EP3658337B1 - Drawer structure for accomodation body - Google Patents

Description

The invention relates to a drawer structure, a storage device, a receiving arrangement, a method for receiving a receiving body on a drawer structure and a use. A drawer structure is known from FR2826896 and the EP2428326 .

For certain applications it is desirable to secure suitcases or other receptacles for transport. There are different solutions for this purpose. On the one hand, the bottom sides of the suitcases are held together and locked together on the handle side via a rotary mechanism, whereby two suitcases are held together (see, for example EP2315701 ). On the other hand, lateral clamps can be provided for a case, which are actuated when another case is placed on top of the existing one and then snap two cases together (see, for example EN19900361 , EP1238602 ). The existing catches and locks are complex and error-prone. Furthermore, it is sometimes disadvantageous that forces that occur are dissipated via the case lid and a rotating mechanism, which makes them prone to errors.

Handling and attaching suitcases or other receptacles of different sizes in a user-friendly manner is still difficult.

It is an object of the present invention to enable user-friendly mounting or storage of a receiving body in a flexible manner.

This object is solved by the objects with the features according to the independent patent claims. Further embodiments are shown in the dependent claims.

According to an exemplary embodiment of the present invention, a drawer structure is created for storing a (in particular portable) receiving body on and/or in a storage device so that it can be removed without tools. wherein the drawer structure comprises a first drawer slide with a first drawer body to be rigidly fastened on a first side (in particular on a first fastening structure) of the storage device and with a second drawer body movably attached to the first drawer body, a second drawer slide with a on a second side (in particular on a second fastening structure) of the storage device to be rigidly fastened first drawer body and with a second drawer body movably attached to the first drawer body, a connecting structure (in particular a connecting strut) which connects the movable second drawer body, and has coupling structures which are designed with corresponding coupling structures of the Recording body to be brought into operative connection, in particular engaged, to store the receiving body on the drawer structure tool-removable.

According to another embodiment of the present invention, there is provided a storage device comprising attachment structures for attaching a drawer structure and a drawer structure having the features described above, the first drawer bodies of which are attached to the attachment structures.

According to a further exemplary embodiment of the present invention, a receiving arrangement is provided which has a drawer structure with the features described above and a receiving body with coupling structures which are designed to be brought into operative connection, in particular into engagement, with corresponding coupling structures of the drawer structure, in order to have the receiving body to be stored on the drawer structure, removable without tools.

According to a further exemplary embodiment of the present invention, a method is provided for tool-free, removable storage of a receiving body on a drawer structure with the features described above, which drawer structure is associated with a storage device, wherein in which method, the second drawer bodies and the connecting structure are moved out of the storage device (in particular in relation to fastening structures of the storage device), and the coupling structures of the drawer structure are then brought into operative connection, in particular into engagement, with the corresponding coupling structures of the receiving body, in order to thereby attach the receiving body to the drawer structure without the use of tools removable for storage.

According to a further embodiment of the present invention, a drawer structure having the features described above and/or a storage device having the features described above and/or a storage arrangement having the features described above for storing a storage body, in particular a suitcase, in a vehicle (e.g a motor vehicle) or a stationary shelf.

In the context of this application, the term "tool-free removable storage" can be understood in particular as a procedure or mechanism in which the receiving body is or can be stored on the storage device in such a way that a subsequent removal of the receiving body by a user is purely manually and without the need for the use of tools (such as a screwdriver, an Allen key, a wrench, etc.).

In the context of this application, the term "drawer structure" can be understood in particular as a body that provides or forms at least a base for a drawer. A drawer may be a compartment in a storage device (such as a shelf or cabinet) that a user can slide out or slide in. The drawer structure of such a drawer is therefore understood to mean the mechanism for pulling out or pushing in, for mounting on the storage device and for receiving a receiving body on and/or in which stored goods can be received.

In the context of this application, the term “accommodating body” can be understood to mean, in particular, a body to be accommodated in the storage device, which body is designed to accommodate objects to be stored. In particular, examples of a storage body are a suitcase, a storage box, etc. Storage goods stored on a storage body can be, for example, a technical object or a component, such as tool components (e.g. hammer, screwdriver, etc.) or consumable components (e.g. screws). , nails, dowels, etc.). Examples of the type or type of stored goods or goods are the contents of a case, machine components, the contents of a machine case, tool inserts, canisters, cans, bottles, cartridges, tubes and/or the contents of a drawer.

In the context of this application, the term "coupling structures" can be understood in particular as structural features (in particular of the drawer structure and/or the receiving body) which are configured to form a physical coupling with another body (in particular the receiving body or the drawer structure). Such coupling structures can bring about a mechanical coupling by means of a form fit, a magnetic coupling by means of a magnetic force, etc.

In the context of this application, the term "storage device" can be understood in particular as a box-like frame with one or preferably more drawer structures, which is designed for setting up, depositing, storing, etc., stored goods. Such a stand can stand on the floor and/or be attached to a wall. For example, the storage device can be embodied as a storage rack or storage cabinet, stationary or in a vehicle. If such a frame is at least partially open, it can be designed as a shelf, for example. In the case of an embodiment as a cabinet, the frame can be provided with doors that can optionally be lockable.

According to an exemplary embodiment of the invention, a drawer structure for temporarily accommodating a receiving body (for example a suitcase) is provided, which is easy for a user to handle and can be manufactured with little effort and is lightweight. With simple, tool-free handling, a user can also convert a receiving body that is in a connected state with the drawer structure back into a disconnected state. No tools are required for this, making manipulation of the drawer structure quick and easy for a user. The tool-free removal of an accommodating body from the drawer structure also enables a user to hold different accommodating bodies interchangeably (in particular to hold them detachably) or attach them to one and the same drawer structure. In particular, when this receiving body is separated again from the drawer structure, this is free to receive another receiving body. This can be accomplished with a simple and intuitive touch down and lock motion, which can be manipulated in a similar, inverse manner to disconnect. With a single drawer structure, preferably in the form of rails and/or struts, receiving bodies can be temporarily attached by means of a universal system of coupling structures. This allows a user to put together any combination of drawer structures and/or receiving bodies to form a common storage device or receiving arrangement in a modular or building-block manner. Clearly, according to an exemplary embodiment of the invention, a drawer function can only be realized by an arrangement of drawer guides with a connecting structure, but without a body. In particular, a drawer structure according to an exemplary embodiment of the invention enables a space- and/or weight-saving arrangement of receiving bodies—in particular suitcases—in a storage device (for example a shelf) while simultaneously providing a high degree of variability and flexibility. An approximate any receiving body (e.g. a suitcase or even a drawer body) can be placed on the drawer slide and attached there without tools. Due to the possibility of designing the drawer structure in a minimalist manner only in the form of strips and/or struts, a particularly space- and weight-saving drawer structure can be created. When installed in a motor vehicle, this leads to lower fuel consumption and thus to reduced emissions of exhaust gases.

Additional exemplary embodiments of the drawer structure, the storage device, the receiving arrangement, the method and the use are described below.

