DE202019005593U1 - Hazardous goods container - Google Patents

Abstract

Hazardous goods container (10) for receiving hazardous goods in the form of batteries and / or battery systems, in particular batteries and / or battery systems for electric vehicles, having a container body (11) with a container bottom (15), a container top (16) and a container side wall (14) ) which delimit a receiving space (17) for the dangerous goods, characterized in that the dangerous goods container (10) has the shape of a cuboid having a width (B) and depth (T) which are greater than the height (H) of the container body (11) that the container side wall (14) has a front side (12), a rear side (13) and two side surfaces (14a, 14b), that the container side wall (14) has a loading / Unloading opening (33) has that the loading / unloading opening (33) is formed in the front side (12) of the container side wall (14), that the loading / unloading opening (33) is also formed in areas in the container top (16) et is that the closing device (18) is arranged pivotably about a horizontal axis on the container body (11), in particular on the container top (16) and / or the container side wall (14), that the closing device (18) is angular or L- is designed so that the dangerous goods container (10) has a storage device (29) for storing the dangerous goods within the container body (11), that the storage device (29) has a receiving device (30) for the dangerous goods, which is designed to receive the dangerous goods and on which the actual storage of the hazardous goods within the container body (11) takes place, that the receiving device (30) of the storage device (29) is designed in the form of a storage rack (30b), in particular a storage frame, and that the storage device (29) is provided in this way is that it is able to move the receiving device (30) between a storage position in which the receiving device (30) is within the container older body (11) is located, and a loading / unloading position in which the receiving device (30) is at least partially outside the container body (11) to move.

Description

The present invention relates to a hazardous goods container according to the preamble of claim 1.

Such dangerous goods containers are used to hold dangerous goods and have been known in the prior art for a long time. In one embodiment, such hazardous goods containers are used to store and / or transport batteries and / or battery systems.

In the general prior art, for example, hazardous goods containers have become known which have a container body, the container body having a container bottom, a container lid and a container side wall which delimit a receiving space for the hazardous goods. The loading and unloading of these hazardous goods containers takes place via an opening provided for this purpose, which is formed at the upper end of the container body and closes it at the top, and which is closed via the container lid. The loading and unloading of such hazardous goods containers therefore takes place from above, with the hazardous goods being inserted into or lifted out of the receiving space delimited by the container body from above. Such dangerous goods containers reach their limits when heavy and / or large and / or bulky dangerous goods are to be received in the dangerous goods container.

Proceeding from the stated prior art, the present invention is therefore based on the object of developing a hazardous goods container of the type mentioned at the outset in such a way that it can in particular also accommodate large and / or heavy and / or bulky hazardous goods without any problems.

This object is achieved according to the invention by the hazardous goods container with the features according to independent claim 1. Further features and details of the invention emerge from the subclaims, the description and the drawings.

The basic idea of the present invention is that the hazardous goods container is designed in a special way, so that heavy and / or bulky and / or large hazardous goods can also be stored in it and then transported in a simple manner. The hazardous goods container is now loaded and unloaded from the side. In addition, the dangerous goods container has a storage device for the dangerous goods within the container body, which is designed in a special way, which is described in more detail below, and which simplifies the loading and unloading even further.

The dangerous goods container is designed to hold dangerous goods. This means that the dangerous goods are or can be stored in the dangerous goods container. The hazardous goods container is used in particular for the temporary storage of hazardous goods. In addition, the hazardous goods container is preferably designed in such a way that the hazardous goods can also be transported in it. The hazardous goods container is therefore designed in particular for the storage and / or transport of hazardous goods. The hazardous goods container has a number of different features which, in combination, lead to the desired effect in terms of storage and transport.

