DE102021105541B3 - fastening system - Google Patents

Abstract

A fastening system comprises a container, a lid and a holder which can be mounted on a wall in a position of use and into which the container can be inserted along an insertion direction, the lid being movable into a closed position relative to the container in order to selectively close the container and wherein the holder has at least one securing portion adapted to engage the lid when the container is inserted into the holder and the lid is moved to the closed position such that the securing portion of the holder overlies the lid secures the container against movement counter to the direction of insertion.

Description

The invention relates to a fastening system which comprises a container, a cover and a holder, the holder being mountable on a wall in a usage position and the container being insertable into the holder along an insertion direction. The lid is movable relative to the receptacle to a closed position to selectively seal the receptacle.

Such a container that can be closed by a lid can be used, for example, to store objects or documents and to protect them from access by closing the container. However, in order to be able to grant access to the container to a plurality of authorized persons, provision can be made to fasten and provide the container to a wall via a bracket, so that the plurality of persons can access the container, but the container can be accessed by unauthorized persons persons cannot be stolen. For example, a container with objects or documents to be transported can be positioned in a holder on an outside wall of a building in order to enable collection by a courier service without having to enter the building and having to search for and hand over the container, which takes a lot of staff and time must become. Equally, a container can be inserted into such a holder for the purpose of delivery, for example, so that the container can also be delivered, for example, if personal delivery is not possible or desired.

However, in order to prevent the container from being removed from the holder by an unauthorized person, it is usually necessary to provide additional security mechanisms on the holder. In particular, the container inserted into the holder must be secured against movement against the direction of insertion, so that only authorized persons, such as a courier service, can remove the container from the holder against the direction of insertion after the safety mechanism has been opened. Due to such safety mechanisms, which for example can include frames that can be guided and locked around the container inserted into the holder, such holders are often undesirably complicated in terms of construction and require a relatively large amount of space. The use of such fastening systems can also be undesirably complex due to the need to always have to actuate an additional safety mechanism on the holder.

It is therefore an object of the invention to create a fastening system with a holder and with a container that can be inserted into the holder, which enables the container used to be secured easily and reliably against unauthorized removal from the holder.

This object is achieved by a fastening system having the features of claim 1 and in particular in that the holder has at least one securing section which is designed to engage with the lid when the container is inserted into the holder and the lid is in the Closed position is moved, so that the securing portion of the holder on the lid secures the container against movement against the direction of insertion.

Because the holder has such a securing section, the container can consequently be secured via the cover against removal from the holder, without an additional securing mechanism being required. Rather, the lid, which can be closed on the container anyway in the closed position in order to prevent unauthorized access to objects or documents stored in the container, can also be used by interacting with the security section to prevent the container from being removed from the holder impede. In addition, the design of the holder can be simple, since additional securing mechanisms and, for example, space-consuming components that surround the container to secure it against removal counter to the direction of insertion can be dispensed with.

In particular, the container can be inserted into the holder along the direction of insertion when the holder is in the position of use towards the wall, so that the engagement between the securing section and the lid can secure the container against movement away from the wall. It can be provided that the securing section comes into engagement with the lid immediately as a result of the insertion of the container. As an alternative to this, after the container has been inserted into the holder, the securing section can engage with the lid by moving the lid into the closed position. For example, the container can be inserted into the holder with the lid at least partially open, with the container being secured in the holder conveniently by moving the lid into the closed position and performing an action to close the container that is required anyway.

In particular, the container can have an opening on an upper side or be completely open in order to be able to bring objects or documents into the container. In the closed position, the lid can be arranged accordingly on or along the upper side of the container in order to close this opening. The lid can be pivotable relative to the container, for example, in order to open and close the container, or the lid can be completely detachable from the container and placed on the container from above, for example by a linear movement.

The securing section can in particular be rigid and—in the position of use of the holder—can be arranged fixed relative to the wall and/or the other components of the holder. The engagement of such a rigidly designed securing section which cannot be moved relative to the holder can correspondingly also prevent a movement of the inserted and closed container relative to the holder counter to the direction of insertion. For example, the securing section can be designed so that an edge section of the cover can reach behind it with respect to the direction of insertion when the cover is moved into the closed position.