According to an exemplary embodiment, the first drawer slide, the second drawer slide and the connecting structure can essentially form a U-structure. The two drawer guides can be arranged parallel to one another and preferably perpendicular to the connecting structure. According to this exemplary embodiment, no further material is required for forming the drawer structure beyond the U-structure described. As a result, a drawer structure that is particularly lightweight and inexpensive to produce can be created, which is structurally reduced to what is functionally indispensable.

According to an exemplary embodiment, the connecting structure can have a locking device for selectively locking the drawer structure, in particular operable by rotating the connecting structure about its axis. In particular, such a locking device can be attached in a connecting area between the connecting structure on the one hand and one or both drawer slides on the other hand. When a user has moved the drawer structure out of a storage device and/or into a storage device, simple (particularly tool-free) Actuation of the locking device, the position of the drawer structure are fixed relative to the storage device by means of locking. Locking can be actuated particularly intuitively simply by rotating the connecting structure about a longitudinal axis of the same, preferably perpendicular to a direction of travel of the two drawer guides. A corresponding unlocking can be accomplished by a user (in particular also without tools) by rotating the connection structure back in the opposite direction. Locking the drawer structure in a position that has been moved into the storage device and/or in a position that has been moved out of the storage device enables particular operational safety, since unintentional displacement of the drawer structure (e.g. if the storage device is stored in a vehicle and a driver brakes unexpectedly must) can thus be reliably avoided.

According to an exemplary embodiment, the locking device can be designed so that it must first be actuated for unlocking before the connecting structure and the movable second drawer body are released for moving out of the storage device. In other words, a mechanism can be implemented which only allows the drawer structure to be moved out of the storage device if the locking device for unlocking the drawer structure has previously been actuated. This makes it impossible for the drawer structure to move out of the storage device automatically, without being desired by a user, for example in the event of sudden forces occurring. The configuration described thus ensures a particularly high degree of operational reliability of the drawer structure. The reverse movement can be designed analogously (first unlocking, then pushing in). More specifically, the locking device can be designed to have to be operated first to unlock before the Connection structure and the movable second drawer body are released for moving into the storage device.

According to an exemplary embodiment, the coupling structures can have receiving recesses for receiving locking feet of the receiving body. A particularly reliable mounting of the accommodating body can be achieved if a total of four feet of the accommodating body are accommodated on a total of four troughs in the drawer structure. For example, two troughs can be provided on the first drawer slide and two troughs on the second drawer slide. It is also possible to place one or more separate components on the drawer guides or to attach them thereto, which then provide the troughs for receiving the locking feet of the receiving body. Alternatively, the receiving body can also have troughs on the bottom and the drawer guide can have corresponding projections for insertion into the troughs.

According to an exemplary embodiment, the coupling structures can be formed or attached to the movable second drawer bodies. According to such a configuration, the coupling structures (for example depressions) that fasten the receiving body can be designed directly as part of the two drawer guides. This enables a particularly compact and lightweight configuration of the drawer structure.

According to an exemplary embodiment, the drawer structure can have a support plate (in particular one that can be removed without tools), which is placed or can be placed on the movable second drawer body and optionally the connecting structure. Such a support plate can have coupling structures at any position on its two-dimensional surface, which can also enable universal coupling of different receiving bodies. At the same time, such a flat support plate can be made compact and lightweight then increases the weight and size of the drawer structure only marginally.

According to an exemplary embodiment, the coupling structures can be formed or attached to the support plate, in particular above the movable second drawer bodies. The support plate can therefore be placed on or mounted on the movable second drawer bodies and can thus be moved out of the storage device or into the storage device together with the movable second drawer bodies. Even a thin, lightweight backing plate provides a large surface area on which to form interconnect structures.

According to an exemplary embodiment, in addition to the coupling structures for receiving the receiving body, the support plate can have further coupling structures which are designed to be brought into operative connection, in particular into engagement, with corresponding coupling structures of another receiving body that is narrower than the receiving body, in order to alternatively attach the other receiving body to store the drawer structure. According to the embodiment described, receiving bodies of different sizes can be removably mounted on one and the same support plate of the drawer structure without the use of tools. For example, the support plate can have coupling structures for accommodating suitcases of different widths.

According to an exemplary embodiment, the further coupling structures can have longitudinal slots in the support plate. Such longitudinal slots in the support plate can functionally correspond to troughs that can accommodate the snap-in feet on the underside of a receiving body (for example a suitcase).

According to an exemplary embodiment, the support plate can have a carrying handle, in particular a gripping recess as a through hole in the support plate. In this way, a user can Handle the support plate easily and intuitively, for example to mount it on the drawer slides, remove it from the drawer slides or carry it with you. The design of such a carrying handle as a handle recess is a particularly inexpensive and lightweight solution.

According to an exemplary embodiment, coupling structures of the support plate can have at least one receiving body locking recess which is designed to receive a corresponding locking slide of the receiving body for locking the receiving body to the drawer structure. If a receiving body is received on coupling structures of the drawer structure, under particularly unfavorable circumstances (e.g. a sudden acceleration, such as braking by a user when the storage device is implemented in a vehicle), a receiving body received on the coupling structures of the drawer structure can be removed from the drawer structure fall off However, if one or more receiving body locking recesses are provided on the support plate, latching slides of the receiving body that are displaced perpendicularly to the supporting plate can be inserted into the latter in order to additionally protect the receiving body from undesirably falling off the drawer structure. As a result, operational reliability can be further increased.

According to an exemplary embodiment, the movably attached second drawer bodies can have a two-stage pull-out mechanism. The pull-out depth of the drawer structure can be increased by a double (generally multiple) design of moving parts of the drawer structure. For this purpose, for example, the second drawer bodies themselves can be constructed from two components that can be moved in relation to one another. When the movably attached second drawer body is pulled out of the storage device, a respective first component of the respective second drawer body can then initially be extended. Only when this first component has reached its end position and a further extension of the same is no longer possible, the respective second component can bring about a further extension of the drawer structure from the storage device. In this way, the drawer structure can be pulled out particularly far from the storage device, without the spatial depth of the drawer structure being increased as a result. In this way, a user-friendly and at the same time compact drawer structure can be created.

According to an exemplary embodiment, the drawer structure can consist of the first drawer slide, the second drawer slide, the connecting structure and the coupling structures, i.e. no further bodies. Optionally, only one support plate of the drawer structure can be additionally provided in one embodiment. In particular, the drawer structure can be designed as a body-free drawer structure. According to such an embodiment, the drawer structure is free of a body proper, i.e. a box-shaped top. The drawer structure is then limited to what is functionally absolutely necessary and is therefore particularly lightweight and easy to produce.

According to an alternative exemplary embodiment, the drawer structure can have a drawer body that is placed or can be placed on the movable second drawer body and, if applicable, the connecting structure and/or the support plate. This drawer body can advantageously be assembled and disassembled without tools.

According to an exemplary embodiment, the drawer bodies can be designed as rails in the drawer structure. In other words, the drawer bodies can be designed as mere linear guides and can therefore be designed to be particularly compact. In particular in combination with a strut-like or rod-like or plate-like connecting structure, a particularly lightweight drawer structure can be created as a result.

According to an exemplary embodiment, the connecting structure can advantageously be designed as a connecting strut. This also promotes the lightweight and small-volume design of the drawer structure.