The container for hazardous goods is used to hold, in particular to store and / or transport hazardous goods in the form of batteries or battery systems, the batteries being designed, for example, on a lithium-ion basis, but this is not absolutely necessary. The hazardous goods container is used in a special way to hold batteries and / or battery systems for electric vehicles, in particular for electric cars. Such batteries and battery systems are on the one hand voluminous and on the other hand heavy. For example, they can weigh up to a ton or more. Batteries and battery systems of this type can no longer be easily stored from above in a known hazardous goods container as described at the beginning without the need for complex and cost-intensive lift devices such as crane systems or the like. By means of the hazardous goods container according to the invention, which is described in detail below, however, such batteries and battery systems can also be stored in and removed from the hazardous goods container without any problems. In a preferred embodiment, the hazardous goods container is therefore provided for receiving, in particular for storing and / or transporting at least one complete battery or at least one complete battery system in the automotive industry, without the need to be dismantled into individual modules. For example, batteries or battery systems, in particular lithium-ion batteries or battery systems, for example in the end-of-life state, defective or critical batteries or battery systems, but also new goods, can be accommodated in the hazardous goods container.

The hazardous goods container is designed in the form of a crate or a box. This is in particular a rectangular container, preferably closable, made of a solid material, for receiving and / or storing objects.

According to the invention, the hazardous goods container has the features of independent claim 1.

The hazardous goods container initially has a container body. The container body consists of a container bottom, a container top and a container side wall. Depending on the configuration of the container, the container side wall can consist of several side wall parts or side wall segments. The dangerous goods container body has a rectangular shape. In this case, the container side wall consists of four side wall parts or side wall segments, namely a front side, a rear side and two side parts, which each extend between the front side and the rear side. The container body, or the individual components of the container body, delimit a receiving space for the dangerous goods. When the hazardous goods container is used as intended, the hazardous goods are received, in particular stored and / or transported, in the receiving space of the container body.

The container has a loading / unloading opening for loading and unloading the hazardous goods container. This opening can be closed by a closing device, which will be described in greater detail below.

According to the present invention it is now provided that the loading / unloading opening is formed in the container side wall. In the prior art mentioned at the outset, it was previously necessary for the dangerous goods to be inserted from above into the receiving space of the container body, which can only be done with some effort in the case of heavy and / or bulky and / or large dangerous goods the solution according to the invention now easily slide in from the side. That makes handling much easier. In addition, it is possible that the closing device, as well as further components of the hazardous goods container described below, is / are operated manually. Through the loading / unloading opening in the front of the container side wall, the hazardous goods can be stored in or removed from the container body without problems and in a simple manner. Preferred exemplary embodiments for this are explained in more detail in the further course of the description.

For handling the closing device, it preferably has one or more grip elements. Alternatively or additionally, the closing device can have a spring mechanism which is provided in such a way that it is able to open the closing device by exerting pressure on it.

If the loading / unloading opening is located in the front side, the loading / unloading opening preferably extends over the entire front side, which is then or can be closed by the closing device. This means that the largest possible opening is available for loading and unloading.

In addition, the loading / unloading opening is also formed in areas in the container top. In a preferred embodiment, the loading / unloading opening extends over the entire surface of the front side of the container body and additionally over a partial surface of the container ceiling.

Some preferred embodiments for the closing device are described below. The closing device preferably has a closing flap or a closing door, or it is designed as such. Depending on the configuration, the closure flap or closure door can be made in one piece or in several parts.

The closing device, in particular the closing door or the closing flap, is arranged on the container body, in particular on the container top or the container side wall, such that it can pivot about a horizontal axis.

A pivotable arrangement can be implemented in different ways. A pivotable arrangement provides that the closing device can be pivoted with respect to the container body about at least one axis, preferably about a horizontal axis. The invention is not limited to any particular types of such arrangements.

In a preferred embodiment, the closing device is arranged on the container body via at least one hinge device. Depending on the size and / or weight of the closing device, more than one hinge element can also be used, for example two, three, four or five hinge devices, the invention not being restricted to a specific number. A hinge device is in particular a joint which can be rotated about an axis and which in the present case is used in particular as a fitting for the closure device on the container body.

At least one hinge device is preferably located on the outside of the container body.

In a preferred embodiment, at least one hinge device is designed as a spring hinge device. Or else, at least one hinge device has at least one spring element. Preferably all are used Hinge devices so designed. Spring hinge devices per se are already known in the prior art. They support opening and closing. But at least they support opening and closing. Such spring hinge devices have a spring mechanism with at least one spring element which can be either visible or concealed. They are preferably made of metal, for example steel, stainless steel or aluminum. Depending on the design of the spring mechanism, different large spring forces can be implemented, which are based in particular on the weight of the closing device. Depending on the weight of the locking device, light or strong springs can be selected. The spring forces are preferably so high that manual opening and closing of the locking device is possible, so that the locking device can easily be opened and closed manually by the spring technology. The spring elements therefore preferably function as relief springs.