As an alternative to this, however, the securing section can also be movable and, for example, pivotable, in order to engage with the lid immediately as a result of inserting the closed container into the holder. For this purpose, the securing section can have a hook-like securing element, for example, which can be displaced as a result of the insertion of the container in order to grip behind an edge of the lid when the container is fully inserted. Such a securing element can in particular be pretensioned in the direction of an engagement position, so that after the edge of the lid has passed the securing element during insertion of the container into the holder, the securing element can automatically move into the engagement position in which the securing element engages behind the edge of the lid can. On the other hand, the securing element can be designed in such a way that it cannot be moved out of the engaged position by a force acting counter to the direction of insertion. Such a securing section can therefore also ensure that the container can only be removed from the holder when the lid is moved out of the closed position, so that no separate securing mechanism is required on the holder.

Further embodiments can be found in the dependent claims, the description and the drawings.

In some embodiments, the lid can have an engagement section, wherein the securing section of the holder can be arranged between the engagement section of the lid and an outside of the container with respect to the insertion direction when the container is closed and inserted into the holder.

For example, the gripping section of the lid can be formed by a projecting edge of the lid, with this projecting edge being able to extend in the closed position of the lid in particular from an upper side of the container on which the lid is arranged in the direction of an underside of the container. Furthermore, when the container is closed, the engagement portion can be offset laterally outwards from the outside of the container, so that an intermediate space for receiving the securing portion can be formed between the outside of the container and the engagement portion of the lid.

In some embodiments, the engagement section and/or the securing section can extend transversely, in particular perpendicularly, to the direction of insertion. In particular, the securing section of the holder can protrude vertically upwards, based on the usage position of the holder. As already explained, the engagement section can be aligned in particular in the direction of an underside of the container when the lid is in the closed position, and can therefore project vertically downwards in relation to the usage position of the holder. The direction of insertion can also be aligned horizontally - based on the position of use of the holder - so that the container can be reliably secured against movement counter to the direction of insertion by the engagement of the vertically and thus perpendicularly to the direction of insertion protruding upwards with the vertically downwards protruding engagement section can. In particular, the securing section and the engagement section can each have engagement surfaces aligned perpendicularly to the direction of insertion, wherein the engagement surface of the engagement section can come into contact with the engagement surface of the securing section as a result of a force transmitted to the container and directed against the direction of insertion, in order to prevent this movement.

As part of the bracket, the securing section can in particular be rigidly fastened to the wall, so that the securing section in the position of use of the bracket is not relative to the Wall can be movable. By being able to arrange such a securing section, in particular one that is also rigid, between the engagement section and the outside of the container, a force transmitted to the container counter to the direction of insertion can be transmitted to the wall via the engagement section and the securing section, so that the container does not move in the opposite direction can be moved in the insertion direction and removed from the holder. In order to enable such an engagement between the engagement section and the securing section, the container can, for example, only be closed by the lid after it has been inserted into the holder, so that the lid can be slipped over a vertically projecting securing section, for example.

In some embodiments, the direction of insertion--relative to the position of use--can be aligned horizontally. For example, when the holder is mounted on the wall, the container can be inserted and in particular pushed into the holder along a horizontal direction.

In some embodiments, the holder can be designed to block, in particular support, the container inserted into the holder against movement vertically downwards and upwards and horizontally laterally perpendicular to the direction of insertion and in the direction of insertion.

In the position of use of the holder, the container used can be secured by the holder against movements vertically downwards and upwards, for which purpose the holder and the container can interact, for example, in a form-fitting manner. This interaction can in particular prevent the container from being removed vertically upwards from the holder, for example by lifting the container out. The container or the lid can thus in particular not be lifted above a vertically projecting securing section in order to disengage the lid from the securing section and then remove the container from the holder counter to the direction of insertion. The support vertically downwards can also facilitate the insertion of the container and serve to support the container in the holder, so that the container does not have to be held vertically downwards via the engagement between the lid and the securing section and no or only small forces in this Direction to be transferred to the lid.

By blocking the container horizontally laterally in the position of use, i.e. to the left or right in relation to the wall, movement and/or removal of the container along these directions can be prevented and the insertion of the container into the holder can also be supported by the container may be guided in these directions by the bracket during insertion. Blocking the container in the direction of insertion, which in the position of use can point in particular in the direction of the wall, in conjunction with blocking the container in the directions already explained, can ensure that the container can only be removed from the holder by moving against the direction of insertion so that the engagement of the lid with the securing portion preventing movement in that direction can fully and reliably secure the case in the holder.

