UA110635C2 - Containers for food and / or beverages consumed on the go, and how its production (optional) - Google Patents

Abstract

Container for food and / or beverage consumed on the move, comprising: a first portion (24) forming at least a first holder (3) for accommodating at least one type of food consumed on the move or for a first receptacle containing food or beverage consumed on the move and at least the second portion (25) connected to the first part (24) forming a second holder (4) for holding the second vessel containing at least one type of food or beverage consumed on move. The first holder (3) and the second holder (4) are arranged vertically one above the other at a certain distance from each other in such a way as to provide the user with independent access to both the first holder (3) and the second holder (4). To this end, at least a third connecting part (28) is fixed to the first part (24) and the second part (25) and forms at least one opening (29) for accessing the bottom holder from above. There is also a method of making a container of this type.

Description

The field of technology

The present invention relates to a container for food and/or drink that is consumed on the go and a method of its manufacture.

Technical level

In many cases of daily life, people may find themselves in a situation where they have to eat or drink while standing or while walking. For example, this can happen both in the context of buffets, parties, etc., and in the case of purchasing food at fast food outlets and consuming it on the go. For example, a person can buy, on the one hand, French fries, and on the other hand, a glass or a bottle with a drink. The present invention relates mainly to such a situation.

The problem in these situations is that since both hands are occupied (one with food, one with drink), it is difficult to eat without dropping something.

For this reason, various solutions have been proposed over the years that allow a person to hold both a container with food and a vessel with a drink using one hand.

For example, US patent Mo 7,453,869 describes a folding stand that allows you to hold a plate and a cup with one hand.

Another example is described in US Pat. No. 6,060,097, in which the top of a tubular food container is equipped with a holder into which a beverage container can be inserted. The food is removed through an opening flap at the bottom of the tubular container.

However, these solutions are completely unsuitable for the fast food sector, which requires simple, cheap items that can be thrown away after use.

The most interesting solutions for this sector are those in which the drink holder itself forms a food container.

In the first type of such stands, a vessel for a drink and a container for food form a single unit and function in interaction with each other. For example, in US patents MoMo 5,725,117 and 2005/0133580, a food container is obtained using a piece of cardboard in the shape of a handle, which is connected to the top of a beverage container in such a way that the lid of the beverage container forms the bottom of the food container. However, in order to drink, the user must use a straw that passes through the lid of the beverage container, the food, and the food container.

However, this first type of stand is not without its drawbacks.

First, the fact that the bottom of the food container is formed by the lid of the drink container, through which the straw is inserted, means that there is a risk of contamination of the drink with food.

For example, when there are French fries in the container, there is a risk that salt or sauce can seep through the hole made for the straw and into the drink.

Secondly, since the lid for the drink is always touched by the seller, and the fact that it then comes into contact with food, means that there is a risk from a hygienic point of view as well.

Moreover, when the food runs out before the drink, with this type of stand it is impractical to keep only the drink container and discard the rest, as the lid of the drink container and the straw are contaminated with food.

Similar problems, although partially reversed, occur when using the solution of US Patent Application Mo. 2003/089725, where the food container forms the lid of the beverage container.

On the other hand, in another known type of stand, the innovative concept of which covers one of the embodiments of the present invention, the same object forms a container for food and serves as a support for a vessel/bottle containing a beverage.

Examples of such solutions are described in US patent applications MoMo 2006/0261075, 2004/0084458, 2004/0040882, 2006/0118453 and in US patent Mo 5,184,750.

In all known solutions, the stand has a mainly horizontal extent and contains at least two parts placed next to each other. The first part in the form of a plate/tray is intended for placing food, and the second part forms a holder into which a drink vessel can be inserted.

Although this solution is more convenient than the previous ones, it is also not without its drawbacks.

The main disadvantage is that this type of stand is not easy to hold. Indeed, the user has to hold the stand by one edge, that is, all the weight falls on the console.

