EP1736419A1 - Disposable container - Google Patents

Abstract

The container has a casing (2) that is polygonal in cross section and a support arranged in a sloping manner inside the casing. A collecting region of the support is connected with an outlet opening (5) at the casing for conveying the liquid. The support is conically supported by a section. The section is attached with the casing. A passage duct is arranged between the collecting region and the outlet opening.

Description

The present invention relates to a disposable container for filling with liquid and / or pasty media.

The main application of this disposable container is to be seen as a packaging unit for liquid or pourable pasty products, especially for use on construction sites or the like. It is designed for a maximum capacity of preferably 1000 kg.

Pasty products, such as emulsion paints, spray-on putties, synthetic resin plasters or silicone-resin plasters are required on construction sites on a large scale. So far, it is known that for relatively large batches (eg range up to 1000 kg) reusable silos are used. These have a frame-like construction, preferably of metal, in which preferably in the middle a silo with a funnel-shaped outlet at the bottom is given.

A disadvantage of this known construction is that the packaging has a high weight and is also expensive to manufacture. This results in particular problems at distant construction sites, such as abroad. In these cases, the return costs of a silo emptied at the construction site and its cleaning costs are relatively high. In addition, there is a risk of theft in these high-quality silos.

Based on this prior art, the present invention seeks to provide a container for liquid and / or pasty or free-flowing products, which has a high stability and also allows low transport costs and a limitation of theft damage.

This object is achieved by a disposable container according to claim 1.

Characterized in that the disposable container according to the invention for filling with liquid and / or pasty or free-flowing media has a cross-sectionally polygonal coat and disposed within the shell support, wherein the support is disposed sloping within the shell to an outlet opening on the jacket, and a collection area the support is connected or connectable to an outlet opening on the jacket for the passage of the media, a self-emptying container with simple geometric means is provided.

The support is arranged within the disposable container so that a pasty substance contained therein or a liquid aspires itself to the outlet opening. This can be done in several ways. It is important that within the disposable container (and increases relative to the lower edge), a support ensures that a slope is generated, which makes a convergence of the media at a certain collecting area of the support makes possible (this "collection area" is in the description below, for example referred to as "collection point A"). This collection area can be arranged virtually anywhere within the container, it is essential that this collection area is connected to the passage of the media to the outlet opening out with this.

With the invention, it is thus made possible that, on the one hand, a flow through the material and thus a complete utilization of the stored media take place through a specific gradient within the container. On the other hand, the media can always be conveniently removed through the outlet opening located laterally (on the jacket) without the disposable container having to be lifted, etc., as would be the case with outlet openings arranged at the bottom of the container. The fact that this outlet opening is attached to the lateral jacket, can be connected in a simple manner, for example, with a 3-inch hose coupling, appropriate machinery for further processing of the pasty substance or the liquid. The polygonal shape of the shell is on the one hand easy to manufacture, on the other hand, this is a good storage or stability given because the disposable containers according to the invention due to the polygonal Store the cross-section well without loss of space.

It should be noted at this point that all of the embodiments shown here are merely exemplary. For example, it is preferably possible to construct the "support" as a surface folding cross-section, which is supported on suitable support structures and that an "inliner" is supported therefrom. Of course, it is also possible that the edition can be represented by, for example, very "close-meshed" inserted cardboard structures, etc., on which, for example, an inliner can be placed.

Advantageous developments of the present invention are described in the dependent claims.

Here, in the present invention, two example embodiments are shown. The first embodiment is described in greater detail with reference to FIGS. 2, 3 and 4a-4d and claimed in claim 2.

A second embodiment, which represents a particularly advantageous development in practice, is described later in FIGS. 5a et seq. And claimed again separately in claim 10.

It should be noted that all of the statements in this application refer to both embodiments, unless explicitly stated otherwise at the relevant passage.

A particularly advantageous embodiment provides that the support in the interior of the disposable container a having integral folding cross-section. As a result, a very simple and inexpensive manufacturability of the support is given, this can be produced decentrally even with very simple means. In particular, it makes sense to produce the support (this also applies to the further folding cross sections of the disposable container) from inexpensive uncoated cardboard. Of course, other materials such as liquid-tight coated cardboard or plastic composites are possible.

