JPH08318948A - Stackable container - Google Patents

Abstract

PURPOSE: To improve stacking possibility of closed containers having a simple structure. CONSTITUTION: Containers 1, 14 are formed of a cylindrical container bodies 2, 15 which can be closed by the bottom face and a lid 4. The container is provided with a support face by which it is made stackable in the closed state. In order to enhance the stacking stability, the support face is arranged so that the container body is slightly protruded 9, 10 to the adjacent container body when the containers are stacked.

Description

Detailed Description of the Invention

The present invention comprises a tubular container body, a bottom surface and a lid for closing the container body, and a support surface for stacking vertically and for preventing horizontal and vertical movement of the closed containers. Regarding the container.

From EP 595497 A2 is known a container which has a cylindrical container body and a bottom surface and which can be closed with a lid. A plurality of containers are stacked one on top of the other with the lids closed, with each container being stacked by its bottom surface on a lid that is closed in essentially the same row of the next container.

For stacking, known constructions provide a support surface for blocking the movement of stacked containers one above the other. Each of these support surfaces is provided on the lid. In doing so, it is provided that the molding element protruding from the lid prevents horizontal sliding movements, and that the flat surface of the lid establishes the vertical position of the container.

From DE 3739547 C2 is known a pot or cup-shaped container whose opening is closed by a sealing foil. Multiple containers can be stacked one above the other with the openings not closed. When stacking, each container body goes into the next container body,
There, the filling space is reached. Stable loading of closed containers is not possible.

The object of the present invention is to improve the stackability of closed containers in a simple structure of the container.

This object is achieved by providing a support surface such that the body of a container projects into the body of the next container during stacking of the containers.

Because the container bodies project into the adjacent container bodies, the support surfaces can be shaped and arranged to improve stacking stability, especially stability to prevent lateral tipping.
This allows a structure in which the supporting surfaces of two adjacent containers can be brought into close contact with each other on a sufficiently large flat area during stacking.
When stacked, the containers are in a position in which they fit one another on the longitudinal section.

A container body in the sense of the present invention is considered to be the tubular portion of the container in its entire axial extent. In this case, the tubular part is formed by a single wall over its entire axial extent, or for example an edge protruding from the lid or the bottom part of the longitudinal part of the tubular part alone or in combination with said wall. It does not matter whether it forms.

In order to allow a container body to project into an adjacent container body, the container lid and / or the bottom surface must be in a lowered arrangement relative to the longitudinal edges of the container body according to the definition above. Unless one of the support surfaces is provided on the lid or bottom, the container bodies projecting into the adjacent container body need not contact the lowered lid or bottom. In any case, the container body does not reach the filling space portion of the adjacent container body.

The invention is applicable in containers of arbitrary cross section, but containers of different cross sections over their length, eg conical containers, may also be covered.

In an advantageous arrangement, it is provided that a supporting surface is provided in the region of the outer peripheral edge, which serves to prevent horizontal movement at the two longitudinal ends of the container body. This allows a particularly simple structure. No molding on the bottom or flat portion of the lid is required.

The supporting surfaces in this case are stacked such that the supporting surface at the first longitudinal end matches the supporting surface at the second longitudinal end, ie the first and second supporting surfaces are stacked with respect to their shape and arrangement. The supporting surfaces of the first longitudinal end of the containers are adapted to each other so as to abut the corresponding supporting surface of the second longitudinal end of the adjacent container. Thus, corresponding support surfaces are formed and arranged such that they are juxtaposed or intricately fit together, for example in a curved shape. The container body forms a cavity at one longitudinal end, but the other longitudinal end of an adjacent container can be inserted into this cavity at a predetermined length during stacking.

Regarding the arrangement of the support surface, it is basically not important whether the bottom surface or the lid of the container is arranged at the vertical end of the container body.

The supporting surface may be provided on the wall surface of the container body, the bottom surface of the container or the lid. In this case, the lid can be rigidly connected to the container body, or it can be detachable from the container body, for example for reclosing.

When the support surface is provided only on the wall surface of the container body, the lid can be formed by any method.
This has the additional advantage that the containers can be stacked even when they are open, with the lid position being the same as for closed containers.

Advantageously, the support surface is provided consistently in the circumferential direction of the container body.

