EP3480135A1 - Mobile container building for military, humanitarian and/or expedition-like use - Google Patents

Abstract

A mobile container building for military, humanitarian and / or expedition-type use has a transportable container (12) with a bottom plate (14), a ceiling plate (16) and side walls (18), which together form an interior space (20) with a longitudinal extent (22). define. In the interior (20) an interior device (24) is arranged, which forms a functional and / or work area for the emergency personnel. The interior (24) is operationally installed in the interior space (20). The bottom plate (14) has on a side facing the interior space (20) a rib structure (30) having a plurality of equally spaced ribs extending in a comb-like manner in the longitudinal direction (22) and forming a plurality of uniformly spaced channels. Mounted on the rib structure (30) is a load bearing steel plate (36) which overlies the rib structure (30) and supports the interior (24).

Description

The present invention relates to a mobile container building for military, humanitarian and / or expedition-like applications, in particular a mobile sanitary container building, comprising a transportable container with a bottom plate, a ceiling plate and side walls, which together define an interior with a longitudinal extent, and with an interior , which forms a lying in the interior functional and / or work area for emergency personnel and which is operationally installed in the interior.

Such a mobile container building is, for example, in US 2014/0008359 A1 described. This document discloses a container building for expedition-type inserts, which both operationally fixed in the interior installed interior as well as trolley accommodated, which can provide different functional or work areas depending on the desired application. The trolleys can be pushed into the interior for the transport of the mobile container building and fastened there. At the place of use, the trolleys are pushed out of the interior and they provide a mobile workstation outside the container building. In the interior of the container building remain the operational fixed equipment, such as mounted on the side inner walls cabinets and suspended from an inner wall work surface. The container building is based on a standard freight container (ISO container).

Such containers are typically used in sea freight on container ships to transport various goods. They are usually made of steel and stackable. In order to use such an ISO sea freight container as a mobile container building, it is known to dress the side steel walls and the ceiling plate from the inside and to provide insulation material. So revealed WO 2014/056548 A1 For example, a mobile container building of two interconnected ISO containers that form a common interior. The containers each have an inner wall paneling with a wooden support structure and an intermediate rack insulation. In the support structure and the insulation supply shafts are integrated, which allow the management of water pipes, electric cables, fuel lines and the like within the insulated inner walls, so to speak, "under plaster". Such an expansion of an ISO container allows an individual, functional and "homely" design and has proven successful in practice. However, the interior design of such ISO freight container can be complicated and expensive.

WO 2016/029018 A1 discloses another mobile container building with an operationally installed interior. In this case, the interior is designed for water treatment and water supply. The interior includes a plurality of conduits which are secured to the interior walls of the container and perform a dual function. They serve as water pipes, compressed air lines or the like. On the other hand, the pipelines are to designed to hold functional modules, such as a pump or a filter unit. The function modules can be hung on the pipes via coupling pieces, which allows for this type of container building a very flexible and function-oriented device of the interior.

Another mobile container building is off US 2008/0060790 A1 known. In this case, the container building is a mobile data center. In the interior of the container various server cabinets for receiving computers, data storage and fans are installed. Also in this case, the container building is realized on the basis of an ISO freight container.

In the field of container shipping, there are different types of freight containers, which are intended for different types of freight. In addition to the uninsulated steel containers, which were typically used in the previously described container buildings, there are special containers, such as tank containers for liquid or gaseous hazardous goods, so-called flat rack container without roof and side walls and special insulated reefer containers for the transport of perishable goods, such as food. Reefer containers are double-walled, provided with a thermal insulation container having either circular openings for supplying and discharging externally generated cooling air on one end face (so-called Porthole or Conair container) or have an integrated cooling unit (so-called integral refrigerated container or Integral -Reefer). As a rule, the walls of aluminum reefer containers are made to compensate for the additional weight of the cooling system. At the bottom of the refrigerated containers is typically arranged an aluminum construction with a plurality of longitudinally extending ribs which form cooling channels for circulation of the cooling air. A brief description of reefer containers can be found, for example, in a brochure of the CMA CGM GROUP at www.cma-cgm.com.