If the closing device, for example the closing flap or the closing door, is equipped with a spring hinge device, the closing device can be opened and / or closed automatically or at least with assistance. Since no structurally extensive components are required, more space remains inside the container body. If the hinge devices are on the outside, the outside of the container body on which the hinge device (s) is / are arranged can be kept as flat and level as possible, which has a positive effect on the storage of the hazardous goods containers, in particular on their stackability.

A few exemplary embodiments are described below with regard to the configuration of the locking device, which is designed in particular as a locking flap or locking door. In one embodiment according to the invention, the closing device is designed to be angular. In such a configuration, the closing device has two surface elements which are arranged and / or aligned at an angle to one another, for example at a right angle. The two surface elements can, for example, be firmly connected to one another or be in the form of a one-piece component. A pivotable connection, for example via at least one suitable, preferably external hinge device, is also possible. The two surface elements can either be of the same size or of different sizes. In an embodiment according to the invention, the closing device is L-shaped.

According to the invention, the hazardous goods container has a further component that simplifies loading and unloading. This is a storage device for storing the dangerous goods, which is located inside the container body.

The storage device has a receiving device which is designed to receive the hazardous goods and on which the actual storage of the hazardous goods within the container body takes place.

The receiving device is designed in the form of a storage frame, as a result of which the weight of the receiving device can be reduced. A storage rack is in particular a structure made of rods, profile elements or the like, on which the dangerous goods can be placed or placed. The storage rack is in particular a storage frame. The receiving device can have one or more delimiting elements which prevent the dangerous goods located on the receiving device from slipping. These delimitation elements can be arranged fixedly or detachably, in particular also displaceably, on the receiving device. The delimitation elements subdivide the receiving device into different receiving surfaces or receiving compartments. By using such delimiting elements, various limited receiving surfaces can be created on the receiving device, which make it possible to store several pieces of dangerous goods at the same time next to one another on the receiving device. If only a single dangerous goods item, to which the size of the dangerous goods container is adapted, is received in the dangerous goods container, such delimiting elements are not required.

The storage device is provided according to the invention in such a way that it is able to accommodate a receiving device between a storage position in which the receiving device is located inside the container body and a loading / unloading position in which the receiving device is at least partially outside the container body move, preferably to move back and forth.

A storage device as described above in particular allows simple manual handling. For example, the movement of the receiving device can be supported by a spring mechanism or a component with a similar function.

The storage device can be designed in different ways, so that the invention is not limited to specific embodiments in this regard. Some preferred exemplary embodiments are described below.

The storage device is preferably designed as a slide-in device. An insertion device is in particular a type of open container or a type of receiving device for the hazardous goods, on / in which the hazardous goods are placed and which is or can be moved in relation to the container body, preferably in the horizontal direction. For example, the receiving device can be pulled horizontally out of the container body by means of the insertion device and pushed into it. Such insertion devices are preferably mounted on, in particular laterally attached, rail guides or have such rail guides.

The receiving device is preferably arranged in a slidable manner within the container body, the bearing device in particular having a rail guide device. The rail guide device is in particular a guide system with guide rails. For example, the receiving device can run on one or more long, mostly straight rails that are fixed in the container body. In the case of horizontal movements, the rails are generally arranged, in particular in pairs, next to one another and under or next to the receiving device. The rails are preferably arranged on the surfaces of the container body directed into the receiving space of the container body. For example, the rails can be arranged within the receiving space of the container body on the container bottom and / or on the container side wall. In a simple embodiment, it is sufficient if two such rails are used. Since the receiving device is designed in particular to receive heavy and / or large hazardous goods, it is preferably implemented if more than two, for example four, such rails are used, which are preferably evenly distributed so that the forces acting on the rails are distributed .

Alternatively, the rail guide device can have rail systems which can be displaced relative to one another, a rail being mounted on or on the movable receiving device itself. With such a rail guide device, in particular a linear guide of the receiving device can be realized.