In an advantageous arrangement, the support surfaces, which serve to prevent horizontal movement, are arranged such that they extend at least approximately parallel to the axis of the container body. This gives a particularly good stability of the stack against tilting. However, the support surfaces do not have to be arranged exactly in parallel. For example, the support surface may be inclined with respect to the axis of the container, or may exhibit a bend intersecting in the outer peripheral direction, and may be curved, for example.

In a further advantageous arrangement, the first support surface, which serves the function of blocking horizontal movement, is on the inner peripheral surface of the first longitudinal section of the container body provided at the first longitudinal end, and also against horizontal movement. It is provided that the second supporting surface performing the function of is provided on the outer peripheral surface of the second vertical section of the container body provided at the second vertical end.

Both corresponding support surfaces have an equal distance with respect to the axis of the container in this construction and, when they are provided at an angle, exhibit an equal inclination angle with respect to the axis of the container. The two container bodies can support each other in the horizontal direction over a relatively large plane area of adjacent support surfaces.

The longitudinal sections can have a greater axial area than at the bearing surfaces provided on them.

The longitudinal section may advantageously be formed by the wall of the container body. However, the longitudinal sections can also be formed by edge sections which respectively project from the lid or the bottom surface. In this case, the protruding edge section of the lid or the bottom can also cooperate with the wall surface of the container body to form said longitudinal section. The edge section can abut either inside or outside the container body.

The longitudinal section may include an additional layer of reinforcing material, which is formed, for example, by another reinforcing ring, said edge section of the bottom or lid or a folded section of the wall. This additional layer of material further enhances stacking stability. The supporting surface provided on the longitudinal section can be arranged on the wall itself, on the folded section of the wall, on the edge section of the lid or on the bottom or on another reinforcing ring attached to the longitudinal section.

A first support surface, which serves the function of blocking horizontal movement, is provided at said first longitudinal end such that it extends along the inner peripheral surface of the container body in the cavity. The second supporting surface, which functions to prevent horizontal movement, is provided such that it extends along the outer peripheral surface of the container body at the second longitudinal end. The first and second support surfaces extend congruently with respect to the axis of the container at the same distance from each other so that when two adjacent containers fit together, the first support surface of one container is the second support surface of the other container. Put on the face.

Since the first supporting surface in the first vertical section is provided on the inner peripheral surface and the second supporting surface in the second vertical section is provided on the outer peripheral surface, the second vertical section is divided into the first vertical section. It should be placed closer to the axis of the container than. This is because the second vertical division is first
This is achieved by being arranged axially offset from the container body as compared to the vertical section.

This offset arrangement results in the container body in the second longitudinal section having a smaller outer cross section than in the first longitudinal section. In this case, the outer cross section of the second vertical section corresponds to the inner cross section of the first vertical section.

The offset arrangement can be achieved by forming a conical, tapering container body over the length. The conical container body has a smaller outer cross section in the second longitudinal section than in the first longitudinal section.

The container body is formed to have an essentially equal cross section over its length, and there is a sharp radial reduction in the second longitudinal section and / or a sharp radial expansion in the first longitudinal section. It is also possible advantageously. Due to the abrupt radial reduction, the outer cross-section is smaller in the second longitudinal section. Due to the sudden radial expansion, the inner cross-section in the first longitudinal section becomes large.

In stacking the two containers, a longitudinal section with a small outer cross section, for example a radially reduced part of the container, is slightly inserted into the cavity of the adjacent container body. Corresponding support surfaces, which serve to prevent the horizontal movement of two adjacent containers, are in close contact with one another in a precise fit.

The support surface, which serves the function of blocking vertical movement,
Fix the vertical position of the stacked containers. These support surfaces extend at least approximately perpendicular to the axis of the container. This gives a particularly good support in the vertical direction. The support surface need not be exactly perpendicular to the axis. They may, for example, be inclined with respect to the perpendicular or exhibit a curve intersecting in the circumferential direction and may be curved, for example.

Said support surface, which serves the function of blocking vertical movement, can advantageously be provided on the flat section of the lid and / or on the flat section of the bottom surface. The lid can be arranged, for example, in the container main body so that the bottom surface of the adjacent container comes into close contact with the lid during stacking.

In an advantageous configuration, the supporting surface, which serves the function of blocking vertical movement, is provided at the two peripheral edges of the container body at the outer peripheral edge.