According to an exemplary embodiment, the attachment structures of the storage device can have two side plates, in particular perforated plates, which are connected to one another with at least one attachment strut, in particular by means of four attachment struts. The flat side plates ensure a high level of stability, whereas the one or more fastening struts ensure that the bearing device is reinforced. The configuration described further increases the lightweight configuration of the storage device.

In an exemplary embodiment, the side panels may include channels for partially or fully receiving the first drawer bodies rigidly mounted therein. If the rigidly fastened first drawer bodies are embedded or fastened or countersunk in channels in the side plates, the entire width between the side plates benefits a receiving volume for the receiving body. A compact and efficient storage device can thereby be provided.

According to an exemplary embodiment, the coupling structures of the drawer structure and/or the coupling structures of the receiving body can be designed such that the receiving body can be placed on the drawer structure in a selectively vertically detachable, non-displaceable manner by means of the coupling structures and, if necessary, can be locked thereon. A vertically detachable, shift-proof stacking can be achieved, for example, in that locking feet of the receiving body dip into depressions in the drawer structure. If, on the other hand, the receiving body is locked on the drawer structure by means of the cooperating coupling structures, a vertical Removing the recording body are difficult or even impossible until unlocking.

According to an exemplary embodiment, the receiving body can be a suitcase for transporting goods to be transported. Such goods to be transported can be accommodated loosely or fastened or secured in the interior of the case and can in particular be accommodated in receiving containers which in turn are securely accommodated in the closed state of the case in its interior. Examples of such transport goods are consumables (such as screws, nails, dowels, bulk goods or liquids) or tools (such as screwdrivers or bits), etc.

According to an exemplary embodiment, the coupling structures of the drawer structure and the coupling structures of the accommodating body for forming a coupling between the drawer structure and the accommodating body can correspond to coupling structures for forming a coupling between two identical accommodating bodies. Thus, a coupling structure for forming a case-drawer connection can correspond to a coupling structure for forming a case-case connection.

According to an exemplary embodiment, the case can have a body and a cover that is or can be connected to the body, with a receiving space being formed between the body and the cover in a closed state and inaccessible from the outside for receiving goods to be transported, and with the receiving space being is accessible outside. Thus, in the case, a body and a cover connected or connectable to the body can be manipulated in order to move the case between a closed state, in which a receiving space for receiving goods to be transported is formed between the body and the cover and is inaccessible from the outside, and an open state, in which the recording space is accessible from the outside. Coupling structures on the body and / or the lid can be used to couple or decouple the case with respect to the drawer structure and, if necessary, couple cases to one another (see, for example DE 10 2014 118 452 ).

According to an exemplary embodiment, after the bringing into operative connection, in particular engagement, the method can also include moving the second drawer body and the connecting structure with the receiving body mounted on the drawer structure into the storage device. After the accommodating body has been mounted on the drawer structure, the accommodating body can be protectively inserted into the storage device and accommodated there (for example during transport in a motor vehicle) in a space-saving and reliable manner and locked if necessary.

According to an exemplary embodiment, after storing the receiving body on the drawer structure, the method can include removing the receiving body from the drawer structure without tools. Just as the assembly process of the receiving body on the drawer structure can take place without tools, a user also does not need any tools to disassemble the receiving body from the drawer structure. In this way, a particularly user-friendly drawer structure is created.

• Figur 1 zeigt einen Koffer als Aufnahmekörper einer Aufnahmeanordnung gemäß einem exemplarischen Ausführungsbeispiel der Erfindung in einem Öffnungszustand.
• Figur 2 und Figur 3 zeigen den Koffer gemäß Figur 1 in einem geschlossenen Zustand.
• Figur 4 zeigt einen Koffer, wie er in Figur 1 bis Figur 3 dargestellt ist, in einem mit einem anderen gleichartigen Koffer gekoppelten Zustand.
• Figur 5 zeigt eine Schubladenstruktur gemäß einem exemplarischen Ausführungsbeispiel der Erfindung mit einem daran lagerbaren Koffer als Aufnahmekörper.
• Figur 6 zeigt eine Lagervorrichtung mit einer Schubladenstruktur gemäß einem exemplarischen Ausführungsbeispiel der Erfindung mit aufgesetzter Tragplatte.
• Figur 7 zeigt eine Aufnahmeanordnung mit Lagervorrichtung samt Schubladenstrukturen und Tragplatte sowie Koffern als Aufnahmekörpern gemäß einem exemplarischen Ausführungsbeispiel der Erfindung.
• Figur 8 zeigt ein Detail der Aufnahmeanordnung gemäß Figur 6 und Figur 7, das die Tragplatte an der Schubladenstruktur zeigt.
• Figur 9 zeigt eine räumliche Ansicht einer Schubladenstruktur mit aufgesetzter Tragplatte gemäß einem exemplarischen Ausführungsbeispiel der Erfindung.
• Figur 10 zeigt, wie auf der Tragplatte gemäß Figur 9 ein Koffer als Aufnahmekörper aufgesetzt ist.
• Figur 11 zeigt die Schubladenstruktur gemäß Figur 9 ohne Tragplatte.

Exemplary embodiments of the present invention are described in detail below with reference to the following figures.

• figure 1 shows a suitcase as a receiving body of a receiving arrangement according to an exemplary embodiment of the invention in an open state.
• figure 2 and figure 3 show the suitcase according to figure 1 in a closed state.
• figure 4 shows a suitcase as it is in Figure 1 to Figure 3 shown in a coupled condition with another similar case.
• figure 5 shows a drawer structure according to an exemplary embodiment of the invention with a case that can be stored thereon as a receiving body.
• figure 6 shows a storage device with a drawer structure according to an exemplary embodiment of the invention with an attached support plate.
• figure 7 shows a receiving arrangement with storage device including drawer structures and support plate and cases as receiving bodies according to an exemplary embodiment of the invention.
• figure 8 shows a detail of the recording arrangement according to FIG figure 6 and figure 7 , showing the support plate on the drawer structure.
• figure 9 shows a three-dimensional view of a drawer structure with an attached support plate according to an exemplary embodiment of the invention.
• figure 10 shows as per the support plate figure 9 a case is placed as a recording body.
• figure 11 shows the drawer structure according to figure 9 without support plate.

Identical or similar components in different figures are provided with the same reference numbers.

Before exemplary embodiments of the invention are described with reference to the figures, some general aspects of the invention should be explained.

Craftsmen often keep tools and consumables (for example screws, nuts and dowels) in cases in order to store them or to transport them to a construction site. The cases can be stored stationary on shelves or in drawers or in vehicles.

If the cases are stored in drawers, the drawer itself and the drawer guide take up quite a large amount of space. This is particularly pronounced, for example, with a large number of suitcases to be stored or in places where little space is available. An example of such a scenario are storage systems in motor vehicles, where a cabinet is arranged in a vehicle. Such a cabinet conventionally undesirably adds significant weight to the vehicle. This limits the cargo that can be carried with the vehicle.

In order to overcome these disadvantages, a drawer structure according to an exemplary embodiment of the invention enables a space-saving accommodation for a receiving body (for example a suitcase) in or on the drawer structure of a storage device (in particular a shelf or a cabinet) in a particularly weight-saving manner.