A further advantageous embodiment provides that bend edges of the one-piece folding cross section of the support to corners of the shell leak out. In this way, in a simple manner, a defined, twist-proof fit of the support in the polygonal jacket (which has a substantially prismatic cross section) is possible.

A particularly advantageous development provides that the jacket, which preferably has the outer shape of an octahedron, is constructed from an outer jacket and an inner jacket arranged therein. The outer jacket can hereby measure the dimensions of existing containers with polygonal, e.g. octagonal, have cross-section. The outer shell here has regularly distributed over its circumference an equal height and preferably has at the shell ends, ie at the top and at the bottom, a lid or a bottom, so that the outer shell has a suitable shape for stacking.

By contrast, the inner casing has a shape which is preferably adapted to the slope of the support. Here, the inner shell preferably has a reduced height at a portion of its circumference. In the place of lowest height is preferably the outlet opening, which is then to be provided in the outer jacket arranged.

The support, which preferably has a foldable flat cross-section, can be bent such that the edge region of the support projects beyond the inner jacket, so that the support can practically be supported or suspended on the inner jacket. The support is thereby also clearly positioned (against slipping down), etc., so that a drainage of the liquid provided in the disposable container to the outlet opening is always possible.

A particularly advantageous development provides that the support is preferably conically supported by a compartment in the interior of the shell or inner shell. This compartment can preferably be made of a one-piece or multi-piece folding cross-section, it is of course also other embodiments, such as plastic support, etc. possible. This compartment may be bolted to the inner shell and / or glued and / or stapled.

By the compartment is achieved that in the lowest area of the support, where it comes together at the tip or conical, a support is ensured. In this area, the burden of the product's own weight on the support is namely greatest, without compartments would form in this area of the circulation a trough, which would affect the product removal, and would weaken the construction itself. Thus, it is ensured - preferably by the interplay of "suspension" of the support on the inner shell and on the compartment - that the product to be emptied is always flow-technical lowest point, namely directed to the collection area.

It should be emphasized that the edition, the coat and the compartment etc. are all made of folding cross sections. These are especially when they are made of cardboard or corrugated cardboard, easy to recycle. In addition, this material has the advantage that it can be processed almost anywhere in the world, due to the lightness of the material low transport costs are possible. In addition, the fact that the disposable container made of these materials is relatively easy to produce ensures that theft damage remains low. In particular, it is possible that such a container can be sent to foreign construction sites, without a deposit, etc. occur for the container or Rückholprobleme. The container components can of course be made of other plate-shaped material, for example, preferably foldable plastic plates, support structures also made of plastic injection molded parts, etc.

A particularly advantageous embodiment provides that the product to be accommodated in the container, for example, synthetic resin plaster, silicone resin plaster, spray plaster spatula, emulsion paint, etc., can be accommodated in an inliner of liquid-tight material, for example a plastic film. This liner is placed inside the disposable container on the pad, wherein an inliner opening is connectable to the outlet opening of the shell. Thus, the product contained in the inliner does not come into contact with the cardboard material of the support, the jacket, etc., so that no complex liquid-density coating of these components is necessary. In particular, by the inliner, which is arranged quasi as a liquid container within the disposable container, ensures that after emptying of the liner a separate re-use of the individual materials of the disposable container is possible. However, it is also conceivable that the pad is ejected with an elastic dense mass.

For further use of known connection machines to reservoir for emulsion paint, etc., it makes sense that the outlet opening has a 3-inch connection. This can e.g. a plastic nozzle, which -. for pourable materials - is screwed directly into the jacket. Of course, it is also possible, if the container contains an inliner, that the inliner contains a 3-inch connector, wherein the outlet opening is only dimensioned so that it forms a corresponding passage for the inliner.

It is particularly advantageous that the container according to the invention, although it is made of lightweight materials, shows great capacity. Thus, a disposable container according to the invention may contain more than 100 kg, preferably more than 500 kg, particularly preferably more than 950 kg of workable liquid. The height of the disposable container can be more than 1 m, preferably more than 1.30 m. The height of the outlet opening can be chosen virtually arbitrary, it is appropriate that the outlet opening is about 10 - 40 cm, preferably 10 - 30 cm, more preferably 10 - 20 cm above the lower edge of the disposable container. This makes a simple connection to downstream processing machines possible.

