RU119329U1 - CORK CARTON BOX FOR STORING PACKAGED PRODUCTS (OPTIONS) - Google Patents

Abstract

1. A box made of corrugated cardboard for storing a packaged product, mainly placed on a pallet in a sales area, which is a four-valve box made of corrugated cardboard, which has the shape of a parallelepiped and is formed by bending its parts along fold lines from a sheet blank with the formation of side walls, a bottom part, formed by the overlapping of the valves on top of each other, and the upper part through which the packed product is placed inside the box on the bottom part and which is made with closable valves or on which a lid in the form of a tray is placed, characterized in that to facilitate access to the packaged products in the box during placement the last one on the pallet in the sales area at least one of the walls of the box is made with a rectangular opening, cut from the top to the bottom when the lid is removed, or when the top is cut off, or when the valves of the top are cut off, while the depth of the cut is made at least gender box height barn. ! 2. A box made of corrugated cardboard for storing packaged product, mainly placed on a pallet in the sales area, which is a box made of corrugated cardboard, which has the shape of a parallelepiped and is formed by bending its parts along fold lines from a sheet blank with the formation of side walls, bottom part of valves and the upper part, through which the packed product is placed inside the box, characterized in that the flaps of the bottom part are made with a width less than half the width of the side wall and are attached to the pallet, the top of the box is made open, and to facilitate access

Description

The utility model relates to containers made of paper material, for example, corrugated cardboard, designed for placement, storage and transportation of any type of piece goods for various purposes. The utility model can be used as a light disposable disposable container for industry or trade, for example, for placing a product packaged in bags or boxes. Such a product may be packages of eggs, granulated sugar or rice or other goods, which, due to their light weight, should be stored and transported in large boxes or containers.

Known combination packaging, which includes a cardboard box, inside which there are packages with the product and which has the shape of a parallelepiped with a bottom, top and side walls, on which perforation is made, forming lines of weakened strength, perforation is made on the side and end walls, forming the first a closed line of weakened strength, made in such a way that when exposed to it, the upper part of the box is separated in the form of a removable cover. In this case, two sections of the first closed line of weakened strength lying on opposite walls of the box are parallel to each other and oriented obliquely, and two other sections lying on two other opposite walls are oriented horizontally. In addition, perforation is made on the end or side wall, forming a second closed line of weakened strength, when exposed to which a window is formed. The second closed line of weakened strength, forming a window, is located on the side wall on which there is a horizontal section of the first closed line of weakened strength (RU No. 40994, B65D 17/28, publ. 10.10.2004).

Also known packaging for storing products, mainly in the form of bottles or bottles, which is a four-valve cardboard box, which has the shape of a parallelepiped and is formed by bending its parts along the fold lines of the sheet blank with the formation of the bottom, top, side and end walls, while a line of weakened strength is made on the side walls and between them located the end wall, which is made on the end wall in a horizontal direction at a distance from the bottom less than from rkh, and which on the side walls is made rectilinear and inclined 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 removed and the lower with the product remains in place and allows the consumer to easily remove the product. In addition, the lower part of the box can be considered as a display case in the trading floor without placing the goods on the shelves in the sections of the store (US No. 2002043554, B65D 17/28, B65D 5/54, publ. 04/18/2002).

This decision was made as a prototype for the claimed solutions.

A disadvantage of the known solutions is that when using a four-valve box standard in cutting, its spatial integrity and shape retention is determined by the fact that all walls are supported by each other and by valves. When removing one wall or valves on one side, the box loses spatial rigidity and shape when some external load is applied. Since the lower part of the box (with the top removed) is essentially a tray whose shape is held only by connecting the remaining valves to each other, such a tray quickly falls apart and disintegrates. But just such packaging is used as a display case for placing the packaged goods on the shelves of the store. This is convenient, since there is no need to pack the goods out of the box. Therefore, its shape should not change, the walls should not disintegrate when moving the box to keep the product intact.

