RU168594U1 - SEPARATOR - Google Patents

Abstract

The invention relates to packaging elements for round chocolate products, in particular chocolate medals. EFFECT: increased reliability of packaging of chocolate products such as chocolate medals during storage and transportation due to the implementation of the separator in the form of an insert with a dividing flange containing stiffeners that prevent deformation of the package. The separator is made in the form of a liner with a dividing flange having stiffeners formed by transverse, pairwise displaced cut lines and longitudinal bend lines. The ribs are made from opposite longitudinal sides of the side. One group of fold lines of the dividing flange forming protrusions at the fold location is made by cutting at the fold location into a portion of the thickness of the cardboard. The second group of bend lines, forming troughs at the bend, is made by applying depressions to the workpiece. 7 ill.

Description

This utility model relates to packaging elements for round chocolate products, in particular chocolate medals.

Known packaging for food products in the form of tiles, in particular chocolate, according to patent No. 2520009 [1].

The package (1) is made with a rectangular base (2) connected to the lid, with two side elements (3) located on opposite sides of the rectangular base (2), separated from the base by fold lines and bent inward along fold lines. Each of the first and second elements (4.1, 4.2) of the cover is located on one of two different opposite sides of the rectangular base, is separated from the last by fold lines, in the folded state they are partially overlapped by two side elements. The first cap element (4.1) has a perforation (6) with a V-shape, by which the valve can be separated from the fixing region (9). The fixing area (9) is intended for quick connection in a rolled-up state to the second opposite cover element (4.2) by means of adhesive connecting points. The second lid element has an opening into which a valve tongue (8) can be inserted to re-close the package.

The known packaging provides a certain mechanical strength, protects the product both during transportation and after opening, however, it does not provide reliable safety of the product during storage, transportation, demonstration, because the packaging is single, consisting of one layer of packaging material, and does not have a liner.

In addition, the known packaging is intended for packaging one chocolate product in the form of a tile, and is not intended for the preservation of a group of chocolate products - chocolate medals that can be destroyed during transportation.

Chocolate medals, which are quite fragile products, are usually used in packaging as a gift for various holidays, as corporate gifts, as souvenirs, etc. At the same time, increased packaging requirements are imposed.

In the process of transporting chocolate medals in a flat cardboard package, it may be in a position on the edge, in this position chocolate products of a round shape (chocolate medals), stacked and packed in one layer, under their own weight can be rolled to one of the walls, etc. . As a result, a chocolate product may lose marketability and quality. Thus, the packaging of a group of chocolate medals must have sufficient mechanical strength and stability to protect the product from mechanical stress during transportation, storage or during the consumer’s handling. For example, a chocolate medal should not break in a package. In addition, the packaging should protect the chocolate medal even after opening, and should also be re-lockable and reliable against mechanical stress if possible.

Reliability of the packaging - the ability to maintain mechanical properties and / or tightness for a long time. Due to this property, the packaging ensures the proper preservation of the product (http://www.znaytovar.ru/s/Trebovaniya_k_upakovke_tovarov.html).

Known packaging box according to the patent for utility model No. 136022 [2]. Known packaging consists of a case and a pencil case, each of which is made of a single sheet. The case is made in the form of a horizontally elongated parallelepiped with a hole on the front side, and the pencil case is in the form of a horizontally elongated parallelepiped with a slot on the upper side. The case contains sashes from the inner front side, pressed against the side walls, and the pencil case contains from the front of the locking tabs on the upper and lower sides. In the pencil case, the lodgement is made in the form of an arch and with an arrangement in the middle. Known packaging [3] is not intended for the packaging of several chocolate medals.

Known packaging for chocolate products according to the patent for utility model No. 158268 [3], providing strength and control of the position of the product.

The well-known packaging for chocolate products [3] consists of a removable parallelepiped-shaped lid with a punch window and a rectangular base. The longitudinal and lateral elements of the rectangular base in a folded state form the bulk walls of the U-shaped profile, limiting the cavity for placing the product. The longitudinal and side walls are interconnected by a system of valves, tongues and slots. The inside of the base is provided with an insert covering the bottom of the base and made with at least one fold to separate products.

However, this package does not provide sufficient strength due to the absence of a dividing flange with stiffeners in the liner, which reduces the reliability of the package for chocolate medals.

EFFECT: increased reliability of packaging of chocolate products such as chocolate medals during storage and transportation due to the implementation of the separator in the form of an insert with a dividing flange containing stiffeners that prevent deformation of the package.

Utility Model Disclosure

The separator is made in the form of a liner with a dividing flange having stiffeners formed by transverse, pairwise displaced cut lines and longitudinal bend lines.

In this case, the ribs are made from opposite longitudinal sides of the side.

In this case, one group of folding lines of the dividing flange, forming protrusions at the place of folding, is made by cutting at the place of folding to a part of the thickness of the cardboard.

In this case, the second group of bend lines, forming depressions at the bend site, is made by applying depressions to the workpiece.

List of figures

Figure 1. The workpiece liner 1 in the expanded state in a plan view.

FIG. 2. Pencil case 3 with insert 1, top view.

Figure 3. A fragment of the workpiece liner 1 with bend lines and cut lines for the formation of the rim 2 (before assembly).

Figure 4. Top view of the side 2 of the liner 1 after assembly.

Figure 5. The cross-sectional diagram of the sections of the side 2 formed during the assembly of the liner 1, respectively: a) section AA in section 32; b) section BB in section 33; section BB in section 34; cross-section G-G in section 35; section section DD in section 36.

FIG. 6. A diagram of the view M in FIG. 12.

