of coating material (i.e., polyethylene). The plastic coating material may be selected, by way of explanation, from the following materials: PP, PE (HDPE, LDPE, MDPE, LLDPE), EVA, polyesters (including PET and PETg), PVdC. The possibility of manufacturing the coupling system (optionally the container, the envelope or the band) at least partially in plastic sheet material or, alternatively, at least partially in plastic material and partially in paper material, is not excluded.

(26) The term container element means a container. The term envelope element means an envelope. The term band element means a band.

DETAILED DESCRIPTION

(27) Tamper-Evident Coupling System 1

(28) Reference numeral 1 overall indicates a tamper-evident coupling system of sheet material, for example, of paper material, associable to packages of various kinds—for example, containers, envelopes or bands also made of sheet material—for the containment and/or wrapping of products.

(29) The coupling system 1 includes a first base portion 11, a second base portion 12, a first coupling portion 13 borne by the first base portion 11, a second coupling portion 14 borne by the second base portion 12 and configured for cooperating with the first coupling portion 13. The first and the second coupling portions 13, 14 are configured for defining at least one arming condition in which the first and second coupling portions 13, 14 are stably engaged with each other (see FIGS. 8-9, 23-24). The first base portion 11, shown, for example, in FIGS. 1-3, includes a body of sheet material, optionally paper, joined to the first coupling portion 13 at an end portion of the first base portion 11: such portions 11, 13 are engaged with each other, essentially defining a single perimetral edge. In particular, the first coupling portion 13 is integrally joined to the first base portion 11 and extends as a prolongation, seamlessly, with respect to said first base portion 11: the first base portion 11 and the first coupling portion 13 are joined defining a single body (sheet).

(30) The first coupling portion 13, as shown in the accompanying FIGS. 1-3, exhibits a substantially arrow-like or trapezoidal shape. The possibility of manufacturing a first coupling portion 13 exhibiting a different shape, for example triangular or rectangular, is not excluded. The first coupling portion 13 is also made of sheet material, for example of paper sheet material, in particular of the same material of the first base portion 11.

(31) As shown, for example, in FIGS. 1-3, 5A-B, 6A-B, the first coupling portion 13 includes at least one hook 23 defining at least one undercut portion delimited by a respective gripping edge 23a. The first coupling portion 13 may exhibit two respective hooks 23, symmetric to each other with respect to a mid-axis of the first coupling portion 13 and defining respective gripping edges 23a. The first coupling portion 13 includes at least one displaying opening 31 (FIGS. 3, 5A-5B) arranged at the hook 23. In particular, the displaying opening 31 is delimited, at least partially, by the respective gripping edge 23a of the hook 23.

(32) The coupling system 1 includes at least one through opening 28 (FIGS. 1-3) defined on the first base portion 11 and/or on the first coupling portion 13 (see also FIGS. 5B-13, 17-24). The through opening 28 exhibits a rectangular shape, optionally it may exhibit a circular, trapezoidal, triangular shape or a combination thereof with a closed profile. The through opening 28 may be arranged at an end portion between the first base portion 11 and the first coupling portion 13.

(33) The second base portion 12 (FIGS. 1-3) also includes a body of sheet material, optionally paper, extending in thickness between a first and a second surface. The second base portion 12 stably bears the second coupling portion 14. In greater detail, the second coupling portion 14 is engaged at an end portion of the second base portion 12, so as to define a single wall of sheet material. In detail, the second coupling portion 14, shown in FIGS. 1-3, extends in thickness between a first and a second surface; at least under the arming condition of the first and second coupling portions 13, 14, the first surface of the second coupling portion 14 seamlessly extends as a prolongation with respect to the first surface of the second base portion 12. Under the same arming condition, the second surface of the second coupling portion 14 seamlessly extends as a prolongation with respect to the second surface of the second base portion 12.

(34) The second coupling portion 14 extends as a prolongation of the second base portion 12 starting from a perimetral edge 12a defined at an end portion of the second base portion 12 itself (see FIGS. 5A, 5B, 6A, 6B). Consequently, the second coupling portion 14 is not facing any surface of the second base portion 12: the second coupling portion 14 emerges from at least part of the perimetral edge 12a of the second base portion 12.

(35) The second coupling portion 14, at least before the arming condition of the first and second coupling portions 13, 14, is rotatably movable with respect to the second base portion 12, in particular around the perimetral edge 12a of the second base portion 12, from which the second coupling portion 14 extends as a prolongation. In detail, the second coupling portion 14 is rotatably movable (see FIGS. 7 and 24) around the perimetral edge 12a, optionally by an angle below 45°, in particular below 30°, even more in particular below 20°. This angle of rotation of the second coupling portion 14 around the perimetral edge 12a is measured with respect to a central configuration, shown in FIG. 5A, of the second coupling portion 14 in which the same extends as a prolongation of, parallel to, the second base portion 12. The second coupling portion 14 may exhibit freedom of rotation nearing both the first and the second surface of the second base portion 12. The second coupling portion 14 includes at least one hook 22 (FIGS. 1-7, 17-18) exhibiting a substantially C- or V-shape. Alternatively, the hook 22 may exhibit a rectangular, trapezoidal, circular, semi-circular shape or a combination thereof. The hook 22 defines an undercut portion delimited by a gripping edge 22a. The second coupling portion 14 may include a single undercut portion defining a single hook 22 exhibiting in turn a single continuous gripping edge 22a. In detail, the second coupling portion 14 is exclusively defined by the respective hook 22 which is directly constrained to the second base portion 12. In particular, the hook 22 extends as a prolongation from the perimetral edge 12a of the second base portion 12 defining a single wall; In particular, the hook 22 extends as a prolongation.

