RU70872U1 - CONTAINER - Google Patents

Abstract

abstract

The claimed utility model relates to a container with a lid, a swivel bracket and manipulating elements in the form of an original lock or tool to facilitate lifting the lid. The bracket is located on the container in such a way that it is fixed in place in a position overlapping on the outside of the manipulating element by means of the fixing means provided for this and is adapted to move from this position to a position which does not overlap the manipulating element. This embodiment of the container prevents damage to the original lock and / or tool during handling and transportation and facilitates the actuation of the original lock and / or tool.

(Fig. 1b).

Description

2420-144887EN / 011

CONTAINER

DESCRIPTION

The utility model relates to a container with a lid and with a position-changing, in particular, rotatable bracket, with a manipulating element provided in the form of an original lock to indicate the initial opening or attempt to open the container and / or in the form of a tool to facilitate at least partial lifting of the lid on the sides of the container in the region of the upper edge of the container.

Containers of this kind are widely known, and the original (that is, the original or, respectively, illustrating the authenticity) lock and / or tool can be made in completely different ways, for example, in the form of partial regions located in the region of the upper edge of the container, a circumferential or elongated downward flange. At the same time, the original lock can be made as a tear-off tab, which is mounted on the container flange using one or more rupture bridges. The tool may be molded onto the container by means of a hinge region facing the upper edge of the container and may have a protrusion extending from below the lower edge of the lid, so that by turning the tool around the hinge, the lid may at least partially rise. Manipulating elements with this embodiment were specifically included in the utility model.

Often there is the problem of preventing such containers from damaging the original lock and / or tool, which may

erroneously indicate the first opening of the container or, in the case of a tool, may limit its functioning. Damages of this kind can occur, for example, in the event of improper stacking or transportation of containers. However, usually, the original lock or, accordingly, its deformable or destructible in a certain way to open the container, the attachment or also the tool can be made with a large thickness of the material to prevent damage. However, this is the reason that the predetermined actuation of the original lock or tool is difficult.

The utility model is based on the task of improving the above container in such a way that damage to the original lock and / or tool during handling or transportation of the container is largely prevented, and the original lock and / or tool are made to be easily actuated.

This problem is solved by means of a container according to paragraph 1 of the utility model formula. Due to the fact that the bracket is arranged or located on the container in such a way that it is made with the possibility of fixing in place or fixed in place at least partially overlapping from the outside the original lock and / or tool position by means of for this means of fixing in place, the original lock and / or tool are protected by means of a bracket from undesirable external force influences. At the same time, by changing the position, in particular by turning, the brackets, the original lock and / or tool can be released and easily actuated. Thus, the attachment of the original lock to the container with a particularly high strength, which could prevent the opening of the original lock, can be abandoned.

Preferred embodiments of the utility model follow from the dependent claims of the utility model.

Preferably, the bracket has such a width that it, in a fixed position, completely covers the manipulating element from the outside, in particular, its possible attachment points - such as, for example, the bursting bridges of the original lock - to the corresponding area of the container, in particular to the circumferential elongated down the flange.

The bracket in the position that overlaps the manipulating element from the outside can be slightly spaced from the manipulating element, for example, in the range of one or two container wall thicknesses or even more, preferably, the bracket in the fixed position in place tightly and without gaps adjoins the manipulating element, if necessary even with some clamping force, which is preferably oriented radially inward. As a result of this, at the same time, the bracket can be fixed in place, at least in a position partially overlapping the manipulating element (hereinafter, the “overlapping position”).

Preferably, the bracket is horizontally in the overlapping position, whereby the forces arising from the sides can be fully absorbed by the articulated retaining elements.

For fixing the staples in its overlapping position, means acting with force and geometric closure, in particular, fixing means, can be provided. In this case, it may turn out to be sufficient if the means fixing in place only support the bracket in order to keep it in the corresponding rotary position. Advantageously, the locally securing means are configured such that the clip can move from its overlapping position to another position, for example, to its substantially vertical carrying position when the clamping force and / or geometric locking means are removed. As a result, unintentional changes in the position of the bracket are prevented. Of course, the original lock and / or tool are not predominantly actuated accordingly by moving the staple into its various rotary positions, including the position of the staple for carrying. Thus, the actuation of the manipulating element is independent of the actuation of the staples.

