DE1937652U - LARGE CAPACITY CONTAINER WITH CARRIER. - Google Patents

Description

RA- 661987 * 12/17/85

SUlILlChT GiJSiLiJSCHAPT: Hui. Hamburg, December 16, 1965

2 Hamburg 1

Dammtorwall 15

Large capacity container with carrying device

The subject of the present renewal is a device with a carrying device, preferably A cuboid large-capacity container with a carrying strap, which consists of a lateral part and tops and bottoms is made.

The container is designed as a large-volume packing primarily to accommodate larger! .. narrow, for example from 2 to 10 kg powdery i? üllgutes, such as washing powder or like that determined.

As far as the known large capacity containers have drum or j ^ imerform, they are Because of the circular shape, both when stored in an unfilled as well as in a filled state very space consuming. For this reason, preference is given to the cuboid shape, especially since also with this iOrm the advertising effect of the imprint comes into its own.

Such containers are already known in which the casing part is made of cardboard or uarton, while the upper and lower parts are made of different materials, for example Sheet metal or plastic are made. In order to give the shell part a better hold in the upper or lower part made of sheet metal or plastic. To give subdivisions, it is customary to provide them with a U-shaped channel running around and running parallel to their edge. This occurs at the Outside of the upper and lower parts as a protruding "bulge" in appearance. As a result, the containers lose a lot of their stackability.

j, he innovation according to the invention, provided with a carrying device, preferably a carrying strap, cuboid large-capacity container, which consists of a casing part and upper or lower part. Subdividing is made, is characterized in that along the inner wall of the trough-shaped upper and lower parts, several guide elements are attached at intervals to facilitate the introduction of the shell part into the upper and lower parts. For adjustment of the I Antel partly paperboard or cardboard and plastic is preferred for the upper and lower parts.

The large capacity container in accordance with the innovation is made by machine from the individual parts, before it is filled and sealed, which is also done by machine.

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For this purpose, the one-piece blank, glued in a known manner, Flat-lying jacket part erected and inserted into the lower part. To that To facilitate the introduction of the shell part into the lower or upper parts and thereby avoid machine malfunctions, these have several along the inner wall attached guide elements in the form of webs. These webs are towards beveled on the outer walls of the container so that they inevitably introduce the shell part into the correct position and at the same time its good Ensure support and fit. The attachment of the shell part to the upper or Dividing can be done by welding or gluing, but a glued connection with the help of a suitably wide Kaftband is preferred, which is applied by machine to the side walls of the upper and lower parts and the adjoining outer wall of the shell part. For stiffening plastic upper parts Shallow depressions and elevations in the lower parts or elevations in the upper parts and depressions in the lower parts can be provided. These correspond to one another in terms of position and dimensions, so that depressions or elevations of an upper part in elevations or depressions of a lower part when stacking the containers fit into each other, creating the stacked large capacity containers are protected against slipping. The jacket part has a tear-open device extending over three sides. This can be used as a tear strip or in the form of a strip delimited by weakening lines in the wall of the sleeve part. The carrying device, preferably a carrying strap, is below this tear-off device on the walls of the large-capacity container, expediently attached to the narrow sides by rivets. So that a protruding carrying strap when filling and stacking the large-capacity containers as well as with does not interfere with the removal of the product, its dimensions are in the upper and lower parts corresponding indentations are provided for inserting the same. Further its two ends can be provided with longitudinal slots corresponding to the dimensions of the rivet shafts, so that it can be moved back and forth in these.

The large capacity container according to the innovation can also be modified so that the at the bottom with a lower part closed casing part has four hinged flaps with which it is closed, as is known, after filling. It is expedient to have in the / iantelteil one in its scope and its height

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to use almost the same inner jacket made of cardboard or cardboard. Both the jacket part and the inner jacket can be coated on one or both sides with plastic, painted or in some other suitable way Way to be impregnated.