Since the weight in such cases can easily exceed six hundred to seven hundred grams, holding it by one edge for a long time can be burdensome, since the user has to keep his arm constantly bent at a right angle to maintain the horizontal position of the stand, and squeeze the edge of the stand with his fingers.

Second, since the weight is unbalanced relative to the container's holding point, there is always a risk of spilling the food or drink.

Thirdly, this type of stands should be made only from plastic materials that can be molded, which negatively affects the cost of their production.

Finally, it should be noted that containers designed to support two separate vessels, one with food and one with a drink (or both with food or both with a drink) are not known in the prior art.

Description of the invention

In this situation, the technical problem, which is the basis of this invention, is to create a container for food and/or drink consumed on the go, which overcomes the above-mentioned disadvantages.

In particular, the technical task of this invention is to create a container for food and/or drink consumed on the go, in which food and drink are kept separately and which is more convenient to hold in the hands than known containers.

An additional technical challenge is to create a container for on-the-go food and/or drink that is easy to manufacture and inexpensive.

The specified tasks and specified goals are substantially achieved by the container for food and/or drink consumed on the go and the method of its manufacture, as described in the attached claims.

A brief description of the drawings

Further characteristic features and advantages of the present invention will be more apparent from the detailed description with reference to the accompanying drawings, which illustrate several preferred, non-limiting embodiments of a container for food and/or drink consumed on the go, and the method of its manufacture, in which:

Fig. 1 is an axonometric top view of a piece of material from which the first container of the present invention can be made;

Fig. 2-6 illustrate the sequence of steps for manufacturing a container according to the present invention, based on the piece of material shown in FIG. 1;

Fig. 7 illustrates an on-the-go food and/or beverage container manufactured in accordance with the sequence of steps shown in FIG. 1-6;

Fi. 8 is a view of a first alternative embodiment of the piece of material shown in FIG. 1;

Fig. 9 is a view of an alternative embodiment of the container shown in FIG. 7, which can be made from a piece of material shown in FIG. 8;

Fig. 10 is a view of a second alternative embodiment of the piece of material shown in FIG. 1;

Fig. 11 is a view of a second alternative embodiment of the container shown in FIG. 7, which can be made from a piece of material shown in FIG. 10;

Fig. 12 is a plan view of another piece of material from which the second container of the present invention may be formed;

Fig. 13 is an axonometric top view of the first stage of assembling a piece of material similar to that shown in Fig. 12, but without the two slots;

Fig. 14 is a view of the second stage of assembly, after the stage presented in FIG. 13, but again in relation to the piece of material shown in Fig. 12;

Fig. 15 illustrates an on-the-go food and/or beverage container made from a piece of the material shown in FIG. 12; and

Fig. 16 is a view of an alternative embodiment of the piece of material shown in FIG

Fig. 12.

A detailed description of the best embodiments of this invention

In the accompanying drawings, the number 1 indicates the entire container for food and/or drink consumed on the go, manufactured in accordance with the present invention.

It should be noted that the dashed lines in the accompanying drawings show the lines on the flat elements along which the material used will be assembled to form the container. Indeed, in the presented embodiments, the entire container 1 is formed by assembling a single rigid or semi-rigid piece of material 2, which unfolds in such a way that it is substantially flat (predominantly made of cardboard).

As shown in Fig. 7 and 15, in accordance with the present invention, it is possible to manufacture containers 1 of two main types: the first type is capable of holding only food if it is placed in the vessel (Fig. 15), and the second type, on the other hand, is capable of holding food directly without the need to use vessels (though obviously there is no reason why a vessel cannot also be used).

For the sake of simplicity of description, the best methods of manufacturing two types of container 1 in accordance with the present invention will first be presented here, after which the more general characteristics of container 1 will be described.

