RU2591147C2 - Method and apparatus for producing package for smoking products - Google Patents

Abstract

FIELD: tobacco industry.

SUBSTANCE: invention relates to a method and device for producing package for bar-shaped smoking articles, having at least one outer layer. Method of producing package for bar-shaped smoking articles from previously subjected to printing on it or not subjected to printing tape (3, 3b) of foil, taken with coil (2) for strip foil, tape foil is stamped in inline mode and/or bending in accordance with operating rate (P) packing machine with further cutting to required size, wherein tape foil is wrapped around bar-shaped smoking article in packing machine, wherein working rate (A1) of block (4) for stamping, intended for stamping in inline mode, determining sensor (9) by determining structures (23S) of surface on tape (3, 3b) of foil for stamping unit (4) for stamping, and operating rate (A1) stamping unit synchronised with operating rate (P) packing machine, tape foil is package outer layer, which is adapted to accommodate bar-shaped smoking articles and fix package; wherein operating rate (A2) of block (5) for bending or operating rate (A3) of cutting device (6) are synchronised with operating rate (A1) of block (4) for stamping; and operating rate (A3) of cutting device (6) are synchronised with operating rate (A2) of block (5) for bending or with operating rate (A1) of block (4) for stamping; wherein that bends (21a-21e) a unit for folding on tape foil to required mutual positions on foil in comparison with embossed structures surface, and sections (22a-22f) are cutting apparatus on said required mutual positions on tape foil.

EFFECT: providing a method and device for making packages of cigarettes, small cigars or cigars, which would satisfy various requirements in relation to such packages, without using primary packaging, on one hand, and on other hand, provide more rational production of packages containing large variety of visible or almost invisible tactile or sound marks, which can also serve as a function of authentication.

27 cl, 16 dwg

Description

The present invention relates to a method and apparatus for manufacturing a packaging for smoking articles in the form of a bar having at least one outer layer. The term “bar-shaped smoking articles” refers to cigarettes, cigarillos or cigars. For simplicity, hereinafter, only cigarettes are mainly referred to.

In accordance with the prior art, a cigarette package generally consists of an inner package consisting of paper, plastic, metallized paper or synthetic paper and, in rare cases, also of aluminum foil, and the outer package may consist of thin cardboard, as described, for example, in WO 2010/012370 A1, or, as a rule, of plastic or of various layers of paper and plastic, which provides sufficient mechanical protection, and may or may not have a protective layer that protects against drying out and / or impact I odors. In accordance with the aforementioned PCT application, both the inner and outer packaging in the form of blanks are fed into a packaging machine, where cigarettes are packaged in an inner package, and inserted into the formed outer package.

In addition, if the so-called “inner lining” is performed, the inner packaging may be embossed, such as satin, and provided with logos in accordance with known technologies. The simultaneous feeding of two blanks into the cycle of the packaging machine requires complex means of synchronization, including during embossing and / or printing on the inner packaging.

Recently, attempts by the state and organizations to limit the sale of cigarettes to adults only have increased, as well as completely eliminate or significantly limit advertising on packs of cigarettes, both on the inner packaging or the inside, and on the outer packaging. Meanwhile, industrial enterprises tried to produce cigarette packages more intelligently and more economically, both in terms of materials and the production process.

Against the background of this prior art, the aim of the present invention is to provide a method and device for the production of packages of cigarettes, cigarillos or cigars, which would satisfy the various requirements for such packages, without using the inner packaging, on the one hand, and on the other hand, provide more rational production of packages containing a wide variety of visual or practically imperceptible tactile or sound marks, which can also serve as an authentication function and. In the context of the present invention, the term "sign" means the inclusion of any kind of logos, individual marks, groups of marks, colors, as well as their combinations, produced by the embossing roller (s) that can be seen, felt tactilely or acoustically. This goal is achieved through the method according to paragraph 1 and the device according to paragraph 7.

The invention will now be described in more detail with reference to the drawings of embodiments of the invention.