A further advantageous embodiment provides that the disposable container has on its underside a bottom which is connected to a standard pallet (eg CP3). This means that a simple to produce container can be easily placed on such a standard pallet and can be attached to it for example via tensioning straps. The dimensions of the disposable container are in the lateral direction in this case so that the coat does not exceed the range. As a result, an even easier transport is possible by the tension of the cardboard bottom with the pallet is given even greater rigidity and thus stability of the overall arrangement.

It is particularly advantageous for reasons of transport that a disposable container according to the invention in the empty state, even with a pallet located underneath, has a total weight of only 30-50 kg, preferably 35-45 kg, and yet can absorb product masses of up to 1000 kg.

The previously described advantageous effects may relate to any embodiments. In the short text, additional details of the individual embodiments will be discussed.

In a first embodiment, the collecting area is arranged directly on the jacket. Here, the support is oriented so that the slope extends directly to the outlet opening and thus additional measures for the introduction of the medium to the outlet opening are not necessary.

A second embodiment provides that the collecting area of the support is spaced from the outlet opening (for example 10-100 cm, preferably 30-70 cm apart, measured from the center of the collecting area to the outside of the outlet opening) and the container has a passage shaft which is arranged between collecting area and outlet opening. For example, the collection area may be arranged substantially centrally in the container. In this embodiment, in which the collecting area is not directly on the shell and preferably of all sidewalls about the same distance, a (due to the symmetrical design) allows a particularly simple design, a good and uniform media outflow is given. There are of course conical central as well as off-center embodiments representable. The passage of medium from the collection area to the outlet opening can be done in different ways. It is particularly advantageous that within the shell an inliner of liquid-tight material is arranged, which can be placed on the support and wherein an inliner opening is connected to the outlet opening. In this case, the inliner must be designed accordingly, that is, have a relatively "long neck". This makes it possible that a bridging takes place from the preferably central collecting area to the outlet opening. Of course, it is also possible to ensure this bridging in other ways, for example along coated cardboard or a plastic pipe used, etc.

For first and second embodiments, a "tilt structure", which is designed as a plug-in system plate-shaped sections is suitable. This is an alternative to the "divisions" described in the introduction.

In the second embodiment, it is necessary that this tilting structure has an opening at the bottom, so that the passage of media is ensured. In this case, it is possible, for example, to provide a "stadium-like" plug-in system which has an opening in the middle. This tilting structure is kept elevated by a soil structure, so that an outflow from the collecting area to the outlet opening with a residual gradient is possible. To increase the stability, it is possible to arrange a preferably plate-shaped separating structure between the tilting structure and the ground structure, which makes it possible to support the tilting structure on the ground structure. Of course, in the region of the opening, a corresponding opening must also be provided here, in order thus to guide the medium, starting from the inliner / support, past the tilt structure through the tilting structure and finally through the passageway to the outlet opening. The base structure may in this case also preferably consist of pluggable plate cross-sections, which have recesses, so as to form a passageway in the assembled state, which, for example, allows the "long neck" of an inliner to be guided from the collection area to the outlet opening or else the passage of a pipe, etc The arrangement of a tilt structure as well as an underlying ground structure enables a "modular" construction, which further reduces the manufacturing costs and, with very high stability of the overall arrangement, ensures low weight and thus low material consumption. In this case, it is even possible, in particular because of the plug-in system according to the invention, to recycle all the components.

Further advantageous developments of the present Invention are described in the remaining dependent claims.

