RU59546U1 - BOX (OPTIONS) - Google Patents

Abstract

A group of utility models relates to the field of product packaging, namely the design of bulk boxes and boxes made of cardboard and corrugated cardboard and can be used for packaging food products, chemical products, pharmaceuticals, as well as souvenir products, etc. The technical result is the expansion of the range of manufactured boxes, as well as increasing their reliability while combining the ability to perceive the contents without violating the integrity of the product, the availability of sufficient spatial rigidity while maintaining large sizes compared to the small thickness used for the manufacture of materials. For this, in a box including an open container with a rectangular bottom and volumetric side walls, closed volumetric single rectangular boxes are placed along the volumetric side walls, placed with the possibility of simultaneous contact with the bottom of the open container, volumetric side walls and at least two walls of adjacent single boxes, while the bottom of the open container is equipped with a device to give the box spatial stiffness, made in the form of a separate volume box, the bottom of which is rigidly connected to the bottom an open container, and disposed between the bulk sidewalls open container with the possibility of contacting at least, with the walls of the four unit frames. In the second embodiment of the utility model, the device for imparting spatial rigidity to the box is made in the form of a separate volume box, the bottom of which is rigidly connected to the bottom of the open container, and is located on the side of one of the bulk side walls of the open container with the possibility of contacting at least three unit walls boxes.

2 n. and 4 z.p. f-ly, 6 ill.

Description

A group of utility models relates to the field of product packaging, namely the design of bulk boxes and boxes made of cardboard and corrugated cardboard and can be used for packaging food products, chemical products, pharmaceuticals, as well as souvenir products, etc.

There are various designs of boxes (or containers) made of cardboard or corrugated cardboard, included in the catalog of standard designs of folding boxes ECMA (European Association of Cardboard Packaging Manufacturers) with a detailed description of various embodiments depending on their functions [see Efremov N.F. Tara and its production: Textbook. - 2nd ed., Ext. - M .: MGUP, 2001. - 312 s]. Known box designs include front, back, sides, bonding valve, upper valves, upper face valve and lower side valves, etc.

In practice, the manual contains all the possible options for the execution of boxes. Nevertheless, there is an objective need to develop next options, which is primarily associated with the competitive advantages that can be obtained from the use of new packaging.

Of interest are boxes for chocolates, which have a special liner made of a polymeric material that repeats the shape of the inner volume of the box with many single cells in which the wrapped candies are laid out. Insert cells can be of various shapes and have different sizes depending on the type of candy to be packed [see photos of boxes in Carstens Lubeck Promotional Leaflet from FIPS funds VPTB Branch, MKPO 09-03, Prodexpo-99, February 09, 1999].

Constructive solutions of well-known boxes are not original - they are traditional, despite the differences. The liner of such a box, in fact, is an independent container, although it does not have sufficient spatial rigidity. At the same time, the upper part of sweets in such a package is practically not protected from mechanical damage.

There are technical solutions for various original packaging made of cardboard [for example, see Patent for industrial design RU 50328 of 05.16.2002 “Box for sweets”, MKPO 09-03, publ. 05/16/2002]. Known box includes an open container with a rectangular bottom and volumetric side walls and a lid. The box for sweets also contains trapezoidal flanges at the bottom with a bevel towards the outer walls. The lid of the box is made corresponding to the size of the inner part of the bottom formed by the shoulder. On the end sides of the lid there are petal handles. The product is made of cardboard.

Being original, this technical solution can be considered the most successful of all known to the Applicant. Due to their voluminous and rigid construction, the lid and box-bottom are functionally interchangeable, i.e. in the inverted form, the bottom acts as a volumetric cover, and the cover becomes the bottom. If this product is sealed in polyethylene, this will not affect its operational capabilities in any way - before opening such a box, when you remove the polyethylene layer, you will involuntarily have to delve into the essence of the structure and involuntary disclosure will not occur.

Nevertheless, there are no boxes on the packaging market that would combine the accessibility of at least a partial perception of the contents without violating their integrity and have sufficient spatial rigidity while maintaining large dimensions compared to the small thickness of the materials used for their manufacture. In other words, the listed possibilities are a technical contradiction, the solution of which this utility model is aimed at.

Thus, the problem solved by the first utility model from the group of utility models claimed for registration and the technical result achieved is to expand the range of manufactured boxes, as well as to increase their reliability while combining the ability to perceive the contents without violating the integrity of the product, and the availability of sufficient spatial rigidity at maintaining large sizes compared with the small thickness used for the manufacture of materials.

To achieve the claimed technical result, in a known box including an open container with a rectangular bottom and volumetric side walls, closed volumetric single rectangular boxes are located along the volumetric side walls, placed with the possibility of simultaneous contact with the bottom of the open container, volumetric side walls and at least with two walls of adjacent unit boxes, while the bottom of the open box is equipped with a device to give the box spatial stiffness, made in the form of a separate o volume box, the bottom of which is rigidly connected with the bottom of the open container, and located between the volume side walls of the open container with the possibility of contacting at least the walls of four single boxes.