In some embodiments, the holder can have two guide sections extending along the direction of insertion, it being possible for the container to be inserted into the holder by being placed on the guide sections and sliding along the guide sections. In particular, the guide sections can have a support surface for the container in order to be able to support the container during insertion into the holder. A user can thereby, for example, initially lift the container to an intended height and set it down on the guide sections in order to then be able to slide the container into the holder without having to manually support the container in the vertical direction.

In some embodiments, the guide portions of the bracket may be spaced laterally perpendicular to the direction of insertion. In particular, the guide sections can be arranged laterally spaced horizontally from one another. In such embodiments, the container can be supported on two sides by the guide sections when the holder is in the position of use, it being possible for the guide sections to support in particular respective lateral edge regions of the container inserted into the holder. The container can thereby be positioned between the guide sections and, in particular guided by the guide sections, be pushed into the holder, wherein the guide sections can be formed in particular by supports extending perpendicularly away from the wall when the holder is installed.

Furthermore, in some embodiments, the guide sections of the holder can be designed to block the container placed on the guide sections but not yet fully inserted into the holder against movement vertically downwards and horizontally laterally perpendicular to the direction of insertion.

In such embodiments, the guide sections of the holder can be designed to block the container from moving vertically downwards and horizontally to the side, i.e. to the left and right when the holder is in the position of use, before the container is fully inserted into the holder. Consequently, the guide sections can already support the container during insertion into the holder, in order to reliably prevent the container from falling down to the side or slipping through between the guide sections, for example. A user can therefore first lift the container and place it on the guide sections of the bracket mounted on the wall and/or put it down, whereupon the container can be pushed into the bracket without the container having to be additionally supported. Particularly in the case of a rigid securing section, this support also makes it possible to initially insert the container into the holder along the insertion direction with the lid closed, in particular to push it in until the lid strikes the securing section, in order to then open the lid when the container is already fully supported in the holder and being able to move past the securing portion so that the securing portion can engage the securing portion by subsequently moving the lid to the closed position.

Furthermore, in some embodiments, the guide sections of the holder can have bearing surfaces for supporting the container against movement vertically downwards and side cheeks for blocking the container against movement horizontally laterally perpendicular to the direction of insertion. For example, the guide sections can have an L-shaped cross section in a plane oriented perpendicular to the direction of insertion and/or comprise a section with an L-shaped cross section in this plane, with the container on legs of the two pointing towards one another and in particular in the middle of the holder Guide sections can be placed to be supported by these legs against movement vertically downwards. The side walls of the guide sections can in particular be formed by respective legs of such an L-shaped section and/or guide section which extend vertically upwards.

In some embodiments, the guide portions of the holder may include a respective guide bump which engages over insertion extensions formed on the receptacle during insertion into the holder, the guide projections and insertion enlargements holding the receptacle when the receptacle is inserted into the holder against movement vertically block above. The insertion flares and the guide bumps may overlap when viewed in the vertical direction. The interaction of the widened inserts and the guide elevations can accordingly block the container from being lifted out of the holder by a movement directed vertically upwards when the holder is in the position of use. Since the container can be blocked in the holder and, for example, by the aforementioned side walls of the guide sections in the lateral direction with respect to the direction of insertion and along the direction of insertion, in particular by the wall in the holder, the container can thus only be removed from the holder by a movement in the opposite direction to the direction of insertion be removed, which can be prevented in a simple and convenient manner by the engagement between the lid and the securing portion of the holder when the lid is in the closed position.

In particular, the guide elevations can block the container perpendicular to the direction of insertion, with the direction of insertion being able to extend in particular in the horizontal direction. Furthermore, the guide elevations can be designed as guide webs which extend along the insertion direction and engage over the insertion widenings of the container. Such guide webs can be designed to prevent the container inserted into the holder from tipping over.

The insertion widenings of the container can be formed, for example, by widening the bottom of the container, so that the bottom of the container can extend like a flange beyond the respective outer sides of the container. As an alternative to this, the insertion widenings can be designed, for example, in the form of rings or webs as a widening in a central section of an outside of the container. The guide sections can also form a lateral rail or groove for the widened inserts by the guide elevations and a respective bearing surface, so that the container can be fixed vertically in the holder via the widened inserts, but can be displaced along the direction of insertion. The guide elevations and the insertion widenings can in particular be aligned horizontally laterally perpendicular to the direction of insertion, so that the guide elevations, for example with regard to the position of use, extend laterally inwards from the already mentioned side walls of the guide sections and the insertion widenings laterally outwards from a bottom and/or an outside of the Container can extend.