Fig. 1

eine Seitenansicht eines erfindungsgemäßen Einwegcontainers mit einer Palette,

Fig. 2

einen Innenmantel mit darauf aufgelegter Auflage nach einem ersten Ausführungsbeispiel,

Fig. 3

einen aufgestellten Innenmantel mit darin angeordnetem Gefache,

Fign. 4a bis 4e

einstückige Faltquerschnitte im ungefalteten Zustand,

Fign. 5a und 5b

zwei Ansichten einer zweiten Ausführungsform eines Einwegcontainers,

Fign. 6a bis 6d

Details einer Neigestruktur sowie einer darauf aufzulegenden Auflage für eine zweite Ausführungsform der Erfindung,

Fig. 7

eine Trennstruktur für eine zweite Ausführungsform der Erfindung,

Fig. 8a bis 8d

eine Bodenstruktur mit entsprechenden Details für eine zweite Ausführungsform der Erfindung sowie

Fig. 9a und 9b

Innen- sowie Außenmantel für eine zweite Ausführungsform der Erfindung.

The invention will now be explained with reference to several figures. Show it:

Fig. 1

a side view of a disposable container according to the invention with a pallet,

Fig. 2

an inner jacket with a support applied thereto according to a first embodiment,

Fig. 3

a raised inner shell with compartments arranged therein,

FIGS. 4a to 4e

one-piece folding cross-sections in the unfolded state,

FIGS. 5a and 5b

two views of a second embodiment of a disposable container,

FIGS. 6a to 6d

Details of a tilt structure and a requirement to be imposed thereon for a second embodiment of the invention,

Fig. 7

a separation structure for a second embodiment of the invention,

Fig. 8a to 8d

a floor structure with corresponding details for a second embodiment of the invention and

Fig. 9a and 9b

Inner and outer sheath for a second embodiment of the invention.

Fig. 1 shows a disposable container according to the invention. This has a jacket 2 (or outer jacket 2a), which has the outer shape of a regular octahedron. This jacket, which in the assembled state has a polygonal hollow cross-section, is closed on its top and on its underside with a bottom or cover 7, which projects beyond the jacket on the edge and thus represents a closed octahedron. The jacket 2 with the covers 7 is arranged in FIG. 1 on a pallet 6, for example a CP3 pallet. The jacket 2 or the cover 7 have such external dimensions that the pallet 6 is not projected laterally. For better portability, sheath 2 or cover 7 connected thereto are braced by tensioning belts 8 with the pallet (these can also be tensioned crosswise in order to achieve even greater stability). At a distance of for example 10 to 40 cm, preferably 10 to 30 cm, particularly preferably 10 to 20 cm above the lower edge of the bottom 7, the center of an outlet opening 5 is given, which has a diameter of 3 inches, for example. This outlet opening 5 has a threaded flange, in which a connection cock can be screwed with a slicing device for later product removal. Alternatively, it goes without saying that an inliner contained in the container, which already has an integral connection tap, can also only be passed through the outlet opening. A product hose, not shown, later establishes the connection between the disposable container and the connected one Machine technology. The disposable container has without pallet 6 a height of eg 1.35 m. The mass is (including pallet) about 40 kg. The capacity of the disposable container is, for example, about 1000 kg to be taken product (plaster, spatula, emulsion paint, etc.).

The inner structure of the disposable container will be described in more detail below. The inner structure can be configured differently. Therefore, for example, two embodiments are shown below, first a first embodiment (FIGS. 2 ff.) And a second embodiment, which will be explained with reference to FIGS. Within the outer jacket 2a, which is a regular octahedron and has standard dimensions, an inner jacket 2b is accommodated substantially in a form-fitting manner. The jacket 2 of the disposable container is thus two-layered. On the edges of the inner shell, which in its front region 2b 'has an incised shape, i. in this area has a reduced height, a support 3 is supported. This support 3 has edge portions 3 ', which is partially folded over the inner shell for fixing the support on the jacket.

The support 3 is made of a one-piece folding cross section. The folding edges 3 "are arranged in this case so that they are respectively directed towards corners of the inner jacket 2a, thereby allowing secure support of the support within the inner jacket 2a The support is arranged sloping downwards, in particular inside the jacket, to an outlet opening 5. This means that the support 3 reaches a point A (see FIG. is arranged, which is virtually a vanishing point of the individual surfaces 3 '' of the support 3. This ensures that by gravity influence objects such as granules or powder or liquids, which are arranged on the support 3, always to point A (which a " However, the support in this first embodiment is not a rotationally symmetric funnel, so the effect of a funnel arises here, but the support is not a rotationally symmetric funnel with an outlet opening in the center. in that body or liquid is guided to the point A, which is arranged on the casing 2.