FIG. 1 schematically illustrates a manufacturing process of packaging from a foil tape and a corresponding device,

FIG. 1A displays the first foil tape during processing,

FIG. 1B shows an enlarged detail shown in FIG. 1A

FIG. 1C displays an enlarged foil tape during processing,

FIG. 2-7 show the six rollers in the assembly of the embossing unit in a pin-to-pin configuration,

FIG. 8 depicts the roller assembly in a pinup-pindown configuration,

FIG. 8A shows a portion in accordance with line VIIIA-VIIIA in FIG. 8,

FIG. 9 shows an exemplary embodiment of the rollers assembly,

FIG. 10 is a side view of FIG. 9

FIG. 11 shows an exemplary embodiment of a trimmer roller assembly,

FIG. 12 schematically shows a bent workpiece,

FIG. 13 displays cigarettes,

FIG. 14 shows the packaging of FIG. 12 closed

FIG. 15 displays a holding strip,

FIG. 16 displays the inner shell.

In FIG. 1 shows a simplified diagram of a possible apparatus for manufacturing a cigarette package shown in FIG. 12 and 14. The device 1 in accordance with FIG. 1 includes a coil 2 for a foil tape with a foil tape 3, which first passes through an embossing unit 4, then through a folding unit 4, then through a folding unit 5, and finally through a cutting apparatus 6 for subsequent receipt into the packaging machine 7 as a preform 19.

Packing foil i.e. foil tape 3 for the manufacture of outer packaging, may consist of a lightweight material, for example paper, thin cardboard or hybrid foil, i.e. a foil having a plurality of coatings of various materials, or a polymer film that may be metallized or otherwise coated, or in some cases, in some countries where this is still permitted, metal foil. Further, the term “foil” will be used simply.

As the first control unit 8, the device 1 includes a synchronization device for adjusting the working tempo A1 of the embossing unit 4 with the working tempo Ρ of the packaging process. The working pace Ρ can be set, for example, by the length of the packaging foil 3, which must be supplied to the packaging machine per unit time and in accordance with which the working pace A1 of the embossing unit 4 must be adjusted when preparing the foil 3. This corresponds to the exact placement of the texture with the embossed surface along the entire length feed foil 3. The surface structure may be embossed characters 23S, 24S.

The synchronization unit 8 includes a sensor 9 for determining the working tempo A1 of the embossing unit 4. It may, for example, include an optical determination of the position of the surface structures 23 embossed on the foil 3 in the embossing unit 4. Namely, the determination takes place along the path movement between the block for stamping 4 and the block for bending 5.

The specific operating tempo A1 can then be adjusted to the operating tempo Ρ in the positioning device 10. For this, manual and / or automatic tuning can be provided. The drive roller can be temporarily disengaged from the drive to increase the transfer path of the foil 3 to a desired distance, which will be consistent with the operating rate P. Such an on-demand increase in the transfer path of the foil 3 is compensated by a buffer device 14a located downstream of the foil of the embossing unit 4.

To determine and control the operating pace A2 of the bending unit 5, the device includes a second control unit 11. The control unit 11 includes a comparison device 12, which allows you to determine the quantitative deviation between the operating rates A1 and A2 of the embossing unit and the bending unit. For example, this can be done by optical representation with a lamp designed to irradiate the foil with light in a stroboscopic manner at regular intervals. The irradiation frequency preferably corresponds to the operating pace P. Thus, an optical representation of the relative position of the surface of the texture embossed in the embossing unit 4 is performed, as well as an optical representation of the bends 21 a-e formed on the foil 3, i.e. made on the workpiece 19 in the block for bending.

The obtained information is subsequently used in the positioner 13 to adjust the working tempo A2 to the working tempo A1 so that the obtained bends 21 a-e are located at the necessary relative positions on the foil 3. The positioning device 13, for example, can provide manual and / or automatically adjusting the circumferential position of the drive roller for bending 34 with respect to the foil 3. For this purpose, clutch can be used to disengage the roller for folding 34 with the drive of the roller 36. In addition, if necessary, or depending on the process, vary the relative locations of the bends 21 ae on the foil 3.

The comparator 21 can also be used to detect the relative deviation of the working tempo A2 from the working tempo Ρ and additional confirmation of the synchronization of the subsequent packaging process. In addition, in this way, it is possible to indirectly detect an indirect deviation of the working tempo A2 from the working tempo A1, since the working tempo A1 is already synchronized with the working tempo Ρ by means of the synchronizing device 8.

To extend the transmission path of the foil 3 on demand, in case the positioning device 13 enters the process, another buffer device 14 is used, located downstream of the foil from the bending unit 5.