(36) The hook 22 of the second coupling portion 14 exhibits at least one attachment edge engaged with the perimetral edge 12a of the second base portion 12. In detail, the hook 22 exhibits a first and a second attachment edge 22b, 22c opposite to each other and optionally symmetric with respect to a mid-axis of the second coupling portion 14 (FIGS. 1, 5A, 5B). In the latter embodiment, the gripping edge 22a of the hook 22 of the second coupling portion 14 is interposed between the first and the second attachment edge 22b, 22c. The hook 22 is therefore rotatably movable around the first and the second attachment edge 22b, 22c, optionally by an angle below 45°, in particular below 30°, even more in particular below 20°. This angle of rotation of the hook 22 around the perimetral edge 12a is measured with respect to a central configuration of the hook 22 in which the latter extends as a prolongation of, parallel to, the second base portion 12. The hook 22 may exhibit freedom of rotation nearing both the first and the second surface of the second base portion 12. The hook 22 is integrally joined to the second base portion 22.

(37) The gripping edge 22a of the hook 22 of the second coupling portion 14 defines, cooperatively with the perimetral edge 12a of the second base portion 12, a passage 32 adapted to receive, when crossed, the first coupling portion 13 for the engagement of the latter with the hook 22 of the second coupling portion 14. In particular, the passage 32 is defined by part of the perimetral edge 12a and by the gripping edge 22a of the hook 22, optionally in which the gripping edge 22a of the hook 22 is counter-shaped to the portion of perimetral edge 12a of the second base portion 12. The hooks 22, 23, of the first and second coupling portions 13, 14, are configured for stably engaging with each other under the arming condition of the coupling system 1: the hooks 22, 23—under the arming condition—exhibit respective concavities facing each other. In greater detail, the gripping edge 22a of the hook 22 and the respective gripping edges 23a of the respective hook 23 are configured for stably engaging with each other under the arming condition of the coupling system 1. The step of coupling the hooks 22, 23 occurs by means of an initial condition of contact between the first and the second coupling portions 13, 14; in particular, the first coupling portion 13 is inserted interposed between the hook 22 of the second coupling portion 14 and the second base portion 12, inside the passage 32: in such condition the first coupling portion 13 is slid on the hook 22 of the second coupling portion 14. After, the first coupling portion 13 is pressed below the second coupling portion 14 so that the respective hook 23 (optionally the respective hooks 23) couples with the hook 22 defining the arming condition. Under the arming condition, the first and the second coupling portions 13, 14 are substantially aligned along a coupling direction (see, for example, FIGS. 5 and 6): at least the first base portion 11 bearing the first coupling portion 13 is directly interposed between the second base portion 12 and the hook 22.

(38) As shown in the accompanying Figures, the second base portion 12 may include a through cavity 29 delimited by a cut edge 33. The cut edge 33 is defined by part of the perimetral edge 12a of the second base portion 12. The cut edge 33 delimits a depression of the second base portion 12, in which the second coupling portion 14 is at least partially arranged inside said depression. In detail, the hook 22 of the second coupling portion 14 is at least partially arranged inside said depression. Even more in detail, the hook 22 of the second coupling portion 14 is at least partially counter-shaped to the depression defined by the through cavity 29 on the second base portion 12. The hook 22 is engaged with at least part of the depression defined by the through cavity 29: the hook 22 is engaged with at least part of the cut edge 33 of the through cavity 29 by means of the attachment edge 22b. More in detail, the hook 22 is engaged with at least part of the cut edge 33 of the through cavity 29 by means of the two attachment edges 22b, 22c of the hook 22. In other words, the cut edge 33 defined by the cavity 29 includes the first and the second attachment edge 22b, 22c of the hook 22 of the second coupling portion 14. The cut edge 33 of the through cavity 29 defines, cooperatively with the gripping edge 22a of the hook 22 of the second coupling portion 14, the passage 32 adapted to receive in insertion the first coupling portion 13.

(39) The through cavity 29 of the second base portion 12 faces the displaying opening 31 of the first coupling portion 13, at least under a arming condition of the coupling system 1. In detail, the displaying opening 31 of the first coupling portion 13 and the through cavity 29 of the second base portion 12 are facing each other so as to enable, with respect to a front view of the second base portion 12 and under the first arming condition of the coupling system 1, the display of at least part of the removable portion 15.

(40) The coupling system 1 includes at least one removable portion 15 of sheet material borne by at least one between the first and the second coupling portions 13, 14; the removable portion 15 is configured for separating from the coupling system 1 upon a first disengagement condition between the first and second coupling portions 13, 14 following the arming condition. The first disengagement condition is shown in FIGS. 10-11 and 16 while the arming condition of the coupling system 1 is shown in FIGS. 8-9, 23-24. The separation of the removable portion 15 determines the impossibility of a following engagement between the first and second coupling portions 13, 14, so as to show a tampering of the coupling system 1. In other words, a possible attempt to open or tamper with the coupling system 1, following the arming condition of said system 1, would determine the breaking and therefore the detachment of the removable portion 15 from the coupling system 1 itself (FIGS. 10-11). Thereby, by virtue of the removable portion 15, it is possible to highlight the tampering of the coupling system 1 and inhibit a following anchoring between the first and the second coupling portions 13, 14.