In general, both manufacturing methods according to the present invention are intended to obtain a container 1 for food and/or drink consumed on the go, which includes a first holder C for accommodating at least one type of food consumed on the go or for holding a first vessel , which contains food or drink to be consumed on the go, and at least a second holder 4 for holding a second vessel that contains food or drink to be consumed on the go.

If we start with the second type of container 1 mentioned above (which is capable of directly containing food), a better method of manufacture involves first providing a piece of flat rigid or semi-rigid material 2, such as a piece of harmless cardboard, mainly rectangular in shape, having an upper edge 5, bottom edge 6 and two side edges 7.

It should be noted that in the context of the present invention the expression "substantially quadrangular in shape" refers to the rough shape of the piece of material 2 without regard to any particular shape of each of the edges 5, 6 and 7. Accordingly, this definition includes both the flat piece of material 2 shown in

Fig. 1, as well as the one shown in Fig. 8 (with such a rough definition of the shape, the protrusion 8 outward from the lower edge can be neglected) and in Fig. 10. In the best embodiment, the piece of material 2 has a shape that is essentially symmetrical with respect to the plane of symmetry, perpendicular to it, passing through the center of the upper edge 5 and the lower edge 6.

However, it should be noted that the pieces of material shown in Fig. 1, 8 and 10, are pieces of material 2 which have already undergone the next stage of the method according to the present invention and have basically an O-shaped cutout 9 in the piece of material 2 made in such a way as to limit, in the same piece 2, a valve of material 10, which joins the rest of the material at the top of the Ш and is separated from it along the rest of its perimeter so that it can then be bent as will be described in more detail below.

The M-shaped cutout 9 is oriented so that the upper part of O is directed to the upper edge 5. Preferably, in the best embodiment, the O-shaped cutout is symmetrical with respect to the aforementioned plane of symmetry. The height of the O-shaped flap of the material 10 is greater than the height of the strip 11 of the material that separates it from the upper edge 5. In fact, as will be described in more detail below, the height of the flap of the material 10 is equal to the sum of the height and depth of the first holder C of the container 1, which will be obtained as a result. On the other hand, in the lower part, the distance between the valve material 10 and the lower edge b can vary depending on the requirements. Indeed, as will be described in more detail below, in the finished container 1, a strip 12 of the material placed between the valve of the material 10 and the lower edge 6 forms part of the second holder 4. Finally, with regard to the profile O, it should be noted that in the presented embodiment it has a random trend. In fact, this shape was designed to provide the best possible holder 3 when the container 1 takes its final shape. However, this profile may vary depending on the specific implementation.

As shown in Fig. 2-4, the proposed method includes bending the flap of material 10 in the direction of the upper edge 5, at least relative to the rest of the material. However, in a preferred embodiment, the valve material 10 also folds back on itself. In general, this assembly step continues until the flap of material 10 is located at least partially substantially opposite that part of the material that lies between the flap of material 10 and the upper part 5, but at a certain distance from it (Fig. 4).

In particular, in a preferred embodiment, the flap of material 10 is bent at an average of approximately 902 with respect to the rest of the material along a first curved transverse fold line 13 that connects the ends of the cutout M, and is also further bent at approximately 9029 upon itself along a second curved fold line 14, placed at a predetermined distance from the first assembly line 13 with the opposite concavity to the last one. In order to ensure the correct folding and the correct shape of the bottom of the first holder C (formed by a piece of material placed between the first folding line 13 and the second folding line 14), a third intermediate folding line 15 is provided between these first two lines, which allows the bottom of the first holder 3 to have a shape, slightly facing inside this holder (Fig. 5).

