EP2218359B1 - Goods presentation container - Google Patents

Abstract

The container has a roller-type cover (6) for closing an access opening in a housing. The cover has a seal (11), which is arranged at a lower edge (6a) and/or a side edge (6b) of the cover. The seal has a gap between the cover and the housing and/or between adjacent covers. The seal has two contact flanges (11a), which are arranged at the lower edge and/or the side edge of the cover. The seal has an elastic core (14) e.g. massive rubber lip, which is arranged at a central base (11b), where a thickness of the core is equal to a thickness of the cover.

Description

The invention relates to a goods presentation container, in particular a cooling rack, with a housing, and with at least one roller-type cover for closing an access opening in the housing, wherein the cover has at least one seal arranged at the edge.

Goods presentation containers are generally used for stocking and advertising of goods, especially food in shops. In the present case, it is primarily a matter of a refrigerated goods presentation container, ie one which regularly stores refrigerated foodstuffs for direct customer removal and for this purpose usually has an integrated cooling device. Chilled goods display containers are generally refrigerated shelves, ie open refrigerators with one or more shelves. In this way, foods that require permanent refrigeration are kept easily accessible to customers. Access to such refrigerated shelves is made possible via the at least one access opening.

In contrast to closed refrigerators, for example, open refrigerators or refrigerated shelves constantly exchange with the usually warmer ambient air inside the shop. For this reason, the energy consumption in such open refrigerators or shelves is significantly higher than that of closed refrigerators. For this purpose, one increasingly uses in practice refrigerated shelves, in which the access opening can be closed, for example by glass revolving doors or so-called night blinds. The night blinds are especially outside the shop opening hours for use. In contrast, the glass hinged doors ensure a relatively low energy loss during the entire operation.

However, this only applies in the event that a low customer frequency is observed. Because with high customer frequency, the glass doors or glass revolving doors often have to be opened, so that energy efficiency is significantly worsened. In addition, such glass doors are associated with the disadvantage that in the area of the customer a suction effect is observed by the outside penetrating warm air. Quite apart from that, glass doors or glass turntables during customer use are a barrier for the respective customer and disrupt the sale.

In the prior art according to the DE 102 36 212 A1 a refrigerator is described, which is equipped with a thermally insulated housing. In addition, the known refrigeration device has a heat-insulating cover formed by longitudinally displaceable rolloartig contiguous contiguous also heat-insulating elements is formed. As a result, the access opening has a total thermally insulating trained cover and can be closed with the help of this cover.

The two realized at this point hollow chamber roller blinds are guided in grooves longitudinally displaceable. The grooves are located within the mutually facing sides of the side walls and are preferably formed circumferentially along the peripheral edge of the side walls. As a result, a perfect guidance of the roller blinds may be achieved, but such a solution can not be retrofitted, for example. In addition, the known teaching pursues the DE 102 36 212 A1 ultimately the goal to replace previously used flaps or doors through the roller blind, which is logically closed again after the removal of the desired food or must be closed. In addition, in the realization of several and adjoining Warenpräsentationsbehältern the problem is that unavoidable slots or gaps are realized between the covers. Similar problems are encountered in the prior art DE 39 12 903 A1 ,

As part of the generic teaching after the DE 928 714 C a refrigerator is described in which the door is designed as a known louvered roller door. This has an insulating insert between two flexible outer walls. In addition, the front in the closing direction of the door leading edge has a seal. This is a hollow, U-shaped rubber profile.

The invention is based on the technical problem of further developing such a goods presentation container so that any energy losses are minimized with a structurally simple design.

To solve this technical problem, the invention proposes in a generic Warenpräsentationsbehälter that a deformation device is provided for the seal, which threads the seal in the gap between the cover and the housing and / or between two covers.