(41) In an embodiment shown in FIGS. 1-3, 5-9, 13-15, 17-24, the removable portion 15 is defined by the second coupling portion 14. In greater detail, the removable portion 15 is defined by the hook 22 of the second coupling portion 14 and by the respective gripping edge 22a. In said configuration, the second coupling portion 14 includes a weakening element 26, shown, for example, in FIGS. 1-6, 17-18, delimiting the hook 22 and defining the removable portion 15. In greater detail, the weakening element 26 is placed between the hook 22 and the second base portion 12, in particular at an attachment edge 22b of the hook 22. In the embodiment shown in the accompanying Figures, the removable portion 15 defined by the hook 22 exhibits two weakening elements 26 at the two attachment edges 22b, 22c. The weakening element 26 of the removable portion 15 enables the separation of the removable portion 15 from the second base portion 12 following a first opening attempt of the coupling system 1 upon the arming condition, so as to highlight the tampering thereof and impede a following arming condition. Being the removable portion 15 defined by the hook 22 of the second coupling portion 14, also the removable portion 15 is rotatably movable around the weakening element 26. In the embodiment in which the removable portion 15 is defined by the hook 22, the displaying opening 31 of the first coupling portion 13 enables the display of at least part of the removable portion 15, at least under the arming condition of the coupling system 1. Furthermore, the displaying opening 31 enables the proper insertion of the first coupling portion 13 inside the passage 32 defined by the gripping edge 22a of the hook 22 and by part of the cut edge 33 of the through cavity 29 exhibited on the second base portion 12. Optionally, the displaying opening 31 enables the display of the weakening element 26 constraining the removable portion 15 to the cut edge 33 of the through cavity 29. As shown in the accompanying Figures, the removable portion 15 is at least partially contained inside the through cavity 29 and is counter-shaped by the cut edge 33 of the through cavity 29.

(42) The removable portion 15 defined by the hook 22 of the second coupling portion 14 may exhibit a projection 30, shown in FIGS. 1-9, 17-18, 23-24, configured for allowing the user a tactile perception of the removable portion 15 itself. The projection 30 is made of sheet material and exhibits a substantially triangular shape, optionally it exhibits a trapezoidal, rectangular or semi-circular shape. For example, the removable portion 15 exhibits a single projection 30 of a triangular shape. The projection 30 of the removable portion 15 enables visually-impaired users to verify the presence of the removable portion 15 by means of a tactile perception thereof and therefore to verify the integrity or the tampering of the coupling system 1. In particular, under the arming condition of the coupling system 1, the through opening 28 allows the passage of the projection 30 of the removable portion 15 as shown in FIGS. 8-9, 23-24, through the first base portion 11, so as to allow the tactile perception thereof by the user.

(43) In a further embodiment not shown in the accompanying Figures, the removable portion 15 is defined by at least one part of the first coupling portion 13, optionally the removable portion 15 is defined by the respective hook 23 of the first coupling portion 13. In greater detail, the first coupling portion 13 includes a weakening element 26 defining the removable portion 15.

(44) The weakening element 26 of the first or second coupling portion 13, 14 may by defined by one or more cuts passing through the sheet material, an incision of the sheet material, a local squashing of the sheet material. The weakening element 26 enables the separation of the removable portion 15 from the coupling system 1, allowing to show the tampering following a first arming condition of the coupling system 1 itself.

(45) The coupling system 1 further includes at least one supporting portion 16 (see FIG. 1-14, 17-24) of sheet material and constrained to at least one between the second base portion 12 and the second coupling portion 14. The supporting portion 16 is configured, at least during an initial step of putting in contact the first and the second coupling portions 13, 14 of the coupling system 1 before the arming condition, for sustaining at least part of the second coupling portion 14, in particular for sustaining the hook 22 of the second coupling portion 14. The supporting portion 16 faces the base portion 12 and/or the second coupling portion 14, in particular it faces the hook 22 as shown in FIGS. 9 and 24. The supporting portion 16 at least partially faces the removable portion 15, at least during a arming condition of the coupling system 1. The supporting portion 16 is directly constrained, in particular, it is integrally joined, to the second base portion 12. In detail, the supporting portion 16 includes a mutual coupling portion 17 overlapping and stably constrained to at least one respective mutual coupling portion 18 of at least one between the second base portion 12 and the second coupling portion 14. The mutual coupling portion 17, constrained to the respective mutual coupling portion 18, enables the supporting portion 16 to keep a substantially fixed position, reducing the possibility of a rotation of the supporting portion 16 when distancing with respect to the second coupling portion 14 or to the second base portion 12; such constraint increases a flexural stiffness of the supporting portion 16 and reduces the flexion of the supporting portion 16, considering the same load applied, when distancing with respect to the second base portion 12 or the second coupling portion 14. The mutual coupling portion 17 of the supporting portion 16 is fastened by means of adhesive material to at least one between the second base portion 12 and the second coupling portion 14. In greater detail, the mutual coupling portion 17 defines a surface of the supporting portion 16 stuck to at least one between the second base portion 12 and the second coupling portion 14. The mutual coupling portion 17 of the supporting portion 16 is defined at a bottom area 20 of the supporting portion 16. The supporting portion 16 includes two mutual coupling portions 17 symmetrical with respect to a longitudinal development trajectory of the supporting portion 16: the two mutual coupling portions 17 are constrained to two respective mutual coupling portions 18 of the second base portion 12 (see FIG. 4).