To accommodate the receiving body or in particular the case, it is sufficient to provide only two drawer guides, which are preferably connected to one another at an operating end by a connecting structure (preferably with a locking device), whereby a U-shape is formed, for example. Optionally, but advantageously, a support plate (in particular a case support plate, for example a metal plate) can be inserted into this U-shape, which has coupling structures corresponding to a receiving body (in particular to a system case). Such coupling structures can have, for example, indentations or troughs for feet of the receiving body or case and optionally recesses for the insertion of preferably two locking slides on a front side of the receiving body or case.

Despite their lightweight design, carrying plates or case carrying plates offer a large and freely usable two-dimensional mounting surface. This makes it possible, for example, to provide groups of coupling structures on such a support plate, which have different suitcase types assigned. In this way it is possible to universally store a wide variety of case types on the drawer structure.

Optionally, it is possible to place a drawer body (which can preferably be assembled or disassembled without tools) on movably attached drawer bodies or movable halves of the drawer guide.

In the following, reference is made to Figure 1 to Figure 4 First, a suitcase is described as an example of a receiving body 10 to be accommodated on a drawer structure 100 . In the following, referring to Figure 5 to Figure 11 Drawer structures 100, storage devices 102 or receiving arrangements 180 are described according to exemplary embodiments of the invention, which are configured to receive such a case as receiving body 10.

figure 1 shows a receiving body 10, designed as a suitcase, of a receiving arrangement 180 according to an exemplary embodiment of the invention in an open state, as in FIG DE 10 2014 118 452 is described. figure 2 and figure 3 show the receiving body 10 according to FIG figure 1 in a closed state. figure 4 shows a receiving body 10 as shown in Figure 1 to Figure 3 is shown in a coupled state with another similar receiving body 10' designed as a suitcase. figure 4 FIG. 12 thus shows an arrangement 99 showing the receiving body 10 and the additional similar receiving body 10' in a connected state.

The receiving body 10 is used to transport goods to be transported. Such goods to be transported can be accommodated loosely or fastened or secured inside the receiving body 10 and can in particular be accommodated in receiving containers (not shown), which in turn are securely housed inside the receiving body 10 when the receiving body 10 is in the closed state. Examples of such transport goods are consumables (such as screws, nails, dowels, bulk goods or liquids) or tools (such as screwdrivers or bits), etc.

The receiving body 10 has a body 12 and a cover 14 that is or can be connected to the body 12 . Reinforcing ribs 28 for mechanically reinforcing the receiving body 10 are formed on the insides of the body 12 . According to the exemplary embodiment shown, various coupling structures 30, 32, 34, 36, 38, 40, 44 are attached exclusively to the body 12, but not to the cover 14. When the body 12 and the cover 14 are in the closed state, a receiving space for receiving goods to be transported is enclosed between the body 12 and the cover 14 and is inaccessible from the outside. In the open state, the receiving space is accessible from the outside, for example in order to remove goods to be transported from the receiving body 10 or to introduce them into the receiving body 10 .

The coupling structures 30, 32, 34, 36, 38, 40, 44 are designed in such a way that the receiving body 10 and the identical other receiving body 10' by means of the coupling structures 30, 32, 34, 36, 38, 40, 44 (which are thus in are also provided in an identical manner on the other receiving body 10 ′) are optionally vertically removable and horizontally stackable so as to be secured against displacement (state I), or can be coupled to one another in a vertically undetachable and horizontally displaceable manner (state II). Furthermore, the receiving bodies 10, 10' can be coupled to one another so that they cannot be removed vertically and cannot be moved horizontally (state III). The coupling structures 30, 32, 34, 36, 38, 40, 44, both the stacking (state I) and the coupling (state II, state III) of the multiple receiving body 10, 10 'achieve, are exclusively by means of precautions on the respective body 12 (see latching cams 30 and receiving grooves 36 of latching feet 34, coupling lugs 38 on the latching feet 34, a guide rail 30, 32 between the latching cams 30 and steps 32 as well as mutually interacting latching slides 40 and receiving grooves 44), but without the need for any precautions the cover 14 are taken.

In order to activate state I, the other receiving body 10' is arranged vertically above the receiving body 10 and then lowered onto the receiving body 10 in such a way that the receiving grooves 36 on the locking feet 34 of the other receiving body 10' engage with the locking cams 30 of the receiving body 10 devices. The receiving grooves 36 on the locking feet 34 of the other receiving body 10' and the locking cams 30 of the receiving body 10 then ensure that the other receiving body 10' can be lifted off the receiving body 10 again at any time (i.e. by a movement inverse to the stacking movement), but is protected against displaceability in a horizontal plane by the positive fit between the receiving grooves 36 on the locking feet 34 of the other receiving body 10' and the locking cams 30 of the receiving body 10.

In order to activate state II, the other receiving body 10' is arranged in the horizontal plane in front of the receiving body 10 and is slightly raised vertically in relation to the receiving body 10, so that the coupling lugs 38 of the other receiving body 10' are at the level between the locking cams 30 and the steps 32 , are therefore arranged at the level of the guide rails 30, 32 of the receiving body 10. The activation of state II is then completed by pushing the other receiving body 10' over the receiving body 10 in such a way that the coupling lugs 38 of the other receiving body 10' are between the locking cams 30 and the steps 32, and therefore in the guide rails 30, 32 of the receiving body drive in 10 In state II, it is impossible to lift the other receiving body 10' from the receiving body 10 due to the form fit between the coupling lugs 38 on the one hand and the locking cams 30 or the steps 32, and therefore with the guide rails 30, 32, on the other. At the same time, the receiving body 10 can be separated from the other receiving body 10′ by horizontally pushing the other receiving body 10′ away from the receiving body 10, namely with an inverse displacement movement compared to that with which state II was completed.

In order to activate state III starting from state II, the latching slides 40 of the other receiving body 10' are inserted into the receiving grooves 44 of the receiving body 10' by a vertical displacement movement when the receiving bodies 10, 10' are pushed onto one another. In the thus completed state III, a displacement lock is now also formed between the receiving bodies 10, 10', so that now neither a vertical lifting off nor a horizontal sliding of the receiving bodies 10, 10' from one another is possible.

A portion of the couplers 30, 32, 34, 36, 38, 40, 44 (namely couplers numbered 30, 34 through 38) contribute to both vertically detachably anti-shift stacking and vertically undetachably coupling together.

As already described, the coupling structures 30, 32, 34, 36, 38, 40, 44 are formed that the receiving body 10 and the other receiving body 10 'by means of the coupling structures 30, 32, 34, 36, 38, 40, 44 in the vertically undetachably coupled to one another (state II, in which the coupling structures 40, 44 are not in engagement with one another) or can be secured against displacement by actuating the coupling structures 30, 32, 34, 36, 38, 40, 44 (state III, in which additional coupling structures 40, 44 are engaged with one another). A part of the coupling structures 30, 32, 34, 36, 38, 40, 44 (namely the coupling structures with the reference numerals 40 and 44), which contributes to the shift locking in the vertically undetachably coupled state III to the shift locking, is independent of another part (namely the coupling structures with the reference numerals 30, 32, 34, 36, 38) of the coupling structures 30, 32, 34, 36, 38, 40, 44 formed and operable, which contributes to the vertically detachable anti-slip stacking or to the vertically undetachable coupling with each other (Condition I or Condition II).