The point A (see Fig. 2) is in the shown in Fig. 1 in the finished state disposable container with the outlet opening 5 in coverage. Inside the disposable container 1 of FIG. 1, an inliner is arranged from a liquid-tight plastic film. The inliner is inside the disposable container, resting on the support 3, arranged. In this way, a liquid or a pasty medium such as spatula or plaster in the raw state or a dispersion paint in the liquid state in the container interior can be kept without the support 3 or the inner shell 2 b or the outer jacket 2 a are wetted with the liquid. Only one inliner opening is connected to the outlet opening, so that the liquid can be removed from the outside of the container.

Here, it is easy to see that in the area around the point A a "compartment" 4 is arranged, which catches the load on the support 3 at the point of highest load. The compartment has one such that the support 3 or the support surfaces 3 "'lie flat on the ribs of the compartment 4. As a result, the state shown in FIG. 2 is maintained and it is ensured that the liquid to be discharged always flows to the lowest point A in terms of flow In this case, the compartment 4 can also be designed as an integral folding cross-section or a plurality of folding cross-sections which can be connected to one another, wherein the compartment 4 can be screwed and / or glued and / or stapled to the inner jacket 2a.

It is particularly noteworthy that all of the flat components described above (for all embodiments) can be designed as Faltquerschnitte. It is particularly appropriate to produce the folding cross sections of uncoated cardboard. This is particularly cost-effective and also feasible with simple technical means. In the case of uncoated cardboard, the container shown in FIG. 1 may additionally be surrounded by an outer plastic film against the influence of moisture. In addition, it is ensured by the liner lining in the interior of the disposable container that also here the cardboard does not come into contact with liquid.

Of course, it is also possible that the folding cross sections can be made of liquid-tight coated cardboard or of a plastic composite material. Of course, it is also possible to produce the entire container "en bloc" or the individual parts by injection molding, etc.

FIGS. 4a to 4e show the above-mentioned folding cross sections in the unfolded state. These cross sections can all be made, for example, by punching cardboard. Fig. 4a shows here the support 3 with the edge portions 3 '. Fig. 4b shows the outer shell 2a with a perforation for the outlet opening 5. Fig. 4c shows the compartment, which is shown in Fig. 3 in the folded state, of two nested folding cross sections. Fig. 4d shows the unfolded blank of two inner shells 2b. It should be noted that the height of the inner casing 2b (dimension a) is smaller than the height of the outer casing 2a (dimension b, see Fig. 4b, by this height difference, the capacity of the disposable container is adjustable). Finally, Fig. 4e shows a lid or bottom 7 in the unfolded state (for the folded state, see Fig. 1).

5a shows a cross section of a second embodiment of the interior design of a disposable container according to the invention. This is also a disposable container 1a for filling with liquid, pasty or free-flowing media, which has a cross-sectionally polygonal coat and disposed within the shell support 3a, wherein the support is disposed sloping within the shell and a collection area 10 of the support with an outlet opening 5 is connectable to the jacket for the passage of the media. This embodiment is particularly characterized in that the collecting region 10 of the support 3a is spaced from the outlet opening 5 and the container has a passage shaft 11 which is arranged between collecting area and outlet opening.

In Fig. 5a, a cross section of a second embodiment of the disposable container 1a is shown. This has all of the features previously described unless otherwise stated below. So this is also a clam shell construction with an inner sheath 2b and arranged around it an outer sheath 2a. In this coat, a bottom structure 13 is attached to the bottom. This floor structure 13 has a passage shaft 11, which connects the outlet opening 5 with the collecting area 10. On the floor structure 13, a plate-shaped partition structure 14 is attached, which, like the underlying floor structure 13 is also octagonal and which has a passage opening in the collecting area 10. On the separating structure 14, a tilting structure 12 is deposited, which is thus supported on the separating structure 14 and the underlying soil structure 13. The tilt structure is substantially octagonal and has a substantially conical or funnel-shaped octagonal cut around its central axis. At its center, it has a collecting area 10, which is arranged essentially centrally (relative to the horizontal) in the container.