The rail guide device is preferably an extension that can also be designed, for example, in the form of a telescopic extension. In the case of a rail guide device, the receiving device can be guided by means of rollers, balls, ball bearings, rollers or the like, for example.

According to an alternative embodiment, the receiving device is arranged within the container body so as to be pivotable, in particular pivotable about a vertical axis. In this case, the receiving device can be pivoted out of and into the receiving space of the container body.

The container body has the shape of a cuboid. A cuboid is in particular a body that is delimited by six rectangles or side surfaces that are at right angles to one another. In particular, a rectangle is a flat quadrangle whose interior angles are all right angles.

The container body has a width and depth that is greater than the height of the container body. The width of the container body is its extension in a first extension direction, which is in particular the main extension direction. The width of the container body extends, for example, between the two side surfaces of the container side wall. The width is then the distance between the two side surfaces. The depth of the container body is its extent in a second direction of extent, which in particular runs perpendicular to the first direction of extent, in particular in the horizontal direction perpendicular to the width of the container body. The depth of the container body extends, for example, between the front side and the rear side of the container body. The depth is then the distance between the front and the rear. The height of the container body is its extension in a third extension direction, which in particular runs perpendicularly in the vertical direction to the width of the container body. The height corresponds in particular to the height of the container side wall and thus the distance between the container bottom and the container top. In a preferred embodiment, the width, depth and height of the container body also correspond to the width, depth and height of the hazardous goods container at the same time. If the hazardous goods container also has external components in relation to the container body, the dimensions of such components are preferably included in the width, height and depth of the hazardous goods container.

The dimensions of the hazardous goods container depend primarily on the type and extent of the hazardous goods to be received, in particular the hazardous goods to be stored and / or transported. In this regard, the invention is not restricted to specific dimensions. In preferred exemplary embodiments, the width of the hazardous goods container can be between 2 and 4 meters, preferably between 3 and 3.5 meters, and particularly preferably 3053 mm. The depth of the hazardous goods container can be between 1.5 and 2.5 meters and particularly preferably 2100mm. The height of the hazardous goods container can be between 0.5 and 1.5 meters and is preferably 1053 mm.

If the closure flap or the closure door are angular or L-shaped, the area of the container top is preferably smaller than the area of the container bottom, the container top in particular having a smaller depth compared to the container bottom. If you look at the container body from the front, the front edge of the container top is offset to the rear in such a case compared to the front edge of the container bottom. As a result, the loading / unloading opening is additionally enlarged when the locking device is open, which simplifies handling.

In a preferred embodiment, the closing device is provided in such a way that it hermetically closes the container body in the closed state. This means that the receiving space of the container body is closed airtight or impenetrably in the closed state of the hazardous goods container. This also guarantees leakage protection.

The closing device and / or the container body preferably have in particular at least one suitable sealing device, for example in the form of one or more sealing strips, sealing lips or the like. These are preferably located in the area of the loading / unloading opening around the loading / unloading opening.

In order to hold and fix the locking device in the closed state, and in particular to achieve the aforementioned effects of hermetic sealing, the hazardous goods container has one or more locking device (s) which is / are provided for locking the locking device in the closed state. The present invention is limited neither to a specific number nor to a specific configuration of such locking devices. In a preferred embodiment, the hazardous goods container has one or two such locking devices on each of its sides, in particular on its side walls. At the front, the hazardous goods container can alternatively or additionally have one, two, three or four locking devices. The locking device can be designed, for example, in the form of a tension lock, a snap lock, for example with a tension clip or with a spring clip, as a quick lock, as a snap lock, as a lever lock, as a screw lock, or the like.

In a preferred embodiment, the container body has a cladding at least in some areas on its surface directed into the receiving space, or this surface is designed as such a lining at least in some areas. The entire surface of the container body directed into the receiving space is preferably covered in this way. In a preferred embodiment, the container bottom, the container top, the container side wall and the closing device are provided with such a cladding at least in some areas, preferably completely, on their surfaces facing into the receiving space.

The cladding consists in particular of a pressure-resistant and / or temperature-resistant, preferably high-temperature-resistant and / or insulating material. In this regard, the invention is not restricted to specific embodiments.

