RU184219U1 - Packaging for products on substrates - Google Patents

Abstract

The utility model relates to cardboard packaging. Packaging for products on substrates is a cardboard box that has a parallelepiped shape and is formed by bending its parts along fold lines from a sheet blank to form a bottom, top, side and end walls, with one end wall located on opposite side walls and between them a line of weakened strength is made, which on the side walls is made obliquely located from the line on the end wall to the corners of the top on the wall located between them. With pressure on the line of weakened strength, the walls break and the box is divided into two parts, the upper of which is to be removed. Side walls having lines of weakened strength are made with valves forming the top of the box, each valve being split into two parts, one of which having a L-shaped shape is located in the top plane and is located with one shoulder along the bend line of the side wall and the other shoulder - along the line of the end wall and opposite the same part of the other side wall. The other end wall is made with a valve consisting of two parts interconnected in a double bend line, the first of which is ready to be bent from the end wall and located on top of the parts of the L-shaped shoulders located along the end wall, and the second part of this valve is bent into the cavity of the box and is located under the parts of the shoulders of the L-shaped, located along the end wall, with its fixing by the tongue inserted into the slot of the end wall. Other parts of the side wall flaps are supported by the end wall flap and are interconnected to form the upper part of the box to be torn off along the lines of weakened section. Moreover, in the side walls a U-shaped dissection is made for the formation of petals bent into the cavity of the box, dividing the cavity of the box into compartments for products on substrates. 7 ill.

Description

The utility model relates to cardboard containers - to cardboard boxes made of corrugated cardboard, and can be used as transport containers, containers for storage and laying on a shelf in retail chains. In particular, such packaging in the form of a box is used for storage and display in the sales department of a product packaged in bags on substrates. Such a product is characterized by a flattened shape and low weight, for example sausage slices, cheese slices, fish, meat, etc.

Substrates are a modern packaging material that is widely used for packaging food products: meat, fish, vegetables, confectionery, etc. Usually used in conjunction with cling film and represent one of the most common types of packaging. In each supermarket, hundreds of goods packed just in such trays. Such a package is convenient in that its contents are easily visible without compromising integrity and tightness. And due to its compactness, trays save space on store shelves and are convenient in transportation.

As a rule, products on substrates are packed in boxes, transported to them and supplied to the distribution network. In the distribution network, products are taken out of the boxes and laid out on the shelves or shelves of the hall. When laying out, time is spent and not always this product is correctly and conveniently laid out on a shelf. When choosing a product unit, the buyer stirs up the packaging on the substrates, destroying the laying on the shelf. The product crumbles if it is stacked in packs one above the other or in a row, falls into the place of placement of another product on the substrate. To eliminate this undesirable phenomenon and preserve the location of each type of product on substrates in its place on the shelf of the trading floor, packages are used that, after the goods are transported, are transformed into show boxes or demonstration boxes or boxes with the possibility of demonstrating goods. Products from such packages are not removed, it remains in the box, and in the box part of its walls is torn out or separated, forming both a window display and customer access to the products. Since the product remains in the box, as a rule, the product also remains in the box, as it is convenient for the buyer to choose the unit that attracts him more without pulling out the entire product.

Thus, a cardboard box for placing a packaged product is known, which is a four-valve cardboard box, which has a parallelepiped shape and is formed by bending its parts along fold lines from a sheet blank to form a bottom, top, side and end walls, while on the side walls and between them located one end wall there is a line of weakened strength, which is made on the end wall in a horizontal direction at a distance from the bottom less than from the top, and which is on The walls are made obliquely located from the line on the end wall to the corners of the top on the other end wall, while under pressure on the line of weakened strength, the walls break and the box is divided into two parts, the upper of which is to be removed, the valve of the other end wall is made with the possibility of folding and securing in the folded state in the plane of the top by entering the protrusions into the holes in this end wall, and the side walls, on the surface of which inclined sections of the line of weakened stiffness are made are made with additional valves that are bent along the bend line and inserted between the bent parts of the valve of the other end wall, which is made on its surface with a part of the closed surface bounded along the perimeter by a line of weakened stiffness, in the form of a tear-off valve, and the joint of the valve connecting the side walls, forming the top of the box, fastened on top with duct tape, the end of which is fixed on the tear-off valve (RU 109742, B65D17 / 28, publ. 10/27/2011).

This box meets its purpose in terms of ensuring the demonstration of goods on the counter. But it was created for storage, transportation and demonstration of egg packages on the trading floor. As the boxes are released from the packaging, the latter do not move, but remain in place. This box or box can be used to store and transport such goods as products on submarines, but in the demonstration mode it does not ensure the vertical position of these products. The latter falls to the bottom of the box and it becomes difficult for the buyer to choose the unit of goods he likes. At the same time, there is the possibility of product damage. As a rule, products on substrates are flattened packages of elongated shape. When filling the box, the packer tries to make the most of the box's volume for filling it tightly and eliminating the movement of goods in it. When laying out in the hall, this installation procedure is preserved. But with decreasing packaging in the box, the order of its packing is violated. If the substrates were stacked vertically, then when removing part of them, the rest lose their balance and fall on the lower jumper. To keep the substrate in a vertical or inclined position, it is necessary to make the jumper high, but this reduces the amount of access to the product and the function of free demonstration and free access to the product is lost.