CN 2014 94829 U discloses an inner liner panel with various layers specifically designed for refrigerated containers.

A disadvantage of refrigerated containers in comparison to simple ISO containers made of steel is the lower stability of the side walls, which makes an interior design for the realization of a mobile container building problematic. In addition, refrigerated containers as special containers are usually more expensive than simple steel ISO containers. As a result, it is easy to see that all ISO containers are used for the realization of mobile container buildings.

It is an object of the present invention to provide a container building of the type mentioned, which allows the most cost-effective and variable implementation.

According to one aspect of the present invention, this object is achieved by a mobile container building of the type mentioned above, wherein the bottom plate has on a side facing the interior of a rib structure with a plurality of equally spaced ribs extending in the longitudinal extent like a comb and a plurality of form uniformly spaced channels, and wherein on the rib structure, a load-bearing plate is attached, which covers the rib structure and carries the interior.

The new container building then has functional interior design with furniture and / or appliances such as cabinets, desks, vanity units, coat racks, benches, electrical appliances including computers, radiators, and other aggregates. The furniture and appliances are operationally installed in the interior and rely mainly and essentially on the load-bearing steel plate. This means that the majority of the function-determining interior is on the load-bearing steel plate. The side walls and the ceiling tile assume no or at most a minor, subordinate holding function.

However, individual lightweight elements of the interior may be attached to the interior side walls and / or to the ceiling panel, such as a lightweight LED ceiling light or adhesive mirror. It is also within the scope of the invention that function-determining parts of the interior are in addition to the support on the load-bearing steel plate still fixed to the ceiling plate and / or on side walls, in particular to prevent rattling or rattling during normal operation and / or during transport. Even in these cases, the weight of the parts but mainly and essentially supported on the load-bearing steel plate. Accordingly, these parts would fall down without the support on the load bearing steel plate despite the fixation. In preferred embodiments, the steel plate carries more than 75% of the total weight of the interior, preferably more than 90%.

In some embodiments, the steel plate has a thickness of about 3 mm to 10 mm, in particular about 4 mm to 5 mm. The steel plate covers the rib structure and thus forms a level bottom. The side walls serve as - preferably insulated - exterior walls without significant load-bearing function. Rather, the rib structure forms a stable and stable subfloor to which the steel plate is secured in preferred embodiments.

The new container building can be realized very cost-effectively on the basis of a reefer container, in particular based on an integral reefer. Accordingly, in a preferred embodiment, the transportable container is a reefer container approved for ocean freight, preferably a 20 foot reefer container for food transport. In preferred embodiments, the container is an integral reefer, but without integrated refrigeration units.

Despite the disadvantages of reefer containers described above, a flexibly usable container building can be realized in a very cost-effective manner in this way. It is advantageous to use the thermal insulation properties of the refrigerated container and to dispense with an insulating interior construction practically. The static disadvantage of the designed lightweight construction insulation is advantageously compensated by the fact that the function-determining parts of the interior are mainly and preferably even fully supported on the steel plate. The rib structure on the ground, which is common in reefer containers, actually serves to circulate the cooling air is provided, surprisingly well as a substructure for the load-bearing steel plate.

Thus, the new container building, despite the per se higher acquisition cost of a reefer container and despite the static disadvantages compared to a steel container an overall very cost-effective way to realize. The above task is completely solved.

In a preferred embodiment, the side walls to the interior are seamlessly clad with stainless steel plates.

Such a panel allows a very simple and thorough cleaning of the interior during or after use by the interior including the inner walls is ejected, for example with a high-pressure cleaner. The embodiment is particularly advantageous when the container building houses a sanitary or kitchen equipment, which has increased hygiene requirements. This refinement can also be implemented very cost-effectively on the basis of a reefer container, since reefer containers for food transport also have easy-to-clean interior walls.