The part of the coupling structures 30, 32, 34, 36, 38, 40, 44 with which the receiving body 10 and the other receiving body 10' can be stacked one on top of the other in a vertically detachable, non-displaceable manner is in the form of the locking cams 30 on the outer top edge regions of the body 12 and in the form of the latching feet 34 with underside receiving grooves 36 cooperating with the latching cams 30 in the stacked state on the outer underside edge regions of the body 12 .

The part of the coupling structures 30, 32, 34, 36, 38, 40, 44 with which the receiving body 10 and the other receiving body 10' can be vertically undetachably coupled to one another is in the form of the guide rails 30, 32 on the outer top edge regions of the body 12 and in the form of the underside coupling lugs 38 which interact with the guide rails 30, 32 in the coupled state on the outer underside edge regions of the body 12. The latching cams 30 form part of the guide rails 30, 32 and the coupling lugs 38 form part of the latching feet 34. The latching feet 34 extend vertically downwards beyond a bottom surface of the body 12 (see FIG figure 2 ), so that the receiving body 10 can be parked with the locking feet 34 on a surface.

The part of the coupling structures 30, 32, 34, 36, 38, 40, 44 with which the receiving body 10 and the other receiving body 10' can be secured against displacement in the vertically undetachably coupled state one above the other (state III) is in the form of the receiving grooves 44 and the locking slide 40 interacting therewith are formed. As with an arrow 42 in figure 1 indicated, the locking slides 40 on the body 12 of the other receiving body 10' can be pushed into the receiving grooves 44 on the body 12 of the receiving body 10 (if the other receiving body 10' is arranged above the receiving body 10, as in figure 4 ), or vice versa (when the receiving body 10 is placed above the other receiving body 10').

All coupling structures 30, 32, 34, 36, 38, 40, 44 are provided on side surfaces of the body 12 (see for example figure 1 ). In contrast, the cover 14 is free from the coupling structures 30, 32, 34, 36, 38, 40, 44.

The receiving body 10 also has recessed grips 26 in the form of depressions on opposite side faces of the body 12 .

In addition, an optional locking device 46, 48, 50, 52 can be provided for locking the cover 14 on the body 12 in the closed state. When the receiving body 10 is in the closed state, a key 50 in a rotary lock 52 in a receiving element 46 of the body 12 can be used to lock it to a counterpart 48 of the cover 14 . When the lid 14 is pivoted by means of a hinge 16 in order to close the interior of the body 12, the locking elements of the rotary lock 52 on the body 12 latch with the counterpart 48 on the lid 14. The rotary lock 52 on the The body 12 contains a pivot bracket which retracts into the counterpart 48 on the cover 14 .

A handle 54 is mounted in a recess on an upper side surface of the body 12 in the carrying state and between a folded state on the side surface of the body 12 (see FIG figure 1 ) and tiltable in a state folded down from the side face. The user can bring about a transition between these two states by manipulating the handle 54 . The handle 54 is formed from a hard component 56 for stabilizing and supporting the handle 54 and a soft component 58 for a user to comfortably touch the accommodating body 10 when carrying the accommodating body 10 . The handle 54 on the body 12 can be placed against the latter and remains there in a compact position by the action of a detent cam locking the handle 54 in the retracted state. A label field 75 is provided in the area of the handle 54, into which an identification carrier, for example indicative of the contents of the receiving body 10, can be inserted.

The receiving body 10 also has the hinge 16 which connects the body 12 and the cover 14 to one another in a foldable manner and is designed to be able to fold the receiving body 10 over between the closed state and the open state. The locking feet 34 and the hinge 16 are structurally adapted to one another and positioned in such a way that the hinge 16 remains at a distance from the ground without touching it when the receiving body 10 rests on the ground by means of the locking feet 34 .

As in figure 1 can be seen, a document holder 68 is attached to an inside of the cover 14, with which in figure 1 Documents not shown can be clamped temporarily and thus secured during transport.

Both the body 12 and the cover 14 are each simply designed as an injection molded part in terms of manufacturing technology. Further components are then attached to the respective injection molded part (for example the locking slide 40 on the body 12 or the document holder 68 on the cover 14).

The receiving bodies 10, 10' are also designed to receive assortment boxes (not shown), in which, for example, tool materials such as screws, dowels or other things can be received. When the respective receiving body 10, 10' is closed, the assortment boxes are secured inaccessible to a user inside the respective receiving body 10, 10', whereas a user can access the assortment boxes when the respective receiving body 10, 10 is open.

As in figure 1 and figure 2 shown, are on an inside of the body 12 cross-intersecting longitudinal struts 18 and transverse struts 20 raised above a flat surface. In cutting areas of the longitudinal struts 18 and the transverse struts 20 are also raised projecting frame 22 formed in each cutting area together with longitudinal struts 18 and transverse struts 20 four receiving recesses 24 for receiving im Essentially form inverse to the receiving recesses 24 shaped locking feet of assortment boxes.

An annular recess on an inside of the lid 14 is covered with an annular mat 64 that is ultrasonically welded to the lid 14 circumferentially. The document holder 68 made of plastic is attached to the passe-partout 64 by means of plastic clips 66 for clamping documents (not shown) in place.

figure 5 shows schematically a body-free drawer structure 100 according to an exemplary embodiment of the invention with a case that can be stored on it as a receiving body 10, which in figure 5 is also shown only schematically.

figure 5 12 shows a storage device 102 designed as a shelf with shelves that can be pulled out in the manner of a drawer. The storage device 102 has two fastening structures 150 lying opposite one another and designed here as side plates for fastening the drawer structure 100. Furthermore, the drawer structure 100 forms part of the storage device 102. Two stationarily mounted, so-called first drawer bodies 106, 112 of the drawer structure 100 are attached to the attachment structures 150. In the figure 5 The drawer structure 100 shown schematically is used for storing the receiving body 10, which is designed here as a case, so that it can be removed without tools (see Fig Figure 1 to Figure 4 ) formed on the bearing device 102.

For this purpose, the drawer structure 100 has a first drawer slide 104, which is attached to the according to FIG figure 5 left mounting structure 150 is mounted. The first drawer guide 104 has the already mentioned, on a first side or according to figure 5 left-side attachment structure 150 of the storage device 102 rigidly attached to the first drawer body 106. Furthermore, a second drawer body 108 movably attached to the first drawer body 106 forms part of the first drawer slide 104. In a corresponding manner, a second drawer slide 110 of the drawer structure 100 is provided with the aforementioned and on a second side or according to figure 5 right-side fastening structure 150 of the storage device 102 rigidly fastened first drawer body 112 and equipped with a first drawer body 112 movably attached second drawer body 114. The two drawer guides 104, 110 arranged parallel to one another are thus formed by two rails running linearly into one another in the form of the respective first drawer body 106 or 112 and the second drawer body 108 or 114 interacting therewith.