On the tilt structure 12, a support 3a is placed, which consists of a multi-piece folding cross-section. This has creases, which run to corners of the jacket. The support, which is stably supported on the tilt structure, is bent in the region of the upper edges of the inner jacket 2b, so that a fixation of the support takes place.

An inliner is placed on the overlay. This preferably consists of a plastic film, which is liquid-tight and thus is able to store in particular liquid media. The inliner is substantially tubular, but constructed with variable cross-section. At one end If the liner is slipped over the top edge of the outer shell 2a and fixed there on the outside about tape over. The inliner then tapers in its cross section along the tilting structure down to the collecting area 10. From there, a "long neck" of the inliner is guided from the collecting area to an outlet opening 5. There in the region of the outlet opening, an inliner opening 16b is connected to the outlet opening (see above description for the other embodiment). Here, for example, a 3-inch connection for removing media from the inliner can be provided accordingly. Thus, it is thus possible to remove material filled into the container, which moves along the incline of the tilting structure towards the collecting area, from the outlet opening 5. It should again be noted that all additional information on the embodiment shown here in Figure 5a can be taken from the above description, such as material specifications (preferably corrugated cardboard), the fixation on standard containers, the dimensions, etc.

FIG. 5b shows a plan view of the section from FIG. 5a. Here it can be seen that it is an octagonal cross section (with bending edges 3a of the support 3), and that along the dashed line (which shows the passage shaft 11) of the inliner 16a is feasible.

For details of the tilt structure, reference is made to FIGS. 6a-6c. For details of the support 3a, reference is made to Fig. 6d. For details of the separation structure 14, reference is made to FIG. 7. For details of the soil structure, reference is made to FIGS. 8a-8d, for details of the sheath, reference is made to Figs. 9a and 9b referenced.

FIG. 6a shows a plan view of a tilting structure 12. It consists of two octagonal plates 12a of different size, which are recessed octagonally inside and have slots for inserting triangular plate structures 12b. The fact that the lower first plate 12a has a smaller inner cutout and the corresponding triangular structure of the plates 12b results in a "stadium-shaped" structure, in the middle of which an opening 12c (corresponding to the collecting area 10) is provided.

FIG. 6d shows a part of a support 3a. This has surfaces 3a '' ', which are connected to one another via folding edges 3a' 'and which can be deposited on the tilting structure 12 such that the bending edges run towards corners of the jacket 2 (formed from 2a and 2b) 3a tabs 3a 'are provided, which are bendable over the upper edge of the inner shell 2b to "hang" the pad there. "The rectangular section adjoining the tabs serves to bridge the vertical distance until the incline of the tilt structure is established.

FIG. 7 shows a separating structure 14 on which the tilting structure 12 is deposited. In the center of this octagonal plate, a square hole 14 a is provided, which is arranged corresponding to the collecting area 10.

FIG. 8 a shows a top view of the floor structure 13. This has an exterior octagonal course and a grid-like course in the direction perpendicular to the page plane. In the middle right area shows the soil structure Recesses in the form of the passage shaft 11.

Figures 8b to 8d show individual plate-shaped cross-sections, from which the soil structure 13 can be built as a plug-in system. Here, the plate-shaped cross-sections in their intersection region of the passage shaft 11 corresponding recesses. 13a) have recesses 15a, plate-shaped cross-sections 13b (see FIG. The remaining plug-in cross sections follow the structure of the part 13c of Figure 8d. The number of slots in the cross sections, in particular in the cross sections 8c and 8d may vary, depending on how wide they are.

Figures 9a and 9b show unfolded cross sections of the jacket. FIG. 9 a shows an inner jacket 2 b, which has a hole, which is part of the later outlet opening 5. The outer sheath 2a arranged thereon has a longitudinal slot, which is hereby brought into coincidence, so that the outlet opening 5 is accessible from the outside.

It should again be noted that all cross sections of the second embodiment of sheet materials, in particular corrugated board can be produced and thus are lightweight and easy to reuse with maximum stability.