In a further advantageous arrangement, the first support surface at the first longitudinal end, which serves the function of blocking vertical movement, is at the front edge of the container body, and at the second longitudinal end, which serves the function of blocking vertical movement. It is provided that the second support surface is provided on the web protruding from the container body. In this embodiment, the vertical position of the containers is fixed without stack or bottom contact during stacking.

In a further advantageous configuration, the first support surface at the first longitudinal end, which serves to prevent vertical movement, is on a flat section of the lid or the bottom surface, and the second, which serves to prevent vertical movement.
It is provided that the support surface is provided on the front edge of the container body. In this embodiment, during stacking, the leading edge of the container body rests on the flat or bottom section of the adjacent container.

Further advantages and features will be apparent from the embodiments explained according to the following drawings.

The can-like container 1 shown in FIG. 1 comprises a cylindrical container body 2, a bottom surface 3 and a lid 4. The container body 2 basically has the shape of a hollow cylinder, but the longitudinal sections described below are provided with zones of reduced cross section.

The lid 4 is at the first longitudinal end 6 of the container 1,
The bottom surface 3 is fixed to the container body 2 in another known manner at another second longitudinal end 7 of the container 1. At this time, the flat section 12 of the bottom surface 3, the flat section 11 of the lid 4 and the container body 2
The wall surfaces 13 forming the outer shape of the above together form a cylindrical filling space 5 in which the filling material can be stored.

Another container 14 is partially shown in FIG. 1, which is structurally similar to container 1.
Similarly, the container 14 includes a container body 15, a bottom surface and a container 14
It comprises a lid 17 fixed to the first longitudinal end 16 of the. Here too, the flat section of the bottom surface and the flat section 21 of the lid 17 cooperate with the wall surface 22 of the container body 15 to form a cylindrical filling space 18.

The two longitudinal ends 6 and 7 of the container 1 and the two longitudinal ends of the container 14, of which only the longitudinal end 16 is shown, are shaped so that they allow the stacking of a plurality of containers 1,14. Has been done. As can be seen from FIG. 1, the container 1 is stacked on a container 14 of the same construction. Here, the second vertical end 7 of the container body 2 is slightly inserted into the first vertical end 16 of the container body 15. The first vertical end 6 of the container 1 is also the container 14
Since it is formed similarly to the first longitudinal end 16 of, it would be possible to stack additional containers not shown in the drawings there.

The stacking ability of the containers 1 and 14 is realized by the special structure of the both longitudinal ends 6, 7 and 16 of the containers 1 and 14 as described above, which will be described below.

At the first longitudinal end 6 of the container 1, the flat section 11 of the lid 4 is slightly lowered axially inside the container body 2 so that a cylindrical shape is formed in the first longitudinal section 9 adjacent to the front edge. A void having the shape of the hollow space 8 is formed. Similarly, at the first longitudinal end 16 of the container 14, the correspondingly lowered arrangement of the lid 17 forms a first longitudinal section 20 with a cylindrical hollow space 19.

The first vertical section 20 of the container 14 with the cylindrical hollow space 19 comprises a wall 22 of the container body 15 and a lid 1.
Made by proper molding of 7.

Since the wall surface 22 of the container body 15 is bent in the direction of the axis 23, a ring-shaped web 30 (see FIG. 2) extending in the radial direction can be obtained.
4 leading edge. Following the web 30, the wall 22 is further folded, that is to say in the direction of the lower arranged flat section 21 of the lid 17 of the container 14, so that the section of the wall 22 which extends essentially parallel to the axis 23. 31 will be formed.

The lid 17 is bent away from the filling space 18 at its edge. The resulting edge section 34 of the lid 17, which projects from the flat section 21, adjoins the inside of the wall 22 and is covered by the section 31 of the folded wall 22. This allows
The first vertical section 20 of the container body 15 is formed with a section having a plurality of material layers. The inner cross section of the first longitudinal section 20 of the container 14 and thus also the cross section of the cylindrical hollow space 19 is determined by the arrangement and the direction of extension of the bent section 31.

The container body 2 of the container 1 has the second vertical end 7 thereof.
At a second longitudinal section 10 with a radial reduction. This reduces the outer cross section at this location.
This reduction is due to the hollow space 19 in which the container 1 with the second vertical section 10 is formed in the first vertical section 20 of the container 14.
To be inserted into. In this case, the outer cross section of the second vertical section 10 corresponds to the inner cross section of the first vertical section 20.