The brackets in place that can be fixed in place can be located directly on or adjacent to the manipulating element. Moreover, it may be sufficient if the bracket, at least at the level of the manipulating element, has an external circuit that functions as a clamping means and / or a geometrically closing means, if necessary even as a fixing means. Thus, the bracket, for example, with a cross-sectional region, can enter the recess of the manipulating element oriented radially inward.

Advantageously, the in-place locking means for the bracket are adjacent to or spaced apart from the manipulating member so that damage to the manipulating member when released and / or changed position is reliably prevented.

Means for fixing the bracket in place, in particular in the case of a polygonal container with a polygonal, for example, square or rectangular cross-section, the edge of which can be made more or less strongly arcuate, can be located on the same side of the container as the handling element. As a result of this, a particularly reliable protection of the manipulating element is possible by means of a bracket. Accordingly, in the case of containers with a substantially arcuate cross-section, for example, oval buckets, in-place fixing means can be located in the region with the largest and / or smallest radius of curvature or in the transition region between them.

Alternatively or additionally, means for securing the bracket in place, in particular in the case of polygonal containers (i.e. with a polygonal cross section), can be located on the container sides adjacent to the manipulating element. As a result of this, a simple actuation of the staples is possible without damaging the manipulating element when it is released from the overlapping position fixed in place.

When the container is in the form of a polygonal container, it is particularly preferable to position at least one or more in-place fixing brackets in its overlapping position in at least one or more angular regions of the container. Advantageously, in place in each corner region of the container, which is enclosed on the outside by a bracket, is a fixative means. This locally-fixing means can be implemented, in particular, as a means of force closure, so that the bracket, for example, in its overlapping position, by creating a clamping force bypasses around the corresponding angular region of the container. Alternatively or additionally, locally locking means can also be implemented as geometrically closing means, for example, by forming a retaining protrusion or support that supports (supports) the bracket in its overlapping region.

If the container has a circumferential elongated downward flange in the region of its upper edge, then the bracket and / or original lock and / or tool are preferably fixed or, respectively, are located on this peripheral flange.

The bracket may have such a width that it, in its overlapping position fixed in place with its partial region, most often the outer edge, is located approximately at the level of the lower edge of the lid or covers the lower edge of the lid from above. As a result of this, at the same time, the lid is protected from unwanted lateral forces that can occur, for example, when stacking or during transportation of the container.

Preferably, means for fixing in place of the bracket are provided on the circumferential flange of the container, and if necessary, they can also be located on the side wall of the container or on the lid. Moreover, the means fixing in place at the same time can serve as further stabilization of the circumferential flange or side wall of the container or, accordingly, the edges of the lid, in particular, against lateral forces oriented radially inward. To this end, the locally securing means can at least substantially completely extend around the corresponding element, in particular around the container flange or side wall, or they can have a circumferential extension that is greater than or greater than the radial extension of the flange from the container wall two or three times. Accordingly, also a plurality of brackets spaced apart from each other in place may be located around the container.

Moreover, the means fixing in place can be formed, in particular, in the form of one or several, if necessary, even one circumferential protrusion extending radially outward from the flange of the container, on which the bracket can be applied. Fixing means in place can form a recess at the level of the manipulating element. The radial extension of the protrusion is preferably less than the radial extension of the bracket, so that the bracket in the radial direction ends flush with the protrusions or slightly protrudes outward.

In general, locally securing means, in particular when made in the form of radially projecting protrusions on which the bracket can be superimposed, can be located in the lower region or on the lower edge of the circumferential flange of the container.

The bracket may suitably have a substantially rectangular or flattened cross-section or at least one substantially flat lower side that, in its overlapping position, faces the container wall. In general, the bottom side of the bracket can be fitted to the outer contour of the container region, which in the overlapping position of the bracket is facing it. The bottom side of the bracket may also be provided with at least one element that interacts with means in place that are located on the container or lid.

The bracket may, respectively, in the circumferential direction and / or in the vertical direction, overlap the manipulating element by ≥ 50% or ≥ 75% of its length, or in a preferred manner, substantially completely or even completely.

Preferably, the in-place fixing means of the bracket are molded integrally on the container and / or lid.

If the original lock and tool are made in the form of various structural elements, then they are preferably located adjacent to each other, in particular, on the same side of the container of the polygonal container.