A connecting structure 116 of the drawer structure 100, designed here as a fastening strut that is rigid in its longitudinal direction, connects the movable second drawer bodies 108, 114 to one another on an operating side of the drawer structure 100 and extends orthogonally to the second drawer bodies 108, 114. In this way, the first drawer guide 104, the second drawer slide 110 and the connecting structure 116 essentially a U-structure, with which alone the drawer or drawer slide function is realized. A user can grasp the connection structure 116 to actuate the drawer structure 100 and can pull the connection structure 116 towards him to move the drawer structure 100 out of the fastening structures 150 of the storage device 102 . In order to slide the drawer structure 100 into the attachment structures 150 of the storage device 102 , a user can push the connection structure 116 away from them and into the storage device 102 . this is in figure 5 symbolized by double arrows 151. When the drawer structure 100 is moved out or in, the second drawer bodies 108, 114 movably attached to the first drawer bodies 106, 112 can be linearly displaced relative to the first drawer bodies 106, 112 rigidly attached to the fastening structures 150. In order to design this relative movement with particularly low friction, a ball bearing or the like are provided. This enables a user to operate the drawer structure 100 in a particularly effortless manner.

Furthermore, the connecting structure 116 has a locking device 166 for selectively locking the drawer structure 100 to the storage device 102 . As indicated by a rotating arrow 153, the locking device 166 can be actuated by rotating the connecting structure 116. In other words, rotating the connection structure 116 according to a figure 5 horizontal longitudinal axis of the connection structure 116, the drawer structure 100 between a locked and an unlocked state. In the unlocked state, the drawer structure 100 can be pulled out of the storage device 102 . In the locked state, on the other hand, the then blocked locking device 166 prevents displacement along the double arrows 151. It is then impossible for the drawer structure 100 to be pulled out with respect to the storage device 102. The locking device 166 can advantageously be designed in such a way that it first has to be actuated for unlocking in order to be able to move the connecting structure 116 and the movable second drawer bodies 108 , 114 out of the storage device 102 . With such a configuration of the locking mechanism of the locking device 166, it can be avoided that the drawer structure 100 is undesirably moved out of the storage device 102 by a force exerted on it (for example by a braking process when the storage device 102 is mounted in a motor vehicle). Instead, a specific user action is required for such a moving out, which means that the drawer structure 100 is avoided inadvertently moving out. The drawer structure 100 is preferably also locked or secured in this way when it is pulled out.

In addition, the drawer structure 100 has coupling structures 118 on the respective movably attached second drawer bodies 108, 114 of the drawer guides 104, 110, which are shown here as protruding on the upper side Receiving troughs for receiving locking feet 34 of the receiving body 10 are formed. Expressed more generally, the coupling structures 118 of the drawer structure 100 are designed to be brought into engagement with corresponding coupling structures (here the locking feet 34) of the receiving body 10 in order to mount the receiving body 10 on the drawer structure 100 so that it can be removed and secured against displacement without tools. in the in figure 5 In the exemplary embodiment illustrated, the coupling structures 118 on the movable second drawer bodies 108, 114 are designed in one piece with them or are attached to them as separate components (for example screwed on).

In order for a user to store a receiving body 10 on the drawer structure 100 of the storage device 102 in a purely manual and therefore tool-free, removable or replaceable manner, the second drawer bodies 108, 114 and the connection structure 116 coupled thereto can first be moved out of the storage device 102. Any locking of the drawer structure 100 on the fastening structures 150 of the storage device 102 can be released beforehand by actuating the locking structure 166 . The coupling structures 118 of the movable drawer bodies 108, 114 can then be brought into engagement with the corresponding coupling structures, here the latching feet 34, of the receiving body 10. This can be accomplished by simply inserting the latching feet 34 into the coupling structures 118 designed as receiving depressions. As a result, the receiving body 10 is removably mounted on the drawer structure 100 in a manner secured against displacement. No tools are required for this assembly process, rather the assembly process can be carried out manually by the user. In order to lock the drawer structure 100 in a fixed position, the locking device 166 can be actuated again by a user, if required, before the receiving body 10 is placed on the drawer structure 100 to form a locking state. After the in By engaging the corresponding coupling structures 118, 34, the second drawer bodies 108, 114 together with the connection structure 116 connecting them can be pushed into the storage device 102 with the receiving body 10 now mounted on the drawer structure 100 and then locked if necessary. No tools are required for this process either. Rather, it is sufficient for a user to push the connecting structure 116 away from himself and into the storage device 102 in order to slide the drawer structure 100 into the storage device 102 . Subsequently, the locking device 166 for locking the drawer structure 100 in the retracted position in the storage device 102 can be actuated by rotating the connecting strut 116 .

Securing in the vertical direction can be achieved, for example, in that the troughs (or more generally the coupling structures 118) of the drawer structure 100 and the feet (or more generally the coupling structures 34) of the receiving body 10 are matched to one another in such a way that the vertical Distance to the next drawer structure 100 or drawer guide is so small that jumping out is impossible.

figure 6 shows a receiving arrangement 180 with a three-dimensional view of a storage device 102 with drawer structures 100 according to an exemplary embodiment of the invention. Each of the three drawer structures 100 here is provided with a respective support plate 120 placed thereon. figure 7 shows a bottom view of the in figure 6 shown receiving arrangement 180 with storage device 102 including drawer structures 100 and support plate 120 and cases as receiving bodies 10. figure 8 shows a detail of the recording arrangement 180 according to FIG figure 6 and figure 7 12, which shows the support plate 120 of the drawer structure 100 enlarged.

More specifically, according to figure 6 three drawer structures 100 mounted parallel to each other at different height levels on the storage device 102. To make the individual features easier to recognize, according to figure 6 the top drawer structure 100 from the storage device 102 moved out and shown without receiving body 10 placed thereon. The two lower drawer structures 100 are according to FIG figure 6 moved into the storage device 102 and fitted with a respective receiving body 10 . In the illustrated embodiment, the two receiving bodies 10 are suitcases with the features according to FIG figure 1 .

In this way, with the in Figure 6 to Figure 8 shown configuration, a receiving arrangement 180 with three drawer structures 100 and two receiving bodies 10 mounted thereon with coupling structures 34, 40 are provided. The coupling structures 34, 40 of the receiving bodies 10 are designed to be brought into engagement with corresponding coupling structures 118 of the drawer structure 100—more precisely, a support plate 120 of the respective drawer structure 100—in order to mount the respective receiving body 10 on the respective drawer structure 100.

According to Figure 6 to Figure 8 For example, the attachment structures 150 are configured as perforated side plates each having a plurality of holes 165 . The holes 165 serve to fasten further bodies to the fastening structures 150. The perforated plates, which are arranged parallel to one another, are connected to one another by means of four fastening struts 152, which in turn run parallel to one another. The fastening struts 152 can be designed particularly light-weight as a C-profile and ensure stable reinforcement of the storage device 102. The side plates designed as a perforated plate can also have channels for receiving or fastening the first drawer bodies 106, 112 rigidly fastened therein or thereon. Clearly, the first drawer bodies 106, 112 can be lowered into the channels, so that the space between the perforated plates, which are parallel to one another, is almost completely available for accommodating receiving bodies 10.