The proposed method also includes a second stage of assembly, during which the side parts 16 of the material, which are adjacent to the side edges 7, are bent to each other (both relative to the rest of the material and to themselves). Each of the specified side parts 16 is bent until the bent material valve 10 is at least partially overlapped (in the presented embodiment, it is the side part 16 that overlaps the material valve 10). Moreover, the two side 60 parts 16 are folded in such a way that they overlap each other at least along the lower edge 6, as shown in FIG. 6. In the best embodiment, the step of assembling the side parts 16, which are adjacent to the side edges 7, involves bending the material to a greater extent along the lower edge 6 than along the upper edge 5, in such a way that the container 1 has a cross section that decreases from the upper edge 5 to the lower edge 6. In other words, when the assembly is completed, the container 1 has a general shape that roughly represents a truncated cone. This is preferably achieved by a large number of folding lines 17, which are placed at an angle relative to the side edges 7 in such a way that they converge to each other in the direction of the lower edge 6.

It should be noted that the sequence of execution of various assembly stages may vary depending on the requirements. Moreover, in other embodiments, all of these different folds may be made not along assembly lines, but simply by folding the material.

The final essential step of the method according to the present invention involves fixing the material valve 10 and other bent side parts 16 in their final positions relative to each other (as shown in Fig. 6). Although in the presented embodiment this is done by gluing, in other embodiments the same result can be achieved using other methods (for example, by means of slots or bending into place the corresponding elements provided in the piece of material 2, similar to what is known in making three-dimensional objects from folded cardboard, such as shoe boxes).

When the container 1 is complete, according to the use for which it is intended, it has not only an upper part and a lower part (which correspond to the upper and lower edges), but also a main front surface 18 (shown in Fig. 7), a main rear surface 19 (Fig. 6 - a surface where different bent parts overlap each other) and two side secondary surfaces 20.

As for the above-mentioned first type of container 1 (capable of holding only the food placed in the corresponding vessel), in this case, too, the best manufacturing method begins with the selection of a piece of flat rigid or semi-rigid material 2, for example a piece of cardboard, preferably one that has a quadrangular shape and contains an upper edge 5, a lower edge 6 and two side edges 7. It should be noted that in the context of the present invention the expression "mainly rectangular in shape" refers to the rough shape of the piece of material 2 without taking into account any particular shape of each of the edges 5, 6 and 7 or any performances provided for them. Accordingly, this definition includes the flat piece of material 2 shown in Fig. 12, the one shown in Fig. 13, as well as the one shown in Fig. 16 (this rough definition of the shape allows neglecting the two parts 32 protruding outward from the upper edge 5, forming the handle 33 in the finished container 1). In the best embodiment, the piece of material 2 has a shape that is substantially symmetrical with respect to the plane of symmetry perpendicular to it, which passes through the center of the upper edge 5 and the lower edge 6.

However, it should be noted that the pieces of material presented in Fig. 12 and 16, are pieces of material 2 that have already passed the next step of the method according to the present invention, when a piece of material 2 is made with a hole 29, which in the finished container provides access to the lower holder.

Preferably, in a preferred embodiment, the opening 29 is symmetrical with respect to the aforementioned plane of symmetry and identifies a strip 11 of material separating it from the upper edge 5 and a strip 12 of material separating it from the lower edge 6. In the completed container, these two strips 11 and 12 will respectively form a part of the first holder C and the second holder 4.

The proposed method also includes a folding step, during which the side parts 16 of the material, which are adjacent to the side edges 7, are bent to each other (both relative to the rest of the material and on itself), as shown in Fig. 13-15. Each of the mentioned side parts 16 is folded until they overlap each other on the first strip 11 and the second strip 12. In a preferred embodiment, this step of folding the side parts 16 of the material adjacent to the side edge 7 involves folding the material more on the lower edge 6 than on the upper edge 5, in such a way that the container 1 has a cross-section that decreases from the upper edge 5 to the lower edge 6. In other words, when the assembly is completed, the container 1 has a general shape that resembles a truncated cone. This is achieved mainly due to a large number of folding lines 17, placed at an angle relative to the side edges 7 in such a way that they converge with each other in the direction of the lower edge 6.

It should be noted that the sequence of execution of various assembly stages may vary depending on the requirements. Moreover, in other embodiments, all of these different folds may be made not along assembly lines, but simply by folding the material.