Furthermore, the guide elevations can be arranged at a distance from the securing section, viewed in a vertical projection, in order to be able to prevent the securing section from disengaging from the lid as a result of the container tipping over. In addition, it can be provided that the guide sections have several guide elevations, in particular guide webs, offset from one another along the direction of insertion, in order to secure the container at several points with respect to the direction of insertion against movement vertically upwards. As an alternative to this, the guide sections can also have a respective guide elevation, which extends in particular along the insertion direction over the entire guide section and can thereby vertically secure the container in the entire area of the guide sections. A single guide elevation with a smaller extent along the direction of insertion, which blocks the container in sections in the vertical direction, can also be provided. The container, on the other hand, can in particular have a base with a peripheral edge that protrudes beyond the outer sides of the container and forms the widened area for insertion.

In some embodiments, the holder can have a stop for the container, it being possible for the securing section to be brought into engagement with the lid when the container is in contact with the stop by moving the lid into the closed position. In particular, when the container is in contact with the stop, an engagement section of the lid can be positioned by moving the lid into the closed position in such a way that the securing section of the holder is located between the engagement section and an outside of the container with respect to the insertion direction when the lid is in the closed position. Such a stop can thus be used in particular to ensure that the container is correctly positioned in the holder, in order to ensure that the securing section engages with the lid in the closed position.

In some embodiments, the lid can be lockable on the receptacle in the closed position, wherein the relative movement between the lid and the receptacle can be blocked when the lid is locked. In particular, a lock can be provided to lock the lid in the closed position in order to be able to prevent unauthorized opening of the container. The container and the lid can have eyelets for locking the lid, for example, which are aligned with one another when the lid is in the closed position, so that a shackle of a padlock can be passed through the eyelets and the lid can thereby be locked on the container.

Alternatively, elements of a locking mechanism can be integrated into the container and/or the lid, so that the lid can also be locked on the container without an external lock, and/or a lock can optionally be connectable to the container and/or the lid, so that the lock does not have to be fed in every time it is closed.

By locking the lid on the container, unauthorized opening of the container can be prevented, while securing the lid in the closed position can also ensure that the lid cannot be disengaged from the securing section of the holder by unauthorized persons. Closing the lid can thus reliably prevent both unauthorized opening of the container and unauthorized removal of the container from the holder, so that a security mechanism that is required in any case to secure objects or documents stored in the container can also be used at the same time to secure the container to secure in the holder. In addition, the interaction between the lid and the security section can ensure that a container cannot be inserted or placed in the holder unnoticed or without authorization, since this also requires opening the lid and then moving the lid into the closed position . A separate and expensive additional safety mechanism on or in the holder can therefore be dispensed with.

In some embodiments, the lid can be pivotable about a pivot axis in order to close the container, it being possible for the pivot axis to be aligned parallel to the direction of insertion. In particular, an edge section of the lid can be permanently connected to the container, with this edge section being able to extend along the pivot axis or parallel to the pivot axis. In such embodiments, an edge section of the lid opposite the named edge section can be pivoted relative to the container in order to open or close the container, so that only the movable edge section of the lid has to be blocked on the container in order to gain access to an interior of the container to prevent.

Furthermore, in some embodiments, the securing section can delimit a U-shaped receptacle into which the already mentioned Engagement section and/or an edge section of the lid can engage when the container is in the closed position when it is inserted into the holder. Such a receptacle can, for example, be formed entirely by a U-shaped securing section, or the securing section can be connected to another component of the holder, pointing in particular in the direction of the wall, and form the receptacle together with this component. As an alternative to this, the securing section can be mountable directly on the wall, for example, so that one leg of the U-shaped receptacle can in principle also be formed by the wall when the holder is mounted on the wall.

In some embodiments, the holder can have a carrier which can be fastened to the wall and extends in a fastening plane oriented perpendicularly to the direction of insertion, on which carrier the securing section is fastened. In addition, in some embodiments, the guide sections already mentioned can also be fastened to the carrier. Since the carrier can be fastened to the wall, the securing section and/or the guide sections can be held on the wall via the carrier, so that the force can be dissipated into the wall via the carrier.