(46) The supporting portion 16 includes a pressing portion 19 (see FIGS. 4, 5, 7, 9, 11, 22, 24) emerging from the bottom area 20 of the supporting portion 16 and configured for receiving against it the second coupling portion 14. The pressing portion 19 emerges from the bottom portion 20 of the supporting portion 16 along a longitudinal development trajectory of the supporting portion 16 itself and exhibits a rectangular, optionally trapezoidal or triangular or semi-circular shape. In an embodiment, said longitudinal development trajectory is placed in the mid-axis of the supporting portion 16, so that the longitudinal development trajectory defines a symmetry axis of the supporting portion 16. The pressing portion 19 is configured for sustaining the hook 22 of the second coupling portion 14 during an initial step of putting in contact the first and the second coupling portions 13, 14 of the coupling system 1 before the arming condition, as shown in FIGS. 21-22 and 6B-7.

(47) The pressing portion 19, the base area 20 and the mutual coupling portion 17 of the supporting portion 16 may be integrally joined defining a tab of sheet material.

(48) The supporting portion 16 is substantially parallel to the second coupling portion 14 and to the second base portion 12. FIG. 9 shows a section of the coupling system 1 under a first arming condition, in which the substantial parallelism between the second base portion 12 and the supporting portion 16 is shown. In said embodiment, the supporting portion 16 is obtained by means of the multiple folding of a single sheet. In a further embodiment, shown in FIGS. 17-18, the supporting portion 16 is obtained by means of a single folding of a single sheet of paper material. FIG. 24 shows a section of the coupling system 1 shown in FIG. 23 under a first arming condition in accordance with said further embodiment, highlighting the substantial parallelism between the second base portion 12 and the supporting portion 16.

(49) The supporting portion 16 may include a weakening portion 24 (FIGS. 1-5) configured for allowing the supporting portion 16 to define a holding operating condition and a releasing operating condition. The weakening portion 24 may be defined by means of one or more cuts, incisions or veining of the sheet material defining the supporting portion 16. In an embodiment shown in FIGS. 1-5 and 12-14, the supporting portion 16 exhibits two weakening portions 24, in particular, symmetrical to each other with respect to a mid-axis of the coupling system 1.

(50) The holding operating condition, shown in FIG. 6B and in the corresponding section of FIG. 7, is defined during an initial step of the arming condition under which the first coupling portion 13 rests against the second coupling portion 14: in such condition, the weakening portion 24 is intact and enables the supporting portion 16 itself to sustain the second coupling portion 14 limiting the movement thereof. Under the holding condition, the pressing portion 19 of the supporting portion 16 enables to sustain the hook 22 of the second coupling portion 14, as well shown in the section of FIG. 7. In greater detail, the pressing portion 19 of the supporting portion 16, under the holding operating condition, exerts a pressure on the hook 22 of the second coupling portion 14 to increase a flexural stiffness thereof. The supporting portion 16, in particular the pressing portion 19, is therefore configured, under the holding operating condition, for limiting the angular displacement of the hook 22 of the second coupling portion 14 to values below 90°, in particular from 0° to 70°, even more in particular from 0° to 45°. Said angular values are measured as the rotation of the hook 22 around the attachment edge 22b and with respect to the second base portion 12. The angular displacement is understood as the relative rotation of the hook 22 considered between an initial position of the hook 22 shown in FIG. 5A, before the holding operating condition, essentially aligned with and parallel to the second base portion 12, and a final position which the hook 22 may assume under the holding operating condition.

(51) The support provided by the supporting portion 16, in particular, by the pressing portion 19, allows to obtain greater security and efficacy during the initial arming step of the coupling system, in particular, during the nearing and putting in contact of the first coupling portion 13 and the second coupling portion 14. In other words, being the arming step automatic, the pressing portion 19 prevents a possible overturning of the hook 22 of the second coupling portion 14 due to the pressing force exerted by the respective hook 23 of the first coupling portion 13 on the hook 22 of the second coupling portion 14 during the initial anchoring step of the coupling system 1. The presence of the supporting portion 16 constrained to the base portion 12 is, therefore, an improvement to the first anchoring step of the coupling system 1.

(52) The releasing operating condition, shown in FIG. 8 and in the corresponding section of FIG. 9, is defined at least under the arming condition in which the total or partial breaking of the weakening portion 24 occurs, so that the supporting portion 16 may enable a greater movement of the hook 22 of the second coupling portion 14 with respect to the holding operating condition. In particular, the weakening portion 24 is configured for allowing the passage of the supporting portion 16 from the holding operating condition to the releasing one during the definition of the arming condition of the coupling system 1. The releasing operating condition defines a decrease of the flexural stiffness of the supporting portion 16. The supporting portion 16, under the releasing operating condition, is configured for enabling an angular displacement of the hook 22 of the second coupling portion 14 greater than the angular displacement enabled under the holding operating condition. The greater freedom of movement of the hook 22 of the second coupling portion 14 under the releasing operating condition, with respect to the holding operating condition, increases the security of the coupling system 1, since it makes the tampering thereof more difficult. The releasing operating condition follows the holding operating step. The supporting portion 16, in addition to acting as a support element for the second coupling portion 14, may perform the signaling function to further show a possible tampering of the coupling system 1. The supporting portion 16 is adjacent to, in particular, it faces, the hook 22 of the second coupling portion or the removable portion 15, at least under the arming condition of the coupling system 1; it is therefore possible to arrange a marker on the supporting portion 16 (for example, a change of color with respect to the removable portion 15) so that, in the absence of the portion 15, the supporting portion 16 may highlight, by means of the marker, the absence of said removable portion 15. The supporting portion 16 may act as a marker both in case the removable portion 15 is defined on the second coupling portion 14 (the supporting portion would be visible at least from the cavity 29 and/or from the through opening 28) and in case it is defined on the first coupling portion 13 (the supporting portion would be visible at least from the cavity 29 of the second base portion).

