ES2952226T3 - Container with container closure - Google Patents

Abstract

The invention relates to a container (11), comprising: a container body (13); a container neck (15), which is adjacent to the container body; an external thread (25), which is formed in the neck of the container (15); and a closing cap (17) for closing a pouring opening (27), which is disposed within the neck of the container (15). A first region (33) of a first shrink film (29), which shrink film is tube-shaped, contracts over the closure cap (17), and a second region (35) of the first shrink film contracts. at least over a region of the neck of the container (37). The neck area of the container (37) is attached to the open edge (39) of the closing lid (17) screwed to the neck of the container (15) and, in this way, the first shrink film (29) is held in the neck of the container (15) and in the closing lid (17). The first zone (33) and the second zone (35) of the first shrink film (29, 31) are joined by means of a retaining strip (47). (Automatic translation with Google Translate, without legal value)

Description

DESCRIPTION

Container with container closure

field of invention

The invention refers to a container, according to the preamble of claim 1, as well as to a shrink film, according to the preamble of claims 24 and 25, and also to an assembly consisting of a first and a second shrink film, according to claim 29.

State of the art

From the state of the art, with regard to the field of plastic closure caps with a securing ring, closure caps are known that remain in the container without being lost and close its pouring opening. The retention function is also important, in the sense that legal provisions are to be expected requiring that beverage bottle closures also be attached to the beverage bottles without being lost even when opened.

From document DE 9318243 U1 such a closing lid is known, which cannot be lost when closing a container. Once the threaded part of the cap is unscrewed, it is held in place by a retaining band on the securing ring. The fastening band is integrated into the guarantee ring, with the closing cover being closed. However, this solution of a closure cap that does not get lost assumes that the closure cap has a guarantee ring, which remains on the neck of the bottle, once unscrewed.

The disclosure of document US 3,951,292 A describes the features of the preamble of claim 1. It relates to a label on a closed bottle, including the features of originality. The neck label comprises a sleeve-shaped secondary closure, made of a retractable oriented thermoplastic material, which shrinks, so that it fits snugly over the bottle and its closing edge. The label material is pre-printed by a guide and rolled as a wrapper, where the roll width represents the height of the label. The label material is engraved in the partial depth of its thickness, which extends in the longitudinal direction along a line, which is at a predetermined height on the final label and is folded transversely at spaced intervals along this. The folds are spaced so far apart that a predetermined number of them appear on each label blank cut from the wrapper. The label blanks are cut to size, rolled into a circular sleeve shape, so that the rear end of the blank overlaps the front end and the overlapping ends join together in an axial closure. The sleeves are located above the neck and closure skirt of a closed bottle, so that the attenuation line is located in the material next to the lower edge of the closure skirt.

Object of the invention

Starting from the disadvantages of the described state of the art, the object is to obtain a closing lid that remains without being lost once unscrewed on the container, even when the closing lid does not have a guarantee ring.

Another objective is to be able to retrofit, in the case of existing containers with closing lids, the function of keeping the closing lid on the container without losing it once it is unscrewed.

Furthermore, another objective is to present a closing lid that cannot be lost, that every time the used container is to be closed, it does not cause a nuisance.

Description

The solution to the stated objectives is solved with a container that contains a closing lid with the characteristics introduced in the characterizing paragraph of claim 1 of the patent. Improvements and/or advantageous embodiment variants of the invention are the subject of the dependent claims.

The invention preferably stands out for the fact that the first region and the second region of the first shrink film are joined with a retention band. Therefore, the function of retaining the closing lid on the container neck, once the closing lid has been unscrewed from the container neck, is performed by the first shrink film. Thus, every commercial container with a closing lid, in particular every bottle with a closing lid, is retrofitted with the first shrink film, with which the closing lid is held in the container neck without being lost. Therefore, containers and bottles do not have to be complemented with additional qualities, which allow the closure lid to be maintained without getting lost in the container neck, but production costs also increase. Furthermore, in any case, a shrink film is distributed for covering containers, since the shrink film can be printed and thus perform the function of the label. Shrink films are known from the state of the art, the perforation of which is torn when the closing lid is unscrewed and, thus, a first opening of the container is indicated. In the context of this application, shrink film means a plastic film, which shrinks under the effect of heat and It assumes the shape of the container body and the closing lid, on which it is shrink-wrapped. Such a shrink film is also called a “sleeve”. Generally, shrink film is tube-shaped and printable. The printability of shrink film allows it to also be used as a label.