Examples of the large capacity pack according to the innovation are explained with the aid of the drawings. It represent;
Figure 1; the inside view of a tub-shaped upper or lower part made of plastic,

FIG. 2: the enlarged illustration of a guide element, FIG. 3; the external view of an upper or lower part with elevations and depressions,

Figure 4; the modification of an upper or lower part with recesses, Figure 5 ' the external view of a further modification for the upper or lower part, Figure 6: a finished large-capacity container provided with a carrying strap with a plastic upper and lower part,

FIG. 7: a large-capacity container according to FIG. 6 with an inserted carrying strap, FIG. 8: a partial view of the carrying strap inserted into the plastic upper part

in section and on an enlarged scale, FIG. 9: a modification of a large-capacity container provided with a carrying strap with a plastic upper and lower part,

Figure 10; a large-capacity container according to FIG. 9 with an inserted carrying strap, FIG. 11; an open large-capacity container according to Figure 9, Figure 12; a large-capacity container provided with a plastic lower part and on

Closure flaps hinged to its casing part and inserted inner casing, FIG. 13; a closed large-capacity container according to Figure 12, Figure 14; an open large-capacity container according to FIG. 12.

Figure 1 shows the inside of a part made of plastic (1), which can be used as both an upper and a lower part. The upper or lower part (1) has the shape of a square, flat tub or bowl, which is surrounded by four side walls (2). üvfclang of the inner wall (2) are in Distances several guide elements (3) in the form of upright, right-angled attached to the wall (2) facing pairs of webs.

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Such guide elements (3) are shown on an enlarged scale in FIG. They are connected to one another in pairs by an intermediate piece (4) running parallel to the wall (2) of the upper or lower part (1), whereby they form a get better hold. The paired guide elements (3) are at a distance A. attached away from the inside of the wall (2). This distance A directs depending on the thickness of the cardboard or cardboard from which the shell part (5) is made. The height of the webs (3) is dimensioned so that they around the wall (2) tower above a little. Their outward-facing edges are at the top bevelled, whereby an easy and safe insertion of the shell part (5) is guaranteed. It inevitably gets between the inside on this path the outer wall (2) and the guide webs (3), wherein it is firmly clamped between the guide webs (3) and the wall (2) and thereby a a firm hold and seat. The plastic part (1), viewed from its inside, has depressions (6) and elevations (7). These wells (6) and (7) correspond in mirror image on the outside of the plastic part (1) to the elevations or depressions shown in FIG.

In Figures 4 and 5, two further embodiments of a plastic Oberbzw. - Lower part shown. In addition to the elevations or depressions (6) and (7) already mentioned, the plastic part (i) shown in FIG. two further recesses located at the ends of the channel-shaped depression (7) (8th).

The example shown in Figure 5 of a plastic part (1) has from the Seen from the top, one that extends almost over its entire surface flat recess (9), so that only a circumferential edge (10) remains, which through two incisions made on opposite sides (11) is interrupted.

FIG. 6 shows a cuboid large-volume container provided with a carrying strap (12) shown, which consists of a shell part made of cardboard or cardboard (5) and the upper and lower parts (1) made of plastic. In the case of machine production, a square part (5) is assumed, which was made from a blank divided into four fields by connecting the two end fields with an adhesive flap in the usual way. This Shell part (5) is erected and then inserted into the lower part (i),

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wherein the webs (3) serve as guides. Both parts are attached through the circumferential pressure-sensitive adhesive tape (13). Below is the lanyard (12) fastened with the help of the rivets (14). The attachment of the lanyard is expedient on the two narrow side walls of the large-capacity container, namely as follows, that its fastening points come to lie below the intended tear-off device. After the still open container has been filled, it is displayed as a Closing cover serving upper part (1) in the same way as the lower part applied to the jacket (5). To close a large-capacity container, as shown in Figure 6, the embodiment shown in Figure 4 was a Upper part (1) related to the additional depressions (8). The cover part (i) is also fastened to the jacket part (5) with the aid of a pressure-sensitive adhesive tape (13). In this adhesive tape (13) is one over three wall sides extending tear thread (15) inserted.

FIG. 7 and, on an enlarged scale, FIG. 8, illustrate how the lanyard (12) is inserted in the form of a loop into the recess (8). As a result of the shortening, the lanyard (12) lies flat in the recess (7) so that it does not bother when the large-capacity containers are stacked on top of one another. Apart from this, that the flat elevations (6) or depressions (7) in the plastic upper or - Subdivide the stiffener, they also serve the purpose of slipping to prevent the stacked large-capacity containers. Elevations and Depressions an upper part and depressions and elevations of a lower part correspond to one another in terms of position and dimensions, so that depressions or elevations an upper part in elevations or depressions of a lower part when stacking the Container fit.

In Figure 9, an advantageous modification of the carrying device is shown, with whose help you can put the lanyard (12) flat on the container. To this The purpose of the carrying strap (12) is to have longitudinal slots (16) corresponding to the dimensions of the rivet shafts (14) at both ends. In these it can open and slide so that it can be inserted into the recess (7), as shown in FIG. 10 is shown.