(53) Container 100

(54) The coupling system 1 previously described in each embodiment thereof may be coupled to a container 100 as shown in FIGS. 6A-B,7-11, 21-24. The container 100 includes at least one storage 2 defining an internal volume 3 configured for housing products, for example pills, tablets or blister packs (the products are not shown); the storage 2 is essentially the compartment adapted to house and support the products. In greater detail, the storage 2 includes 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 in communication the internal volume 3 of the storage 2 with the external environment. In the accompanying Figures a storage 2 is shown, exhibiting two opposite passage openings 5, so that the storage substantially defines a duct laterally delimited by the wall 4 and open at the longitudinal ends. The possibility of manufacturing, for example, a storage 2 exhibiting a single passage opening 5 or even a number of openings 5 greater than two (conditions not shown in the accompanying Figures) is not excluded. The storage 2 may exhibit a prismatic rectangular shape (plane lateral walls 4 having a rectangular shape). However, the possibility of manufacturing a storage 2 having a different shape, for example square, trapezoidal or cylindrical, is not excluded. The storage 2 is made of sheet material, optionally paper, and is obtained, for example, by means of folding.

(55) The container 100 further includes the coupling system 1 previously described. The first base portion 11 is rotatably constrained to the free edge 6 of the storage 2: the first coupling portion 13 is borne by the first base portion 11 so that the latter is interposed between the free edge 6 of the storage 2 and the first coupling portion 13. The first base portion 11 and the first coupling portion 13 are movable, in particular, rotatably, with respect to the storage 2 and are configured for defining at least one closed condition in which at least part of the first base portion 11 interdicts the communication between the internal volume 3 of the storage 2 and the external environment. The first base portion 11 and the first coupling portion 13 are further configured for defining an open condition in which the latter themselves enable the communication between the internal volume 3 and the external environment. The first base portion 11 is integrally joined to the free edge 6 of the storage 2: in particular, the first base portion 11 is integrally joined to at least one lateral wall 4 of the storage 2 defining a single body of paper material.

(56) As shown in the accompanying Figures, the first coupling portion 13 extends as a prolongation of the first base portion 11 from the opposite part to the storage 2, The first base portion 11 essentially includes a closing portion 7 of sheet material directly engaged with the free edge 6 of the storage 2 and movable, in particular rotatably, with respect to the latter. The closing portion 7 is counter-shaped to the opening 5 of the storage 2, so that, under the closed condition of the container 100, the closing portion 7 may interdict the passage from the internal volume 3 of the storage 2 to the external environment. The closing portion 7 exhibits a rectangular or square shape (FIGS. 13, 14); however, the possibility that the closing portion may exhibit geometrical shapes other than those shown in the accompanying Figures is not excluded.

(57) The first base portion 11 further includes at least one inserting portion 8 configured for being inserted, under the closed condition of the container, inside the volume 3 of the storage 2. The inserting portion 8 substantially includes a plane body of sheet material having, for example, a rectangular shape. As shown, for example, in the sectional view of FIG. 9, the inserting portion 8 extends between a first and a second prevalent development surface, respectively facing outwards (directly facing a lateral wall 4 of the storage 2) and towards an internal volume 3 of the storage 2. Under the closed condition of the container, at least one portion of the first development surface of the inserting portion 8 directly faces, in particular, is put in contact with, a part of a lateral wall 4 of the storage 2: said surface extends at least partially parallel to the wall 4 of the storage 2, in particular, to a front wall of the storage 2 opposite the wall directly connected to the closing portion 7. The closing portion 7 and the inserting portion 8 exhibit a mutual connection edge opposite to the free edge 6 of the storage 2 with respect to the closing portion 7 itself: the inserting portion 8 is rotatably movable with respect to the closing portion 7 around said mutual connection edge. As shown, for example, in FIG. 9, the inserting portion 8, under the arming condition of the coupling system 1, is configured for defining, according to a cross section and cooperatively with the closing portion 7, substantially an L-shape: under such condition, the inserting portion 8 extends substantially parallel to a lateral wall 4 of the storage 2.

(58) The closing portion 7 and the inserting portion 8 of the first base portion 11 are integrally joined defining a closing tab 9 of the container 100 made of sheet material, for example, paper. The closing portion 7 and the inserting portion 8 are exhibited on each of the openings 5 of the container 100. In particular, the closing tab 9 is integrally joined to the free edge 6 of the storage 2 and, therefore, to at least one lateral wall 4 of the container 100. In the accompanying Figures, a configuration of the closing tab 9 exhibiting a rectangular shape, entirely counter-shaped to free edge 6, has been schematized. The through opening 28 of the coupling system 1 is defined on the closing portion 7 and/or on the inserting portion 8, and is arranged, under a closed condition of the container 100, in particular, at the removable portion 15 under the arming condition. The through opening 28, upon the arming condition of the coupling system 1 and before the first disengagement condition, is adapted to allow the passage of the projection 30 and, therefore, the exit thereof from the storage 2 (see FIG. 13 and the respective section of FIG. 15). The second base portion 12 of the coupling system 1 defines at least part of an external lateral wall 4 of the storage 2 from which the second coupling portion 14 emerges, in particular from which the hook 22 of the second coupling portion 14 emerges.