In a particularly preferred embodiment, the retention band is formed from the first shrink film and the first region, the second region and the retention band are formed in one piece. In this way, all the parts necessary to keep the closing lid on the container neck without getting lost are made from a commercial shrink film. It would also be conceivable that the retention band would be fixed to the first and second regions, for example, adhered.

It has been verified that the retention band has a first end, which is inseparably linked to the first region of the first shrink film and has a second end, which is inseparably linked to the second region of the first shrink film. . In this way, the retention function is guaranteed, by which the unscrewed closing cap is kept on the container neck.

Conveniently, the retaining band is long enough so that, when the closure cap is moved from a closed position in which the closure cap is screwed onto the container neck, it can be moved to an open position in which the closure cap is screwed onto the container neck. Closing lid releases the pouring opening and is held with the fastening band in the second region of the first shrink film. In this way, the retaining band does not interfere with unscrewing the closing cap. The retaining band can be e.g. e.g. so long that the user can hold the container body and the closing lid at the same time with his hand. Thus, the closing lid does not interfere with the use of the container. In particular, when pouring the product, the closing cap does not come close to the product flow.

In another particularly preferred embodiment of the invention, the retention band is formed in such a way that the first shrink film has, in the transition from the first region to the second region, first perforations arranged contiguously and first ribs located between them, the Perforations surround the region of the container neck in a perimeter direction, where when unscrewing the closing lid of the container neck, the first ribs break and the retention band detaches from the first shrink film. Therefore, in this embodiment, the retaining band is produced automatically by rotating the closing cover in the opening direction. By the number and length of perforations and ribs, the length of the retaining band can be determined. Additionally, the breakage of at least one rib indicates that the closing cover has been rotated in the opening direction and is no longer originally closed.

More suitably, the sum of the length of the first perforations arranged contiguously and the length of the first ribs constitutes a length corresponding to twice the length of the retaining band. Since the retention band can be detached from the first shrink film, it must contain first perforations and ribs on its upper and lower longitudinal edge. Preferably, the distances between the first perforations and the first ribs are equal along the perimeter direction of the container neck.

In another preferred embodiment of the invention, the distance between the first overlapping perforations corresponds to the width of the retention band. Generally, the distance along the retention band is constant. However, it is also possible to consider that the distances between the overlapping perforations vary. With this, it is possible to bring the retaining band in a more stable way to particularly loaded positions, for example, at the first or second end.

In another particularly preferred embodiment, the first perforations are arranged in a spiral shape in the first shrink film and the retaining band thus has a spiral shape in the open position, which is formed from the first film. retractable. Generally, the retaining band has to be longer than a single perimeter of the container neck, so that the retaining band does not impede unscrewing of the closure cap. Due to the spiral arrangement of the first perforations, it is possible to provide the retention band with the desired length. It is pertinent that the retaining band be provided with an optimized length, allowing for the best user-friendliness of the container.

The invention is also mainly characterized by the fact that the first shrink film has the function of an opening indicator, since the first ribs break when the closing cover is opened for the first time. As already explained above, at least one rib is already broken when the closing cover is turned only slightly in the opening direction. Therefore, a reliable guarantee is provided that the container is sold unopened. For this reason, the first shrink film solves the two objects at the same time, on the one hand, a retention function and, on the other hand, an indicative function.

In another preferred embodiment of the invention, the first shrink film is free of contiguously arranged first perforations and first ribs located therebetween, and the first and second regions of the first shrink film are joined together before the closure cover is opened for the first time, only by the first or second end of the retaining band. In this embodiment, the retaining band is already formed on the first shrink film before it is first opened and does not detach upon rotation from the first shrink film.

In another particularly preferred embodiment of the invention, a second shrink film is arranged on the first shrink film, which is shrink-wrapped with a third region on the closure cover and with a fourth region, at least, on the region of the neck of bowl. The required objects can be divided in this embodiment between the first and the second shrink film. The first shrink film serves to retain the unscrewed closing cap. The second shrink film maintains and protects the first shrink film. In particular, it protects the retention band. Additionally, the second shrink film serves as an indicator of whether the container is originally closed or not.

It is preferable that the retaining band has a first section that extends from the first end in the axial direction along the container neck and has a second section that connects with the first section, which extends in the perimeter direction along from the region of the container neck towards the second end. In this way, a sufficient length of the retaining band is guaranteed, which does not prevent unscrewing the closing cap. The second section can also be removed slightly below the second shrink film, since the second section is located in the region of the second perforations and the second shrink film does not hold it or holds it very little. It is also possible to think of a retention band arranged diagonally to the container neck. The less inclined the retaining band is arranged between the first and second regions, the longer it will be. It is appropriate to provide a retaining band with a shape and length that facilitates the use of the container and, at the same time, the retaining band can be produced at a low cost. It is preferable to cut it from the first shrink film. However, it is also possible to think about fixing it between the first and the second region, for example, adhering it to its first and second end.