The final essential stage of the method according to the present invention involves fixing the bent side parts 16 in their final positions relative to each other (as shown in Fig. 15). Although in the presented embodiment this is done by gluing, in other embodiments the same result can be achieved using other methods (for example, by means of slots or bending into place the corresponding elements provided in the piece of material 2, similar to what is known in the production of three-dimensional objects from folded cardboard, such as shoe boxes).

Finally, and in this case, when the container 1 is complete, according to the use for which it is intended, it has not only upper and lower parts (which correspond to the upper and lower edges), but also a main front surface 18 (shown in Fig. . 15), the main back surface 19 (the surface where the various bent parts overlap each other) and two side secondary surfaces 20.

Fig. 8-11 show two possible alternative implementations of the first described method, while Fig. 13 and 16 show two alternative embodiments of the second method.

However, it should be noted that all alternative embodiments described in relation to one method can be applied to another method, provided that the faults are compatible.

As already mentioned, Fig. 8 and 9 represent the case where the initial piece of material 2 additionally has a protrusion 8. In this case, the protrusion 8 must be bent 902 relative to the rest of the sheet and 902 on itself to form the bottom 21 for the second holder 4. The bent outer end of the protrusion 8 can then to be fixed between overlapping parts of two side parts 16 of a piece of material 2.

In Fig. 10 and 11, a single alternative embodiment of this method is presented, which includes an additional step of making a large number of small transverse cuts 22, starting from the O-shaped cut and moving outward. As will be described in more detail below, said cuts define a series of lugs 23, which in practice can be bent to fix the vessel in the second holder 4.

As an alternative to the use of lugs 23, the vessel in the second holder can also be fixed with the help of a slot 34 formed by two slots 35 mirrored in the side parts 16, as shown in Fig. 12. In fact, the gap 34 is formed by overlapping two slots 35.

On the other hand, Fig. 13 shows the case of manufacturing the container 1 without the gap 34 and other systems for fixing the second holder.

As shown in Figs. 12-16, in other embodiments, this method may also include making several small incisions 36 in a piece of material to define elements 37, which in the finished container 1 can be folded inwards to hold from below the vessel placed in the corresponding holder 3, 4 .

Finally, in the case presented in Fig. 16, the upper edge 5 contains two projecting parts 32 designed to overlap one another in the finished container 1 to form a handle 33 for holding the stand. However, in other embodiments, the handles may be provided by other methods.

The above description covers the methods created by the Applicant for the manufacture of better embodiments of the container 1 in accordance with the present invention.

On the other hand, the description that follows provides details of the container 1 itself, which obviously, depending on the requirements, may even be performed using methods other than those just described.

In accordance with the present invention, the container 1 generally comprises a first part 24 which forms a first holder C for holding at least one type of food to be consumed on the go (such as French fries, popcorn, etc.) or for holding a first vessel, which contains food or drink to be consumed on the go, and at least a second part 25 connected to the first part 24, which forms a second holder 4 for holding a second vessel containing food or drink. In the embodiment shown in Fig. 1-11, the first part 24 comprises at least a bottom wall 26 and at least a perimeter side wall 27, which is connected to the bottom wall 26, forming together with it at least a first holder 3. On the other hand, in the case presented in FIG. 12-16, the first holder C is formed by the inner part of the ring formed by the first part 24 and is intended to hold only the first vessel (not directly the food).

Preferably, in all the embodiments presented in the drawings, the second holder 4 is formed by the inner part of the second part 25, which has the shape of a ring.

In accordance with an innovative aspect of the present invention, in the position of the container 1 for use, the first holder C and the second holder 4 are placed one above the other and one below the other, and they stand apart from each other in such a way as to provide the user with independent access to both the first holder C for placing in it and removing from it food or the first vessel, and to the second holder 4 for placing in it and removing from it food or the second vessel.

In the best embodiment, the first holder C is placed above the second holder 4.