In a further embodiment, the load-bearing steel plate completely covers the rib structure in the functional and / or working area. In some embodiments, the steel plate is welded and / or bolted to the rib structure from above. In preferred embodiments, holes that result from the welding and / or screwing, liquid-tight manner. In some embodiments, mounting holes for securing the steel plate to the rib structure are welded from above.

This embodiment is also very advantageous in order to realize a hygienic and easy-to-clean functional and / or work area in a cost-effective manner. The steel plate prevents in this embodiment that small parts, dirt and the like fall into the channels of the rib structure and collect there.

In a further embodiment, the load-bearing steel plate in the region of the side walls has an upwardly projecting end surface, in particular an L-shaped bevel, and on the side walls a downwardly projecting gasket is arranged, which engages around the upwardly projecting end surface from above.

In this embodiment, the steel plate is connected to the side walls by means of a labyrinthine seal. In preferred embodiments, a flexible sealing member, such as a rubber bead, rubber lip, foam pad, silicone band, or the like, is disposed between the upstanding end surface and the downwardly projecting gasket. The design allows a liquid-tight connection of the steel plate to the side walls and advantageously contributes to the fact that the interior of the container can be easily cleaned, especially with a high-pressure cleaner. The labyrinthine seal also has the advantage that the sidewalls and the load-bearing steel plate can move and twist to a limited extent relative to each other, without causing stress cracking or other damage. This is particularly advantageous with regard to the mobile application of the new container building.

In a further embodiment, the side walls have a multilayer structure with an integrated insulation material. Preferably, the ceiling plate has a multi-layered structure with an inner, lined insulation material.

A thermal insulation of the container building allows a wide range of applications in very hot and very cold areas. The design can be realized by using a reefer container in a very simple and cost-effective manner.

Accordingly, as mentioned above, in the preferred embodiments, the transportable container is an integral reefer.

In a preferred embodiment, the refrigerated container has a frame construction with mounting holes to which an outer wall is attached with an integrated access door. Preferably, the outer wall is located with the integrated access door at a narrow end of the container and the outer wall is attached to the outside of the frame structure, in particular welded and / or screwed.

Commercially available integral reefer have on one narrow side a double door, which allows a large-area access into the container interior. This double door is usually used for loading and unloading. On the opposite narrow side, the Integral reefer typically have an area that is prepared for mounting the integrated cooling units. The present embodiment uses the standard existing mounting holes of an integral reefers to install there an outer wall with another access door. In some embodiments, this outer wall is thermally and / or acoustically insulated. Advantageously, technical units can be arranged behind the outer wall, such as a boiler, a water tank, an electrical control panel with fuses and / or an electrical control unit, a gas, diesel or multi-fuel burner, pumps and the like.

In a further embodiment, the container building on the ceiling plate has a directed to the interior lighting with electrical connection lines that are open or in a visible cable channel.

In this embodiment, a room lighting is attached to the ceiling plate, the electrical connection lines are visible, in a sense "on plaster" out. Such an interior design differs significantly from the interior, as he, for example, in WO 2014/056548 A1 is described. The visible laying of the connecting cables is a disadvantage for optical reasons as well as due to the risk of damage during normal use. However, this disadvantage is offset by the cost advantages that allow in particular the use of an integral reefers, in which one leaves the standard insulation and cladding as far as possible untouched. The attachment of a lighting on the ceiling plate is because of the low weight that absorb the ceiling plate must, even with an integral reefer possible. Preferably, the lighting has a plurality of LED elements, since such illuminations provide high light output with small dimensions and low weight.

In a further embodiment, the container has transversely to the longitudinal extent of an access opening with a clear inner height and a clear inner width, and the interior has a static height, which is smaller than the clear internal height. Preferably, the steel plate and the interior have an overall width which is narrower than the inside clear width of the access opening.

This configuration makes it possible to build the interior (at least the majority of the interior) outside the container on the steel plate and pre-assembled hineinzuschieben into the container interior. It has been shown in practical experiments that this is easily possible with the help of fork-lift trucks. The design facilitates the assembly of the interior of the steel plate and allows a further cost reduction. Typically, ISO containers, including the integral reefer, have a double door on one narrow side, which makes it possible to load with forklifts. The design uses this double door advantageous to push the largely pre-assembled on the steel plate interior "as a whole" in the container and then fix it on the rib structure.