The carrier can, for example, be rectangular and/or comprise four carrier elements which are connected to one another and form a rectangle. For example, the individual carrier elements can be screwed together and/or the securing section and/or the guide sections can be fastened, in particular screwed, to the respective carrier elements.

In some embodiments, the securing section can be designed as an angle plate that can be fastened to the carrier. Such an angle plate can, for example, be attached to an upper section and/or carrier element of the carrier from vertically below in relation to the position of use and can extend beyond the carrier in the opposite direction to the insertion direction, so that one leg of the angle plate protrudes vertically upwards and at a distance from the carrier can, in order to be able to be gripped from behind by the cover and in particular an engagement portion of the cover in its closed position. In such embodiments, the securing section and the carrier can jointly delimit a U-shaped receptacle for the lid, in particular an edge of the lid and/or an engagement section of the lid.

In some embodiments, the carrier can also have a plurality of fastening openings, through which respective fastening means for fastening the holders can be guided, with the container inserted into the holder being able to cover the fastening openings. Such an arrangement of the fastening openings can consequently prevent access to the fastening means when the container is inserted into the holder. A complete detachment of the holder from the wall in order to be able to remove the container in this way without authorization can thus be reliably and easily prevented.

In some embodiments, the securing section can be displaceably attachable to the carrier perpendicular to the direction of insertion. This can make it possible to attach the securing section flexibly and in particular to be able to be matched to a respective container in different positions on the carrier, although this position can ultimately be fixed when the assembly of the holder is completed.

In some embodiments, the holder can have a plurality of, in particular two, three or four, securing sections which are arranged spaced apart from one another perpendicularly to the direction of insertion. In this case, all of these securing sections can be designed to engage with the lid when the container is inserted into the holder and the lid is moved into the closed position. As a result, the container can be secured against movement counter to the direction of insertion in the holder at a plurality of points spaced perpendicularly to the direction of insertion. The above explanations regarding the fuse section can apply to each of the fuse sections in embodiments with a plurality of fuse sections.

In some embodiments, a sealing section extending in the direction of the lid can be provided on an outside of the container, which sealing section strikes a lid surface of the lid when the container is closed. In particular, the lid surface can cover an opening of the container in the closed position, whereby the sealing section can be sealed against the lid surface by the sealing section striking the lid surface, even if the lid extends beyond the outer sides of the container, for example, in order to engage with the securing section to be able to reach.

The sealing section can, in particular, extend obliquely away from the engagement section and can comprise a sealing element attached to the outside of the container. Such a sealing element can thicken the outside of the container in the region of the sealing section, with the oblique orientation of the sealing section of the distance between the sealing section and the Securing portion can be enlarged along the insertion direction to allow engagement of the securing portion with the lid despite the thickening. For example, the sealing element can comprise a rubber element slipped over the sealing section.

The invention is explained below purely by way of example using an exemplary embodiment with reference to the drawings.

• 1 eine perspektivische Darstellung eines Befestigungssystems mit einer an einer Wand montierbaren Halterung und einem durch einen Deckel verschließbaren Behältnis, welches in die Halterung einsetzbar ist,
• 2A und 2B eine perspektivische Darstellung der Halterung sowie eine Schnittdarstellung eines Ausschnitts der Halterung, welcher einen Sicherungsabschnitt der Halterung zeigt,
• 3A und 3B eine perspektivische Darstellung des Befestigungssystems während des Einsetzens des Behältnisses in die Halterung bei geöffnetem Deckel sowie eine perspektivische Darstellung des Befestigungssystems bei vollständig in die Halterung eingesetztem Behältnis und geschlossenem Deckel und
• 4 einen Ausschnitt einer Schnittdarstellung des Befestigungssystems bei vollständig in die Halterung eingesetztem Behältnis und geschlossenem Deckel.

Show it:

• 1 a perspective view of a fastening system with a bracket that can be mounted on a wall and a container that can be closed by a lid and can be inserted into the bracket,
• 2A and 2 B a perspective view of the bracket and a sectional view of a detail of the bracket, which shows a securing section of the bracket,
• 3A and 3B a perspective view of the fastening system during the insertion of the container into the holder with the lid open and a perspective view of the fastening system with the container fully inserted into the holder and the lid closed and
• 4 a detail of a sectional view of the fastening system with the container fully inserted into the holder and the lid closed.