Particularly preferably, the original lock and / or tool is an integral part of the circumferential, elongated downward flange of the container. The manipulating element may protrude slightly radially and / or axially from the container flange, or may be offset back relative to the wall

container, preferably, the manipulating element with its contour is made according to the component part of the flange, that is, it has the same external contour as the flange itself and its end region is opposite the end sides of adjacent end regions of the flange. If the manipulating element is located protruding or offset back from the flange, the bracket may have a corresponding protruding or offset back from the flange area.

The original lock and / or tool may be configured such that they must be movable, preferably or substantially radially outward and / or radially inward, to actuate the at least one movable component. This mobility can be accomplished through essentially linear motion and / or pivoting motion. At the same time, the hinge element of the tool can be located above it, so that the tool for separating the lid must be rotated or moved outward and upward.

Further, the bracket and the manipulating element are preferably made so that in the case of a bracket located in the overlapping position, the manipulating element cannot be manually actuated in a predetermined manner, for example, the cover cannot be lifted by means of a tool or only a negligible amount and / or the original lock does not can change the position by any value in order to provide the possibility of manual exposure to the lid required for separation.

Further, a utility model is approximately described by

drawings, on which are presented:

Figure 1 is a view of a corresponding utility model of a container with a bracket in an overlapping position in a partial front view (Figure 1a) and in a carrying position (Figure 1b),

Figure 2 is a fragment of the container according to Figure 1 in front view,

Figure 3 is a fragment of the tool container according to Figure 1,

Figure 4 is a fragment of a corresponding utility model of a container with an original lock,

FIG. 5 is a perspective view of a corresponding utility model of a container with a laterally offset bracket,

6 is a perspective view of a corresponding utility model of a container with a bracket through an angle.

According to a utility model, the container according to FIGS. 1-3 has a lid 2, which is detachable, in particular by means of a fixing connection or a clamping connection, attached to the container. On the side wall 1a of the container, in the region — that is, lower or if necessary even at the same level — of the upper edge 3 of the container, a circumferential, downwardly extending flange 4 is preferably provided. The flange 4 is provided with a locking edge 5 for fixing the lid, alternatively or additionally fixing the edge may also be provided on the upper edge 3 of the container. Further, the container has a bracket 6 in the form of a bearing bracket, which is rotatable from its horizontal position (Figa) to a vertical position for carrying and which according to this embodiment is also movably (pivotally) mounted on the flange 4. If necessary, the bracket can also be mounted on separate articulated joints on the wall 1a of the container.

In addition, a manipulating element is provided in the form of a tool 7, by actuating which at least partial lifting of the lid is facilitated. As shown in FIG. 3, the tool 7 (presented in a slightly different embodiment) is formed as a partial region of the flange 4, so that the tongue 8 at least approximately extends on both sides to the end regions 9 of the flange 4. According to this embodiment, the end the sides 10, 11 of the tongue 8 and the end regions 9 are opposed to each other, however, the tongue 8 can also be offset radially inward or radially outward with respect to the flange. Further, the tongue 8 with its cross-sectional shape corresponds to the cross-sectional shape of the flange 4, and the tongue is formed by slit-shaped cuts 4A of the flange. The tongue 8 and the flange 4 have a circumferential step 12, on which the lower edge of the lid 14 can be supported in the case of a fixed lid, or at least in the case of a starting opening movement. Further, both the flange 4 and the tongue 8 are provided with a fixing edge 5. It is clear that the tongue 8 with respect to the above-mentioned functional elements, as well as in its shape, may differ from the flange 4. By turning the tongue 8 around the hinge region 13, which is located above the tool and can be made like a film hinge, the cover can partially rise at least to the height of the tongue. The active region of the tool 7 in contact with the lid, which is here formed essentially due to the step 12 and, in this embodiment, can substantially interact with the lower edge of the lid or, if necessary, with the rib or actuation of the lid located on the inside, is further distant from the upper edge 3 of the container than the hinge region 13. Further, the tool 7 is provided with a tongue 13a or in general protrusions that surround the rear of the flange 4 or the partial region 4b of the flange or wall onteynera which (aq) covered by a tool, for example, U-shaped so that due to the tabs 13a can not reverse rotate the tool to its initial position and, consequently, the tabs 13a operate just like the original locking or opening indicator. A similar tool for lifting the lid is already known and described, for example, in DE 102 10 486, the disclosed contents of which are hereby incorporated in full. Obviously, the tool can also be performed in other ways.