According to the invention, therefore, the gap or slot remaining between the cover and, for example, the housing is first closed with the seal additionally arranged on the cover at the edge. This also applies to any slot or gap between multiple covers. In fact, the goods presentation container with, for example, two or be equipped more in the longitudinal extent of the housing adjacent covers. In this case, the two or more covers can usually be moved transversely to the longitudinal extent of the housing. If the two covers adjoin one another in the immediate vicinity, the problem arises of closing the slot or gap necessarily formed between the two immediately adjacent covers in order to minimize energy losses as much as possible.

In contrast to the prior art, which operates at this point usually with fixed rails, the invention refers back to a seal, which is arranged at the edge or on one or both side edges (side edges) of the cover, thus moves with the cover. This is usually true both for rolling up as well as rolling on, for example, a shaft that receives the cover.
In any case, the invention expressly and advantageously dispenses with fixed rails between two adjacent covers. Likewise, a marginal rail or can account for multiple edge-side rails. This makes the cover overall and easily retrofit.

At the same time, the one or more seals arranged at the edge ensure that any remaining gaps or slots between the adjacent covers or between the cover and the housing are reliably closed. The absence of additional rails improves flexibility. Because the access opening in the housing can be made virtually any size and requires, for example, no division into fixed predetermined sections or departments with each rail. At the same time, the sealing effect can be improved because the seal is usually made of a flexible material. Thereby The gaps or slots are closed optimally and sealed so that energy losses are minimized.

In addition, it contributes to the fact that the roller-blind cover is regularly a sheet-like cover, which is wound up and unwound, for example, on a shaft. This may be designed as a plastic sheet in the form of a roller blind or a plastic film. In addition to a stocking of the roller blind-like cover in a roll, it is also possible to fold the cover for the storage and unfold for the cover of the access opening. If enough space is available, this can also be dispensed with entirely and the cover is - similar to a sectional door - stored in the housing in the extended state langerstreckt. The term "roller blind" thus expresses that the cover can be pulled up and lowered and has the necessary flexibility for this purpose. Because in this process, the cover is deflected, usually by about 90 °.

The roller blind can in turn be constructed of individual mat-like and articulated interconnected roller blind rods. The roller poles are usually made of plastic. Usually hollow profiles are used. In addition, it has been proven that the hollow profiles are equipped with a heat-insulating core, so that overall special energy dissipation properties of the cover are observed.

As already stated, the seal is usually realized at a lower edge and / or side edge of the cover. The seal can be connected to the cover (detachable). This may be done adhesively or by resorting to fasteners. Alternatively, it is also possible that the seal is designed independently of the cover. In any case, that is Designed so that the seal with the cover is moved. D. h., Any resulting example when rolling the cover from the shaft column are automatically closed by the mitbewegte with the cover seal when the cover assumes its fully unrolled or unwound position. Of course, the seal can of course be moved independently of the cover, as long as it is ensured that the seal moves together with the cover more or less synchronously.

The seal, which is typically made of a flexible material, generally closes a gap between the cover and the housing. In addition or as an alternative, as described, the seal can also close a gap between two adjacent or adjacently adjacent covers.

To achieve this in detail, the seal is regularly equipped with at least one plant leg. This plant leg abuts against the lower edge and / or side edge of the cover. Mostly two plant legs are realized. These plant legs are usually found on both sides of a base leg arranged therebetween. In this way, the two bearing limbs in connection with the base leg are capable of clasping the lower edge and / or the side edge of the cover.

In order to provide the already described flexibility of the seal, the seal has at least one elastic leg in addition to the at least one bearing leg. This elastic leg is usually arranged on the base leg or coincides with this. It has proven useful if the elastic leg has a width in cross section, which is adapted to the width of the cover. In this way, the cover and the seal provided on the lower edge and / or the side edge together, as it were, form a mat or mat-like structure of equal thickness. This results in a homogeneous visual appearance and is facilitated by the way retrofitting existing housing with access opening.