(59) The coupling system 1, under a first closed condition of the container 100, is configured for defining the arming condition in which the first and the second coupling portions 13, 14 are engaged with each other. In particular, under the first closed condition of the container 1 and therefore under the arming condition, the first and the second coupling portions 13, 14 are configured for engaging with each other in the internal volume 3 of the storage 2. The coupling system 1—under a first open condition of the container 100 following the first closed condition—is configured for defining the first disengagement condition under which the removable portion 15 is configured for separating from the coupling system 1 to show a tampering of the coupling system 1 itself and therefore of the container 100. In detail, the hook 22 of the second coupling portion 14, during the passage from the open condition to the first closed condition of the container, is configured for rotating with respect to a lateral wall 4 of the storage 2 according to a direction entering the internal volume 3 of the storage 2 so that the gripping edge 22a of the hook 22 of the second coupling portion 14 may define, cooperatively with a lateral wall 4 of the storage 2 (in particular, with the remaining part of the lateral wall 4 of the storage from which the hook 22 emerges), the passage 32 adapted to receive, when crossed, the first coupling portion 13 for the engagement of the latter with the second coupling portion 14. In detail, the hook 22 defines the removable portion 15 which is, therefore, directly constrained to an edge of the lateral wall 4 of the storage 2. The removable portion 15 is connected at the head thereof to an edge of the lateral wall 4 of the storage 2 defining a prolongation of the lateral wall 4 itself: in detail, the removable portion 15 is connected to the lateral wall 4 of the storage 2 by means of the weakening element 26.

(60) The displaying opening 31 of the first base portion 13 is configured for enabling the display—from the outside of the storage 2—of at least part of the removable portion 15 defined by the hook 22 of the second coupling portion 14, at least in the first closed condition of the container. Optionally, the displaying opening 31 of the first base portion 13 is configured for enabling the display—from the outside of the storage 2—of the internal volume 3 of the storage 2 upon an opening of the coupling system 1 following the first arming condition. In the latter condition, the displaying opening 31 enables the user to verify the absence of the removable portion 15 and the breaking of the weakening element 26 adapted to connect the removable portion 15 to the storage 2. The through cavity 29 of the coupling system 1 is define on at least one lateral wall 4 of the storage 2, defining the cut edge 33. In particular, the through cavity 29 is placed at an end portion of the lateral wall 4, defining a depression on the lateral wall 4 itself. Said depression placed on at least one of the lateral walls 4 of the storage 2 receives the second coupling portion 14, in particular, the hook 22 of the second coupling portion 14. Under an open condition of the container 100, in particular, under a condition preceding the first arming condition of the coupling system 1, the hook 22 of the second coupling portion 14 is placed on the same plane containing the lateral wall 4 bearing the hook 22 itself. The cut edge 33 of the through cavity 29 is defined on at least part of the lateral wall 4 bearing the hook 22 of the second coupling portion 14. The gripping edge 22a of the hook 22, in combination with the cut edge 33 defined on the respective lateral wall 4, defines the passage 32 adapted to receive in insertion the first coupling portion 13 (see FIG. 5A).

(61) The supporting portion 16 of the coupling system 1 is arranged, in particular internally, in the storage 2 (see sections of FIGS. 7, 9, 22 and 24). In detail, the supporting portion 16 of the coupling system 1 is entirely arranged in the internal volume 3 of the storage 2. Optionally, the supporting portion 16 is substantially parallel to at least one lateral wall 4, in particular, to the lateral wall 4 defined by the second base portion 12. The mutual coupling portion 17 of the supporting portion 16 is engaged with an internal surface of at least one lateral wall 4 of the storage 2 spaced from the free edge 6. The pressing portion 19 of the same supporting portion 16 extends from said mutual coupling portion 17 nearing the free edge 6, in particular, the pressing portion 19 extends up to the free edge 6.

(62) As shown, for example, in FIGS. 6B, 11, 13, the container 100 may further include at least one abutment portion 80 engaged with the free edge 6 of the storage 2 adjacent to the closing portion 7: the abutment portion 80, in the closed condition, is configured for being interposed between the internal volume 3 and the closing tab 9 so as to cooperate with the latter to stably keep it in said closed condition. The abutment portion 80 essentially includes a plane tab of sheet material integrally joined to the free edge 6 of the storage 2 adjacent to the closing portion 7. The abutment portion 80 may exhibit a rectangular or trapezoidal shape. Also the abutment portion 80 is configured for rotating around the free edge 6 to face, at least in the closed condition of the container 1, towards the inside of the storage 2. In greater detail, the abutment portion 80 is constrained to the free edge 6 so as to engage, in the closed condition of the container 100, at least part of the inserting portion 8 and/or of the closing portion 7 to stably keep the closing tab 9 in said condition. The container 1 includes two abutment portions 80 opposite to each other with respect to the closing tab 9: the latter is interposed between the two abutment portions 11. In such configuration, the two abutment portions 80 symmetrically work on the closing tab 9 to keep it stably under the closed condition.

(63) Process of Manufacturing the Coupling System 1

(64) Furthermore, it is an object of the present invention a process for the manufacturing of the tamper-evident coupling system 1, in accordance with one or more of the accompanying claims and/or in accordance with the above detailed description. The process includes the following steps: preparing at least one first base portion 11, preparing at least one first coupling portion 13, preparing at least one second base portion 12, preparing at least one second coupling portion 14, preparing at least one supporting portion 16, preparing at least one removable portion 15, constraining at least one part of the supporting portion 16 to at least one between the second base portion 12 and the second coupling portion 14.