In addition, it is obvious that the tool 7 can also be made in the form of an original lock at the same time, for which the tool, for example, the tongue 8, can be connected to the flange 4 or another area of the container and / or to the lid by means of connections 15, so that the tool 7 may be actuated upon failure or appreciable deformation of the joints.

In accordance with a utility model, the bracket 6 is arranged to be arranged or actually located on the container 1 (see Fig. 1a) so that it has the ability to be fixed in place in the manipulating element at least partially overlapping from the outside (original lock 20 and / or tool 7) position. As a result of this, inadvertent damage or actuation of the tool and / or the original lock during transportation of the container or in the case of external forces is eliminated, since the acting forces are perceived by the bracket. The bracket 6 may, as shown in FIG. 1a, overlap the manipulating element along its entire length and, preferably, also along its entire vertical extent. As shown in FIG. 1 a, the bracket in its overlapping position may be horizontal. In this case, the bracket in its overlapping position can fit snugly against the manipulating element, that is, in its overlapping position it can be positioned without gaps or even with a certain clamping force relative to the manipulating element.

The bracket 6 can be made essentially in the form of a strip (see Figure 2) or have at least one essentially flat or slightly curved, located opposite to the manipulating element of the lower side. Due to the suitable implementation of the bracket, it can also be installed with a geometric closure on the container, in particular, on the circumferential flange 4 and / or on the manipulating element. To this end, the bottom side 6a of the bracket and the opposite region of the container can be made with protruding protrusions 6b, for example, the lower side of the bracket can be made curved, and the opposite region of the container may have an opposite (reciprocal) bend,

for example, in the form of a recess.

For fixing in place the brackets in its overlapping position according to FIG. 1a on the container, more precisely on the circumferential flange 4, are located locally securing means 16, which are here made in the form of a protrusion protruding radially outward. Moreover, the protrusion can surround the container essentially along the entire periphery, and the protrusion can form a recess at the level of the manipulating element. In particular, in-place fixing means may be located at the level of one or more corner areas 17 of the container. This is the case for a container, which is made in the form of a polygonal container, more precisely a square bucket (i.e. with a square cross section). At the same time, the bracket in its position overlapping the manipulating element rests on the means fixing in place. At the same time, due to a suitable power and / or geometrically closing means, the bracket can be protected from changing position, which is sufficient in most cases if the bracket with a certain clamping force is adjacent to the outside of the container, in particular to flange 4. Moreover, the clamping areas , if necessary, can be limited by the angular regions 17 of the container or flange 4. Thus, the circumferential length of the geometrically holding or correspondingly supporting the bracket regions, with one hundred on the other hand, can be provided different and / or on different or essentially the same areas of the container. At the same time, in-place fixing means 16 are located in the lower region of the flange 4, more precisely on its lower edge 18.

Of course, in-place fixing means can also be provided on the side of the container having a manipulating element (for example, tool 7) and / or on one or both adjacent sides of the container on which the hinge of the bracket can be located.

Figure 4 shows an embodiment of a corresponding utility model of a container with a manipulating element made in the form of an original lock, and with the exception of the differences described below, all of the above applies.

Instead of the tool 7, an original lock 20 is provided in the form of a tear-off tab so that the lid can be lifted or removed with at least partial or complete removal of the original lock, for which the lower edge of the lid 14 can be manually gripped from below. For this, for example, the flange 4 may have a recess (not shown), which is closed in the form of a tongue of the original lock and the circumferential length of which can essentially correspond to the circumferential length of the original lock. The original lock here can also be connected via connections 21 to the flange 4, side wall 1a or some other area of the container. A similar original lock is disclosed, for example, in DE 102 10 486.7 or in EP 565 967 B2, the disclosed contents of which are hereby incorporated in full. Here, also, the bracket in its overlapping position can be made with the possibility of fixing in place or fixed in place using appropriate means.

Needless to say, other embodiments of the original locks are also possible, as they are described, for example, in EP1052183, the disclosed description of which is hereby incorporated in its entirety, the original lock being made in the form of a tongue or strip which (s) overlaps or, at least partially blocked by the tool and removed by visible and / or plastic deformation or by tearing or tearing. In this case, the original lock can be a part of the circumferential flange, and the tool can be shifted inward from the flange to the container wall.