FIG. 11 shows an open one provided with a plastic base and cover part (i) Large-capacity container after cutting the adhesive tape (13) on three sides with the aid of the tearing thread (15). The remainder of the adhesive tape on the fourth side of the wall (13)

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holds the cover part (1) in a hinge-like manner on the casing part (5). When opening of the cover, the edge region (17) of the dumbbell part (5) located between the inside of the wall (2) and the guide elements (3) is bent back. When you let go of the cover part (1) after it has been taken along, the container closes automatically as a result of the restoring forces inherent in the cardboard material.

The large-capacity container shown in FIG. 12 before filling shows another one Example of an embodiment of the large capacity container according to the innovation. He is made of a plastic lower part (1) and a shell part (5). Here, too, the lower part is, as already described above, with the aid of a pressure-sensitive adhesive tape (13) attached to the other shell part (5). Advantageously, this Embodiment the plastic lower part (i) shown in FIG. 5 is used. The cover part (5) has four hinged closure flaps (18) on the cover side and a tear-open device (15) extending over three sides, which from a narrow one, created by two lines of weakness, e.g. perforation lines, limited strips of the wall of the shell part (5). At both ends this tear strip (15) are each two small cutouts (19) to make it easier of capturing the linden trees. In the shell part (5) is a used in its scope and in its height almost corresponding, made of cardboard or cardboard inner jacket (20). The lanyard (12) which is attached to has the slots (16) at both ends, with the help of the rivets (14) attached slightly below the tear strip (15). After filling the box this is done in the usual way with the help of the four flaps (20), which are connected to one another be glued, closed and the strap (12) pushed down onto the top of the large-capacity container. This state is shown in FIG.

If the large-capacity containers are stacked on top of one another, the carrying strap (12) in the cutouts (11) of the lower part (1) of the container above it lie so that it doesn't get in the way. To open the filled pack the tear strip (15) is grasped at one end at the cutouts (19) and separated out, whereupon the large capacity container is after lifting the lid Can be opened and closed again. An opened container is shown in FIG shown.

The large-capacity container according to the invention has the advantage that it is during storage takes up a lot of space when unfilled, since it can only be produced by machine in a simple, economical manner before the start of the filling process can. Due to its cuboid shape, it is very space-saving. Through the The described design of the plastic upper and lower parts are the containers secured against slipping when stacking. The plastic lower parts also offer protection against soil moisture, especially when such with washing powder filled large-capacity containers can be used in laundry rooms. Towards cuboid The large-capacity container is also particularly effective in advertising, since imprints, brand images and the like are more effective with such a design than with one in a round shape.

Claims (10)

Protection claims 1. Manufactured from a shell part and upper or lower parts, with a Carrying device, preferably cuboidal one provided with a carrying strap Large-volume container, characterized in that along the inner wall of the Trough-shaped upper and lower parts at intervals several guide elements that facilitate the introduction of the shell part into the upper and lower parts are attached. 2. Large capacity container according to claim 1, characterized in that the shell part made of cardboard, the upper and lower parts are made of plastic. 3. Container according to claim 1 or 2, characterized in that the upper or Lower parts are attached to the shell part by welding, gluing and the like. 4. Container according to claims 1 to 3, characterized in that the upper and Lower parts for the purpose of stiffening and to prevent slipping when stacking have depressions and elevations, those in relation to their Position and dimensions correspond to elevations and depressions, so that Depressions or elevations of an upper part in elevations or depressions of a lower part when stacking the containers. 5. Container according to claims 1 to 4, characterized in that in the Oberbzw. Subdivide the dimensions of the lanyard corresponding indentations and recesses for inserting the same are provided. 6. Container according to claims 1 to 5, characterized in that the shell part has a tear-off device extending over three wall sides. 7. Container according to claims 1 to 6, characterized in that the shell part is closed on the bottom with a lower part and on the cover side with four closure flaps hinged to the shell part. 8. Container according to claims 1 to 7, characterized in that in the shell part an inner jacket, which is preferably made of cardboard or cardboard, is used which is almost the same in its scope and height. 9. Container according to claims 6 to 8, characterized in that the carrying strap is attached to the walls of the container by rivets attached below the tear-off device.
10. A container according to claim 9, characterized in that the carrying tape at both ends of the dimensions of the rivet shafts corresponding longitudinal slots having.