In a further embodiment, the load-bearing steel plate extends in the longitudinal extent only over part of the rib structure and at the end of the load-bearing steel plate, an inner wall is fixed, which limits the functional and / or work area. Preferably, the inner wall is retrofit, i. installed after pushing in the steel plate, so that the inner wall occupies the entire inner height and inner width of the container interior and rests as completely as possible on the side walls and the ceiling plate.

This embodiment is advantageous to a technology area in which the already mentioned aggregates are housed, of the functional and working area for the deployment staff to separate. The fact that the load-bearing steel plate does not extend over the entire area of the rib structure, the technical units can be inexpensively mounted directly on the rib structure. In addition, the insertion of the steel plate is simpler in this embodiment. The design helps to reduce installation costs.

Accordingly, in a further embodiment, technical supply units, such as a hot water tank, a burner, a control cabinet with electric distributor, pumps and the like, are arranged on the rib structure on a side of the inner wall facing away from the functional and / or working area.

In this embodiment, the rib structure can be advantageously used with their channels to lay installation cables at the bottom of the container. In addition, this embodiment allows a very cost-effective use of a reefer container.

In a further embodiment, the load-bearing steel plate has a water drainage channel extending in the longitudinal direction. Advantageously, the water drainage channel extends to the (double) door of the container.

The integration of such a drainage channel in the steel plate simplifies the assembly and cleaning of the container interior in a cost effective manner. The embodiment is particularly advantageous when the interior includes shower and / or wash cubicles or other functional areas in which water is used in larger quantities and / or for cleaning purposes.

In another embodiment, the interior includes a number of sinks and / or a number of showers, each supported on the steel load-bearing plate.

As already mentioned above, the steel plate together with the rib structure takes the essential weight of the sink and / or showers on. Advantageously, the sink and / or showers are not hung on the side walls. The embodiment is a very advantageous use of the new container building, in particular based on an integral reefers.

Fig. 1

ein Ausführungsbeispiel des neuen Containergebäudes in einer Ansicht schräg von vorne,

Fig. 2

das Containergebäude aus Fig. 1 in einer Ansicht schräg von hinten,

Fig. 3

wesentliche Teile der Inneneinrichtung des Containergebäudes aus den Fig. 1 und 2 auf einer Stahlplatte,

Fig. 4

die Rippenstruktur des Containergebäudes aus Fig. 2 in einer Detailansicht,

Fig. 5

eine weitere Detailansicht, die den Anschluss der Stahlplatte an die Seitenwand des Containers aus Fig. 1 und 2 zeigt,

Fig. 6

das Containergebäude aus Fig. 2 mit einer alternativen Außenwand am rückseitigen Ende, und

Fig. 7

ein Detail der Inneneinrichtung aus Fig. 3.

It is understood that the features mentioned above and those yet to be explained below can be used not only in the particular combination given, but also in other combinations or in isolation, without departing from the scope of the present invention. Show it:

Fig. 1

an embodiment of the new container building in a view obliquely from the front,

Fig. 2

the container building Fig. 1 in a view diagonally from behind,

Fig. 3

essential parts of the interior of the container building from the Fig. 1 and 2 on a steel plate,

Fig. 4

the rib structure of the container building Fig. 2 in a detailed view,

Fig. 5

another detail view showing the connection of the steel plate to the side wall of the container Fig. 1 and 2 shows,

Fig. 6

the container building Fig. 2 with an alternative exterior wall at the back end, and

Fig. 7

a detail of the interior decoration Fig. 3 ,

In the Fig. 1 and 2 an embodiment of the new container building in its entirety is designated by the reference numeral 10. In this embodiment, the container building 10 is a sanitary container building used as a shower and washroom in military, humanitarian, and / or expeditionary operations can be. This is a preferred embodiment. Alternatively, further embodiments may be configured for other functions, for example as a kitchen container building, sleeping container building or as a mobile management or control room with a office-like interior.