As already explained above, it is convenient that the second shrink film performs the function of an opening indicator, since the second shrink film has second perforations arranged contiguously and second ribs located between them and the second ribs are They break when the closing cover is first opened. Such shrink films are known from the state of the art and, therefore, their indicative function is well developed. However, the combination of the first shrink film with the reliable solution it entails for the object presented is surprising.

It is demonstrated that it is convenient that the second perforations are arranged circularly in the second shrink films and, once the closing cover is unscrewed, the third region is separated from the fourth region when the second ribs break. This way, once the closing cap is unscrewed, it remains only on the retaining band.

In another preferred embodiment, the container body has a shoulder region and a cover region that connects with the shoulder region and the fourth region of the second shrink film surrounds at least the shoulder region and, optionally, the region of shoulder and deck region. With this, the fourth region can reliably maintain the second region. Additionally, the fourth region fulfills a label function.

Conveniently, the container body has a shoulder region and a cover region connecting to the shoulder region and the second region of the first shrink film surrounds at least the shoulder region and, optionally, the shoulder region and the region of deck. Thereby, the second region is sufficiently secured in the container body, even when there is no fourth region. The second region can also take on the label function.

In another preferred embodiment of the invention, the second region has third perforations and third ribs located between them. This allows tearing of the second region by pulling the retaining band beyond the container neck and detachment of the shoulder region.

So that the third ribs are already broken by slightly pulling on the retaining band, it is preferable that the third perforations are provided in the second region in such a way that they connect with the second end of the retaining band.

In another preferred embodiment of the invention, the first shrink film has a fifth region that is shrink-wrapped on the container body and is arranged in the container body under the second shrink film at the lower end of the fourth region of the second film. retractable, where a security band is joined with a third end inseparably to the second region and with a fourth end inseparably to the fifth region. The security band allows the fourth region of the second shrink film to be torn in a simplified manner along the total height of the fourth region, extracting the retention band from the container body. However, the closure cap is still kept on the container body, since it is connected to the fifth region through the retaining band and the security band. Preferably, the fifth region is designed as a ring.

It is shown to be advantageous to align the second end of the retaining band and the third end of the safety band with each other. In this way, the pull of the retention band is transferred directly to the safety band. The security band preferably represents a linear extension of the retention band.

It is shown to be convenient for the second shrink film to have fourth perforations and fourth ribs located between them, which extend from the upper edge to the lower edge of the fourth region, where the security band is arranged under the fourth perforations. . The fourth ribs can be torn precisely by the security band, since the security band is arranged directly below the fourth ribs. Therefore, the security band is preferably covered by the second shrink film and the fourth ribs.

Since the security band and the fourth perforations preferably extend in the axial direction of the container, the fourth perforations can be broken especially easily by removing the security band from the container body. The fourth torn region detaches itself from the container body and can be disposed of separately therefrom.

In another preferred embodiment of the invention, a support ring is formed in the container neck and the second region has at least one diameter smaller than the diameter of the support ring. In this way, the second region can not only be held together by surface friction, but also by form drag. Even if the second region must be released from the container surface, it remains there through the support ring.

Another aspect of the invention refers to a first shrink film in the shape of a tube, where the shrink film has first perforations and first ribs located between them in the transition from the first region to the second region, the first perforations are arranged in the shape of spiral in the perimeter direction of the shrink film and when unscrewing the closing cap from the container neck, the first ribs can be broken and, in this way, a spiral-shaped retention band can be detached from the shrink film. The first embodiment of the first shrink film already described above allows it to be shrink-wrapped over the container and, preferably, over bottles with the closing cap unscrewed. In this way, almost all containers can be supplemented with shrink film with a retention function, through which the unscrewed closure cap is held in the container neck without being lost.

Another aspect of the invention relates to a first shrink film in the form of a tube, where the shrink film is free of perforations and the first region and the second region of the shrink film are attached only to a first and a second end of a band of retention. The second embodiment already described above of the first shrink film allows it to be shrink-wrapped on the container and, preferably, on bottles with the lid unscrewed and allows the closing lid to remain, once unscrewed, on the neck of the bottle. container without getting lost. In this second embodiment, the retention band is already formed in the shrink film and does not come off the shrink film until it is unscrewed from the container by turning.