1 shows a fastening system 11, which comprises a container 13 that can be optionally closed by means of a cover 15 and a holder 17, which can be mounted on a wall in a position of use and into which the container 13 can be inserted along an insertion direction E (cf. also 3A and 3B) . The insertion direction E is aligned horizontally in the embodiment shown.

In 1 the lid 15 is arranged in a closed position G, in which a lid surface 51 of the lid 15 covers a container opening 53 of the container 13, so that objects or documents arranged in the container 13 are protected from external access. However, the lid 15, such as 3A shows pivotable about a pivot axis S aligned parallel to the insertion direction E and can be transferred into an open position in order to grant access to an interior of the container 13 . For this purpose, the first edge section 55 is permanently connected to the container 13, while a second edge section 57 of the lid 15 opposite the first edge section 55 can be removed from the container 13 or the container opening 53 by the pivoting movement.

In order to be able to lock the lid 15 in the closed position G and to be able to protect any objects or documents arranged in the container 13 from unauthorized access, an outer side 25 of the container 13, which is adjoined by the second edge section 57 in the closed position G, is Locking mechanism 49 arranged. The locking mechanism 49 is designed to fix the edge section 57 in the closed position G of the lid 15 on the outside 25 of the container 13 and thereby to block the pivoting movement of the lid 15 about the pivot axis S. In the embodiment shown, the locking mechanism 49 is connected to the container 13, it also being possible for the container 13 and the lid 15 to be fixed to one another by means of an external lock. For example, respective eyelets can be formed on the lid 15 and on the container 13, which are aligned with one another in the closed position G of the lid 15, so that a shackle of a padlock can be guided through the eyelets and the container 13 can thereby be blocked.

How in particular 2A shows, the holder 17 has a carrier 39 extending in a fastening plane R aligned perpendicularly to the insertion direction E and having a plurality of fastening openings 41, through which respective fastening elements 43 can be guided in order to mount the carrier 39 on a wall. The carrier 39 is rectangular and has four carrier elements 40 which are connected to one another and form the carrier 39 . In the position of use of the holder 17, the fastening plane R is aligned parallel to the wall on which the holder 17 can be mounted, so that forces acting on the mounted holder 17 can be diverted via the carrier 39 into the wall.

Furthermore, two securing sections 19 are arranged on an upper support element 40 of the support 39 with respect to a vertical direction V, which extends perpendicularly to the vertical direction V 39 can be fastened. The securing sections 19 each have sections which extend vertically upwards and are offset relative to the insertion direction E with respect to the carrier 39 (cf. also 2 B) . These securing sections 19 are designed to engage the lid 15 when the container 13 is inserted into the holder 17 and the lid 15 is moved to the closed position G. so that the securing section 19 of the holder 17 secures the container 13 against movement counter to the insertion direction E via the cover 15 . This intervention can be used to reliably secure the container 13 in the holder 17 against unauthorized removal, in particular without a separate safety mechanism on the holder 17, as will be explained in more detail below.

In order to be able to insert the container 13 comfortably into the holder 17 , the holder 17 comprises two guide sections 27 which are arranged laterally spaced apart from one another on the carrier 39 and which provide a respective support surface 29 for the container 13 . This makes it possible to place the container 13 on the support surfaces 29 during insertion, so that the container 13 is supported downwards with respect to the vertical direction V during insertion into the holder 17 . In addition, the guide sections 27 have respective side cheeks 31 extending upwards with respect to the vertical direction V, through which the container 13 is blocked against lateral movements perpendicular to the direction of insertion E during insertion into the holder 17 and in the inserted state. In addition, respective guide elevations 33 are formed on the side walls 31, which extend like webs along the insertion direction E at a vertical distance from the bearing surfaces 29. During insertion and when container 13 is fully inserted into holder 17, these guide elevations 33 overlap respective insertion widenings 35 of container 13, which are formed by edge sections of a base 37 of container 13 extending beyond outer sides 25 of container 13. The bearing surfaces 29 and the guide elevations 33 thus form, so to speak, a lateral guide rail for the insertion widenings 35 during the insertion of the container 13.

In particular, the guide sections 27 enable the container 13 to be easily and conveniently inserted into the holder 17, in that the container 13 can first be raised to the intended height and placed on the support surfaces 29, in order to then slide the container 13 along the insertion direction E into the holder 17 to insert The side walls 31 and the bearing surfaces 29 reliably prevent the container 13 from slipping down sideways or through between the guide sections 27. Furthermore, the guide sections 27 have a sufficient length along the insertion direction E to already support the container 13 before the container 13 is completely is inserted into the holder 17 (cf. also 3A) .