It has proven useful if the elastic leg of the seal is elastically yielding in the longitudinal extent and / or transverse extent of the cover. In most cases, one will work with a resilient in the longitudinal extent of the cover elastically leg of the seal when the seal is provided at the lower edge of the cover. In contrast, an elastically yielding embodiment of the elastic leg of the seal is recommended in transverse extent of the cover in the event that the seal is realized on the side edge of the cover.

In order to provide the elastic resilience of the elastic leg in detail, the elastic leg is usually a hollow-chamber profile, a brush seal or else a solid rubber lip which has the required elasticity properties. Of course, several brush seals, hollow chamber profiles, etc. - also in combination - find use.

According to the invention, the seal is known to be moved together with the cover, even if it is designed independently of the cover. This can be done so that the seal is not connected to the cover and completely independent of this, for example, on the already mentioned shaft up and unwound. Of course, one can also think of a separate storage unit for the seal, so it must not necessarily resort to a wave. In general, however, it is advisable to connect the seal at least selectively to the cover. This can be done detachably, for example by equipping the seal with a metallic strip or a strip of permanent magnetic material. As soon as this metallic strip strikes a corresponding permanently magnetic strip on the cover, the seal is magnetically attracted and removably adheres to the cover. In addition, it is of course also conceivable to adhesively connect the seal to the cover, for example by means of a liquid introduced between the seal and the cover or a comparable adhesive agent. In addition, the invention comprises an at least selectively fixed connection of the seal to the cover, for example by means of one or more fastening means.

According to the invention, a depletion device is designed for the direction.

In the context of a particularly preferred embodiment, the deformation device for the seal is designed to be stationary. With the aid of this stationary deformation device, the seal is in the gap to be closed threaded. This Einfädelungsvorgang is usually done when unwinding the cover of the shaft. For in this process, the seal with the cover is moved and deformed by means of the stationary deformation means so that it fills the gap to be closed. Of course, the deformation device does not necessarily have to be designed stationary, but could just as well be moved along with the cover or the seal. However, the stationary design of the deforming means is suitable because the seal is deformed so elastically when passing this deforming means that it can be inserted into the gap to be closed. Once the deforming means has passed the seal, the seal is resiliently returned and releasably connected to the cover. D. h., The seal is applied automatically after passing through the deformation device to the lower edge and / or the side edge of the respective cover.

One will usually work with a cross-sectionally H-shaped seal, which has a total of four plant legs and a central base leg. At least two, with respect to the base leg opposite, usually diametrically opposite, plant leg are necessary. With the aid of the deforming device, one of the abutment limbs or the two abutment limbs is deformed so that the base of the seal can completely or almost completely fill the forming gap. After passing through the deforming device, the bearing limbs initially pivoted for the threading with the aid of the deformation device or the at least one bearing limb elastically spring back and overall ensure that the seal on the side edge and / or the lower edge of the cover experiences the desired releasable fixation.

Since the deformation of the one or both bearing limbs of the seal only temporarily by means of the deformation device during unrolling and / or When rolling up, a long life of the seal can be ensured. Because especially in unrolled or unwound condition, the seal undergoes no deformation (more). As a result, the life of the seal is not adversely affected.

As a result, a goods presentation container is provided, which is particularly suitable as a cooling rack. In this case, the cover for closing the access opening is usually made to close the shop, for example, the shaft to close the access opening and minimize energy losses by replacing the circulating mostly inside the goods presentation container cooling air with the outside ambient air. In this closed state of the cover any and remaining column to the housing or between two immediately adjacent adjacent covers by the inventively provided edge seal are reliably closed. Virtually arbitrarily large access openings can be mastered here and the cover can preferably be retrofitted. This is particularly due to the fact that the individual covers practically do without side rails.

Nevertheless, the necessary stability is ensured especially in the closed state of the respective cover. This is made available, for example, by virtue of the fact that two directly adjacent covers undergo a mechanical coupling with one another by the seal which is advantageously realized between them. In this way, the respective cover does not need to be adapted to a specific compartment size of the housing, because - as described - is explicitly dispensed with the otherwise used in the prior art side rails and can be dispensed with. Here are the main benefits.