The container building 10 is constructed here on the basis of an integral reefer, i. on the basis of a commercial refrigerated container 12 for the transport of perishable goods in sea freight transport, such as for the transport of food and / or medicines. Accordingly, in the preferred embodiments, the container 12 has the dimensions of a standard ISO container for sea freight traffic. In the illustrated embodiment, it is a 20-foot integral reefer.

The container 12 has a bottom plate 14, a ceiling plate 16 and side walls 18, which together define an interior 20 with a longitudinal extent in the direction of the arrow 22. In the interior 20, an interior 24 is operationally installed. "Operationally fixed" here means that the predominant parts of the interior 24 remain in the normal operation of the container building 10 in the interior 20 and are fixed there for their intended use.

The container 12 has in a conventional manner a box-shaped frame structure 26, which may be made for example of steel profiles. The bottom plate 14 may also be made of steel to reliably accommodate the overall weight of the container including the interior 24 even under harsh transportation conditions. Typically, the frame structure 26 is adapted to support the weight of at least one other container which may be deposited on the ceiling panel 16 and the outer vertical columns of the frame structure 26, as is common in sea freight traffic. In contrast, the side walls 18 are here made of aluminum or other lightweight construction. The side walls are insulated here double-walled and disguised in the interior 20 largely seamless with stainless steel plates 28 (see the detailed illustration in Fig. 5 ).

As is usual for an integral reefer, the container building 10 on the bottom plate 14 has a rib structure 30 which extends in the longitudinal direction 22 over the entire bottom plate 14. The rib structure 30 typically consists of one or more extruded aluminum profiles and has a plurality of equally spaced ribs 32 which extend in a comb-like manner in the longitudinal extent 22 and form a plurality of equally spaced channels (see Fig. 4 ). An exact dimensional accuracy of the rib structure and in particular of the lateral distances of the individual ribs 32 is not critical, so that the term "uniform" here mainly indicates that virtually the entire bottom plate 14 is covered in the interior 20 with ribs 32. Typically, the channels 34 of the rib structure 30 in a commercially loaded integral reefer serve to circulate the cooling air while the goods to be transported are parked on the rib structure 30.

In the present use of the integral reefers 12, however, a steel plate 36 is mounted on the rib structure 30. The steel plate 36 carries most of the interior 24 as shown in FIG Fig. 3 is recognizable. In the illustrated embodiment, the steel plate 36, for example, two frame racks 38, in each of which a large double washbasin 40 and a radiator 42 are attached. A further frame 44 forms a wardrobe and carries a seat 46. Furthermore, the interior 24 here includes a plurality of shower heads 48 and shower partitions 50. All the aforementioned parts of the interior 24 are pre-assembled in the preferred embodiments on the steel plate 36 and are used together with the Steel plate 36 pushed during assembly of the container building 10 in the interior 20 and fixed there together with the steel plate 36. Characteristic of the container building 10 is therefore that the essential function-determining parts of the interior, such as the washbasin 40, radiator 42 and shower cubicles are predominantly supported on the steel plate 36. The steel plate 36 absorbs the weight of these parts predominantly or even completely. An attachment of the frame racks 38, 44 and shower partitions 50 on the inner sides of the walls 18, however, is advantageous to prevent rattling, rattling, hitting and the like during transport or intended use. In any case, the steel plate 36 carries more than 50% of the respective weight of the functional parts.

In the illustrated embodiment, the load bearing steel plate 36 has a longitudinally extending 22, integrated water drainage channel 52. About the drainage channel 52, the shower water can be collected and discharged from the container interior 20 to the outside.

How to join Fig. 3 can recognize, 36 vertical support profiles 54 are arranged on the side remote from the interior of the steel plate, which also extend in the longitudinal direction 22. In some embodiments, the profiles 54 are made of steel.