The second vertical section 10 with radial reduction is
Made by proper molding of the wall 13. As can be seen from FIG. 2, at the second longitudinal end 7 of the container 1, the wall surface 13 of the container body 2 is bent so as to form a ring-shaped web 24 protruding inward of the container 1. This web 24 is oriented radially, i.e. it is parallel to the flat section 12 of the bottom surface 3. Therefore, it is a flat section 11, 12, 21 of the bottom surface 3 and a lid 4,
Like 17 (see FIG. 1), it is oriented perpendicular to an axis 23 passing through the containers 1, 14.

As can be seen in more detail from FIG. 2, following the web 24, the wall surface 13 is further folded, ie away from the filling space 5. This results in the formation of a bent section 26 of the wall surface 13 which extends parallel to the axis 23 (see FIG. 1). Due to the axial extension of this section 26, the container 1 has a reduced outer cross-section, so that said second longitudinal section 10 with a radial reduction is formed in this part.

The wall 13 is further folded following the section 26, ie in the direction of the filling space 5 of the container 1. This inner section 27, which is oriented in the direction of the filling space 5, adjoins the section 26, so that the two sections 26, 27 of the second longitudinal section 10 form two layers of material.

The bottom surface 3 has at its edge part an edge section 29, which projects from the flat section 12 of the bottom surface 3. The edge section 29 adjoins the inside of the wall surface 13 and is covered by the inner section 27 of the wall surface 13 facing the filling space 5 and the bottom surface 3. In the adjoining part, the edge section 29 is joined to the container body 2, preferably by heat sealing.

The container 1 projects, as already mentioned, into the first longitudinal section 20 of the container 14 with its second longitudinal section 10. In this case, the container body 2 comes into close contact with the container body 15 with an accurate fit as described below.

At the first longitudinal end 16 of the container body 15, a surface is formed in the web 30 which is oriented radially, ie extends perpendicular to the axis 23, which is the first support of the container 14 against vertical movement. Formed as surface 32. In the first longitudinal section 20 of the container body 15, a surface oriented parallel to the axis 23 is formed, which extends on the inner peripheral surface of the first longitudinal section 20 or in the folded section 31,
It functions as the first support surface 33 of the container 14 for horizontal movement.

At the second longitudinal end 7 of the container body 2, the web 24
At, a surface is formed which is radially oriented, ie extends perpendicular to the axis 23, which is formed as a second bearing surface 25 for vertical movement in the container 1. In the second longitudinal section 10 of the container body 2 having a radial reduction, the shaft 23
A surface oriented parallel to the
It extends on the outer peripheral surface of the vertical section 10 and functions as a second support surface 28 for horizontal movement of the container 1.

The second support surface 28 of the container 1 is in close contact with the first support surface 33 of the container 14 by precise fitting. This achieves the prevention of horizontal movement. The second support surface 25 of the container 1 is brought into close contact with the first support surface 32 of the container 14 by precise fitting. This achieves the prevention of vertical movement.

The containers 35 and 44 shown in FIG. 3 are the same as those shown in FIGS.
It is structurally almost the same as the containers 1 and 14 of FIG.

In the first vertical end portion of which only the vertical ends 46 are shown, the containers 35, 44 are
Matches 4. That is, the container body 45 of the container 44 is joined with the lid 17 in said part, in which case the flat section 21 is oriented perpendicular to an axis corresponding to the axis 23 of FIG. 1 but not shown in FIG. Has been. Since the lid 17 is arranged so as to be lowered, a hollow space corresponding to the hollow spaces 8 and 19 in FIGS. 1 and 2 is formed.

In the second vertical end portion, of which only the vertical end 37 is shown, the containers 35 and 44 are
Different from 4. That is, the container body 36 of the container 35 that is structurally the same as the container 44 is denoted by 45 in FIG.
Like the container body 2 of the container 1 shown in FIG. 1, it has at its second longitudinal end 37 a second longitudinal section 38 with a radial reduction.
This longitudinal section 38 also has an outer cross section equal to the second longitudinal section 10 with the radial reduction of the container body 2 shown in FIG. However, the second vertical section 38 differs from the second vertical section 10 in that the section 39 of the vertical section 38, which extends perpendicularly to the direction towards the lid 17, has a greater axial length than the corresponding section 26 of the container body 2. different. This large axial length of the second longitudinal section 38 makes it possible for its leading edge 40 to reach the flat section 21 of the lid 17. Therefore, the front edge 40 forms a second support surface 41 for vertical movement of the container 35 on its front surface.