In another particularly preferred embodiment of the invention, the retention band is formed from the first shrink film and the first region, the second region and the retention band are formed in one piece, where the retention band has a first section, which extends from the first end in an axial direction along the container neck and has a second section that connects with the first section, which extends in a perimeter direction along the region of the container neck towards the second extreme. Since the second section is disposed at the open edge of the third region of the second shrink film, the second section can be easily removed between the closure cap and the third region. Thus, the retaining band does not prevent unscrewing the closing cap. The longer the second section, the greater the distance between the container neck and the unscrewed closing cap.

Another aspect of the invention refers to an assembly consisting of the first shrink film, which is free of perforations and a second shrink film, which can be shrink-wrapped with a third region on the closing cover and with a fourth region at least on the region of the container neck, and the second shrink film has perforations, which are arranged contiguously, and ribs located between them, where the second perforations are arranged circularly in the second shrink film and, once the closing cover is unscrewed, The third region can be separated from the fourth region by breaking the second ribs. The second shrink film can be shrink-wrapped over the first shrink film over the container and closure lid. In this way, the second shrink film fulfills the function of indicating whether the closing cover has already been opened or not. Additionally, it maintains the first shrink film in the container neck and closure cap, and protects the first shrink film, in particular the retaining band, from mechanical alterations. The set can be shrink-wrapped on almost all containers and almost all bottles with a closing cap, so that the closing cap remains without being lost in the container neck once unscrewed. Therefore, the retention function of the unscrewed closure cap can be adjusted again by providing the first shrink film in the second embodiment also in containers, in which the wrapping with a second shrink film is provided from the beginning. For example, because labeling and/or an opening indicator on the container is necessary.

Further advantages and features emerge from the following description of two exemplary embodiments of the invention with reference to the schematic drawings. They show, in a schematic representation, not to scale:

Figure 1: an isometric view of a container in a first embodiment in which a first shrink film is shrink-wrapped with first perforations arranged in a spiral shape;

Figure 2: an isometric view of the container of Figure 1 in which the first shrink film is shrink-wrapped;

Figure 3: an isometric view of the container of Figure 1, in which the closure cap is unscrewed and a retaining band is detached from the first shrink film along the perforation, thereby holding the closure cap in the container body;

Figure 4: an isometric view of a container in a second embodiment, in which a first shrink film with a formed retention band and a second shrink film with second perforations are shrink-wrapped;

Figure 5: an isometric view of a container of Figure 4 in which the first shrink film is shrink-wrapped in the container body;

Figure 6: an isometric view of a container of Figure 4 in which the first and second shrink films are shrink-wrapped on the container body;

Figure 7: an isometric view of a container of Figure 4, in which the closure cap is unscrewed and the closure cap is held on the container body with the retaining band of the first shrink film;

Figure 8: an isometric view of the first shrink film, according to a third embodiment;

Figure 9: an isometric view of the first and second shrink film, according to the third embodiment and

Figure 10: an isometric view of a container, according to the third embodiment, from which the second shrink film is released from it with the help of the first shrink film to be disposed of separately.

In Figures 1 to 7 a container is shown, which is fully marked with the reference signs 11. The container 11, in particular a bottle 11 comprises a container neck 13, a container neck 15 connecting with the body 13 container and a closing lid 17. The container body 15 is partially shown in Figures 1 to 7. The closing lid 17 comprises a base 19 and a first cylindrical cover 21 with an open edge 39. An internal thread 23 is formed on the inner side of the cover 21. The container neck 15 is shaped as a cylindrical cover. An external thread 25 is formed on the container neck 15, which cooperates with the internal thread 23. In this way, the closing cap 17 can be screwed and unscrewed on the container neck 15. The closing lid 11 closes the pouring opening 27, which is provided inside the container neck 15.

The closing lid 17 remains in the container neck 15 without being lost, since the container has a specially formed first shrink film. In a first embodiment, the first shrink film is designated with the reference sign 29 and, in a second embodiment, the first shrink film is designated with the reference sign 31. Within the framework of this application, for a Shrink film means a plastic film, which shrinks with the effect of heat and takes the shape of the container body 13 and the closing lid 17, on which it is shrink-wrapped. Such a shrink film is also called a “sleeve”. Generally, shrink film is tube-shaped and printable. The printability of shrink film allows it to also be used as a label. To this end, it is preferred that the corresponding shrink film surrounds the entire cover of the container body.