Fig.1

einen Warenpräsentationsbehälter in perspektivischer Ansicht entsprechend der Erfindung.

Fig. 2A bis C

unterschiedliche Ausführungsformen einer Dichtung zwischen benachbarten Abdeckungen,

Fig. 3

eine andere Ausführungsform der Dichtung zwischen zwei benachbarten Abdeckungen perspektivisch,

Fig. 4A und B

den Bereich der benachbarten Abdeckungen im Schnitt in zwei verschiedenen Ausgestaltungen und

Fig. 5A bis C

unterschiedlich ausgestaltete Dichtungen an einer Unter- kante der Abdeckung.

In the following we will explain the invention with reference to a purely exemplary embodiment illustrative drawing closer; show it:

Fig.1

a goods presentation container in perspective view according to the invention.

Fig. 2A to C

different embodiments of a seal between adjacent covers,

Fig. 3

another embodiment of the seal between two adjacent covers in perspective,

FIGS. 4A and B

the area of the adjacent covers in section in two different configurations and

Fig. 5A to C

differently configured seals on a lower edge of the cover.

In the figures, a goods presentation container is shown, which has in its basic structure on a housing 1 and provided in the housing 1 a plurality of shelves 2. The shelves 2 are set up to hold refrigerated food. It can be seen that the housing 1 consists of two housing side walls 1a, a housing cover 1b, a housing foot 1c and finally a housing rear wall 1d. As a result, the housing 1 has a like shell-like character, which leaves an access opening 3 open on its front side. In this way, customers are allowed unimpeded access to food, which are arranged on the respective shelf 2. Based on Fig. 1 it can be seen that a plurality of housing 1 are combined in a longitudinal extension modular to a cooling section.

The product presentation container shown has in the embodiment of the Fig. 1 over a total of three housings or individual housing 1 respectively is composed of three sections or departments, if one identifies the individual departments with the reference numeral 1 and emanating from an overall housing. Either way, this modular design allows the realization of virtually any length of cooling sections.

The goods presentation container in the embodiment is a refrigerated shelf. In fact, a cooling air unit 4 in the region of the rear wall of the housing 1 d ensures that cooled air circulates inside the housing 1, as does the Fig. 1 suggests. As a result, a cooling air curtain is generated in the region of the access opening 3, which largely prevents the exchange of warm ambient air with the cooling air in the interior of the housing. The basic structure of such a cooling air curtain is known, for which only by way of example and not restricting to the EP 1 508 288 A1 referenced.

In normal operation, d. H. Usually during the shop opening times and when the access opening 3 is open, there is an exchange of energy between the cooling air inside the housing 1 and the contrast warmer ambient air. In order to minimize an associated energy loss, at least during the charge closing times, a total of three roller-blind-like covers 6 are provided in the longitudinal direction of the housing 1 in the exemplary embodiment. The individual covers 6 can be moved transversely to the longitudinal extension in order to open or close the associated access opening 3.

Rolloartige cover 6 means within the scope of the invention, each flexible material web, which is deflected when changing to a supply position and open access opening 3 in a working position with a closed access opening 3 and can be deflected. For this purpose, the Cover 6 in the longitudinal extension, for example, below or above the housing cover 1b be stored. A folded or wound storage is conceivable.

The respective cover 6 is in the example case a roller blind of mat-like interconnected roller blind rods. The roller poles are regularly designed as hollow profile bars and equipped in the interior with an insulation filling. As a result, energy losses can be minimized with the roller blind 6 closed or the cover 6 closed.

The respective roller blind 6 or the cover 6 is designed independently of the housing 1. For this purpose, the cover or the shade 6 has its own. Roller blind housing 7, which in Fig. 1 is indicated. Of course this is not mandatory. In any case, the blind 6 is wound on a shaft 8 and unwound, for which a drive 9 provides the shaft 8. The drive 9 is an electric drive 9, in the present case an electric motor 9.