In the flat section of the lid 17, a first bearing surface 47 for vertical movement is formed. First support surface 4
Since the 7 and the second support surface 41 are in close contact with each other, the container 35,
The 44 vertical positions are established.

In the vertically extending section 39 of the second vertical section 38, the second support surface 42 for horizontal movement of the container 35 is fixed. This second support surface 42 is also arranged similarly to the second support surface 28 of the container 1. The only difference between it and the second support surface is its large axial length. The second support surface 42 is the first of the container 44 described in detail with reference to FIG.
It adheres to the support surface 33 with a precise fit. This allows
Horizontal movement is blocked.

In another embodiment, not shown, the body of the container is formed in the shape of a light cone, in which case the support surface is similar to the previously described embodiments in terms of voids and sudden radial reduction. It is provided in the part.

The containers 94 and 48 shown in FIG. 4 are the same as those shown in FIGS.
It is structurally almost the same as the containers 1 and 14 of FIG. At the first longitudinal end portion of which only the longitudinal end 16 is shown, the containers 94, 48 coincide with the containers 1, 14.

In the second vertical end portion, of which only the vertical end 51 is shown, the containers 94, 48 are
Different from 4. That is, the container body 49 of the container 94, which is structurally the same as the container 48, has a second longitudinal end 51 with a radial reduction at its second longitudinal end 51, like the container body 2 of the container 1.
It has a vertical section 52. This longitudinal section 52 also has an outer cross section equal to the second longitudinal section 10 of the container body 2 shown in FIG. The second vertical section 52 is also provided with a vertically oriented support surface 53 extending in the outer peripheral direction with respect to horizontal movement.

The container body 49 differs from the container body 2 due to the different configuration and arrangement of the bottom surface 55 provided on the second vertical end 51. The bottom surface 55 has a protruding edge with an edge section 56, which is guided to the extent of the second longitudinal section 52, where it is completely covered by the folded section 57 of the wall 13 of the container body 49.

Similarly to the containers 1, 14, 35, 44, 94 and 48 shown in FIGS. 1 to 4, the containers 58 and 59 shown in FIG. 5 have container bodies 60 and 61 having basically cylindrical shapes. Have. The longitudinal ends 62, 63 of the container bodies 60, 61 are provided with longitudinal sections 64, 66 which are arranged such that the container 58 can slightly project into the first longitudinal end 63 of the container 59 with the second longitudinal end 62. To be done.

The second vertical section 64 of the container body 60 is displaced from the first vertical section 66 of the container body 61 in the direction of the axis (not shown) of the containers 58 and 59 corresponding to the axis 23 of FIG. Has been done. In this case, the outer cross section of the second vertical section 64 corresponds to the inner cross section of the first vertical section 66.

Of course, the outer cross-section of the second vertical section 64 is not smaller than the outer cross-section of the part which follows the second vertical section 64 in the axial direction. That is, there is no radial reduction. The offset arrangement is obtained by forming a radial expansion in the first longitudinal section 66. In the area of the first vertical section 66, the outer cross section of the container body 61 is enlarged compared to the area axially adjacent to the first vertical section 66.

The container 58 slightly protrudes into the container 59. FIG.
In the position shown in FIG. 3, the vertically oriented second support surface 65 provided on the second vertical section 64 is in close contact with the vertically oriented support surface 67 provided on the first vertical section 66. The horizontally oriented support surface 69 provided on the second vertical end 62 of the container body 60 is in close contact with the horizontally oriented support surface 68 provided on the first vertical end 63 of the container 59. Similar to the embodiment of FIG. 3, the horizontally oriented support surface 68 is provided on the lid rather than on the container body 61.

The containers 70 and 71 shown in FIG. 6 have container bodies 72 and 73 having a basically cylindrical shape. The vertical ends 74 and 75 of the container bodies 72 and 73 are provided with horizontally oriented support surfaces 80 and 81, which are in close contact with each other at a position projecting inside the containers 70 and 71 shown in FIG. Support faces 7 oriented vertically at the longitudinal ends 74, 75
There are longitudinal sections 76,77 having 8,79, which fit closely at the location projecting inside the containers 70,71.