In Figures 1 to 3, the first embodiment of the first shrink film 29 is shown. The first shrink film 29 has a first region 33 and a second region 35. The first region 33 is shrink-wrapped on the closing lid 17 and the second region 35 is shrink-wrapped on at least one region 37 of the container neck. The region 37 of the container neck is located below the open edge 39 of the closure lid or below a support ring 41 formed in the container neck 15. In this way, the first region 33 is held in the closure lid 17 and the second region 35 is held in the container neck 15.

Between the first and the second region 33, 35, first perforations 43 are provided adjacent to the first shrink film 29, which are separated from each other by first ribs 45. The first perforations 43 and, therefore, also the first ribs 45 are arranged in the form spiral in a perimeter direction to the first shrink film 29. In this way, a retention band 47 is formed on the shrink film 29.

When the closing lid 17 is unscrewed, it goes from a closed position, in which it is screwed onto the container neck 15, to an open position, in which it releases the pouring opening 27. When unscrewing the closing cap, the first ribs 45 break, causing the retention band 47 to detach from the first shrink film 29. The band The retention 47 has a first end 49, with which it is held inseparably in the first region 33, and a second end 51, with which it is held inseparably in the second region 35. As shown in Figure 3, The retaining band 47 acquires a spiral shape when all the first ribs 45 have been broken and the closing cover 17 is in the open position. In the open position, the closing lid 17 is held by the first and second ends 49,51 of the retaining band 47 without losing themselves in the container neck 15 or the container body 13. The first region 33, the second region 35 and the retention band 47 are formed from a piece of the first shrink film 29.

The distance of the first overlapping perforations 43 corresponds to the width of the retention band 47. In order for the retaining band 47 to be completely formed from the first shrink film 29 when the closing cover 17 is opened, the sum of the length of the first adjacently arranged perforations and the length of the first ribs must constitute a length corresponding to twice the length of the retention band. The length and number of the first perforations 43 and the first ribs 45 are calculated such that the retaining band 47 is long enough so that the closing cap 17 can be removed from the container neck 15.

The first shrink film 29 also plays the role of an opening indicator and can ensure the first opening guarantee. At the moment in which the closure cap 17 is rotated in the opening direction, at least one of the first ribs 45 is broken. The more the closure cap 17 continues to be rotated in the opening direction, the more first ribs 45 will be broken.

According to the second embodiment, a first shrink film 31 and a second shrink film 53 are shrink-wrapped in the closing lid 17 and at least in the region 37 of the container neck.

According to the second embodiment, the first shrink film 31 does not have first perforations 43 or first ribs 45 before the first opening of the closing cover 17, but only the first and second regions 33,35, and the retaining band 47. . In the second embodiment, the first region 33 is preferably formed as a first ring and the second region 35 is preferably formed as a second ring. The retaining band 47 is already present before the first opening of the closure cover 17 and does not detach from the first shrink film 31 when the closure cover 17 is rotated. The retaining band 47 connects the first and second regions 33.35 with its first and second ends 49.51. In the second embodiment, the retaining band 47 may have a first section 55, which extends in an axial direction along the container neck 15 from the first end 49. A second section 57 that connects with the first section 55 It can extend in a perimeter direction along the region 37 of the container neck towards the second end 51. Thus, the retaining band 47 has sufficient length so as not to prevent the closing cap 17 from being unscrewed. The second section 57 can be removed particularly easily between the closing cover 17 and the second shrink film 53 when opening the closing cover 17 and, therefore, unscrewing the closing cover 17 is not prevented. The retaining band 47 may also extend diagonally along the container neck 15. It is important that the retaining band 47 does not impede the unscrewing process due to a length that is too short and that it holds the closure cap 17 effectively on the container neck 15 once unscrewed.

The second shrink film 53 is shrink-wrapped above the first shrink film 31. The second shrink film 53 is shrink-wrapped with a third region 59 on the closing lid 17 and with a fourth region 61, at least, on the region of the container neck 37.

The second retractable film 53 serves the purpose of opening indicator. Therefore, it has second perforations 63 arranged contiguously and second ribs 65 between them. The second ribs 65 are broken when the closing cover 17 is opened for the first time. Preferably, the second perforations 63 and second ribs 65 extend along a circular guide. The second perforations 63 and the second ribs 65 form the transition from the third region 59 to the fourth region 61.

The container body 13 has a shoulder region 67 and a cover region 69 connecting to the shoulder region. The second region 35 preferably surrounds not only the container neck region 37, but also the shoulder region 67. For sufficient maintenance and to fulfill the label function, it is preferred, particularly in the first embodiment, that the second region 35 surrounds the shoulder region 67 and the cover region 69.