However, in other embodiments, it is even possible for the first holder C to be located below the second holder 4. In any case, preferably, in a preferred embodiment, the first holder C and the second holder 4 are substantially centered with each other in such a way that under during use, the vertical projection of the center of gravity of one passes through the other.

In a preferred embodiment, the container 1 also contains at least a third, connecting part 28, fixed to the first part 24 and to the second part 25, which forms at least one opening 29 for access to the lower holder. In particular, in the presented variant of implementation, the third part 28 contains two side arms, which form a single whole both with the side wall of the first part 24 and with the second part 25. The opening 29 is also formed by the free space that is present on the front surface 18, between the first part 24 and the second part 25.

For more reliable holding of the vessel, the container 1 preferably contains at least the first holding means 30 for holding from the bottom side of the vessel inserted in the first holder C or in the second holder 4. In the presented embodiments, the first holding means 30 can at least partially represent the inner part of the ring formed by the second part 25 relating to the second holder 4 (Figs. 7 and 15) and the inner part of the ring formed by the first part 24 relating to the first holder 3 (Fig. 15), while the parts 24, 25 are made with a cross-section which decreases downwards. In fact, in this way, with the appropriate ratio of dimensions, it is possible to ensure that a traditional vessel that has the shape of a truncated cone or similar to it (such as a drinking cup) will be securely wedged into the inner part of the ring.

Moreover, or alternatively, the first holding means 30 may be at least one lower element 21 mounted in the first holder C or in the second holder 4. Such an embodiment is illustrated for the second holder in FIG. 9, where the lower member 21 is the previously mentioned curved protrusion 8. The lower member 21 is particularly suitable for holding a cylindrical vessel (such as a small plastic bottle) which

Otherwise, it could fall out through the hole in the bottom of the second holder 4. On the other hand, in the case presented in Fig. 7, in the first holder C, the effect of the first holding means 30 is provided by the lower wall 26.

However, in other embodiments, the first holding means 30 may be one or more protruding elements 37, respectively placed in the first holder C (as in

Fig. 12-16) or in the second holder 4 and protruding consoles inside the holder 3, 4.

As shown in fig. 10 and 11, the container 1 may also contain a second holding means 31 for holding the upper part of the vessel inserted in the first holder C or in the second holder 4, which prevents the vessel from accidentally falling out of the corresponding holder 4.

In the first preferred embodiment shown in Fig. 11, the second holding means 31 is one or more locking lugs 23, capable of moving between a first position in which they fix the vessel in the second holder 4, preventing its removal (not shown), and a second position in which they are removed vessels do not interfere (this position is shown in Fig. 10).

In the case of the embodiment shown in FIG. 10, two lugs 23 are provided for each side of the container 1 (for different sizes of the vessel), defined by three cuts that are substantially perpendicular to the side edge of the piece of material 2 that forms the container 1. The transition of each lug 23 from the second position to the first position is carried out by bending the lug inside container 1.

In contrast, in the second embodiment shown in Fig. 15, the second holding means 31 includes at least one slot 34 into which the top of a vessel (such as the rim of a cup) can be inserted.

Preferably, the slot 34 is made in the third, connecting part 28.

Finally, in other embodiments not shown in the figures, the container may also be provided with other elements, such as a handle 33 for holding, similar to that shown in Fig. 16.

The use of container 1 is immediately apparent from the above description.

Indeed, in practice, the container 1 is placed substantially vertically (so that the lower edge 6 is facing downwards) and the food or the first vessel is inserted into the first holder C. When the user also holds a second vessel (for example, for a drink, such as a cup or a bottle), he can insert it into the second holder 4 from above (in the embodiment shown in the figure, through the free space defined by the third part 28).

At this moment, the user can hold any part of the container 1 with one hand while using his other hand to drink or eat. When the drinking vessel has a straw inserted into it, the user can drink through the straw without removing the vessel from the second holder 4, since the straw can be brought out through the front opening 29.