The second vertical section 76 provided at the second vertical end 74 of the container body 72 has a larger vertical section than that of the first vertical section 77 provided at the first vertical end 75 of the container body 73. They are arranged offset in the axial direction. This offset arrangement is the second
Achieved by radial reduction of the longitudinal section 76 and also by radial expansion of the first longitudinal section 77.

The containers 95 and 82 shown in FIG. 7 each have a conical shape. Container body 8 of containers 95 and 82
The cross section of 3, 84 continuously decreases in the longitudinal direction of the containers 95, 82. The second vertical section 88 provided on the second vertical end 85 of the container body 83 has a smaller outer cross section than the first vertical section 87 of the container body 84 provided on the first vertical end 86. As can be seen from FIG. 7, the arrangement of the second longitudinal section 88, which is offset in the direction of the axis 93 of the container bodies 83, 84 compared to the first longitudinal section 87, results in a conical shape of the vessels 95, 82.

In FIG. 7, the container 95 has its second vertical end 8
5 slightly protrudes into the first vertical end 86 of the container 82. In this position, the bearing surface 90 provided in the second longitudinal section 88, which is essentially vertically oriented but slightly inclined depending on the conicity, is a bearing surface 89 of the same orientation of the first longitudinal section 87. Stick to. A horizontally oriented support surface 92 provided on the second vertical end 85 of the container 95 is in close contact with a similarly oriented horizontal support surface 91 provided on the first vertical end 86 of the container 82.

The container does not necessarily have a circular cross section. The cross section may be a rectangular shape or a shape with rounded corners as a modification.

The container is preferably manufactured from a cut piece of coated cardboard.

[Brief description of drawings]

FIG. 1 is a vertical cross-sectional view of a cylindrical container.

FIG. 2 is an enlarged partial view of a portion II of the container of FIG.

FIG. 3 is an enlarged partial view of another embodiment of a cylindrical container similar to the partial view of FIG. 2.

FIG. 4 is an enlarged partial view of another embodiment of a cylindrical container similar to the partial view of FIG. 2.

5 is an enlarged partial view of another embodiment of the cylindrical container similar to the partial view of FIG. 2. FIG.

FIG. 6 is an enlarged partial view of another embodiment of the cylindrical container similar to the partial view of FIG. 2;

FIG. 7 is a vertical cross-sectional view of a conical container similar to the cross-sectional view of FIG.

[Explanation of symbols]

 1 Container 2 Container Body 3 Bottom Surface 4 Lid 5 Filling Space 6 Vertical Edge 7 Vertical Edge 8 Hollow Space 9 First Vertical Section 10 Second Vertical Section 11 Flat Section 12 Flat Section 13 Wall Surface 14 Container 15 Container Main Body 16 Vertical Edge 17 Lid 18 Filling space 19 Hollow space 20 First vertical section 21 Flat section 22 Wall surface 23 Shaft

Claims (17)

