RU189821U1 - Box for storage of products in tubes and their extraction from it - Google Patents

Abstract

The invention relates to a cardboard packaging. The box for storing products in tubes and extracting them from it is made of sheet stock, which includes side walls connected in series through the bend lines, each bending relative to the adjacent wall to form an open box and having one edge of the valve bent towards each other to form the bottom of this box, and from the other edge of the valve, bend towards each other to form the top of this box. On one side wall located between two other side walls, a part of the surface is bounded by a closed line of weakened section for the formation of a portion of the surface to be removed when it is pressed. On the other side wall adjacent to the side wall with a removable part of the surface, two separated from each other surface area, bounded by each closed line of weakened section to form a surface area to be removed when you click on it. One of the sections on this other side wall is positioned with a portion of its weakened section line on the inflection line of this other side wall with respect to the first side wall with a removable part of the surface that is also part of its weakened section line located on the inflection line of this side wall relative to the side wall with two removable surface areas, and each surface area bounded by a closed line of weakened section, is made in terms of a rectangular shape with rounded corners mi 6 Il.

Description

The invention relates to cardboard boxes used for packaging products packaged in tub-type containers. In particular, we are talking about products such as chips, cans with drinks, etc. The invention also relates to cardboard boxes (dispensers), which are fashionable to lay out in the sales area and turn into a show-box, endowed with the possibility of displaying the tubes to the buyer and easy extraction of individual tubes from the cavity of the box.

Containers, such as tubes, are usually sold packaged in bulk in cardboard boxes. As a rule, the tubes are arranged in one tier in the form of a rectangular group. A common feature of such boxes is the presence of a dispenser in them, which allows the buyer to easily remove one tube from the box without making large holes in it. Such a device is performed at one of the ends of the box in the form of an aperture, which in the transverse direction takes up the entire length of one of the end walls of the box. The elongated hole coincides with the axes of the cylindrical cans. At least part of the hole has a width slightly smaller than the diameter of the can, and therefore the tube is held inside the box directly at the hole. The cardboard has sufficient elasticity so that the customer can pull the tube out of the hole without damaging the cardboard at the edges of the hole.

An example of such a device for storage and subsequent extraction of tubes is the box-dispenser described in patent RU 2116744, A47F 1/04, B65D 5/72, publ. 08/10/1998). This decision was made as a prototype.

This patent presents the design of the device for removing from the package the tubes in it, which is a box having upper, lower and side walls connected to each other and an end cap connected to at least some of these walls and intended to close one end boxes, with the axes of the tubes in the box parallel to the specified side walls, the box includes the first and second holes made in the lid, with the first hole located on the end cover Between one of the side walls and the bottom wall, and the second hole is located on the end cover between the same side wall and the top wall, while the first and second holes are spaced from each other in such a way that between them passes the cover section connected to the specified side wall .

This box design is designed to store tubes that are stacked horizontally so that the box can be turned over in the sales area so that the tubes stand vertically. The elements of weakening of the side walls are unsuccessfully made in this box. In particular, one of the attenuations is intended only to form a local discontinuity for the purpose of the subsequent tearing off of the valves that formed this wall. In fact, it turns out that these weaknesses are necessary not to form openings for the extraction of tubes, but in order to capture part of the wall and tear it off. That is, the existing attenuations in the walls of the box are not used to obtain openings through which the tubes can be easily and safely removed. In a known box, there are also no means of holding tubes in the cavity of the box. When the box is tilted or if it is accidentally shifted (the user touches the box), the tubes fall out of the box, this leads to product damage or at least a violation of its external presentation.

This utility model aims to achieve a technical result consisting in creating a box in which openings are organized for convenient and easy extraction of tubes with a product separately and which do not allow tubes to fall out of the box in its show mode under any conditions and positions of the box itself.

This technical result is achieved by the fact that in a box for storing products in tubes and extracting them from it, made of cardboard by the method of bending the parts of a sheet blank, including side walls connected in series through the bend lines, each being bent relative to the adjacent wall to form an open box and having from one edge of the valve, unbending towards each other for the formation of the bottom of this box, and from the other edge of the valve, bending towards each other to form the top of this In this case, on one side wall located between two other side walls, a part of the surface is bounded by a closed line of weakened section to form a surface area to be removed when it is pressed, on the other side wall adjacent to the side wall with the part of the surface to be removed, made two separated from each other surface area, bounded by each closed line of weakened section for the formation of the surface area to be removed when you click on it, while from the sections on this other side wall is located with part of its line of weakened section on the inflection line of this other side wall relative to the first side wall with a removable part of the surface that is also part of its line of weakened section located on the line of inflection of this side wall relative to the side wall with two removable surface areas, and each surface area bounded by a closed line of weakened section, made in terms of a rectangular shape with rounded corners .