In the second embodiment, it is preferred that the fourth region 61 surrounds the shoulder region 67, in addition to the container neck region 37. The surface of the second region 35 can be kept smaller, since the fourth region covers this region 1 and keeps it in the container body 13. In the second embodiment, to fulfill the label function, it is preferred that the fourth region 61 covers the shoulder region 67 and the cover region 69.

To require as little material as possible from the first shrink film 29,31, the second region 31 can be made as small as possible and only extend above the container neck region 37 or the container neck region. vessel and shoulder region 67. For effective holding of the second region 35 in the container neck 15, the second region 35 must have at least a diameter smaller than the diameter of the support ring 41.

The first shrink film 29,31 has the advantage that the closing lid 17 is held in the container neck 15 without the closing lid or the container, in general, having to be provided for this. The retention function is completely assumed by the first shrink film 29,31. Additionally, the first shrink film 29 or the second shrink film 53 fulfills the purpose of an opening indicator, which shows the integrity of the closed container and shows whether the closing lid 17 has already been rotated relative to the container neck in opening direction.

A third embodiment is shown in Figures 8 to 10. In this embodiment, third perforations 71 and third ribs 73 located therebetween are provided in the second region 35. When the second region 35 is pulled with the help of the retaining band 47, the third ribs 73 are broken. In order for the third ribs 73 to break reliably, it is desirable that the third ribs and perforations are attached to the second end 51 of the retaining band 47.

The first shrink film 31 has a fifth region 75, which is shrink-wrapped onto the container body 13. Preferably, the fifth region is formed as a third ring. The fifth region 75 is arranged below the second shrink film 53 at the lower end of the fourth region 61 of the second shrink film 53 in the container body 13. A security band 77 is attached with a third end 79 inseparably to the second region 35 and with a fourth end 81 inseparably to the fifth region 75. Conveniently, the second end 51 of the retaining band 47 and the third end 79 of the security band 77 are aligned with each other so that the security band 77 represents a linear extension of the retention band 47. In this way, once the third ribs 73 are broken, the security band 77 can be extracted from the container body 13, in any case, extracting the retaining band 47 from it.

The purpose of the security band 77 is to separate the fourth region 63 of the second shrink film 53 from the container body. To do this, the second shrink film 53 has fourth perforations 83 and fourth ribs 85 located between them. The fourth perforations and ribs extend from the upper edge to the lower edge of the fourth region 63, where the security band 77 is preferably arranged below the fourth ribs 85. Therefore, the fourth ribs 85 cover the band 77. of security.

Figure 10 shows the operation of the third embodiment. According to the second embodiment, once the closing lid 17 is unscrewed, it is held by the retaining band 47 on the container neck 15. After final use of the container, it may be an advantage, in particular for recycling reasons, to separate the fourth region 61 from the container body 13. This can be carried out in a particularly easy way by providing the safety band 77: Pulling the retaining band 47 of the container body 13 breaks the third ribs 73. If pulling continues, this pulling also affects the band 77. safety, so it, in any case, is extracted from the container body 13. By pulling the security band 77, the fourth ribs 85 are broken and the fourth region 61 is torn along its full height, and can be discarded separately. Furthermore, the closing lid 17 is held in the container body 13, since it hangs from the retaining band 47 and the security band 77.

Legends:

11 Container, bottle

13 Container body

15 Vessel Neck

17 Closing cover

19 Base

21 First cylindrical cover

23 Internal thread

25 External thread

27 Pour opening

29 First shrink film in a first embodiment

31 First shrink film in a second embodiment

33 First region of the first shrink film

35 Second region of the first shrink film

37 Vessel neck region

39 Open edge of end cap

41 Support ring

43 First perforations

45 First ribs

47 Retention band

49 First end of retaining band

51 Second end of retention band

53 Second shrink film

55 First section of the retention band

57 Second section of the retention band

59 Third region of the second shrink film

61 Fourth region of the second shrink film

63 Second perforations

65 Second ribs

67 Shoulder region

69 Cover region

71 Third perforations

73 Third ribs

75 Fifth region

77 Safety band

79 Third end of the safety band

81 Fourth end of the safety band

83 Fourth perforations

85 Fourth ribs

Claims (30)