[Claims] 1. A container having a tubular container body, a bottom surface and a lid for closing the container body, and a support surface for vertically and vertically stacking the closed container to prevent horizontal and vertical movement of the closed container. , Container (1,14; 35,4
4; 94, 48; 58, 59; 70, 71; 95, 8
When stacking 2) the containers (1; 35; 94; 58; 7
0; 95) body (2; 36; 49; 60; 72; 8
3) is the next container (14; 44; 48; 59; 71; 8
2) the supporting surface (25, 28, 32, 33; 4) so as to project into the body (15; 45; 50; 61; 73; 84).
1, 42, 47; 53; 65, 67, 68, 69; 7
8, 79, 80, 81; 89, 90, 91, 92). 2. A container body (2, 15; 36, 45; 4)
9,50; 60,61; 72,73; 83,84) 2
Two vertical ends (6,7,16; 37,46; 51; 62,6
3; 74,75; 85,86) supporting surfaces (28,33; 42; 53; 6) which serve to prevent horizontal movement.
5, 67; 78, 79; 89, 90) is provided in the range of the outer peripheral edge, The container according to claim 1. 3. A support surface (28, 33; 42; 53; 65, 67; 78, 79; which functions to prevent horizontal movement.
89, 90) is the container body (2, 15; 36, 45; 4
Container according to claim 1 or 2, characterized in that it extends at least approximately parallel to the axis (23; 93) of 9, 50; 60, 61; 72, 73; 83, 84). 4. The first bearing surface (33; 67; 79; 89), which functions to prevent horizontal movement, has a first longitudinal end (6, 1).
6; 46; 63; 75; 86) and the inner peripheral surface of the first longitudinal section (9,20; 66; 77; 87) of the container body (15; 45; 50; 61; 73; 84) And a second support surface (28; which serves the function of blocking horizontal movement).
42; 53; 65; 78; 90) is the second vertical end (7; 3)
7; 51; 62; 74; 85) outside the second longitudinal section (10; 38; 52; 64; 76; 88) of the container body (2; 36; 49; 60; 72; 83) The container according to claim 1, wherein the container is provided on the outer peripheral surface. 5. The longitudinal section (20) is an edge section (34; 56) protruding from the lid (4; 17) or the bottom surface (3; 55).
The container according to claim 4, comprising: 6. Vertical divisions (9, 10, 20; 38; 52;
64, 66; 76, 77; 87, 88) are container bodies (2, 15; 36, 45; 49, 50; 60, 61; 7
2, 73; 83, 84) wall surface (13, 22). 7. Vertical divisions (9, 10, 20; 38; 52;
64, 66; 76, 77; 87, 88) are container bodies (2, 15; 36, 45; 49, 50; 60, 61; 7).
Container according to claim 5 or 6, characterized in that it comprises a material layer (27, 31, 34; 56, 57) which reinforces the wall surface (13, 22) of the 2, 73; 83, 84). 8. The reinforcing material layer is a container body (2, 15; 4).
Bent section (2) of wall surface (13, 22) of 9)
Container according to claim 7, characterized in that it is formed by 7, 31; 57). 9. Container according to claim 7 or 8, characterized in that the first support surface (33), which functions to prevent horizontal movement, is provided in the innermost material layer (31). 10. The outermost material layer (26; 39) is provided with a second bearing surface (28; 42) which functions to prevent horizontal movement.
The container according to claim 7, which is provided in the container. 11. A second vertical section (10; 38; 52; 6).
4; 76; 88) is the first vertical section (20; 66; 77; 8)
7) compared to the container body (2,15; 36,45; 49,
50; 60, 61; 72, 73; 83, 84) axis (2
The container according to any one of claims 4 to 10, wherein the container is arranged so as to be deviated in the 3; 93) direction. 12. A support surface (25, 32; 41, 47; 68, 69; 80, 81; which serves the function of blocking vertical movement.
91, 92) are container bodies (2, 15; 36, 45; 4)
9. Container according to claims 1 to 11, characterized in that it extends at least approximately perpendicularly to the axis (23; 93) of 9, 50; 60, 61; 72, 73; 83, 84). 13. At least one support surface (47; 68) which serves the function of blocking vertical movement, comprises a lid (4, 1).
Container according to claims 1 to 12, characterized in that it is provided on a flat section (21) of 7) or the bottom surface (3). 14. A support surface (25, 32; 41, 47; 68, 69; 80, 81; which serves the function of blocking vertical movement.
91, 92) are container bodies (2, 15; 36, 45; 4)
9,50; 60,61; 72,73; 83,84) longitudinal ends (6,7,16; 37,46; 51; 62,63; 7
The container according to any one of claims 1 to 13, wherein the container is provided at an outer peripheral edge of the container. 15. The first support surface (32) at the first longitudinal end (16), which serves the function of blocking vertical movement, has a container body (15).
A second supporting surface (25) at the front edge (30) of the container and at the second longitudinal end (7), which functions to prevent vertical movement, is provided on the web (24) protruding from the container body (2). The container according to claim 12, wherein the container is a container. 16. A first bearing surface (47; 68) at the first longitudinal edge (46; 63), which serves the function of blocking vertical movement, on the lid (17) or on the flat section (21) of the bottom surface, Container according to claims 12 to 15, characterized in that the second support surface (41; 69), which serves the function of blocking vertical movement, is provided on the front edge (40) of the container body (36; 60). 17. A container body (2, 15; 36, 45; 4)
9,50; 60,61; 72,73; 83,84) and / or bottom (3; 55) and or lid (4,4)
17. A container according to claims 1 to 16, characterized in that 17) is manufactured from cardboard or a laminate with at least one layer of cardboard.