In this case, as an option, a weakened section can be made on the side wall located in the box opposite the side wall with one removable part of the surface to form a valve that is bent along the inflection line of the adjacent side walls in the direction from the box to form the supporting element of the box when it is tilted.

These signs are essential and interrelated with the formation of a stable set of essential features, sufficient to obtain the desired technical result.

This utility model is illustrated with a specific example of performance, which, however, is not the only possible, but clearly demonstrates the possibility of achieving the desired technical result.

FIG. 1 - sheet blank packaging box type for tubes;

FIG. 2 - a general view of the box for the tube assembly, the position of transportation and storage;

FIG. 3 - a general view of the box for tubes in the position of the dispenser;

FIG. 4 - view from one side of the box in the show box mode;

FIG. 5 - view from the other side of the box in the show box mode;

FIG. 6 - view of the box for tubes with the support on the stand.

According to the present utility model, the design of the original corrugated cardboard box is considered, which is used for storing and transporting products packed in tubes. At the same time, such a box can be used when laying out in the sales area as a demonstration box due to the formation of at least two walls of the openings for demonstration of the packaged goods in the open state and so that the buyer can easily remove individual tubes. In addition, regardless of the position of the box on the shelf, means are provided to ensure that the tubes do not fall out of the cavity of the box, even if this cavity is not fully loaded with these tubes.

In general, the box for storing products in tubes and retrieving them from it is made of cardboard by bending the parts of the sheet blank. For example, brown or white three-layered cardboard of T-21, T-22, T-23 and T-24 grades can be used as cardboard.

The sheet stock has successively arranged and interconnected along the inflection lines of the wall, arranged in the following sequence: side wall 1, end wall 2, side wall 3 and end wall 4, which ends with valve 5 used for adhesive bonding of walls during assembly to produce the box . This valve 5 may be located on the edge of the first side wall 1.

The terms "side" and "end" walls of the duct are used to understand the principle of the formation of the bottom. Such terms can be used for a rectangular shaped box in the plan, when some side walls are longer in length than the other walls. In principle, the duct can be in the form of a square in the plan, and in this case the terms “side” and “end” walls for the duct become conditional in view of the equivalence in the dimensions of all the walls.

For the formation of the bottom side walls 1 and 3 are made with valves 6, bent from the walls towards each other, and the end walls 2 and 4 are made with valves 7, bent from the walls towards each other. In the exemplary embodiment shown in FIG. 1, valves 6 and 7, which form the bottom of the box, are identical in design with similar valves 6 and 7, which form the top of the box. That is, the top and bottom are the same.

In this given example of execution of the box according to the sheet blank of FIG. 1 uses the design method of quickly assembling the top and bottom without using adhesive tape or staples or glue. For example, valve 6 (both for the top and for the bottom of the box) are made with 8 incisions running along the height (width) of each valve. When forming the top (bottom), the operator first bends from the side walls of the valve 6 so that the cuts line up along one line, forming a slit.

And valve 7 is made with widened (increased in length along the length of valve 7) tongues 9, which then have hook-shaped protrusions 10 on the sides. After valve 6 are bent and gaps are formed, valves 7 are bent relative to the side walls adjacent to them and stack them over the valves 6. When laying, the tongues 9 are inserted into the slots. In this case, under the action of the elastic forces of the cardboard material, the tongues try to bend over, but are hooked by the projections 10 behind the walls of the slit. There is a fixation of the position of the valves 6 and 7 and their fixation in this position among themselves.

But nothing restricts the receipt of both the top and the bottom of the box by other known assembly methods. Depending on the shape of these valves, it is possible to perform the bottom (top) by first laying the first two valves against each other on opposite walls, and then the valves of the other two walls are placed over them and these copans are joined together with adhesive tape along the line of their contact. It is possible to perform the bottom (top) by first laying the first two valves against each other on opposite walls, and then the valves of the other two walls that have a figured edge are placed on top of them, due to which one of these valves engages with the other.

Thus, a box with side walls, closed top and closed bottom is obtained. When the top is open, the tubes are loaded with their vertical arrangement until the filling of the box cavity is complete (if possible). After this, the top is assembled. The box is ready for storage of tubes or their transportation to the distribution network. The position of the box walls and its spatial position is generally shown in FIG. 2

The box is made with the function of turning into a show box, that is, the box is laid out on the shelf in the store, and the tubes are not removed from it. To turn the box into a dispenser, the following constructs are provided (Fig. 2 and 3).