As soon as the container 13 has been pushed far enough into the holder 17 that the insertion widening 35 is overlapped by the guide elevations 33, the container 13 is also secured against movement vertically upwards with respect to the vertical direction V in the holder 17. When the container 13 is inserted into the holder 17, the container 13 is therefore vertically downwards through the bearing surfaces 29 of the guide sections 27, vertically upwards through the overlapping of the insertion widening 35 through the guide elevations 33 and laterally vertically or to the left and right through the side walls 31 secured in the bracket 17 and blocked against movement in these directions. Movement of the container 13 in the direction of insertion E is also blocked by the wall and/or the support 39 when the holder 17 is in the position of use, so that the container 13 can only be removed from the holder 17 by moving against the direction of insertion E.

In order to secure the container 13 against removal from the holder 17 by an unauthorized person, it is only necessary to block the container 13 inserted into the holder 17 against movement counter to the insertion direction E. While this conventionally requires complex, structurally complex securing mechanisms, the fastening system 11 enables the container 13 to be secured simply and reliably in the holder 17 through the engagement between the cover 15 and the securing sections 19.

How out 3A shows, with the lid 15 at least slightly open, the container 13 can be pushed completely into the holder 17 along the direction of insertion E, with the slight opening of the lid 15 allowing an edge 23 projecting from the lid surface 51 to be guided behind the securing sections 19 with respect to the direction of insertion E can. Since the guide sections 27 can already support the container 13 with respect to the vertical direction V before the container 13 is fully inserted into the holder 17, a user can push the container 13 into the holder 17, particularly when the lid 15 is closed, until the projecting edge 23 abuts against the securing sections 19 in order to then be able to open the cover 15 slightly and to be able to guide it beyond the securing sections 19 without having to provide manual support for the container 13 at the same time. The carrier 39 can then act as a stop for the container 13 to ensure its correct positioning in the holder 17.

Like in particular 4 shows, get the fuse sections 19 through a subsequent movement of the lid 15 into the closed position G when the container 13 is fully inserted into the holder 17, in engagement with the lid 15 and in particular the projecting edge 23, so that the container 13 is prevented from moving counter to the direction of insertion E out of the holder via the securing sections 19 and the lid 15 is blocked.

For this purpose, the lid 15 in particular has an engagement section 21 formed by the projecting edge 23 , which engages behind the securing section 19 with respect to the insertion direction E when the lid 15 is in the closed position when the container 13 is inserted into the holder 17 . The securing section 19 is thus arranged with respect to the insertion direction E between the engagement section 21 of the lid 15 and an outer side 25 of the container 13 pointing towards the carrier 39 when the container 13 is inserted into the holder 17 and the lid 15 is in the closed position G located. As 4 further clarified, the securing sections 19 together with the carrier 39 form a respective U-shaped receptacle, in which the engagement section 21 engages in the closed position G of the cover 15 .

In order to secure the container 13 in the holder 17 against movement against the insertion direction E, it is thus only necessary to insert the container 13 into the holder 17 and to move the lid 15 into the closed position G and via the locking mechanism 49 on the container 13 to block. Since it is necessary to disengage the engagement portion 21 from the securing portion 19 of the holder 17 in order to remove the container 13 from the holder 17, only an authorized user who can actuate the locking mechanism 49 and open the lid 15 can remove the container 13 from the holder 17. This makes it possible to simultaneously and reliably secure the container 13 against removal from the holder 17 by the locking mechanism 49 that is required in any case for locking the container 13, without a further securing mechanism being required on the holder 17.

Because the guide elevations 33 are arranged in a vertical projection at a distance from the securing sections 19, it is also possible to counteract a loosening of the engagement between the securing sections 19 and the cover 15 by a tilting movement. Furthermore, the fastening openings 41, through which the holder 17 can be fastened to a wall, are covered by the container 13 when the container 13 is inserted into the holder 17, so that a complete detachment of the holder 17 from the wall in order to steal the container 13 is counteracted can be.