(65) In detail, the step of preparing the second coupling portion 14 provides for constraining said portion to a perimetral edge 12a of the second base portion 12 so that the second coupling portion 14 may be placed, at the head thereof, at the second base portion 12 and may extend as a prolongation of the latter. The gripping edge 22a of the hook 22 of the second coupling portion 14 faces the perimetral edge 12a of the second base portion 12, in which the gripping edge 22a of the hook 22 of the second coupling portion 14 defines, cooperatively with the perimetral edge 12a of the second base portion 12, a passage 32 adapted to receive, when crossed, the first coupling portion 13 for the engagement of the latter with the second coupling portion 14. In particular, the step of preparing the first base portion 11 includes a step of preparing a first sheet 51 on a plane surface and at least one step of cutting the first sheet 51 defining the first base portion 11. The step of preparing the first coupling portion 13 includes a step of preparing a second sheet 52 on a plane surface and a step of cutting the second sheet 52 defining the first coupling portion 13. In particular, this cutting step defines the respective hook 23 of the first coupling portion 13. Even more in detail, the cutting step defines the gripping edge 23a delimiting an undercut portion of the first coupling portion 13. The first and the second sheet 51, 52 are integrally joined to form a single body. The step of preparing the second base portion 12 includes a step of preparing a third sheet 53 on a plane surface and a step of cutting the third sheet 53 defining the second base portion 12. The step of cutting the third sheet 53 is adapted to further define the through cavity 29 on the second base portion 12. The step of preparing the second coupling portion 14 includes a step of preparing a fourth sheet 54 on a plane surface and a step of cutting the fourth sheet 54 defining the second coupling portion 14. In particular, said cutting step defines the hook 22 of the second coupling portion 14. Even more in detail, the cutting step defines the gripping edge 22a delimiting an undercut portion of the second coupling portion 14.

(66) The step of preparing the second base portion 12 and the second coupling portion 14 occurs simultaneously, by means of a step of preparing a single sheet according to a plane configuration, cutting said single sheet to delimit the second base portion 12 and part of the second coupling portion 14, said cutting step being adapted to delimit at least part of the hook 22 of the second coupling portion 14 integrally joined to the second base portion 12. Furthermore, the step of preparing the second base portion 12 and the second coupling portion 14 occurs simultaneously, by means of a step of realizing the weakening element 26 between the hook 22 of the second coupling portion 14 and the second base portion 12 so that said hook 22 may define the weakening portion 15.

(67) The step of preparing the supporting portion 16 includes a step of preparing a fifth sheet 55 on a plane surface and a step of cutting the fifth sheet 55 defining the supporting portion 16. In particular, the cutting step defines the mutual coupling portion 17 and the pressing portion 19. The third, the fourth and the fifth sheet 53, 54, 55 are integrally joined to form a single body. The step of cutting the fifth sheet 55 defines the weakening portion 24 configured for allowing the supporting portion 16 the passage from the holding condition to the releasing one during the definition of the arming condition of the coupling system 1. The step of preparing the removable portion 15 includes a step of cutting the second 52 or fourth sheet 54 defining the weakening element 26 of the removable portion 15; such cutting step provides for at least one operation between punching, engraving, shearing and/or laser cutting the first or the second coupling portion 13, 14.

(68) The step of constraining at least one part of the supporting portion 16 to at least one between the second base portion 12 and the second coupling portion 14 may provide for a step of sticking the supporting portion 16 to at least one between the second base portion 12 and the second coupling portion 14. In particular, the step of constraining provides for the sticking of the mutual coupling portion 17 of the supporting portion 16 to the respective mutual coupling portion 18 of at least a selected one of the second base portion 12 and the second coupling portion 14. The sticking step provides for a step of dispensing adhesive material on at least one between the first, fourth and fifth sheet 51, 54, 55. The sticking step provides for a step of dispensing adhesive material on at least one between the first and fifth sheet 51, 55. Optionally, the step of constraining at least one part of the supporting portion 16 to at least one between the second base portion 12 and the second coupling portion 14 includes a step of anchoring the supporting portion 16 to at least one between the second base portion 12 and the second coupling portion 14, by means of at least one operation selected between deformation, cutting and pressing of at least one between the first, fourth and fifth sheet 51, 54, 55. The first, second, third, fourth and fifth sheet may be of paper sheet material.

(69) Process of Manufacturing the Container 100

(70) Furthermore, it is an object of the present invention a process for the manufacturing of a tamper-evident container 100, in accordance with one or more of the accompanying claims and/or in accordance with the above detailed description. The process for the manufacturing of the container 100 includes the preparation of a draft as shown, for example, in FIGS. 12, 13 and 19.

(71) In detail, the process includes at least the following steps: preparing the storage 2, preparing the coupling system 1, whose manufacturing process occurs by means of the implementation of the steps described above.