It can be seen that the housing 7 or cover housing or roller blind housing 7 as well as the cover 6 are arranged outside the actual housing 1. Consequently, the housing 7 and the cover 6 are predestined for a retrofit solution. In fact, the blind housing 7 and with it the cover 6 is arranged on the housing cover 1b of the housing 1, which of course is not restrictive.

The housing-independent design of the cover 6 of the housing 1 is supported by an indicated guide device 10. In this guide device 10 is a support element, a support rail or the like, over which the cover 6 during winding and unwinding of the shaft 8 slides and is guided in a certain way. A additional lateral guidance of the cover 6 in, for example, side rails does not take place within the scope of the exemplary embodiment or at most in grooves in the housing side walls 1a.

The illustrated three and adjacent in the longitudinal extent of the housing 1 covers 6 are actuated via the common drive means 8, 9. As a result, the three covers 6 are co-wound and unwound. This is not to be understood as limiting.

In any case, the omission of rails in the edge region of the housing 1 or on the housing side walls 1a on the one hand and on the other hand between each adjacent immediately adjacent covers 6 causes in these areas inevitably gaps or slits between the covers 6 or between the respective cover 6 and arise the housing 1. These gaps or slots are now closed according to the invention all or at least partially by means of one or more seals 11. Examples of such seals 11 are in the Fig. 2 to 5 shown.

In the context of the exemplary embodiment and not restricting the respective cover 6 has a respective seal 11 at its lower edge 6a and at its two side edges 6b. Of course, only one seal 11 at the lower edge 6a or one of the two side edges 6b or only two seals 11 could be realized at both side edges 6b. In any case, the cover 6 has the upper at least one seal 11 arranged at the edge.

In this case, the seal 11 may be connected to the cover 6 detachably or permanently. But it is also conceivable that the seal 11 completely independently and without any mechanical coupling to the cover. 6 is designed. In any case, the seal 11 is made of a flexible material and ensures that the inevitably resulting gap between the respective cover 6 and the housing 1 and / or between two adjoining in the immediate vicinity covers 6 is closed.

For this purpose, the seal 11 is equipped with at least one plant leg 11a. In most cases, two plant legs 11 a are realized as the Fig. 2 . 4B and 5 make clear. In this case, the abutment limbs 11a are regularly opposite with respect to an intermediate base 11b or a base leg 11b. The two abutment legs 11 a can be arranged together on a matching cover 6, in opposite configuration, as the Fig. 2A to 2C show for each in the longitudinal extent of the housing 1 immediately adjacent covers 6. Here are the respective seals 11 and their abutment legs 11a at the respective side edge 6b of the cover 6. The like Figs. 5A to 5C representing the opposing abutment limbs 11a of the seal 11 at the lower edge 6a of the associated cover 6.

In addition, it is also possible that the two bearing limbs 11a are arranged opposite to different covers 6, as the Fig. 4B shows. Here, the seal 11 is directly releasably connected to the respective cover 6, and that magnetically. For this purpose, the seal 11 on a magnetic and / or metal strip 12, which may be realized on one of the cover 6 facing inside of the contact leg 11a. This magnetic and / or metal strip interacts with a corresponding magnetic and / or metal strip 13 on the associated cover 6. In this way, the seal 11 can be attached to magnetic magnetic forces on the cover 6, namely releasably. Instead of interacting magnetic and / or metal strips 12, 13, it goes without saying also possible to work with an adhesive, such as a liquid or the like, with the help of which the seal 11 can be releasably fixed to the cover 6.

The Fig. 4A shows an embodiment in which a total of four bearing limbs 11a are realized. In this case, the plant legs 11a are in pairs opposite each other. All embodiments except that of the Fig. 4B are characterized in that the at least two bearing limbs 11a surround the cover 6 in connection with the base leg 11b at the lower edge 6a like a clip, as the Figs. 5A to 5C show and / or the side edge 6b clasp-like embrace, as shown in the Fig. 2A to 2C and 4A is shown.