The cladding is in particular an interior cladding. The cladding is particularly resistant to high temperatures and offers protection in the event of a thermal runaway of the hazardous goods. In addition, the cladding offers particularly good insulation, even at temperatures of around 1000 ° C in the interior of the hazardous goods container. The cladding material is preferably designed in such a way that the outside temperature is below 100 ° C. For example, the cladding can be a vacuum insulation panel or a vacuum panel. These consist in particular of an open-pored support core, a high-density shell system and, if necessary, a material that serves as a dryer for binding gas molecules. The cladding can, for example, be based on silicon dioxide, in particular on silica, preferably on synthetic silica, and be pressed therewith. The cladding is preferably a silica-pressed vacuum panel. Of course, other materials can also be used. These are based in particular on the type of hazardous goods to be stored and / or transported.

The hazardous goods container is preferably made of metal, in particular steel. It is preferably heat-resistant and offers flame protection.

The hazardous goods container preferably has at least one venting device, the venting device being formed in particular in the container body and / or being arranged on it. For example, the ventilation device can be arranged or formed in the container side wall, for example in its rear wall. The venting device can, however, also be in the container bottom or in the container top be provided. Depending on the application, two or more ventilation devices, for example three ventilation devices, can also be provided, which are provided either on one side of the container body or on different sides of the container body. The ventilation device has in particular a ventilation opening and / or a ventilation pipe and / or a ventilation valve and / or a ventilation flap or the like. A filter, for example, can be connected to the ventilation device, preferably from the outside. A gas discharge system is preferably also part of the venting device. Or the venting device is or can be connected to a gas discharge system. In the latter case, the gas discharge system then does not have to be part of the ventilation device. Rather, the venting device then has an interface to the gas discharge system or is designed as such an interface. In a preferred embodiment, the hazardous goods container has a gas discharge system, a gas gas management system, or the like, which preferably interacts with the venting device, or the hazardous goods container is, preferably detachably, connected to it, in particular via the venting device. In particular, smoke gas can be discharged from the interior of the container body via the ventilation device. It can also act as a pressure relief valve.

The container body, in particular the container top and / or the container bottom and / or the container side wall, preferably has one or more stiffening element (s) and / or stabilizing element (s). During its manufacture, the hazardous goods container is subjected to various processes and, for example, also heat-treated. The stiffening elements or stabilizing elements prevent the hazardous goods container from warping. When the hazardous goods container loaded with hazardous goods is transported, the elements mentioned also prevent the hazardous goods container from bending. The elements mentioned are preferably provided on the outside of the container body. The aforementioned elements can for example be designed as ribs, profile elements or the like.

The container body preferably has a lifting device by means of which the hazardous goods container can be lifted, for example by means of a forklift truck, a forklift truck or the like. As an alternative or in addition, the container body preferably has a stacking device which is provided for stacking the hazardous goods containers on top of one another. Or a region of the container body is designed as such a stacking device. For example, the stacking device can be formed by one or more solid stacking feet which interact with corresponding receptacles in adjacent hazardous goods containers. The invention is not restricted to specific types of lifting devices and / or stacking devices. Such devices per se are familiar to the person skilled in the art from the prior art. For example, a device provided with rollers, for example a roller board, in particular detachable, can be present under the container bottom so that the hazardous goods container can be moved easily. Or corresponding rollers are arranged below the container bottom.

The hazardous goods container according to the invention can be used, for example, as a changing system or as a stationary system. The hazardous goods container according to the invention is, in particular, a multifunctional component with which both the transport and the storage and removal are included.

In particular, by combining the aforementioned features, in particular by combining side loading / unloading with the movable storage system, handling can be significantly improved, even when heavy and / or large and / or bulky hazardous goods, for example in the form of batteries or battery systems, are stored and / or transported. In particular, manual handling is possible with the hazardous goods container according to the invention.

• 1 bis 7 verschiedene Ansichten eines erfindungsgemäßen Gefahrgutbehälters in geschlossenem Zustand; und
• 8 bis 14 verschiedene Ansichten des Gefahrgutbehälters in geöffnetem Zustand.

The invention will now be explained in more detail on the basis of exemplary embodiments with reference to the accompanying drawings. Show it

• 1 to 7th various views of a hazardous goods container according to the invention in the closed state; and
• 8th to 14th different views of the hazardous goods container in the open state.