Besides:

- a separate volume box is made closed to the valve;

- the box is made sealed in a transparent polymeric material.

The above prior art is applicable to the second utility model from the claimed group of utility models.

The problem solved by the second utility model and the achieved technical result also consists in expanding the range of manufactured boxes, increasing their reliability while combining the ability to perceive the contents without violating the integrity of the product, the availability of sufficient spatial rigidity while maintaining large sizes compared to

small thickness used for the manufacture of materials.

To achieve the claimed technical result, in a known box including an open container with a rectangular bottom and volumetric side walls, closed volumetric single rectangular boxes are located along the volumetric side walls, placed with the possibility of simultaneous contact with the bottom of the open container, volumetric side walls and at least with one wall of the adjacent unit box, while the bottom of the open container is equipped with a device for giving the box spatial stiffness, made in the form of a separate th volumetric box, the bottom of which is rigidly connected to the bottom of the open container, and located on the side of one of the bulk side walls of the open container with the possibility of contacting at least the walls of three single boxes.

Besides:

- a separate volume box is made closed to the valve;

- the box is made sealed in a transparent polymeric material.

Utility models are illustrated by drawings, where:

- figure 1 shows a General view of the open capacity of the first variant of the box with a device to give it spatial rigidity;

- figure 2 - shows a General view of a single volumetric square in plan (as a special case - rectangular) box;

- figure 3 - shows a General view of the first variant of the box assembly;

- figure 4 shows a General view of the open capacity of the second variant of the box with a device to give it spatial rigidity;

- figure 5 - shows a General view of a single volumetric rectangular in terms of an elongated box;

- figure 6 - shows a General view of a second variant of the box assembly.

In general, a box according to the first embodiment of a utility model

includes an open container 1 with a rectangular bottom 2 and volumetric side walls 3, closed volumetric single rectangular (namely square in plan) boxes 4 with walls 5, 6, 7 and 8, located along the volumetric side walls 3, placed with the possibility of simultaneous contact with a bottom 2 of an open container 1, volumetric side walls 3 and with walls 5, 6, 7 and 8 of adjacent unit boxes 4 in any combination thereof.

The bottom 2 of the open container 1 is equipped with a device to give the box spatial stiffness, made in the form of a separate volume box 9 (or, for the purpose of unification, one of the individual boxes 4), the bottom 10 of which is rigidly connected to the bottom 2 of the open container 1, and located between the volume side the walls 3 of the open container 1 at some distance from them (sufficient to accommodate unit boxes 4) with the possibility of contacting at least four unit boxes 4 at least with walls 5, 6, 7 and 8.

In addition, a separate volume box 9 (or 4) is made closed to the valve 11, which in the filled form is also the wall 8 of the box 9 (or 4). The box is sealed in a transparent polymeric material (not conventionally shown).

The box according to the second embodiment of the utility model, unlike the first embodiment, includes volumetric unit boxes 12 of rectangular elongated shape. The bottom 2 of the open container 1 is equipped with a device for imparting spatial rigidity to the box, made in the form of a separate volume box 13 (or, for the purpose of unification, one of the individual boxes 12), the bottom 14 of which is rigidly connected to the bottom 2 of the open container 1, and located on the side of one from the volumetric side walls 3 of the open container 1 with the possibility of contacting at least one of the walls 15, 16, 17 (or 18) of three unit boxes 12.

Analyze the eligibility of the features of the claimed technical solutions for some examples of their use.

The design of the box according to the first embodiment provides for the presence of eight closed volumetric units, for example, square

in terms of boxes 4 located along the volumetric side walls 3 around the ninth separate volumetric box 9, and placed with the possibility of simultaneous contact with the bottom 2 of the open container 1, volumetric side walls 3 and at least two of the walls 5, 6, 7 or 8 adjacent unit boxes 4 and with corresponding walls (in the case of unification of boxes 4 and 9 - 5, 6, 7 or 8) of a separate volume box 9. Volume side walls 3, unlike conventional flanging walls, provide the necessary spatial rigidity when using thin sheet marketing materials. However, when using particularly thin materials or when manufacturing large boxes of spatial stiffness, the volumetric walls 3 are not enough. To eliminate this contradiction, the bottom 2 of the open container 1 is equipped with a device 9 (which is also a separate volume box 9) to give the box spatial stiffness located between its volume side walls 3. Thus, the box 9 with its bottom 10 is rigidly connected to the bottom 2 of the open container 1 , for example, by means of adhesive bonding, and contacts in a fully equipped box immediately with four adjacent unit boxes 4. Given that a separate volume box 9 (as, however, unit boxes 4) are made of As for the material (although this is not necessary), as the open tank 1, the double thickness of the bottom 2 at the point of contact with the bottom 10 by itself provides it with additional strength characteristics, and in combination with the spatial (volume), and even closed on valve 11, the design of the box 9 - the same margin of safety and rigidity, which is necessary for an open design and which primarily affects the achievement of the claimed technical result.