(72) The first base portion 11 and the first coupling portion 13 are borne by the free edge 6 of the storage 2 and are rotatably movable with respect to the latter. Furthermore, the second base portion 12, jointly with the second coupling portion 14 define at least part of a lateral wall 4 of the storage 2. As shown in FIGS. 12 and 19, the step of preparing the storage 2 includes a step of preparing a sixth sheet 56 including at least one first and one second portion 57, 59 interconnected with a central connecting portion 58. The sixth sheet 56 further includes at least one first and one second lateral connecting portion 60, 61, in which the central connecting portion 58 is interposed between the first and the second portion 57, 59, the first portion 57 is interposed between the first lateral connecting portion 61 and the central connecting portion 58, the second portion 59 is interposed between the second lateral connecting portion 60 and the central connecting portion 58. Each of the portions 57, 58, 59, 60, 61 include at least two opposite longitudinal edges and two opposite end edges. The first and second portions 57, 59, the central connecting portion 58 and the lateral connecting portions 60, 61 are joined along the longitudinal edges and aligned along a single connection direction.

(73) The step of preparing the storage 2 further includes a step of folding the sixth sheet 56 (not shown in the accompanying Figures), joining the lateral connecting portions 60, 61, to form the storage 2 exhibiting the passage opening 5 delimited by at least one free edge 6. The lateral connecting portions 60, 61 are joined to each other by means of adhesive material.

(74) The step of preparing the storage 2 further includes the step of preparing a seventh sheet 62 exhibiting at least one portion 63 connected to at least one central and/or lateral connecting portion of the sixth sheet 56 and emerging with respect to the latter, in particular, emerging from at least one end edge of the sixth sheet 56. The portion 63 of the seventh sheet 62 is adapted to form a resting portion 80 of the container 100.

(75) The step of preparing the storage 2 includes a step of folding the first base portion 11 and the first coupling portion 13 of the first and second sheets 51, 52 to form, respectively, the closing portion 7 and the inserting portion 8 of the closing tab 9 of the container 100. The third sheet 53 defining the second base portion 12 of the second coupling portion 14 of the coupling system 1 is integrally joined to form a single body with the first portion 57 and/or second portion 59 of the sixth sheet 56. The first sheet 51 defining the first base portion 11 of the coupling system 1 is integrally joined to form a single body with the first portion 57 and/or with the second portion 59 of the sixth sheet 56, in particular in which the first sheet 51 emerges from the end edges of the sixth sheet 56.

(76) The first, second, third, fourth, fifth, sixth, and seventh sheet may be integrally joined to one another defining a single body of sheet material, in particular of paper sheet material.

(77) Process for Arming the Coupling System 1

(78) Furthermore, it is an object of the present invention a process for the arming of the tamper-evident coupling system 1, in accordance with one or more of the accompanying claims and/or in accordance with the above detailed description.

(79) The arming process, diagrammatically shown in FIGS. 5A-B, 8-9, 21-24, includes a step of separately preparing the first coupling portion 13 and the second coupling portion 14 and a further step of exerting a mutual pressure between the first and the second coupling portions 13, 14 defining an initial contact condition of the coupling system 1. Such process, including the step of engaging the first and the second coupling portions 13, 14 defining the arming condition.

(80) The step of exerting a mutual pressure between the first and the second coupling portions 13, 14 includes a sub-step of nearing the respective hook 23 of the first coupling portion 13 to the hook 22 of the second coupling portion 14,

(81) and of putting in contact, optionally pressing, the respective hook 23 of the first coupling portion 13 at the hook 22 of the second coupling portion 14. As shown in FIGS. 5B and 21, the first coupling portion 13, during the step of exerting a mutual pressure, is interposed between the hook 22 of the second coupling portion 14 and at least part of the second base portion 12, in particular, the first coupling portion 13 is inserted into the passage 32 defined by the gripping edge 22a of the hook 22 of the second coupling portion 14 and part of the cut edge 33 of the through cavity 29. The step of exerting a mutual pressure between the first and the second coupling portions 13, 14 includes a step in which the pressing portion 19 receives against it, to sustain it, the hook 22 of the second coupling portion 14. The latter step corresponds to the holding operating condition of the supporting portion 16 (see sections of FIGS. 7 and 22). The step of engaging the first and the second coupling portions 13, 14 includes the steps of inserting the respective hook 23 of the first coupling portion 13 at the gripping edge 22a of the hook 22 of the second coupling portion 14, and of defining the grip between the undercut portions of the first and of the second coupling portion 13, 14 respectively delimited by the gripping edges 23a, 22a. The latter step corresponds to the releasing operating condition, in particular in which the total or partial breaking of the weakening portion 24 of the supporting portion 16 occurs, enabling an upper movement of the hook 22 of the second coupling portion 14 with respect to the holding operating condition (see sections of FIGS. 9 and 24).

(82) Use of the Coupling System 1

(83) Furthermore, it is an object of the present invention a use of the tamper-evident coupling system 1, in accordance with one or more of the accompanying claims and/or in accordance with the above detailed description. The using process provides for the employment of the coupling system 1 to define at least one selected from the group of: a container for the containment of one or more products in which the coupling system 1 is used to define a first closed condition of the container. The coupling system 1 is configured for defining a first open condition under which the breaking of the removable portion 15 occurs, so as to show a possible tampering of the container; an envelope (not shown in the accompanying Figures) for the containment of one or more products in which the coupling system 1 is used to define a first closed condition of the envelope. The coupling system 1 is configured for defining a first open condition of the envelope under which the breaking of the removable portion 15 occurs, so as to show a possible tampering of the envelope; a band, shown in FIGS. 14-16, for wrapping one or more products, in which the coupling system 1—for example borne by end strips opposite to the band—is used to define a first closed condition of the band. The coupling system 1 is further configured for defining a first open condition under which the breaking of the removable portion 15 occurs, so as to show a possible tampering of the band.