All figures show a hazardous goods container 10 , which is provided for storing and / or transporting batteries or battery systems in the automotive industry, which can have a weight of up to a ton or more. In the dangerous goods container according to the invention 10 Batteries or battery systems can be stored and / or transported as a whole without having to be dismantled into individual modules beforehand. Identical components are each provided with identical reference symbols in the various figures.

In all figures, the hazardous goods container 10 a container body 11 on. The container body 11 consists of a container base 15th , a container cover 16 and a container sidewall 14th , which in turn from a front 12th that have a loading / unloading opening 33 provides a reverse side 13th , and two side faces 14a , 14b , which form the lateral end faces.

The individual elements of the container body 11 delimit a recording space 17th for receiving the dangerous goods.

The container body 11 is cuboid and has a width B. of about three meters, a depth T of about two meters and a height H of about one meter.

The loading / unloading opening 33 extends over the entire surface of the front 12th as well as over part of the area of the tank top 16 so that the container top itself is smaller in terms of area than the container bottom 15th is and compared to this, from the direction of the front 12th seen is reset. This will open the loading / unloading opening 33 enlarged.

We closed the loading / unloading opening 33 via a locking device 18th in the form of a closure flap 19th , which is designed as an angular element. Via three external hinge devices 20th , which are designed as spring hinge elements, is the closure flap 19th pivotable on the container top 16 arranged. The closing flap points to handling 19th four handle elements 21 on.

Around the flap 19th to hold and fix in the closed state, and in particular to hermetically seal the receiving space 17th of the container body 11 different locking devices are to be achieved 22nd intended. In the illustrated embodiments are located on the side surfaces 14a , 14b two locking devices each 22nd in the form of tension locks 23 while looking at the front 12th four locking devices 22nd in the form of lever locks 24 are located.

Stiffening elements 26th , for example in the form of ribs, which are preferably on the outside, serve to stiffen and stabilize the hazardous goods container 10 . The hazardous goods container 10 a lifting device 27 on, for example for a forklift or a forklift. To the dangerous goods container 10 To be able to stack on top of one another, these also have stacking devices 28 on.

Like the one in particular 3 and 10 can be removed, the hazardous goods container 10 a number of vents 25th on. Each of the figures shows three ventilation devices 25th that are in the back 13th of the container body 11 are located.

The 8th to 14th show an embodiment of the hazardous goods container 10 when open.

The dangerous goods container 10 has a storage facility for receiving and storing the batteries or battery systems 29 on, which is designed as a slide-in device.

The batteries or battery systems are stored on a receiving device 30th . According to the 8th to 14th is the receiving facility 30th in the form of a storage rack 30b educated. The receiving facility 30th is via a rail guide device 31 the storage facility 29 between a storage position in which the receiving device is located 29 in the recording room 17th inside the container body 10 and a loading / unloading position in which the receiving device is located 30th at least partially outside of the receiving space 17th of the container body 11 is located, moved back and forth.

The individual elements of the container body 11 are at their in the recording room 17th facing surfaces with a cladding 32 provided, which consists in particular of a pressure-resistant and / or temperature-resistant and / or insulating material. The cladding is preferred 32 made of silica-pressed vacuum panels.

List of reference symbols

10

Hazardous goods container

11

Container body

12th

Front

13th

back

14th

Container side wall

14a

Side face

14b

Side face

15th

Container bottom

16

Container ceiling

17th

Recording room

18th

Locking device

19th

Closing flap

20th

Hinge device

21

Handle element

22nd

Locking device

23

Toggle fastener

24

Lever lock

25th

Ventilation device

26th

Stiffening element

27

Lifting device

28

Stacking device

29

Storage facility

30th

Receiving facility

30b

Storage rack

31

Rail guide device

32

Disguise

33

Loading / unloading opening

B.