In order to enable the engagement section 21 to engage with the securing section 19 , the engagement section 21 or the edge 23 of the lid 15 is at a distance from the outside 25 or the outsides 25 of the container 13 . The outer sides 25 of the container 13 therefore have a sealing section 45 which extends in the direction of the lid surface 51 and obliquely away from the edge 23 and on which a sealing element 47, for example a rubber element, is arranged (cf. 4 ). When the lid 15 is in the closed position, the sealing element 47 rests against the lid surface 51 so that an interior space of the container 13 is sealed despite the spaced edge 23 of the lid 15 .

Reference List

11

fastening system

13

container

15

lid

17

bracket

19

fuse section

21

engagement section

23

edge of the lid

25

outside

27

guide section

29

bearing surface

31

sidewall

33

leadership survey

35

insertion widening

37

bottom of the container

39

carrier

40

carrier element

41

mounting hole

43

fasteners

45

sealing section

47

sealing element

49

locking mechanism

51

cover surface

53

container opening

55

first edge section

57

second edge section

E

insertion direction

G

closed position

0

open position

R

mounting level

S

pivot axis

V

vertical direction

Claims (13)

fastening system (11), comprising a container (13), a lid (15) and a holder (17) which can be mounted on a wall in a usage position and into which the container (13) can be inserted along an insertion direction (E), the lid (15 ) is movable relative to the receptacle (13) into a closed position (G) to selectively close the receptacle (13), and wherein the holder (17) has at least one securing section (19) which is designed to engage with the lid (15) when the container (13) is inserted into the holder (17) and the lid (15) is moved into the closed position (G), so that the securing section (19) of the holder (17) via the cover (15) secures the container (13) against movement counter to the direction of insertion (E). Fastening system (11) according to claim 1 , wherein the lid (15) has an engagement section (21), wherein the securing section (19) of the holder (17) when the container (13) is closed and inserted into the holder (17) with respect to the insertion direction (E) between the engagement section (21 ) of the lid (15) and an outside (25) of the container (13) is arranged. Fastening system (11) according to claim 1 or 2 , wherein the insertion direction (E) - based on the position of use - is aligned horizontally. Fastening system (11) according to one of the preceding claims, wherein the holder (17) is designed to hold the container (13) inserted into the holder (17) against movement vertically downwards and upwards and horizontally laterally perpendicular to the direction of insertion (E) and to block in the direction of insertion (E). Fastening system (11) according to one of the preceding claims, wherein the holder (17) has two guide sections (27) extending along the insertion direction (E), wherein the container (13) can be inserted into the holder (17) by being placed on the guide sections (27) and sliding along the guide sections (27). Fastening system (11) according to claim 5 , wherein the guide portions (27) of the holder (17) perpendicular to the insertion direction (E) are arranged laterally spaced from each other. Fastening system (11) according to claim 5 or 6 , wherein the guide sections (27) of the holder (17) are designed to prevent the container (13) placed on the guide sections (27) and not yet fully inserted into the holder (17) from moving vertically downwards and horizontally laterally vertically to block the insertion direction (E). Fastening system (11) according to one of Claims 5 until 7 , wherein the guide sections (27) of the holder (17) have bearing surfaces (29) for supporting the container (13) against movement vertically downwards and side cheeks (31) for blocking the container (13) against movement horizontally laterally perpendicular to the direction of insertion (E) has. Fastening system (11) according to one of Claims 5 until 8th , wherein the guide sections (27) of the holder (17) comprise a respective guide elevation (33) which overlaps the insertion widenings (35) formed on the container (13) during insertion into the holder (17), the guide elevations (33) and the insertion extensions (35) block the container (13) against movement vertically upwards when the container (13) is inserted into the holder (17). Fastening system (11) according to one of the preceding claims, in which the lid (15) can be locked on the container (13) in the closed position (G), the relative movement between the lid (15) and the container (13) when the lid ( 15) is blocked. Fastening system (11) according to one of the preceding claims, wherein the lid (15) for closing the container (13) can be pivoted about a pivot axis (S), the pivot axis (S) being aligned parallel to the insertion direction (E). Fastening system (11) according to one of the preceding claims, wherein the holder (17) has a carrier (39) which can be fastened to the wall and extends in a fastening plane (R) perpendicular to the direction of insertion (E), on which the securing section (19 ) is attached. Fastening system (11) according to claim 12 , Wherein the carrier (39) has a plurality of fastening openings (41) through which respective fastening means for fastening the holder (17) to the wall can be guided, the in the holder (17) used container (13) covers the mounting holes (41).

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