In addition to the one or more abutment legs 11a, the seal 11 in addition to the base leg 11b still has a elastic leg 14. In the example according to the FIGS. 4A and 4B fall the elastic leg 14 and the base leg 11b together or form a structural unit 11b, 14. In the other embodiments, the elastic leg 14, however, designed separately.

In any case, the elastic leg 14 has a width B in cross-section, which is adapted to the width of the cover 6. As a result, the covers 6 and the respectively interposed seals 11 form an overall homogeneous surface of practically continuous material thickness.

The elastic leg 14 is shown in the embodiments of the Fig. 2B, 2C and 5B, 5C designed as a hollow chamber profile. The variant after the Fig. 2A and 5A however, shows an elastic leg 14 having the shape of a brush with compliant bristles or two interlocking ones Brush belts (cf. Fig. 2A In addition, the elastic leg 14 can be designed as a solid rubber lip, as the FIGS. 4A and 4B make clear.

In any case, the elastic leg 14 is formed in the transverse extension Q of the cover 6 elastically yielding when the seal 11 is attached to the lower edge 6a of the cover 6 (see. Figs. 5A to 5C ). If, on the other hand, the seal is arranged on the side edges 6b of the cover 6, the elastic leg 14 has an elastically yielding design in the longitudinal extent L of the cover 6 (cf. Fig. 2A to 2C respectively. Fig. 3 and Fig. 4A, 4B ). Of course, the elastic leg 14 can also be designed elastically yielding both in the longitudinal extent L and in the transverse extent Q of the cover 6.

To ensure that the generally independent of the respective cover 6 designed seal 11 of the cover 6 during winding and unwinding of the shaft 8 follows and can follow, it has been proven that the seal 11 is at least selectively connected to the cover 6 , This can be seen especially in the Fig. 3 and 4A, 4B , Because there are each fastening means 15 are shown, with the aid of the seal 11 is connected to a cover 6 or two in the immediate vicinity adjoining covers 6. The fastening means 15 may be screws, rivets, etc. but also magnets. It can be seen that the fastening means 15 usually couple the seal 11 with the lowermost slat or the lowermost roll bar of the cover 6 in the example case. This ensures that the seal 11 follows the respective cover 6 during winding and unwinding of the shaft 8.

The Fig. 3 shows in addition a deformation device 16 for the seal 11. This deformation device 16 is stationary and arranged on the housing 1 and in the region of the housing cover 1b. In the deforming device 16 is a Einfädeler, which ensures that the seal 11 is threaded into the gap between the two adjacent to each other adjacent covers 6, as the Fig. 3 suggests. For this purpose, the seal 11 is at least partially deformed when passing through the deformation device 16 and, after passing through the deformation device 16, lays itself automatically against the associated side edges 6b of the immediately adjacent covers 6. In principle, the deformation device 16 can also be used when it comes to closing the gap between the lower edge 6a of the cover 6 and the housing 1, although this is not shown.

In the context of the embodiment of the Fig. 3 and 4A a special and in cross-section H-shaped seal 11 is used. This H-shaped seal 11 has a total of four bearing limbs 11 a, which are connected in each case opposite to the central base 11 b, which also represents the elastic leg 14. As soon as the relevant seal 11 passes the stationary deformation device or the threading device 16 when the two covers 6 which are adjacent to one another in the immediate vicinity are lowered, the two outer bearing limbs 11a are deformed in the exemplary embodiment. This is done in such a way that the thus-elevated outer-side support leg 11a together with the base 11b and the elastic leg 14 can pass through the gap between the two immediately adjacent covers 6. Because the Fig. 3 shows a view from the interior of the housing 1 on the covers 6, it is clear that in the process described, the two outer side bearing limbs 11a undergo deformation. Of course, alternatively, the two inside abutment legs 11a are deformed, but this is not shown. Finally, it is of course within the scope of the invention to deform even one plant leg 11a by means of the deformation device or the threading 16.