When a container 1 made of a semi-rigid material such as cardboard is used, if the container has the shape of a truncated cone or similar, it, when inserted into the corresponding holder 3, 4, deforms the corresponding part 24, 25 by its weight, transforming the ring with a polygonal transverse cut into a ring with a cross-section that is practically circular or takes the form of a vessel. Depending on the dimensions, in the case of container 1 from Fig. 7 or 15, the vessel partially exits the second part 25 in the downward direction.

This invention provides significant advantages.

Firstly, the container according to this invention, on the one hand, allows you to keep two things (food and/or drinks) separately, and on the other hand, it is absolutely easier to keep than known containers.

Indeed, it is sufficient to hold the upper part of the container with a normal grip to hold the lower part as well. Moreover, such a container can be easily held at least with a bent hand (a typical position when drinking or eating small pieces), at least with a hand stretched along the body. In addition, since the container can be held higher than its center of gravity, it is almost impossible to accidentally spill its contents, since gravity will always try to keep the container vertical, that is, in the position intended for use.

Moreover, the container according to this invention can be easily made even from a single sheet of folded material, which determines its obvious cheapness and the fact that it can be used without problems, even as a disposable item.

Finally, it should be noted that this invention is relatively easy to manufacture and that even the costs associated with its implementation are not very high.

The invention described above can be modified and adapted in several ways without departing from the scope of the inventive concept.

Moreover, all the details of the present invention can be replaced by other, technically equivalent elements, using other materials; also the shape and size of various components can vary depending on the requirements.

Claims (17)