Of course, it is possible to place ordinary stiffeners, including volume ribs, at the bottom of an open tank 1, however, they will reduce the useful volume of the box. For this reason, as a device for imparting spatial rigidity to the box, a separate volume box 9 is used or, for unification purposes, one of the unit boxes 4, the bottom of which 10, for example,

glued to the bottom 2 of the open container 1. In the box 9, which serves as a device for imparting spatial rigidity, you can also put something, provided that its placement does not interfere with the laying-extraction of the contents.

The assembled box, due to the many boxes 4 and 9 in contact with their walls 5, 6, 7 and 8, sandwiched between the bulk walls 3 of the open container 1, is a very lightweight, but quite strong design. Polymeric material, into which it is advisable to seal the box, further increases the reliability of the structure and also provides additional safety for its contents. When transporting such a “set-up" box, spontaneous scattering of single boxes 4 is excluded. It should be noted that it doesn’t matter at all how boxes 4 and 9 are designed. The drawings show the typical, most common packaging containers with valves 11, but this can be mini - boxes with independent covers (not shown conditionally) and other, less common options or their combination.

The combination of the above features fully ensures the novelty of the technical solution and new consumer qualities of the product.

This box can be used for packaging and storage, for example, confectionery, souvenir products, as a first-aid kit with a set of medicines, divided into groups - each in its own box 4 or 9, - etc., including their combinations.

When buying any product packed in the claimed box, the polymer film is first removed (removed) and then individual boxes 4 are removed, their contents are extracted, the contents of the box 9 are extracted, etc. etc. If the box is made in a souvenir version or in the form of a first-aid kit, then after using the contents of the individual boxes 4, the latter return to their place in the open container 1.

All of the above is also characteristic of the second version of the box, adjusted for the presence of five closed volumetric units

elongated rectangular boxes 12, located along the volumetric side walls 3, around the sixth separate volumetric box 13, the bottom 14 of which is rigidly connected to the bottom 2 of the open container 1 from the side of one of the volumetric side walls 3 with the possibility of contacting at least with the walls 15, 17 and 18 of three single boxes 12.

Otherwise, the description of the first option is applicable to the second embodiment of the utility model, adjusted for the number of “small” boxes 12 and 13 used in the construction of the “big” box.

It should be noted that the above “nine” and “six-box” examples of variants of the claimed box are not the only ones. For example, along the elongated sides 15 and 17 of a separate volumetric box 12, for example, two unit boxes 4 from the first embodiment of the utility model can fit, or options for the relative rotation of the part of the elongated unit boxes 12 to each other and to the box 13 are possible, or boxes can be used 12 and 13 of different lengths, however, it is preferable that they are multiples of a certain module, etc.

The inventive box options as complete devices are designed in accordance with the laws of the Russian Federation on technical regulation and can be used both independently and in the design of other means for packaging.

In the production of such boxes, standard equipment, conventional printing technologies and common materials are used.

As a result of the use of utility models, the range of manufactured boxes is expanded, their reliability is increased, while the possibility of perceiving the contents without compromising the integrity of the product, the availability of sufficient spatial rigidity while maintaining large dimensions compared to the small thickness of the materials used for manufacturing, is combined.

Claims (6)

1. A box comprising an open container with a rectangular bottom and volumetric side walls, characterized in that along the volumetric side walls of the open container are closed volumetric single rectangular boxes placed with the possibility of simultaneous contact with the bottom of the open container, volumetric side walls and at least , with two walls of adjacent unit boxes, while the bottom of the open container is equipped with a device to give the box spatial stiffness, made in the form of a separate volume box, the bottom which is rigidly connected with the bottom of the open container, and located between the volumetric side walls of the open container with the possibility of contacting at least the walls of four single boxes. 2. The box according to claim 1, characterized in that a separate volumetric box is made closed to the valve. 3. The box according to claim 1 or 2, characterized in that it is made sealed in a transparent polymeric material. 4. A box comprising an open container with a rectangular bottom and volumetric side walls, characterized in that along the volumetric side walls of the open container are closed volumetric single rectangular boxes placed with the possibility of simultaneous contact with the bottom of the open container, volumetric side walls and at least , with one wall of the adjacent unit box, while the bottom of the open container is equipped with a device for imparting spatial rigidity to the box, made in the form of a separate volume box, the bottom otorrhea rigidly associated with the bottom of an open container and placed beside one of the side walls of bulk vessel open to being in contact, at least with the walls of three individual boxes. 5. The box according to claim 3, characterized in that a separate volumetric box is made closed to the valve. 6. The box according to claim 4 or 5, characterized in that it is made sealed in a transparent polymeric material.