Claims (29)

Disposable container (1, 1a) for filling with liquid, pasty or free-flowing media, which has a polygonal cross-section jacket (2) and a disposed within the shell support (3, 3a), wherein the support is disposed within the shed sloping and a Collection area (10) of the support is connected to an outlet opening (5) on the jacket for the passage of the media. Disposable container (1) according to claim 1 for filling with liquid, pasty or free-flowing media, which has a polygonal cross-section jacket (2) and a disposed within the shell support (3), wherein the support within the shell to an outlet opening (5) is arranged sloping down the jacket. Disposable container according to one of the preceding claims, characterized in that the support (3) has a one-piece or multi-piece folding cross-section. Disposable container according to claim 3, characterized in that bend edges of the one-piece or multi-piece folding cross section of the support (3) to corners of the jacket (2) leak out. Disposable container according to one of the preceding claims, characterized in that the support (3) is conically supported by a compartment (4). Disposable container according to claim 5, characterized in that the compartment (4) is designed as a one-piece or multi-piece folding cross-section. Disposable container according to one of claims 7 or 6, characterized in that the compartment (4) with the jacket (2) screwed and / or glued and / or stapled. Disposable container according to one of the preceding claims, characterized in that the jacket (2) consists of an inner (2b) and an outer jacket (2a) is constructed. Disposable container according to claim 8, characterized in that the support (3) is at least partially kinked over the inner casing (2b) for fixing the support (3) on the jacket (2). Disposable container (1a) according to claim 1, characterized in that the collecting area (10) of the support (3a) from the outlet opening (5) is spaced and the container has a passage shaft (11) which is arranged between collecting area and outlet opening. Disposable container according to claim 10, characterized in that the collecting area (10) is arranged substantially centrally in the container. Disposable container according to one of claims 10 or 11, characterized in that the support (3a) has a one-piece or multi-piece folding cross-section. Disposable container according to claim 12, characterized in that kink edges (3a '') of the one or multi-part Faltquerschnittes the support (3a) to corners of the shell out. Disposable container according to one of the preceding claims, characterized in that the support is supported on a tilt structure (12). Disposable container according to claim 14, characterized in that the tilting structure (12) is designed as a plug-in system of plates (12a, 12b), as compartments or the like. Disposable container according to claim 14, characterized in that the tilting structure (12) has on its underside an opening (12c) for the passage of media. Disposable container according to claim 14, characterized in that the tilting structure (12) is placed on a floor structure (13). Disposable container according to claim 17, characterized in that between tilting (12) and bottom structure (13) a preferably plate-shaped separating structure (14) is arranged, which has an opening (14a) for passing the media. Disposable container according to claim 17, characterized in that the floor structure (13) has a structure for horizontal support of the tilt structure (12), wherein recesses (15a, 15b) are provided which form portions of the passage shaft (11). Floor structure according to claim 17, characterized in that this as a plug-in system as a plate-shaped Cross sections (13a - 13c) is formed. Disposable container according to one of the preceding claims, characterized in that the support (3, 3a), the jacket (2) and further folding or plate cross-sections (4) made of coated or uncoated cardboard or of a plastic composite material. Disposable container according to one of the preceding claims, characterized in that the jacket (2) has an octagonal cross-section. Disposable container according to one of the preceding claims, characterized in that inside the jacket (2) an inliner (16a) of liquid-tight material is arranged, which on the support (3, 3a) can be placed, wherein an inliner opening (16b) with the outlet opening ( 5) is connectable. Disposable container according to one of the preceding claims, characterized in that the outlet opening and / or the inliner opening (16b), for example, has a 3-inch connection. Disposable container according to one of the preceding claims, characterized in that the capacity of the disposable container over 100 kg, preferably over 500 kg, more preferably above 950 kg. Disposable container according to one of the preceding claims, characterized in that the height of the disposable container is more than 1 m, preferably more than 1.30 m. Disposable container according to one of the preceding claims, characterized in that it has on its underside a bottom which is connected to a pallet (6). Disposable container according to one of the preceding claims, characterized in that the center of the outlet opening (5) about 10 - 40 cm, preferably 10 - 30 cm, particularly preferably 10 - 20 cm above the lower edge of the disposable container (1). Disposable container according to one of the preceding claims, characterized in that the disposable container (1) in the deflated state with an underlying pallet (6) has a total of 30 - 50 kg, preferably 35 - 45 kg mass.

Images