This utility model is aimed at achieving a technical result consisting in improving performance by dividing the box cavity into sections for vertically positioning products on the substrate when the box is rotated 90 ° in show box mode and eliminating the movement and fall of these products as they become free from it boxes.

The specified technical result is achieved by the fact that in the packaging for products on substrates, which is a four-valve cardboard box, which has the shape of a parallelepiped and is formed by the method of bending its parts along the fold lines from the sheet blank with the formation of a bottom, top, side and end walls, while oppositely located side walls and between them located one end wall, a line of weakened strength is made, which on the side walls is made obliquely located from the line on the end wall to the corners of the top on the wall located between them, while under pressure on the line of weakened strength, the walls break and the box is divided into two parts, the upper of which is to be removed, side walls having lines of weakened strength are made with valves forming the top of the box wherein each valve is made split into two parts, one of which having a L-shaped shape is located in the top plane and is located with one shoulder along the inflection line of the side wall and the other shoulder along the line the main wall and opposite the same part of the other side wall, and the other end wall is made with a valve consisting of two parts connected to each other along a double bend line, the first of which is ready to be bent from the end wall and located on top of the parts of the shoulders of an L-shaped shape located along end wall, and the second part of this valve is bent into the cavity of the box and is located under the parts of the shoulders of the L-shaped, located along the end wall, securing it with a tongue inserted into the slot of the end wall, and other parts of the valve The new side walls are located with the end wall valve resting on each other and connected to form the upper part of the box to be removed along the weakened cross-section lines, while U-shaped sections are made in the side walls to form petals bending into the box cavity, dividing the box cavity into compartments for products on substrates.

These features are significant and are interconnected with the formation of a stable set of essential features sufficient to obtain the desired technical result.

The present utility model is illustrated by a specific example of execution, which, however, is not the only possible one, but clearly demonstrates the possibility of achieving the required technical result.

In FIG. 1 - sheet blank packaging type boxes from corrugated cardboard;

FIG. 2 is a top view of an open box when laying the product on substrates;

FIG. 3 is a top view of an open box with the formation of the front septum;

FIG. 4 - packaging assembly;

FIG. 5 is a view of a package in a show box mode;

FIG. 6 - the position of the product on the submarine based on the reeds;

FIG. 7 - the position of the product on the submarine with the support on the front partition.

According to this utility model, the design of the developed original box or box made of corrugated cardboard is considered. This box is designed for shelving in network markets and is intended for packaging products on substrates or bags.

The packaging for products on substrates is a four-valve cardboard box, which has the shape of a parallelepiped and is formed by the method of bending its parts along fold lines from a sheet blank (Fig. 1).

The sheet blank has successively located and interconnected along the inflection lines of the wall, located in the following sequence: side wall 1, end wall 2, side wall 3 and end wall 4, which ends with the valve used to glue the walls during assembly. This valve 5 may be located on the edge of the first side wall, as shown in FIG. 1. For the formation of the bottom, these walls are made with valves 6, bent from the walls towards each other.

The design of the bottom itself, which can be composed of four valves 6, is not considered in the framework of this utility model. Depending on the shape of these valves, it is possible to execute the bottom by first laying the first two valves opposite to each other on opposite walls, and then the valves of the other two walls are placed on top of these valves and these valves are connected with adhesive tape along their contact line. It is possible to execute the bottom by first laying the first two valves opposite to each other on opposite walls, and then on top of them are the valves of two other walls that have a curved edge, due to which one of these valves engages with the other. In FIG. Figures 1 and 5 show an example of the execution of valves of a shaped shape, allowing each subsequent valve to be placed with one edge under an adjacent valve on one side and the other above an adjacent valve on its other side.

Thus, an open box with walls and a bottom is obtained. The top of the box is framed as follows. The side walls 1 and 3 are made with valves, which consist of two parts 7 and 8, which are bleached from each other by dissecting the material in the direction along the length of the valve. The first part 7, having a L-shaped, is located in the plane of the top, and is located with one shoulder along the inflection line of the side wall and the other shoulder 9 along the line of the edge of the end wall and opposite the same part of the other side wall. When forming the top of the box, the parts 7 are bent from the side walls 1 and 2 and are located in the plane of the top of the box so that the other shoulders lie along the end wall 4 (Fig. 2 and 3).