In general, in-place fixing means 16 for the bracket can be located relative to the axis of rotation 25 of the bracket on both opposite sides of the container 1, so that the bracket in both pivoting positions can be locked in place-fixing means and, for example, can be positioned horizontally . Alternatively, the brackets 16 in place relative to its pivot axis 25 can also be located only on the container side so that the bracket in its position overlapping the manipulating element, on the one hand, and its opposite position, on the other hand, is in different positions, for example, in the overlapping position horizontally, but in the opposite position, not horizontally, for example, turned downward against the wall of the container. As a result of this, it is visually simple to notice that the bracket does indeed close the manipulating element.

Further, the axis 25 of rotation of the bracket can be located with lateral mixing relative to the main axis 29 of the container, for example, longer or shorter or diagonally, both axes preferably being parallel to each other (see Figure 5). The lateral displacement can be so insignificant, for example, only in the region of one or several millimeters, that the container when carried after that hangs essentially vertically. As a result of this, the bracket in both pivoting positions can be located with a different inclination to the longitudinal axis of the container. In this case, the longitudinal and transverse axes of the container are perpendicular to each other. The lateral displacement of the axis of rotation 25 and the main axis 29 of the container can be calculated, in particular, in such a way that in the rotational position of the bracket in the direction to the main axis 29 of rotation, the bracket is located at a first angle relative to the longitudinal axis 30 of the container, for example, essentially perpendicular, and interacts with means fixing in place 16, for example, is clamped by a flange or leans on a ledge. In the opposite pivoting position, that is, on the side located at a distance from the container axis, the bracket can be located at a different angle, preferably rotated downward and in contact with the container wall. Moreover, on this side of the container there may be no means fixing in place, and the lateral displacement of the axis is sufficiently large, so that despite the existing means fixing in place, the bracket can be tilted down from the horizontal, for example, to rest against the wall of the container. If necessary, the bracket can also be made with the possibility of fixing or with the possibility of location at different lateral distances from the main axis of the container, and in one position the main axis of the container and the axis of rotation can even coincide.

If the container is made in the form of a polygonal container (Fig.6), the hinge axis 26 of the bracket, for example, hinge pins around which the bracket can be rotated, can be adjacent to or directly in the corner regions of the container 27. In this case, the manipulating element may be located in one corner region 27 or on the sides of the container 28 passing between them. This also applies, in particular, to quadrangular containers, in particular square containers. Accordingly, in the case of an oval container, the pivot axis can be a long or short main axis of the oval, the manipulating element correspondingly being located in the side wall region with a larger or smaller radius of curvature or in the corresponding transition region. If the axis of rotation is located with lateral displacement relative to the diagonal, then in one position of the bracket (as shown in Fig.6), the bracket is adjacent to the wall of the container, and in another position - to the fixing device in place. Also, in this position of the bracket, a manipulating element may be provided, which is arranged to overlap with a bracket fixed in place.

Reference List

1 container

1a side wall

2 cover

3 top edge of the container

4 flange

4a slit

4b partial region

5 fixing edge

6 bracket

6a bottom side of the bracket

6b protrusion

7 tool

8 tongue

9 end area

10, 11 end faces

12 ledge

13 hinge element

13a tongue

14 bottom edge of the cover

15 joining

16 fixative in place

17 corner area

18 bottom edge

19a, 19b side of the container

20 original castle

21 joining

25 axis of rotation

26 hinge element

27 corner area

28 side of the container

29 container main axis

30 longitudinal axis of the container

Claims (26)