1. Container (11), which presents - a container body (13), - a container neck (15) that connects with the container body, - an external thread (25) formed in the neck (15) of the container, - a closing lid (17) for closing a pouring opening (27) provided inside the container neck (15), the closing lid (17) has - an open edge (39) and an internal thread (23), which cooperates with the external thread (25) of the container neck (15) and - a base (19), which closes the closing cover (17) on the opposite side to the open edge (39) and - a first shrink film (29,31) in the shape of a tube, said shrink film (29,31). It is shrink-wrapped with a first region (33) on the closing lid (17) and with a second region (35) on at least one region (37) of the container neck, said region (37) of the container neck connecting with the open edge (39) of the closing lid (17) screwed into the neck (15) of the container, so that the first shrink film (29,31) remains in the neck (15) of the container and in the lid ( 17) closure, characterized by the fact that the first region (33) and the second region (35) of the first shrink film (29,31) are connected with a retention band (47). 2. Container according to claim 1, characterized in that the retention band (47) is formed from the first shrink film (29,31) and the first region (33), the second region (35) and The retention band (47) is formed in one piece. 3. Container according to claim 1 or 2, characterized in that the retention band (47) has a first end (49), which is inseparably connected to the first region (33) of the first film (29). ,31) retractable and has a second end (51), which is inseparably connected to the second region (35) of the first retractable film (29,31). 4. Container, according to any of the preceding claims, characterized by the fact that the retention band (47) is long enough so that, when the closing lid (17) moves from a closing position in which the lid (17) closure is screwed into the neck (15) of the container, it can be moved to an open position in which the closure lid (17) releases the pouring opening (27) and is held with the band (47) retention in the second region (35) of the first shrink film (29,31). 5. Container, according to any of the preceding claims, characterized by the fact that the retention band (47) is formed in such a way that the first shrink film (29) presents in the transition from the first region (33) to the second region (35) first perforations (43) arranged contiguously and first ribs (45) located between them, the perforations (43) surround the region (37) of the container neck in a perimeter direction, where when unscrewing the lid ( 17) for closing the neck (15) of the container, the first ribs (45) break and the retention band (47) detaches from the first shrink film (29). 6. Container according to claim 5, characterized in that the sum of the length of the first perforations (43) arranged contiguously and the length of the first ribs (45) has a length corresponding to twice the length of the retention band (47). 7. Container according to claim 5 or 6, characterized in that the distance between the first overlapping perforations (43) corresponds to the width of the retention band (47). 8. Container, according to any of claims 5 to 7, characterized in that the first perforations (43) are arranged in a spiral shape in the first shrink film (29) and, in this way, the band (47) In the open position, the retention mechanism has the shape of a spiral, which is formed from the first shrink film (29). 9. Container, according to any of claims 5 to 8, characterized in that the first shrink film (29) has the function of an opening indicator, in which the first ribs (45) break when the lid ( 17) Closure opens for the first time. 10. Container, according to any of claims 1 to 4, characterized in that the first shrink film (31) is free of first perforations (43) arranged contiguously and of first ribs (45) located between them, and the first and the second region (33,35) of the first shrink film (31) are connected to each other before the closing cover (17) is opened for the first time, only at the first or the second end (49,51 ) of the retention band (47). 11. Container according to claim 10, characterized in that above the first shrink film (31) a second shrink film (53) is arranged, which is shrink-wrapped with a third region (59) on the lid (17). closure and with a fourth region (61) at least over the region (37) of the container neck. 12. Container according to claim 10 or 11, characterized in that the retaining band (47) has a first section (55), which extends from the first end (49) in an axial direction along the neck. (15) of container and has a second section (57) that connects with the first section (55), which extends in a perimeter direction along the region (37) of the container neck towards the second end (51). . 13. Container, according to claim 11 or 12, characterized in that the second retractable film (53) has the function of an opening indicator, given that the second retractable film (53) has second perforations (63) arranged in contiguous shape and second ribs (65) located between them, and the second ribs (65) are broken when the closing cover (17) is opened for the first time. 14. Container according to claim 13, characterized in that the second perforations (63) are arranged in the shape of a circle in the second shrink film (53) and, once the closing lid (17) is unscrewed, the third region (59) separates from the fourth region (61) when the second ribs break. 15. Container according to any of claims 11 to 14, characterized in that the container body (13) has a shoulder region (67) and a cover region (69) connecting to the region (67). shoulder region, and the fourth region (61) of the second shrink film (53) surrounds at least the shoulder region (67) and, optionally, the shoulder region (67) and the cover region (69). 16. Container according to one of the preceding claims, characterized in that the container body (13) has a shoulder region (67) and a cover region (69) connecting with the shoulder region (67). , and the second region (35) of the first shrink film (29,31) surrounds at least the shoulder region (67) and, optionally, the shoulder region (67) and the cover region (69). 