The above-described process may additionally be supported by a pressing device not expressly shown. With the help of the pressing device, the seal 11 is threaded through the gap between the covers 6. This applies at least to the two outer bearing limbs 11a and the base 11b or the elastic limb 14. In most cases, the function of the pressure device also takes over the deformation device or the threading device 16 already described.

As soon as the following seal 11 has moved past the deforming device 16, which is moved downwards in the closing direction, the outer bearing limbs 11a revert to their original H-shaped form realized in conjunction with the inner bearing limbs 11a and the base 11b. That is, the plant leg 11a and the seal 11 automatically applies after passing through the deformation device 16 to the respective side edges 6b of the adjacent covers 6. This condition is in the Fig. 4A shown in solid lines. On the other hand, the superscript position of the outside bearing limb 11a is shown in dashed lines.

In any case, it is clear that the seal 11 is threaded by means of the deformation device 16 in the gap between the adjacent covers 6 and elastically returns to its initial position with simultaneous fixing to the two covers 6 after passing through the deformation device 16. This ensures that the seal 11 in the closed state of the covers 6 undergoes no deformation by the deformation means 16 more, so that their life is not affected.

Claims (14)

1. A container for presenting goods, in particular a refrigerated display case, comprising a housing (1) and comprising at least one roller blind-like cover (6) for closing an access opening (3) in the housing (1), wherein the cover (6) encompasses at least one seal (11) arranged at the edge, characterized in that provision is made for a deforming device (16) for the seal (11), which threads the seal (11) into the gap between the cover (6) and the housing (1) and/or between two covers (6).
2. The container for presenting goods according to claim 1, characterized in that the seal (11) is provided at a lower edge (6a) and/or side edge (6b) of the cover (6).
3. The container for presenting goods according to claim 1 or 2, characterized in that the seal (11) is connected to the cover (6).
4. The container for presenting goods according to one of claims 1 to 3, characterized in that the seal (11) is designed independent on the cover (6).
5. The container for presenting goods according to one of claims 1 to 4, characterized in that the seal (11) closes a gap between the cover (6) and the housing (1) and/or between two adjacent covers (6).
6. The container for presenting goods according to one of claims 1 to 5, characterized in that the seal (11) is equipped with at least one contact leg (11 a), which rests against the lower edge (6a) and/or the side edge (6b) of the cover (6).
7. The container for presenting goods according to claim 6, characterized in that two contact legs (11a) are realized, which encompass the cover (6) in combination with a base leg (11 b) at the lower edge (6a) and/or the side edge (6b) of the cover (6) in a clamp-like manner.
8. The container for presenting goods according to one of claims 1 to 7, characterized in that the seal (11) encompasses at least one elastic leg (14).
9. The container for presenting goods according to claim 8, characterized in that the elastic leg (14) is arranged at the base leg (11 b) or coincides therewith.
10. The container for presenting goods according to claim 8 or 9, characterized in that the elastic leg (14), in the cross section, encompasses a width (B), which is adapted to the width of the cover (6).
11. The container for presenting goods according to one of claims 8 to 10, characterized in that the elastic leg (14) is embodied so as to be elastically flexible in longitudinal extension and/or in transverse extension of the cover (6).
12. The container for presenting goods according to one of claims 1 to 11, characterized in that the seal (11) is at least sporadically connected to the cover (6).
13. The container for presenting goods according to one of claims 1 to 12, characterized in that the seal (11) is connected to the cover (6) so as to be capable of being removed, for example magnetically, adhesively, etc. thereto.
14. The container for presenting goods according to one of claims 1 to 13, characterized in that the seal (11) automatically attaches itself to the lower edge (6a) and/or the side edge (6b) of the cover (6) after passing the deforming device (16).

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