How to get in Fig. 5 can recognize the steel plate 36 has in the region of the side walls 18 an upwardly projecting end surface 56, which is made for example by an L-shaped fold of the steel plate 36. The end surface 56 is largely parallel to the stainless steel plate 28 of the side wall 18 at. On the side wall 18 in the working or functional area, a circumferential sealing diaphragm 58 is mounted, which has a downwardly projecting portion 60. The section 60 engages the end surface 56 from above. In some embodiments, an elastic sealing material (not shown), such as a rubber seal or a silicone strip, is disposed between the end surface 56 and the portion 60. The end face 56 and the gasket 58 form a labyrinth seal over which the steel plate 36 moisture-tight against the inside of the side wall 18.

How to get in Fig. 5 Furthermore, the steel profiles 54 rest on the ribs 32 of the rib structure. Such a construction makes it easier to push the pre-assembled interior 24 with a forklift into the interior 20 of the container 12 and settle there. In other embodiments, the steel plate 36 may also be disposed directly on the rib structure 30.

How to get in Fig. 2 Rather, the steel plate 36 is slightly shorter in the longitudinal direction 22 than the inner space 20 of the container 12. At the inner end of the steel plate 36, an inner wall 62 is mounted in the inner space 20. The inner wall 62 separates the functional and / or work area for the emergency personnel, in this case the sanitary area, from a technical room 64. In the preferred embodiments, the inner wall 62 is mounted only after the insertion of the steel plate 36 in the interior 20. Preferably, the inner wall 62 completely closes off the functional and working area from the technical room 64. Therefore, in the preferred embodiments, the inner wall 62 rests without gaps on the inside stainless steel plates 28 of the side walls 18 and on the inside of the ceiling plate 16. It can be sealed with a sealing material.

In the technical room 64 various technical units are housed in the preferred embodiments, which are indeed required for the normal operation of the container building, but need not be directly accessible in the functional and / or work area. In the present embodiment, the units include a switch box 66 for the electrical installation and a hot water tank 68. Furthermore, in the technical room 64, a burner or other heating system for heating the water in the tank 68 and pumps and other units may be arranged (not shown here) ,

In the embodiment according to Fig. 2 has the container 12 at its engineering space end of a door construction with two large doors 70, which release virtually the entire technical room 64 in the open state. In the in Fig. 2 left-side door 70, a smaller door 72 is also arranged, which allows easy access into the technical room 64.

In other embodiments, instead of the double door with the door wings 70, an outer wall 74 may be secured to the frame structure 26. Advantageously, the outer wall 74 is attached to the already existing mounting holes 76 of the frame structure 26 of an integral reefers 12. In the outer wall 74 is a simple access door 72 is inserted, which allows access to the utility room 64 for maintenance, such as the replacement of a fuse in the control box 66. The embodiment with the fixed outer wall 74 allows a higher stability of the container housing and is therefore preferred for some applications.

In addition, in the preferred embodiments, the container building 10 has a "typical" double door of an ISO freight container on the narrow side facing away from the engineering room 64 (in FIG Fig. 1 not shown). Alternatively, the "typical" container door could be located on the side of the engineering room 64 and a mounting wall with an integral access door 72 as shown in FIG Fig. 6 is at the in Fig. 1 shown narrow side of the container 12 mounted.

In the preferred embodiments in which the steel plate 36 with the preassembled interior 24 is slid into the interior 20 of the container 12, this is done through the "typical" container double doors of an ISO cargo container. Thus, these double doors provide an access opening with a clear inner height 78 and a clear inner width 80 ready. The preassembled interior device 24 advantageously has a structural buildup height 82 which is smaller than the internal clear height 78 of the container access opening in order to allow insertion of the preassembled interior device 24. If individual parts of the interior 24 are to be attached to the inside ceiling of the container 12, such as the shower partitions 50 shown here, this can be done after pushing the interior 24 with corresponding intermediate or extension pieces. In the preferred embodiments, the body width 84 of the interior 24 is narrower than the inside clear width 80 of the container 12. In some embodiments, the steel plate 36 may be formed in two or more parts, as in the parting line 86 in FIG Fig. 3 is indicated to facilitate the insertion of the interior 24 into the container interior 20.