FORMULA OF THE INVENTION 1. A container for food and/or drink consumed on the go, comprising: a first part (24) which forms at least a first holder (3) for holding at least one type of food consumed on the go or for holding a first vessel, which contains food or drink to be consumed on the go, and at least a second part (25) connected to the first part (24) which forms a second holder (4) for holding a second vessel containing at least one type of food or drink, which are consumed on the go; which is characterized in that in the position for using the container (1) the first holder (3) and the second holder (4) are placed one above the other and one below the other at a certain distance from each other in such a way as to provide the user with independent access to both the first the holder (3) for inserting and removing food from it or, accordingly, inserting and removing the first vessel, and to the second holder (4) for inserting and removing the second vessel from it, as well as by the fact that it also contains at least one third connecting part (28) fixed to the first part (24) and the second part (25) to form at least one opening (29) for access from above to the lower holder. 2. Container for food and/or drink consumed on the go according to claim 1, characterized in that the first holder (3) is placed above the second holder (4) and in that the second part (25) is ring-shaped and that the second holder (4) is formed by the inner part of this ring. C. The on-the-go food and drink container according to claim 1 or 2, characterized in that the first holder (3) is positioned above the second holder (4) and that the first part (24) is ring-shaped and that the first holder (3) is formed by the inner part of this ring and is intended only for holding the first vessel. 4. A container for food and/or drink consumed on the go according to one of the points 1-3, characterized in that it also contains at least a first holding means (30) for holding from below a vessel placed in the first holder (3 ) or in the second holder (4). 5. A container for food and/or drink consumed on the go according to item 4 and according to items 2 or 3, which is characterized in that the inner part of the ring formed by the second part (25) or the first part (24), respectively, has a cross-section that tapers downwards, thereby forming the first retaining means (30). 6. A container for on-the-go food or drink according to claim 4 or 5, characterized in that the first holding means (30) comprises at least one lower element (21) mounted respectively in the first holder (3) or in the second holder (4). 7. A container for food and drink to be consumed on the go according to claim 4 or 5, characterized in that the first holding means (30) comprises one or more projecting elements (37) placed in the first holder (3) or in the second holders (4), which protrude as consoles inside the holder (3), (4). 8. A container for on-the-go food or drink according to any of the preceding claims, characterized in that it also includes a second holding means (31) for holding a vessel inserted in the first holder (3) or in the second holder (4), from above. 9. A container for food and/or drink consumed on the go according to claim 8, characterized in that the second holding means (31) is one or more locking lugs (23) capable of moving between the first position in which they fix the vessel, preventing its removal, and the second position, in which they allow it to be removed. 10. A container for food and/or drink consumed on the go according to claim 9, characterized in that the second holding means (31) is at least one slot (34) into which the upper part of the container can be inserted. 11. The on-the-go food and/or beverage container according to any preceding claim, wherein the first holder (3) and the second holder (4) are substantially centered relative to each other. 12. A container for food and/or drink to be consumed on the go according to any of the previous items, characterized in that the first part (24) has at least a bottom wall (26) and at least a perimeter side wall (27), which connects to the lower wall (26), forming together with the latter at least the first holder (3). 13. A container for on-the-go food and/or drink according to any of the preceding claims, characterized in that it also includes a handle (33) for holding the container. 14. A container for food and/or drink consumed on the go according to any of the preceding items, characterized in that it is made from a single piece of substantially flat rigid or semi-rigid material (2) which is folded and glued or fixed over himself. 15. A method of manufacturing a container (1) for food and/or drink consumed on the go, which includes a first holder (3) for holding at least one type of food consumed on the go, and at least a second holder (4) for holding the vessel , containing a beverage, wherein, in the position for use of the container (1), the first holder (3) and the second holder (4) are placed one above the other and one below the other at a certain distance from each other in such a way as to provide the user with independent access both to the first holder (3) for inserting and removing food from it, and to the second holder (4) for inserting and removing from it a second vessel, which is characterized by the fact that it includes the following technological steps: providing a piece of flat rigid or semi-rigid material (2) having an upper edge (5), a lower edge (b) and two side edges (7); making a preferably O-shaped cutout (9) in a piece of material (2) to define the boundaries of the material valve ( 10), combined with the rest of the material, p at the same time, the orientation of the cutout (9) is such that the upper part of I faces the upper edge (5); bending the flap of material (10) at least relative to the rest of the material in the direction of the upper edge (5) until this flap of material is at least partially opposite and at a certain distance from the part of the material that lies between the flap of material (10) and the upper edge ( 5); bending the side parts (16) of the material adjacent to the side edges (7) towards each other until they are both at least partially superimposed on the bent valve of the material (10) and on top of each other at least along the lower edge (b); and locking the valve material (10) and other bent side parts (16) in their position. 16. The method according to item 15, which is characterized by the fact that the step of bending the side parts (16) 60 of the material adjacent to the side edges (7) involves bending the material to a greater extent along the lower edge (b) than along the upper edge (5), in such a way that the container (1) has a cross-section that decreases from the upper edge (5) to the lower edge (b). 17. A method of manufacturing a container (1) for food and/or drink consumed on the go, comprising a first holder (3) for holding a first vessel and at least a second holder (4) for holding a second vessel, where, in a position for use of the container (1), the first holder (3) and the second holder (4) are placed one above the other and one below the other and at a certain distance from each other in such a way as to provide the user with independent access to both the first holder (3) for inserting and removal of the first vessel, as well as to the second holder (4) for inserting into it and removing from it the second vessel, which is characterized by the fact that it includes the following technological steps: provision of a piece of flat rigid or semi-rigid material (2) having an upper edge ( 5), the lower edge (b) and two side edges (7); making a through hole (29) in the central area of a piece of material (2); bending the side parts (16) of the material adjacent to the side edges (7) in the direction of one to one until they both they will not be overlapped at least partially along the lower edge (6) and upper edge (5); and fixing the bent side parts (16) in their position; the step of bending the side parts (16) of the material adjacent to the side edges (7) involves bending the material to a greater extent along the lower edge (6) than along the upper edge (5), in such a way that the container (1) has a cross-section which decreases from the upper edge (5) to the lower edge (6). 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