Width of the dangerous goods container

T

Depth of the dangerous goods container

H

Height of the dangerous goods container

Claims (21)

Hazardous goods container (10) for receiving hazardous goods in the form of batteries and / or battery systems, in particular batteries and / or battery systems for electric vehicles, having a container body (11) with a container bottom (15), a container top (16) and a container side wall (14) ), which delimit a receiving space (17) for the dangerous goods, characterized in that the dangerous goods container (10) has the shape of a cuboid having a width (B) and depth (T) which are greater than the height (H) of the container body (11) that the container side wall (14) has a front side (12), a rear side (13) and two side surfaces (14a, 14b), that the container side wall (14) has a loading / The unloading opening (33) has that the loading / unloading opening (33) is formed in the front side (12) of the container side wall (14), that the loading / unloading opening (33) is also formed in areas in the container top (16) det is that the closing device (18) is arranged pivotably about a horizontal axis on the container body (11), in particular on the container top (16) and / or the container side wall (14), that the closing device (18) is angular or L- is designed so that the dangerous goods container (10) has a storage device (29) for storing the dangerous goods within the container body (11), that the storage device (29) has a receiving device (30) for the dangerous goods, which is designed to receive the dangerous goods and on which the actual storage of the hazardous goods within the container body (11) takes place, that the receiving device (30) of the storage device (29) is designed in the form of a storage rack (30b), in particular a storage frame, and that the storage device (29) is provided in this way is that it is able to move the receiving device (30) between a storage position in which the receiving device (30) is within the loading container body (11) is, and a loading / unloading position in which the receiving device (30) is at least partially outside of the container body (11) to move. Hazardous goods container according to Claim 1 , characterized in that the closing device (18) has a closing flap (19) or a closing door or is designed as such. Hazardous goods container according to Claim 1 or 2 , characterized in that the angular closing device (18) has two surface elements which are arranged and / or aligned at an angle, preferably at a right angle, to one another. Hazardous goods container according to Claim 3 , characterized in that the two surface elements are firmly connected to one another or are in the form of a one-piece component. Hazardous goods container according to one of the Claims 1 to 4th , characterized in that the loading / unloading opening (33) extends over the entire surface of the front side (12) of the container body (11) and additionally over a partial surface of the container ceiling (16). Hazardous goods container according to one of the Claims 1 to 5 , characterized in that the closing device (18) is arranged on the container body (11) via one or more, in particular via two, three, four or five, hinge devices (20). Hazardous goods container according to Claim 6 , characterized in that at least one hinge device (20) is on the outside of the container body (11). Hazardous goods container according to Claim 6 or 7th , characterized in that at least one hinge device (20) is designed as a spring hinge device or has a spring element. Hazardous goods container according to one of the Claims 1 to 8th , characterized in that the container body (11) has a cladding (32) at least in some areas on its surface facing into the receiving space (17) or that this surface is designed as such a lining (32) at least in some areas. Hazardous goods container according to Claim 9 , characterized in that the cladding (32) consists of a pressure-resistant and / or temperature-resistant and / or insulating material. Hazardous goods container according to one of the Claims 1 to 10 , characterized in that the storage device (29) is designed as an insertion device. Hazardous goods container according to one of the Claims 1 to 11 , characterized in that the receiving device (30) is arranged within the container body (11) such that it can slide. Hazardous goods container according to Claim 12 , characterized in that the bearing device (29) has a rail guide device (31). Hazardous goods container according to one of the Claims 1 to 11 , characterized in that the receiving device (30) is arranged within the container body (11) so as to be pivotable, in particular pivotable about a vertical axis. Hazardous goods container according to one of the Claims 1 to 14th , characterized in that the area of the container top (16) is smaller than the area of the container bottom (15), and that in particular the container top (16) has a smaller depth compared to the container bottom (15). Hazardous goods container according to one of the Claims 1 to 15th , characterized in that the closing device (18) is provided in such a way that it hermetically closes the container body (11) in the closed state. Hazardous goods container according to one of the Claims 1 to 16 , characterized in that the closing device (18) and / or the container body (11) has / have at least one sealing device. Hazardous goods container according to one of the Claims 1 to 17th , characterized in that it has one or more locking device (s) (22) which is / are made available for locking the locking device (18) in the closed state. Hazardous goods container according to one of the Claims 1 to 18th , characterized in that the hazardous goods container (10) has at least one ventilation device (25). Hazardous goods container according to Claim 19 , characterized in that the venting device (25) is formed in the container body (11) and / or is arranged on it. Hazardous goods container according to one of the Claims 1 to 20th , characterized in that the container body (11) has one or more stiffening element (s) (26) and / or stabilizing element (s).

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