When placed on the store shelf, the box is turned over so that the bottom and top walls become side walls of the box (as shown in Fig. 3). This is done in order to preserve the spatial shape of the box when parts of the sidewall surfaces are removed from it.

On one side wall, for example, wall 3, located between two other side walls 2 and 4, part of the surface is bounded by a closed line 11 of weakened section to form a section 12 of the surface to be removed when it is pressed.

On the other side wall, for example 4, adjacent to the side wall 3 with a removable part of the surface, two surfaces 13 and 14 separated from each other are made, each limited by a closed line 15 of weakened section to form surface areas 13 and 14 to be removed when clicking on of them.

One of the sections 13 on this other side wall 4 is located with part of its line 15 of weakened section on the fold line 16 of this other side wall 4 relative to the first side wall 3. Part of the fold line 11 on the side wall 3 is also located on the fold line 16 of this side wall relative to the side wall 4 with two removable surface areas.

In addition, each surface area bounded by a closed line of weakened section, is made in terms of a rectangular shape with rounded corners.

Thus, when the box is flipped on the side wall 4, by pressing sections 13 and 14, two openings of rectangular shape with rounded edges are formed. Between these openings there is a jumper 17, which, on the one hand, is the fastening element of the bottom and top walls (which have become in the position of the side walls), and on the other hand can be a handle for carrying the box.

On the side wall 3, also by pressing on the surface of the weakened area, an opening is also organized, which also has the shape of a rectangle with rounded corners. As a result, a show-box with dispenser function for dispensing tubes is obtained (Fig. 4 and 5).

The preferred embodiment of the openings is the placement of sections of lines of weakened section on the lines of bends of the walls and valves, as shown in Figs 4 and 5. In this case, the width of the opening is corresponding to the length of the tube, which facilitates the removal of the tube from the box. The presence of rounded corners in the openings ensures the organization of stops that prevent the tubes from falling out of the box, since the tubes, both of the upper tier of the piling and of the lower tier, will always rest on these rounds. To remove the tube, it is necessary to slightly raise it to bring out the edges of the curves. The rest of the tubes under their own weight will move to the free space, but at the same time, the abutment into the roundings remains. Therefore, at any position of the box - tilted or turned on its side - the tubes remain in the box and cannot fall out. The extraction of tubes can be carried out both through the side opening, and through two openings in the upper part of the box. This provides free access to the dispenser box from any of its sides.

As an additional option, on the side wall 1 of the box located opposite the side wall 3 with one removable part of the surface, a line of weakened section 18 is formed to form a valve 19, which, after breaking this line, bends along the fold line 20 of adjacent side walls in the direction from the box for the formation of the element supporting the box when it is inclined (Fig. 6). It is convenient to use such a support on a bent valve in order to provide the dispenser box with a slight inclined position in order to force the tube to roll towards the opening on the side wall. This valve 19 is advisable to perform in two parts, one of which will be bent and placed on the shelf, and the second will perform the function of support. This embodiment of valve 19 is shown in the sheet blank of FIG. one.

This utility model is industrially applicable and can be used as a package for storing, transporting and displaying products in dispenser mode. This utility model allows you to organize access through the openings for easy and easy extraction of the tubes with the product separately and which do not allow the tubes to fall out of the box in the mode of its show demonstration under any conditions and positions of the box itself.

Claims (2)

1. Box for storage of products in tubes and their removal from it, made of cardboard by bending the parts of a sheet blank, including side walls connected in series through the bend lines, each bent relative to the adjacent wall to form an open box and having one valve edge , folded towards each other to form the bottom of this box, and from the other edge of the valve, bend towards each other to form the top of this box, while on one side wall, between the other two side walls, a part of the surface is bounded by a closed line of weakened section to form a part of the surface to be removed when it is pressed, characterized by the fact that two separated from each other are made on the other side wall adjacent to the side wall with the part to be removed. the surface area, each limited by a closed line of weakened section for the formation of the surface area to be removed when clicking on it, with one of the sections on this other b The back wall is located with a part of its weakened section line on the inflection line of this other side wall relative to the first side wall with a removable part of the surface, which is also part of its weakened section line located on the inflection line of this side wall relative to the side wall with two removable surface areas, and each surface area, bounded by a closed line of weakened section, is made in terms of a rectangular shape with rounded corners. 2. Box under item 1, characterized in that the side wall located in the box opposite the side wall with one removable part of the surface, made a line of weakened section for the formation of a valve, bent over the inflection line adjacently located side walls in the direction from the box for the formation element supporting box when it is inclined.

Images