Advantageously, the three here (any other number is possible) are drawer structures 100 according to FIG Figure 6 to Figure 8 each equipped with a removable support plate 120. Such a support plate 120 can For example, be formed as a lightweight thin metal plate and can be placed on the movable second drawer bodies 108, 114 and the connecting structure 116. According to Figure 6 to Figure 8 the coupling structures 118 of the drawer structures 100 are formed exclusively on the respective support plate 120, namely above the movable second drawer bodies 108, 114.

On the outer side edges of the support plate 120 accommodating depressions are formed as coupling structures 118 for accommodating locking feet 34 of the accommodating body 10 . This can be easily and reliably achieved, for example, by forming mere depressions in the support plate 120 formed as a metal plate.

In addition, the support plate 120 has further coupling structures 118 in the exemplary embodiment shown. These further coupling structures 118 are four longitudinal slots (the longitudinal direction corresponding to a direction of displacement of the movable second drawer bodies 108, 114), which are arranged further inside in the support plate 120 than the depressions on the edges of the support plate 120. The further coupling structures 118 of the support plate 120 are formed, with corresponding coupling structures (e.g. locking feet 34) of one opposite to the in figure 6 receiving bodies 10 shown to be brought into engagement with a narrower other receiving body 10 in order to support the other receiving body 10 on the drawer structure 100 . For example, by means of the additional coupling structures 118 of the support plate 120, smaller suitcases can be attached to the drawer structure 100 with corresponding coupling structures (for example latching feet 34).

In addition, additional coupling structures 118 of the support plate 120 are formed as two receiving body locking recesses. According to Figure 6 to Figure 8 the receptacle locking recesses are as two aligned transverse slots (the transverse direction being orthogonal to the longitudinal direction and in the plane of the support plate 120) in the support plate 120 trained. These are used to receive a locking slide 40 of the receiving body 10 for the optional locking of the receiving body 10 on the drawer structure 100. This locking takes place after the receiving body 10 has been placed on the drawer structure 100 in such a way that the locking feet 34 first dip into the corresponding coupling structures 118 of the support plate 120. A user can then actuate the locking slide 40 of the receiving body 10 as shown in figure 1 as shown by arrow 42 to lock the receiving body 10 to the support plate 120 .

1. (i) der Aufnahmekörper 10 auf der Schubladenstruktur 100 selektiv vertikal abnehmbar verschiebegesichert anbringbar ist (Rastfüße 34 tauchen in Kopplungsstrukturen 118 ein und Rastschieber 40 sind nicht in Kopplungsstrukturen 118 eingeschoben)
   bzw. dass
2. (ii) der Aufnahmekörper 10 und die Schubladenstruktur 100 mittels Verriegelns an den Kopplungsstrukturen 118 miteinander verriegelt sind (Rastschieber 40 sind zusätzlich in Kopplungsstrukturen 118 eingeschoben).

By means of the coupling structures 118 of the drawer structure 100 for receiving the locking feet 34 and the locking slide 40 of a receiving body 10 and by means of the corresponding coupling structures 34, 40 of the receiving body 10, it is therefore possible that

1. (i) the receiving body 10 can be selectively attached to the drawer structure 100 so that it is vertically detachable and secured against displacement (locking feet 34 dip into coupling structures 118 and locking slides 40 are not pushed into coupling structures 118)
   or that
2. (ii) the receiving body 10 and the drawer structure 100 are locked to one another by means of locking at the coupling structures 118 (locking slides 40 are additionally pushed into the coupling structures 118).

Furthermore, the support plate 120 has a carrying handle 122, which is designed here as a gripping recess in the metal plate. In this way, a user can conveniently carry and carry the support plate 120 by hand. In the illustrated embodiment, the carrying handle 122 is positioned between the transverse slots for receiving the latching slides 40 .

Figure 6 to Figure 8 thus show a storage device 102 designed as a shelf with two side walls as fastening structures 150. The fastening structures 150 are here formed from a perforated metal sheet. Furthermore, four profiles or extend between the mutually parallel perforated plates Fastening struts 152. This creates a base body for the storage device 102 designed as a shelf.

The side walls each have a channel on opposite longitudinal sides. The fixed halves of the two drawer slides 104, 110 are fixed to the channels, i.e. the two first drawer bodies 106, 112. The two second drawer bodies 108, 114 are movable halves of the drawer slides 104, 110 at the front operating end by the connecting structure designed as a locking handle 116, which unlocks the respective movable half (see reference numerals 108, 114) of a respective drawer slide 104, 110 from its retracted position. If the drawer or drawer structure 100 is inserted into the storage device 102 designed as a shelf, the locking handle or the connecting structure 116 is to be actuated in order to unlock the locking device 166, which enables the drawer structure 100 or the drawer to be removed from the storage device designed as a shelf Bearing device 102 to pull.

On the second drawer bodies 108, 114 as moving parts of the respective drawer slides 104, 110, for example, individual troughs can be placed and fastened (e.g. riveted, welded, etc.) as coupling structures 118 for receiving the locking feet 34 of the receiving body 10 designed as a system case. However, it is also possible to place a rail with such troughs as coupling structures 118 on the second drawer body 108, 114 and to fasten it (for example by riveting, welding, etc.).

If, for example, a case is to be placed in the drawer as receiving body 10 or placed on drawer structure 100, drawer structure 100 is unlocked by means of locking device 166 and subsequently opened by connecting structure 116, embodied as a locking handle, being pulled out of storage device 102. If the drawer structure 100 is fully extended, a suitcase can be used as Receiving body 10 is inserted into the drawer or placed on the drawer structure 100 by the locking feet 34 or other coupling structures of the receiving body 10 designed as a case being inserted into the troughs or other coupling structures 118 of the moving parts of the drawer guides 104, 110. If the drawer or the drawer structure 100 is subsequently pushed back into the storage device 102, it is locked by actuating the connecting structure 116 embodied as a locking handle, as a result of which the receiving body 10 embodied as a case is in the body of the storage device 102 (this body being protected by the fastening structures 150 and the mounting struts 152 is formed) is secured.

According to Figure 6 to Figure 8 is on the movable half (ie the second drawer body 108, 114) of the drawer guides 104, 110 and the connecting structure 116 as a locking handle, the support plate 120 (for example, as a case support plate) placed. The support plate 120 has troughs on opposite sides as coupling structures 118 in order to arrange the locking feet 34 of the system case as the receiving body 10 therein. These troughs rest on the moving part (ie, the second drawer bodies 108, 114) of the drawer slides 104, 110 to use the available space efficiently. If a narrower receiving body 10 (for example a narrower case) is to be arranged on the carrying plate 120, the latching feet 34 can be arranged in longitudinal slots of the coupling structures 118, which are arranged further inwards with an offset to the outer troughs.

The carrying plate 120 can be gripped with one hand by means of the carrying handle 122 , for which purpose a gripping recess is formed in the carrying plate 120 in the center of the locking handle or the connecting structure 116 .