This end wall 4 is made with a valve consisting of two parts 11 and 12 connected to each other in a double inflection line, the first 11 of the finished ones are bent from the end wall 4 and located on top of the parts of the shoulders of the L-shaped shape located along this end wall. The second part 12 of this valve is bent into the cavity of the box and is located under the parts of the shoulders of the L-shaped shape located along the end wall 4. In this position, the valve is fixed with a tongue 13 inserted into the slot 14 of the end wall 4. In this position, the valve parts 11 and 12 are held part 9 in the plane of the top, while forming a small height of the sills or bridge 15 along the end wall 4 (Fig. 3 and 5). This jumper is also a reinforcing element, ensuring the preservation of the spatial shape of the box after removing its top.

Bent along the side walls of the parts of the valves 7 organize lateral stops 16 (Fig. 3 and 5). Together with the jumper 15, these limiters 16 form a technological window with dimensions smaller than the dimensions of the products on the substrate (dimensions in plan). Thus, the products on the substrate can rest on the perimeter of the technological window, but cannot spontaneously fall out through this opening, as shown in FIG. 7.

After laying the parts 7 on top of the formed jumpers and limiters 16 by bending from the side walls, the parts 8 of the valves of these walls are laid. Then, the joint sections of these parts are connected, for example, with adhesive tape 17. The separation of the valves of the side walls 1 and 3 into two parts is organized so that the parts 8 along their edges along which the joint is formed have a full length equal to the length of the side wall. This allows you to fully implement reliable fastening of the top of the box and bring the end parts 18 to the section of the jumper in the area of the slot 14. These sections of the valves are used to capture and the possibility of separation of the upper part of the box from the bottom. Thus, the upper part of the box is organized.

To turn the box into a demonstration box (show box) for display on a shelf of the trading floor, along with products on the substrate on each of the side walls 1 and 3, a line of weakened strength 19 is made, inclined from the line on the end wall to the top corners located between them wall (lines of weakened section 20). With pressure on the line of weakened strength, the walls break and the box is divided into two parts, the upper of which is to be removed.

The box is filled by laying flat on the bottom of the product on the substrate until the volume of the box is completely filled, as shown in FIG. 2 and 3. Then the upper part of the box is organized, covering the volume filled with the goods. In this position, the goods are stored and transported.

A feature of the claimed utility model is that in the side walls 1 and 3, a U-shaped dissection is made (half-openings) to form petals 21 that fold into the box cavity and divide the box cavity into compartments for products on substrates. These petals are bent into the cavity of the box and are limiters of the displacement of products on the substrates. After pressing the petals into the cavity of the box on the side walls 1 and 3, holes 22 remain for ventilation of the box cavity and gas exchange in the environment.

Upon entering the distribution network, the operator turns the box over so that its bottom becomes the end wall, the upper part goes to the front side. The operator separates the upper part of the box from the bottom along the lines of weakened section and receives an open show box in which there is a jumper 15 and limiters 16 on the front side. Products on substrates in this case occupy a vertical position and rests on the limiters 16, and in the compartments the products are supported on the petals 21 (Fig. 6 and 7). As the product is extracted, the volume of the compartments is released, but the product remains upright with the petals resting on it. The product is prevented from falling when the show box is incomplete, the product is held upright.

A feature of the claimed packaging is that, in contrast to the well-known boxes of show boxes, the products are stacked and transported horizontally, and placed on the shelf vertically and as the quantity of product in the box decreases, the remaining product remains upright - remains noticeable on the shelf.

This utility model is industrially applicable and may find application as packaging for storage, transportation and display of products on substrates. The demonstration function of packaging is expressed in open visual access to vertically installed products through an open opening.

Claims (1)

The packaging for products on substrates, which is a four-valve cardboard box that has a parallelepiped shape and is formed by bending its parts along fold lines from a sheet blank with the formation of a bottom, top, side and end walls, while on opposite side walls and between them located one end wall has a line of weakened strength, each of which on the side walls is made obliquely located from the line on the end wall to the corners of the top at the wall between them, while under pressure on the line of weakened strength, the walls break and the box is divided into two parts, the upper of which is to be removed, characterized in that the side walls having lines of weakened strength are made with valves forming the top of the box, in this case, each valve is made split into two parts, one of which having a L-shaped shape is located in the top plane and is located with one shoulder along the bend line of the side wall and the other shoulder along the line of the end wall and vice versa the same part of the other side wall, and the other end wall is made with a valve consisting of two parts interconnected in a double bend line, the first of which is ready to be bent from the end wall and located on top of the parts of the shoulders of a L-shaped shape located along the end wall, and the second part of this valve is bent into the cavity of the box and is located under the parts of the shoulders of the L-shaped, located along the end wall, securing it with a tongue inserted into the slot of the end wall, and other parts of the valves of the side walls are located laid on the valve of the end wall and interconnected to form a tear-off upper part of the box torn off along the lines of weakened section, while U-shaped cuts are made in the side walls to form petals bent into the cavity of the box, dividing the box cavity into product compartments on the substrates.

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