In addition, a serious drawback is the presence of attenuations on the side walls in the form of creases, which reduce the bearing capacity of the walls of the box filled with the packaged product or goods. When exposed to the side walls of the creasing, they break and the walls of the box open. The presence of gluing or strapping with a film or tie-in polymer or metal tapes, of course, ensure the exclusion of the full opening of the box, but do not preserve its shape. Which ultimately leads to the redistribution of the load from the walls of the box to the product itself.

The use of large-sized boxes made of corrugated cardboard allows you to maximize the specific gravity of the transport unit and are very convenient when stored in a warehouse. But such boxes, loaded with a large weight from a product or product packaged in it, perform their function while strictly maintaining their shape, and more precisely, while maintaining the flatness of all the walls and the integrity of the corners (zones of convergence of the walls). In this regard, the walls of such boxes should not have any weakening, technological windows, openings, etc., which could be a cause of violation of the integrity of the walls of the box.

This utility model is aimed at achieving a technical result, which consists in improving the performance and efficiency of the application by giving the box the opportunity to transform into a display case to demonstrate the goods and eliminate the need for unloading the box.

The technical result indicated is achieved by the fact that in a corrugated cardboard box for storing a packaged product, mainly placed on a pallet in the trading floor, which is a four-valve box made of corrugated cardboard, which has the shape of a parallelepiped and is formed by bending its parts along fold lines from a sheet blank to form the side walls, the bottom formed by overlapping valves on top of each other, and the top through which the packaged product is placed inside the box on the bottom and which is made with shut-off valves or onto which a lid in the form of a tray is laid, o to facilitate access to packaged products in the box when placing the latter on a pallet in the trading floor, at least one of the walls of the box is made with a rectangular opening cut out in the direction from the upper part to this part with the cover removed or with the upper part cut off or with the valves of the upper part cut off, while the depth of the cut is made more than half the height of the box.

These signs are significant and 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 desired technical result.

Figure 1 - General view of the box before entering the trading floor;

figure 2 - General view of the box in the trading floor of the store, the first embodiment;

figure 3 - General view of the box in the trading floor of the store, the second embodiment;

figure 4 - General view of the box in the trading floor of the store, the third embodiment.

According to this utility model, the design of the developed original corrugated cardboard box is considered. This box is designed for shelf or floor placement in network markets and is designed to store packaged goods or products with the ability of consumers to access these products or goods without unloading the box itself, since the latter is used as a display case in this case.

A box made of corrugated cardboard for placement of a packaged product (product) is a four-valve cardboard box that is parallelepiped-shaped and formed by bending its parts along fold lines from a sheet blank to form a bottom (bottom), top 1 (top) and side walls 2. Figure 1 shows a General view of such a box. After bending, the side walls 2 are interconnected by one of the known methods (gluing, brackets 3, etc.). The bottom part is formed by bending the side wall valves on this side (the valves are fixed with brackets or adhesive tape) and form a bottom on which such a box rests on a pallet 4 of a standard design, which is used to transport the box using mechanical means (fork lift or other means of transportation ) The upper part 1 of the box is used to stack one of the packaged (packaged) product 5 inside the box on the bottom. The upper part can be made with lockable valves 6 according to the type of execution of the lower part (bottom) or the upper part of the duct is open (no valves at all) and a lid in the form of a tray (not shown) is laid on the side walls. The assembled box is fastened with a strapping of tapes or film, and the valves are connected from the opening with brackets or tape 7.

In this form, a box loaded with packaged goods (Fig. 1) enters the sales area, for example, in a market or a store, where it is mechanically transported to the sales area and placed on a shelf (rack) or on the floor in the visitors service area. To facilitate access to packaged products in the box when placing the latter on a pallet in the trading floor, at least one of the walls of the box is made with an opening 8 rectangular (close in the shape of a rectangle or similar to this shape, as the most successful point of view of access to the goods and convenience of taking it out) of a form cut out in the direction from the upper part to this part with the cover removed or with the upper part cut off or with the upper part valves cut off. At the same time, the depth of the cutout is made more than half the height of the box (in general, not less than the height of the box), which will improve the convenience of taking out the goods located in the bottom area. In this form, the box acquires the function of a display case with the goods placed in it and the possibility of easy access to this product. At the same time, the costs of unloading the box were reduced, which minimizes the battle and the violation of the presentation of the product. The formation of the opening is carried out with an improvised tool, for example, a knife or scissors. The originality of such a box is determined by the ability to quickly transfer it from the packaging function to the window function.