In the preferred embodiments, the supply lines and leads are visibly buried in the interior space 20, as shown in FIG Fig. 7 is shown at the water supply lines 88 for the sink. Likewise, electrical connection lines, in particular for the connection of a ceiling lighting (not shown here) visible in the interior 20, that is laid to a certain extent "on plaster". This does not exclude that the corresponding lines run in a separate channel, in which case this separate channel visible on the ceiling, the side walls 18 and / or frame parts of the (pre-assembled) interior 24 extends.

In all preferred embodiments, the new container building is based on the use of a commercial refrigerated container, in particular an integral reefer container, as it is typically used for the transport of food or other perishable goods in sea freight traffic. On the existing rib structure, a load-bearing steel plate is arranged, which carries the main load of the function-determining parts of the interior device 20. In this way, the comparatively weak side walls of the reefer containers can be freed from load-bearing tasks.

Claims (13)

Mobile container building for military, humanitarian and / or expedition-type applications, in particular mobile sanitary container building, comprising a transportable container (12) having a bottom plate (14) of a ceiling panel (16) and side walls (18) which together form an interior space (20) with a longitudinal extent (22), and having an interior device (24) forming a functional area and / or working area for emergency personnel in the interior space (20) and being operationally fixedly installed in the interior space (20), characterized in that the bottom plate (14) has on a side facing the interior space (20) a ribbed structure (30) with a plurality of equally spaced ribs (32) extending in a comb-like manner in the longitudinal extent (22) and having a plurality of equally spaced channels (34 ), and that a load-bearing steel plate (36) fixing the ribs is mounted on the rib structure (30) covered structure (30) and which carries the interior device (24). Mobile container building according to claim 1, characterized in that the side walls (18) to the interior (20) are seamlessly clad with stainless steel plates (28). Mobile container building according to claim 1 or 2, characterized in that the load-bearing steel plate (36) covers the rib structure (30) in the functional and / or working area over the entire surface. Mobile container building according to claim 3, characterized in that the load-bearing steel plate (36) in the region of the side walls (18) has an upwardly projecting end surface (56) and that on the side walls (18) a downwardly projecting gasket (58) is arranged , which engages around the upwardly projecting end surface (56) from above. Mobile container building according to one of claims 1 to 4, characterized in that the side walls (18) have a multilayer structure with an integrated insulating material. Mobile container building according to one of claims 1 to 5, characterized in that the transportable container (12) is approved for sea freight refrigerated containers, in particular an integral reefer. Mobile container building according to claim 6, characterized in that the refrigerated container has a frame construction (26) with mounting holes (76), and in that on the mounting holes (76) an outer wall (74) with an integrated access door (72) is attached. Mobile container building according to one of claims 1 to 7, characterized in that on the ceiling plate (16) directed to the interior (20) lighting is arranged with electrical connection lines, which are open or guided in a visible cable channel. Mobile container building according to one of claims 1 to 8, characterized in that the container (12) transversely to the longitudinal extent (22) has an access opening with a clear inner height (78) and a clear inner width (80), and that the interior device (24 ) has a static assembly height (82) which is smaller than the inside clear height (78). Mobile container building according to one of claims 1 to 9, characterized in that the laser-carrying steel plate (36) extends in the longitudinal extent (22) only over part of the rib structure (30), and that at the end of the load-bearing steel plate (36) has an inner wall (62) is attached, which limits the functional and / or work area. Mobile container building according to claim 10, characterized in that on a side facing away from the functional and / or working area side of the inner wall (62) technical supply units (66, 68) on the rib structure (30) are arranged. Mobile container building according to one of claims 1 to 11, characterized in that the laser-carrying steel plate (36) has a in the longitudinal extent (22) extending water drainage channel (52). Mobile container building according to one of claims 1 to 12, characterized in that the interior device (24) includes a number of washbasins (40) and / or a number of showers (48) which are respectively supported on the load-bearing steel plate (36).

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