17. Container, according to any of the preceding claims, characterized by the fact that the second region (35) has third perforations (71) and third ribs (73) located between them. 18. Container according to claim 17, characterized in that the third perforations (71) are provided in the second region (35) in such a way that they connect with the second end (51) of the retention band (47). . 19. Container, according to any of claims 11 to 18, characterized in that the first shrink film (31) has a fifth region (75), which is shrink-wrapped on the container body (13) and is arranged in the container body (13) under the second shrink film (53) at the lower end of the fourth region (61) of the second shrink film (53), where a security band (77) is joined with a third end (79) inseparably with the second region (35) and with a fourth end (81) inseparably with a fifth region (75). 20. Container according to claim 19, characterized in that the second end (51) of the retention band (47) and the third end (79) of the security band (77) are aligned with each other. 21. Container according to one of claims 19 or 20, characterized in that the second shrink film (53) has fourth perforations (83) and fourth ribs (85) located between them, which extend from the upper edge to the lower edge of the fourth region (61), where the security band (77) is arranged below the fourth perforations (83). 22. Container according to claim 21, characterized in that the security band (77) and the fourth perforations (83) extend in the axial direction of the container (11). 23. Container according to any of the preceding claims, characterized in that a support ring (41) is formed in the neck (15) of the container and the second region (35) has at least one diameter that is less than the diameter of the support ring (41). 24. First shrink film (29) in the form of a tube, said shrink film (29) can be shrink-wrapped with a first region (33) on a closing lid (17) of a container and with a second region (35) at least on a region (37) of the container neck, said region (37) of the container neck connects with the open edge (39) of the closing lid (17) screwed on the container neck (15), where the film ( 29) retractable can be kept in the neck (15) of the container and in the closing lid (17), characterized by the fact that the shrinkable film (29) has first perforations (43) arranged contiguously and first ribs ( 45) located between them in the transition from the first region (33) to the second region (35), the first perforations (43) are arranged in a spiral shape in a perimeter direction to the shrink film (29) and to the Unscrewing the closing cover (17) from the container neck (15), the first ribs (45) can be broken and, in this way, a spiral-shaped retaining band (47) can be detached from the film (29). retractable. 25. First shrink film (31) in the form of a tube, said shrink film (31) can be shrink-wrapped with a first region (33) on a closing lid (17) of a container (11) that has a body (13). of container and a region (37) of the container neck, and with a second region (35) at least over the region (37) of the container neck; said region (37) of the container neck connects with the open edge (39) of the closing lid (17) screwed on the container neck (15), where the first shrink film (31) can be kept in the neck ( 15) of the container and in the closing lid (17), characterized by the fact that the first shrink film (31) is free of first perforations (43) and that the first region (33) and the second region (35) ) of the first shrink film (31) are connected only to the first and second ends (51) of a retention band (47). 26. First shrink film, according to claim 25, characterized in that the retention band (47) is formed from the first shrink film (31) and the first region (33), the second region (35) and The retention band (47) is formed in one piece, where the retention band (47) has a first section (55) that extends from the first end (49) in an axial direction along the container neck (15). ) and has a second section (57) that connects with the first section (55), which extends in a perimeter direction along the region (37) of the container neck towards the second end (51). 27. First shrink film, according to claim 25 or 26, characterized in that the second region (35) has third perforations (71) and third ribs (73) located between them and the third perforations (71) are provided in the second region (35) in such a way that they connect with the second end (51) of the retention band (47). 28. First shrink film, according to any of claims 25 to 27, characterized in that the first (31) shrink film has a fifth region (75), which can be shrink-wrapped onto the container body (13) and is formed from the first (31) shrink film, where a security band (77) is inseparably linked with a third end (79) with the second region (35) and with a fourth region (81), inseparably with the fifth region (75), and the second end (51) of the retention band (47) and the third end (79) of the security band (77) are aligned with each other. 29. Assembly consisting of a first shrink film (31), according to claims 24 or 25, and a second shrink film (53), which can be shrink-wrapped with a third region (59) on the closing cover (17) and with a fourth region (61) at least over the region (37) of the container neck, and the second shrink film (53) has second perforations (63) arranged contiguously and second ribs (65) located between them, where the Second perforations (63) are arranged in the shape of a circle in the second shrink film (53) and, once the closing cover (17) is unscrewed, the third region (59) can be separated from the fourth region (61) by the breakage of the second ribs (65). 30. Assembly, according to claim 29, characterized by the fact that the second shrink film (53) has fourth perforations (83) and fourth ribs (85) located between them, where the security band (77) is arranged below the fourth perforations (83) and the security band (77) and the fourth perforations (83) extend in the axial direction of the container (11).