The considered example of the box execution was based on the fact that the box has a bottom and a top made in the form of valves closing the box opening, and the pallet was the support on which this box is based with the packaged products placed in it and which is necessary for transporting such a dimensional box mechanization means. But execution options are possible when the box is executed without a top (that is, open from above), but with a bottom made in the form of valves closing the box opening from the bottom, or with a bottom made of two valves 9 that do not overlap the box opening (made with a width of less than half the width of the side wall), but used to position the presence of the bottom and in order to fasten these valves with brackets 10 to the pallet and use the surface of the pallet as the bottom (Fig. 4). The box in this design works in conjunction with the pallet 4. In all examples of execution in at least one wall, the opening 8 is made by cutting out an opening 8 in order to facilitate access to products inside the box. You can consider the embodiment of the box from the box, which has neither a bottom nor a top, that is, there are no valves (Fig. 3). Such a box is a stocking made of a sheet blank by bending along unidirectional and parallel bending lines of the side walls. Such a stocking has sufficient rigidity to hold a stack of lightweight goods that can be laid inside the stocking or the stocking can be put on a stack. The fastening of such a stocking on a pallet can be carried out with ribbons or tape strapping. In such a stocking, the opening 8 in the side wall for accessing the products can also be made by cutting. In all embodiments, the openings 8 may have a rectangular or other shape, for example, V-shaped or made in the form of an openable door. In addition, loosening in the form of a linear scoring 11 (Fig. 1) or perforation can be made on the side walls of the box so that it is possible to separate part of the side wall or this wall with part of adjacent walls from the box and, thereby, form a large opening for access to packaged products.

Oversized corrugated cardboard boxes used for transporting large volumes of cargo do not have reuse and, after completing their task, are transferred to the category of recycled paper. In this regard, the formation of a display case from the drawer by cutting out the opening and cutting off the top is a justifiable action, as it is aimed at improving the quality and convenience of customer service in retail outlets.

This utility model is industrially applicable, it makes it easier to load a large container with lightweight goods and provides the convenience of removing it without removing the box and without unloading the latter.

Claims (3)

1. A corrugated cardboard box for storing a packaged product, mainly placed on a pallet in the trading floor, which is a four-valve box made of corrugated cardboard, which has the shape of a parallelepiped and is formed by the method of bending its parts along the fold lines of the sheet stock with the formation of side walls, the bottom part, formed by superimposing the valves on top of each other, and the upper part through which the packaged product is placed inside the box on the bottom and which is made with closed valves or onto which a lid is laid in the form of a tray, characterized in that at least one of the walls of the box is made with a rectangular opening cut out in the direction from the top to the bottom to facilitate access to the packaged products in the box when placing the latter on a pallet in the trading floor with the cover removed, or with the upper part cut off, or with the upper part valves cut off, while the depth of cutout is made at least half the height of the box. 2. A corrugated cardboard box for storing a packaged product, mainly placed on a pallet in the trading floor, which is a box made of corrugated cardboard, which has the shape of a parallelepiped and is formed by bending its parts along fold lines from a sheet blank to form side walls, the bottom of the valves and the upper part, through which the packaged product is placed inside the box, characterized in that the valves of the bottom are made with a width less than half the width of the side wall, and are attached to bottom, the top of the box is open, and to facilitate access to packaged products in the box, at least one of the walls of the box is made with an opening cut from the top to the bottom to a depth of at least half the height of the box. 3. A corrugated cardboard box for storing the packaged product, mainly placed on a pallet in the trading floor, which is a box made of corrugated cardboard, which has the shape of a parallelepiped and is formed by bending its parts along fold lines from a sheet blank to form side walls and open bottom parts and the upper part through which the packaged product is placed inside the box, characterized in that to facilitate access to the packaged products in the box, at least one of the walls of the box olnena with an opening cut out in the direction from top to bottom at a depth of at least half the height of the box.