RU69038U1 - STORAGE PACKAGING - Google Patents

Abstract

A utility model is a packaging container for liquid food products. The objective of the proposed technical solution is to simplify the process of packaging disposal. To solve this problem, a folding package, the housing 1 of which is made in the form of a direct prism, the side faces of the housing are equipped with horizontal bend lines 4 in the form of creases parallel to the base, and bend lines in the form of creases at an angle to the horizontal lines, while the angle between the inclined 5 lines at the point of intersection with horizontal is 90 °. Several options for the implementation of inclined inflection lines are possible: in the form of rectangular triangles on both sides of the ribs 6 of the housing 1, in the form of squares, one of the diagonals of which is the rib 6 of the housing, etc. Such containers can be compressed into an accordion. The collected containers take up little space in the bin, bin or container, which makes it convenient to dispose of the packaging. 4 p.f., 6 fig.

Description

A utility model is a packaging container for liquid food products.

The packaging analogs are widely known for Tetra Pak packaging systems.

The closest technical solution to the proposed can be considered the design of non-aseptic packaging. The well-known cardboard packaging “Tetra Rex” has a rectangular shape with a beveled triangular top, reminiscent of the roof of a house in its image. The following materials are used in the manufacture of packaging: cardboard, polyethylene and aluminum. Carton packaging protects the food product most effectively. In addition, it is convenient in storage and transportation, does not fight when dropped, which also provides safety for the consumer.

The disadvantage of such packages is the difficulty of their disposal. It is difficult to crush or tear the packaging; it takes up a lot of space in the bin or bin.

The objective of the proposed technical solution is to simplify the process of packaging disposal.

To solve this problem, a warehouse package, the casing of which is made in the form of a direct prism, the side faces of the casing are equipped with horizontal bending lines in the form of creases parallel to the base, and bending lines in the form of creases at an angle to the horizontal lines, while the angle between the inclined lines is at a point their intersection with horizontal is 90 °.

Several options for the implementation of inclined inflection lines are possible:

in the form of rectangular triangles on both sides of the edges of the housing,

in the form of squares, one of the diagonals of which is an edge of the body, etc.

Such containers can be compressed into an accordion. The collected containers take up little space in the bin, bin or container, which makes it convenient to dispose of the packaging.

The proposed design is illustrated by drawings, which show:

figure 1 - packaging unfolded;

figure 2 - packaging when folded

figure 3, 4, 5 - options for patterns of packaging

6 is a sequence of collection of packaging from the pattern.

The proposed packaging has a housing 1, the shape of which is a direct prism. The base 2 of the prism can be made in the form of any polygon - a triangle, a quadrangle, a pentagon, etc. The figures show examples with a quadrangular prism. The upper end of the hull may

to be different. In the presented embodiment, in one of the views - this is triangle 3, reminds the roof of the house.

Along the perimeter of the entire body (Figs. 1, 3, 4, 5), horizontal 4 inflection lines are applied by scoring, in the presented variants there are 7. They are scoring divide the body into 8 identical parts-bands. Lines are places of folds. At an angle to the horizontal lines of the folds 4, creations of the inclined lines of the folds 5 are applied. The inclined lines of the folds 5 form 90 ° angles with each other at the intersection with the horizontal lines 4 (FIG. 3).

Options for drawing inclined lines of inflection 5 may be several.

Figure 3 shows a variant with oblique lines 5 that bend around the ribs 6 of a prism like a snake or sine wave.

In Fig. 4, the inclined bend lines 5 are made in the form of rectangular rhombuses.

5, lines 5 form alternating small and large rhombuses.

The kink lines that should protrude outward should be pressed along the front side of the package pattern, and inwards along the wrong side. The system of horizontal bends and vertical bends allows you to create a design of a linear corrugated shape with a square section, if the base of the body is a square.

If the package has a base with a large number of angles (in the section it will be 5 - a square, 6 - a square, 8 - a square, etc.), then the angle of inclination of the lines 5 changes. The number of horizontal stripes can also be unlimited, in FIG. .4 of them 6. In this case, the angle between the inclined lines remains at 90 °. Their location has also been changed - the bend angles are facing each other and are located on two sides. With this design, the pattern of the corrugation changes. In Fig. 5, the position of the inclined lines is changed and in their pattern they resemble bows. In this case, the corrugation pattern is also changed.

Figure 6 shows the folding order of the packaging from the scan.

To add the empty packaging to the accordion, it is necessary to press the packaging downward with a pressing movement from above. The body will freely bend in those places where traces of horizontal and inclined folds are applied. The packaging at the time of folding cannot be torn in the places of folds, although they are a weak point, since the cardboard base of the container is reinforced with a layer of polyethylene and foil, which in turn ensures the packaging is safe.

The proposed packaging design is very easy to handle. It does not require any effort to reduce packaging in volume. This creates convenience in the disposal of packaging and in the storage of waste.

A similar corrugation design can be used in other types of packaging.

Claims (4)

1. Warehouse packaging, the casing of which is made in the form of a direct prism, characterized in that the side faces of the casing are provided with horizontal bending lines in the form of creases parallel to the base, and inclined bending lines in the form of creases at an angle to the horizontal lines, while the angle between the inclined lines at the point of their intersection with horizontal lines is 90 °. 2. Warehouse packaging according to claim 1, characterized in that the inclined inflection lines are made in the form of rectangular triangles on both sides of the edges of the housing. 3. Warehouse packaging according to claim 1, characterized in that the inclined inflection lines are made in the form of rhombs. 4. Warehouse packaging according to claim 1, characterized in that the inclined inflection lines are made in the form of alternating diamonds of different sizes.