To the right and left of this gripping recess, a recess running parallel to the locking handle is provided as a further coupling structure 118, into which the locking slide or locking slide 40 of the Recording body 10 can be inserted to secure the receiving body 10 on the support plate 120.

figure 9 shows a three-dimensional view of a drawer structure 100 with an attached support plate 120 according to an exemplary embodiment of the invention. figure 10 shows, as on the support plate 120 according to figure 9 a suitcase is placed as a receiving body 10. figure 11 12 shows the drawer structure 100 of FIG figure 9 without support plate 120.

Additionally, it should be noted that "comprising" does not exclude other elements or steps, and "a" or "an" does not exclude a plurality. Furthermore, it should be pointed out that features or steps that have been described with reference to one of the above exemplary embodiments can also be used in combination with other features or steps of other exemplary embodiments described above. Any reference signs in the claims should not be construed as limiting.

Claims (15)

1. Drawer structure (100) for tool-freely detachably storing a receiving body (10) at and/or in a storing device (102), wherein the drawer structure (100) comprises:

   a first drawer guide (104) with a first drawer body (106) which is to be rigidly attached to a first side of the storing device (102), and with a second drawer body (108) which is movably attached to the first drawer body (106);

   a second drawer guide (110) with a first drawer body (112) which is to be rigidly attached to a second side of the storing device (102), and with a second drawer body (114) which is movably attached to the first drawer body (112);

   a connection structure (116) which connects the movable second drawer bodies (108, 114);

   coupling structures (118) which are configured to be brought in an effective connection, in particular in engagement, with corresponding coupling structures (34, 40) of the receiving body (10), to tool-freely detachably store the receiving body (10) at the drawer structure (100);

   wherein the connection structure (116) comprises a locking unit (166) for selectively locking the drawer structure (100).
2. Drawer structure (100) according to claim 1, comprising at least one of the following features:

   wherein the first drawer guide (104), the second drawer guide (110), and the connection structure (116) form a U-structure;

   wherein the locking unit (166) is operable for selectively locking the drawer structure (100) by rotating the connection structure (116);

   wherein the locking unit (166) is configured such that it has to be operated for unlocking, before the connection structure (116) and the movable second drawer bodies (108, 114) can be extended out of the storing device (102);

   wherein the coupling structures (118) comprise receiving recesses for receiving latching feet (34) of the receiving body (10);

   wherein the coupling structures (118) are formed or attached to the movable second drawer bodies (108, 114).
3. Drawer structure (100) according to one of the claims 1 to 2, comprising a support plate (120) which is placed or placeable on the movable second drawer bodies (108, 114) and/or the connection structure (116);
   wherein in particular the coupling structures (118) are formed or attached to the support plate (120), in particular above the movable second drawer bodies (108, 114).
4. Drawer structure (100) according to claim 3, comprising at least one of the following features:

   wherein the support plate (120) comprises further coupling structures (118) which are configured to be brought in an effective connection, in particular in engagement, with corresponding coupling structures (34) of another receiving body (10) which is more narrow with respect to the receiving body (10), to store the other receiving body (10) at the drawer structure (100);

   wherein in particular the further coupling structures (118) comprise longitudinal slits in the support plate (120);

   wherein the support plate (120) comprises a carrying handle (122), in particular a gripping opening;

   wherein the coupling structures (118) of the support plate (120) comprise a receiving body locking recess which is configured for receiving a latching slide (40) of the receiving body (10) for locking the receiving body (10) at the drawer structure (100).
5. Drawer structure (100) according to one of the claims 1 to 4, comprising at least one of the following features:

   wherein the drawer structure (100) consists of the first drawer guide (104), the second drawer guide (110), the connection structure (116), and the coupling structures (118), selectively with or without the support plate (120);

   wherein the drawer structure (100) is configured as corpus-free drawing structure (100);

   wherein the drawer bodies (106, 108, 112, 114) are configured as rails;

   wherein the connection structure (116) is configured as connection rod.
6. Storing device (102) comprising:

   attachment structures (150) for attaching a drawer structure (100); and

   a drawer structure (100) according to one of the claims 1 to 5, whose first drawer bodies (106, 112) are attached to the attachment structures (150).
7. Storing device (102) according to claim 6, comprising at least one of the following features:

   wherein the storing device (102) is configured as storing shelf or storing cabinet;

   wherein the attachment structures (150) comprise two side plates, in particular hole plates, which are connected to each other by at least one attachment rod (152), in particular by four attachment rods (152);

   wherein in particular the side plates comprise channels for at least partially receiving the first drawer bodies (106, 112) which are rigidly attached to them.
8. Receiving arrangement (180) comprising:

   a drawer structure (100) according to one of the claims 1 to 7;

   a receiving body (10) with coupling structures (34, 40) which are configured to be brought in an effective connection, in particular in engagement, with corresponding coupling structures (118) of the drawer structure (100), to tool-freely detachably store the receiving body (10) at the drawer structure (100).
9. Receiving arrangement (180) according to claim 8, wherein the coupling structures (118) of the drawer structure (100) and/or the coupling structures (34, 40) of the receiving body (10) are configured such that the receiving body (10), by the coupling structures (118, 34, 40), is selectively:

   vertically detachably attachable in a slide-secured manner; and/or

   locked

   on the drawer structure (100).
10. Receiving arrangement (180) according to claim 8 or 9, wherein the receiving body (10) is a suitcase for transporting transport goods.
11. Receiving arrangement (180) according to one of the claims 8 to 10, wherein the coupling structures (118) of the drawer structure (100) and the coupling structures (34, 40) of the receiving body (10) for forming a coupling between the drawer structure (100) and the receiving body (10) correspond to coupling structures (30, 34, 40, 44) for forming a coupling between two identical receiving bodies (10).
12. Receiving arrangement (118) according to claim 10 or 11, wherein the suitcase comprises:

    a corpus (12);

    a lid (14) which is connected or connectable with the corpus (12);

    wherein in a locking state between the corpus (12) and the lid (14), a receiving space for receiving transport goods is formed in a manner inaccessible from outside;

    wherein in an open state, the receiving space is accessible from outside.
13. Method for tool-freely detachably storing a receiving body (10) at a drawer structure (100) according to one of the claims 1 to 5 of a storing device (102), wherein the method comprises:

    extending the second drawer bodies (108, 114) and the connection structure (116) out of the storing device (102);

    subsequently bringing in an effective connection, in particular in engagement, the coupling structures (118) of the drawer structure (100) with corresponding coupling structures (34, 40) of the receiving body (10), to thereby tool-freely detachably store the receiving body (10) at the drawer structure (100).
14. Method according to claim 13, comprising at least one of the following features:

    wherein the method, subsequently to bringing in effective connection, in particular in engagement, further comprises retracting the second drawer bodies (108, 114) and the connection structure (116) with the receiving body (10) which is stored at the drawer structure (100) in the storing device (102), in particular inclusively locking the drawer structure (100) at the storing device (102) subsequently to retracting;

    wherein the method, subsequently to storing the receiving body (10) at the drawer structure (100), comprises detaching the receiving body (10) from the drawer structure (100) without a tool.
15. Use of a drawer structure (100) according to one of the claims 1 to 5 and/or a storing device (102) according to one of the claims 6 to 7, and/or a receiving arrangement (180) according to one of the claims 8 to 12, for storing a receiving body (10), in particular a suitcase, in a vehicle.

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