1. The container with a lid and with a position-changing, in particular, rotatable bracket, with a manipulating element (7, 20) in the form of an original lock (20) on the sides of the container (1) in the area of the upper edge (3) of the container ) to indicate the first opening or attempt to open the container (1) and / or in the form of a tool (7) to facilitate at least partial lifting of the lid (2), characterized in that the bracket (6) is arranged or located on container (1) so that it is in, at least the measure that partially overlaps the manipulating element (7, 20) from the outside by means of at least one fixing means provided for this (16) is capable of being fixed in place or fixed in place and made to move from this position to non-overlapping manipulating element (7, 20) position. 2. The container according to claim 1, characterized in that the bracket (6) in its position fixed in place completely overlaps the manipulating element (7, 20) from the outside. 3. The container according to claim 1 or 2, characterized in that the bracket (6) in its intended for fixing in place or fixed in place, the preferred way is tightly adjacent to the manipulating element (7, 20). 4. The container according to claim 1 or 2, characterized in that the bracket (6) in its at least partially overlapping position of the manipulating element (7, 20) is located horizontally relative to the standing container. 5. The container according to claim 1 or 2, characterized in that the bracket (6) in its at least partially overlapping position of the manipulating element (7, 20) is made with the possibility of fixing in place or fixed in place with a power circuit and / or geometrical closure and, if necessary, by means of a fixing means. 6. The container according to claim 5, characterized in that the bracket (6) is made with the possibility of fixing in place or fixed in place by acting on the manipulating element (7, 20). 7. A container according to claim 5 or 6, characterized in that the bracket (6) as a whole or at least at the level of the manipulating element has an external contour that acts as a geometrically closing or fixing means in conjunction with a locally fixing means (16). 8. The container according to claim 6, characterized in that the bracket (6) as a whole, or at least at the level of the manipulating element, has an external contour that acts as a geometrically closing or fixing means in conjunction with the means fixing in place (16) ) 9. The container according to claim 1 or 2, characterized in that the in-place fixing means (16) of the bracket (6) are located on the same side of the container as the manipulating element, preferably adjacent to this manipulating element (7, 20 ) 10. The container according to claim 1 or 2, characterized in that the fixing means (16) in place of the bracket relative to the manipulating element (7, 20) are located on the adjacent sides of the container (1). 11. The container according to claim 1 or 2, characterized in that the bracket (6) in its position with the possibility of fixing in place or fixed in place is located by the edge region approximately at the level of the lower edge of the lid (2) or covers from above this lower edge of the lid . 12. The container according to claim 1 or 2, characterized in that the container (1) has a circumferential, elongated downward flange (4). 13. The container according to claim 12, characterized in that the bracket (6) and / or the manipulating element (7, 20) are located on the circumferential, elongated downward flange (4) of the container (1) or that the manipulating element (7, 20) is made as a partial region of the circumferential, elongated downward flange (4) of the container (1). 14. The container according to item 12, wherein the in-place fixing means (16) for the bracket (6) are located on the circumferential flange (4) of the container. 15. The container according to item 13, wherein the in-place fixing means (16) for the bracket (6) are located on the circumferential flange (4) of the container. 16. The container according to claim 1 or 2, characterized in that one or more protruding protrusions are provided as in-place fixing means (16), onto which the bracket (6) can be superimposed or superimposed, and which are preferably located on circumferential flange (4). 17. A container according to claim 1 or 2, characterized in that the brackets in place (16), in particular in the form of protrusions protruding in the radial direction, are located in the region or on the lower edge of the circumferential flange (4). 18. The container according to clause 16, wherein the protrusion is formed in the form of a peripheral edge. 19. The container according to 17, characterized in that the protrusion is formed in the form of a peripheral edge. 20. The container according to claim 1 or 2, characterized in that it is made polygonal, and staples securing the means (16) in place, preferably in the form of a protrusion protruding in the radial direction, are located in at least one or at least at least in two corner areas of the container (1). 21. The container according to claim 1 or 2, characterized in that the in-place fixing means (16) the brackets are molded in one piece on the container (1) and / or the lid (2). 22. The container according to claim 1 or 2, characterized in that the brackets in place (16) in relation to the axis of rotation (25) of the bracket are located on both opposite sides of the container (1), into which the bracket can be moved by rotation relative to the container, or that fixing in place means (16) of the bracket relative to the axis (25) of rotation of the bracket are located only on the side of the container on which the manipulating element is located. 23. The container according to claim 1 or 2, characterized in that it is made in the form of a polygonal container, and the hinge axis (26) of the bracket, around which the bracket can be rotated, is adjacent to the corner areas (27) of the container or directly into these areas. 24. The container according to claim 1 or 2, characterized in that the bracket is made to rotate around an axis (25) of rotation, which is located on the container with lateral displacement relative to the main axis (29) of the container. 25. The container according to paragraph 24, wherein the lateral displacement between the axis of rotation (25) and the main axis (29) of the container is designed so that in one rotary position of the bracket in the direction to the main axis of the container, the bracket is located at a first angle to the longitudinal the axis (30) of the container and interacts with the means fixing in place (16), and in a different rotary position in the direction from the axis of the container, the bracket is located at a different angle to the longitudinal axis (30) of the container, it is preferably turned down and in contact with the wall of the container but. 26. The container according to claim 1 or 2, characterized in that the tool (7) is made in the form of an original lock (20).