7. Partially open packaging.

The list of positions in the figures

1 - separator insert;

2 - dividing side;

3 - pencil case;

4, 5 - bending lines of the dividing flange: 4.1-4.6 - lines of cuts, 5.1-5.4 - scoring lines;

6, 7 - cut lines of the dividing flange;

8 - the first section of the side formed during assembly;

9 - the second section of the side formed during assembly;

10 - the third section of the side formed during assembly;

11 - the fourth section of the side formed during assembly;

12 - the fifth section of the side formed during assembly;

13.1, 13.2 - stiffeners of the side;

14 - ledges of the side;

15 - hollows of the side;

16 - cells formed by the rim of the liner.

Utility Model Implementation

The inventive separator is made in the form of an insert 1 in the packaging of chocolate products of a round shape, such as chocolate medals. It is made of a flat rectangular billet (Fig. 1) with the possibility of forming a dividing rim along the corresponding cut and bend lines (Figs. 5, 7) when installed on the bottom of the packaging case 3.

Figure 1 shows a scan of the separator 1, which is made by cutting a rectangular blank from a sheet of cardboard on a stamp.

The separator 1 is made with a dividing flange 2, separating individual cells 16 for placement in each one product when packaging chocolate medals (figure 2).

The dividing flange 2 is made with stiffening ribs 13.1, 13.2 (Figs. 4, 5, 6), formed in the assembled state of the separator on opposite longitudinal sides of the flange, due to the longitudinal bending lines 4, 5 and the transverse, pairwise displaced relative to each other cut lines 6, 7. One group of 4.1-4.8 longitudinal fold lines is made by partial notching (ribbing), and the other is 5.1-5.4 by indentation (creasing) with material compaction (Fig. 3).

Assembly

Sweep separator (figure 1) is performed by cutting blanks from a sheet of cardboard with a density of 225-240 g / m² on a stamp.

  The pre-assembled separator 1 (Fig. 2, 7) is laid inwardly on the bottom of the canister 3 with the emphasis on the short sides of the side walls of the canister. The separator contains transverse, pairwise offset relative to each other cut lines 6, 7 and bend lines 4, 5 (figure 3). One group of bend lines 4.1-4.8 is made by cutting a blank from cardboard at the place of the bend into part of its thickness (ribbing). These lines allow you to greatly deform the workpiece, resulting in the formation of protruding elements. The second group of fold lines 5.1 -5.4 is made by applying flat deeply convex lines to the workpiece by pressing and compacting the material (scoring). These lines condense the cardboard at the indentation points, strengthen it, and allow depressions to be made at the bend.

When packing is assembled, the separator blank laid on a flat surface of the table is slightly compressed from the sides, while along the fold lines 4, 5 and cut lines 6, 7 (Fig. 3), a separating edge 2 is formed, consisting of sections 8-12 (Fig. .four). The bend lines 4.1-4.8, made by the rib, allow the protrusions 14 to be performed at the bend in sections 8, 10, 12 (Fig. 3, 4, 5). The second group of fold lines 5.1 -5.4, made by scoring, allows you to run troughs 15 at the bend in sections 9, 11 (Fig. 3, 4, 5).

The horizontal lines of the cut 6, 7, perpendicular to the fold lines 4, 5, are pairwise offset relative to each other (figure 3). At the same time, in section 9, due to the cut lines 6, shifted to the left, and the line of rib 4.3, which is indented with respect to lines 4.2, 4.5, the right stiffener 13.1 is formed along the right longitudinal side of the rim (Fig. 4, 5, 6 ) At the same time, in section 11, due to the cut lines 7, shifted to the right, and the line of rib 4.6, indented with respect to lines 4.4, 4.7, a left stiffener 13.2 is formed along the left longitudinal side of the rim (Fig. 4, 5, 6). Stiffening ribs 13.1, 13.2, formed on opposite longitudinal sides of the side, support the structure in a stable state, resist the shear and collapse of the side (figure 5, 6), which increases the strength and reliability of the structure. The separator also increases the thickness of the bottom, which strengthens the packaging.

When packaging, each product is placed in the cell formed by the side 16. The side 2 with stiffening ribs 13.1, 13.2 closes the cells 16 and provides the necessary rigidity of the package, protecting it from possible deformation during transportation and sale of products.

Among other things, the separator 1 provides convenient access to the chocolate product when it is consumed. When using the product, the pencil case 3 is partially extended, opening for access the cell 16 of the pencil box so that the chocolate medal can be completely removed from the package or re-placed.

The inventive separator with a dividing flange containing stiffeners, strengthens the packaging design, prevents deformation of the package, helping to protect the product from mechanical stress, for example, during transportation, preventing breakage of the chocolate medal in the package.

Industrial applicability.

The inventive separator can be widely used in the manufacture of packaging for chocolate medals, sweets and other fragile confectionery.

For the production of the inventive utility model, various well-known and traditional technologies and materials commonly used in industry in the manufacture of containers and packaging from cardboard can be used.

INFORMATION SOURCES

one. Patent for invention № 2520009 . Tile-shaped food packaging. Posted by 06/20/2014 .

2. Patent for utility model No. 136022. The box is packaging. Published on December 27th, 2013.

3. Patent for utility model No. 158268. Packaging for chocolate products. Published on December 27th, 2015.

Claims (5)

The separator, made in the form of a liner with a dividing flange having stiffeners formed by transverse pairwise displaced cut lines and longitudinal bend lines; wherein the dividing flange is made with stiffeners formed by transverse pairwise displaced cut lines and longitudinal fold lines; moreover, the ribs are made from opposite longitudinal sides of the side; wherein one group of folding lines of the dividing edge of the liner, forming protrusions at the location of the fold, is made by cutting at the location of the fold into part of the thickness of the cardboard; the second group of bend lines, forming depressions at the bend, is made by applying to the workpiece lines by pressing.

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