The second control unit 11 is followed by a third control unit 15 for synchronizing the operating tempo A3 of the cutting apparatus 6 with the working tempo P. By analogy with the regulating unit 11, the third regulating block 15 includes a comparator 16 for detecting a quantitative deviation between the operating rates A2 and A3 block for bending and cutting device, respectively. The signals are obtained by analogy with the second control unit. The information thus obtained is used further in the positioning device 17 to adjust the working tempo A3 to the working tempo A2 so that the slices 22a-22f are located at the desired relative positions on the workpiece 19.

The foil tape 3, 3b may be pre-printed or not printed. However, it is also possible to position the printing apparatus “from above” in the direction of movement of the foil from the embossing unit (ie, to the embossing unit) to ensure printing of the foil tape at the same time as the operating pace P. devices for regulation and allows you to synchronize the operating pace of the device for printing with the working pace of other devices. In addition, the device may contain a unit for the use of perfumes; in this case, an additional regulating device ensures the operation of this unit in synchronization with the operating rate P.

In the packaging machine 7, the preform 19, having folds 21 a-e, is continuously fed into the packaging machine at a working rate P. In the latter, the preform 19 is wrapped around cigarettes 18 for packaging. Thanks to the bends 21 ae, this required a little effort, where the most packaged goods were effectively protected from damage. The folds 21 a-c are preferably located at the bottom of the package thus formed, where two folds are made along the edges of the fold. In Figures 9 to 11, this operation is schematically reflected.

In FIG. 1C depicts a wider strip of foil 3b to which cigarettes are fed in the transverse direction. The foil tape 3b is embossed, bent, cut in the same way as the foil tape 3 to obtain a blank 19b with embossed characters 24S, folds 25 and cuts 26. It is clear that the embossing unit, as well as the folding unit and the cutting unit are adjusted to the width of the foil tape.

In certain cases, or depending on the properties of the foil, there is no need to bend the foil tape before packaging, in this case, a bending unit is not used, and the control units are adjusted accordingly. In other cases, it may not be necessary to emboss the foil tape, in which case the foil tape is directly fed from the coil into the bending unit. The control units are also adjusted accordingly.

The number and design of the embossing block rollers 4 in most cases depends on the properties of the foil tape and on the desired type of embossed marks. If the foil is similar to the inner shell to be processed, one side of which is metallized or has similar properties, known embossing rollers can be used, which are presented in many descriptions of patents and applications, for example WO 02/07671 and in figures 2 and 3. The latter are rollers having a pin-pin-up combination, where marks are created by fully or partially removed teeth on an embossing roller. An assembly of two or three rollers is described, however, such assemblies may include more than three rollers.

The rollers having signs or possibly separate teeth are embossing rollers, while the remaining rollers, driven by means of synchronization or directly or indirectly driven, are supporting rollers. However, this does not exclude the possibility that several rollers of the device may have signs and are therefore embossing rollers. In addition, it is believed that the foil tape always passes between the rollers in the same direction, taking into account what will be its outer surface.

Embossing assembly 4a includes three rollers, i.e. the embossing roller 53 driven by the drive 27 and the first support roller 32 and the second support roller 33, the two support rollers are not driven directly, nor are they synchronized with the drive roller by synchronizing elements, such as gears, and are driven only through foil tape 3.

Compared with the vast majority of roller assemblies in the prior art, the three rollers do not have the same design. While the drive roller for embossing 53 has teeth 31, the first support roller 32 has rings 32R extending around the entire periphery and parallel to each other so that the teeth 31 of embossing roller 53 engage in grooves between the rings. The rings 32R taper and flatten on the outside so as to engage between the teeth 31.

The second support roller 33 has longitudinal protrusions 33L, narrowed and flattened from the outside, such as rings 32R, so that the longitudinal protrusions 33L interact with the teeth 31 of the embossing roller 53. Also, the rings or longitudinal protrusions, respectively, can affect the appearance of the embossed patterns carried out by a tooth stamping roller. By means of such assemblies of the embossing rollers, it is possible, thanks to the variants of the teeth 31 or the rings 32R or the longitudinal projections 33L, i.e. by adjusting the height, sides or edges of the teeth, rings or longitudinal protrusions, or by applying patterns to their upper surfaces, make various embossed patterns or signs and achieve a better fracture of the foil fibers.

The assembly of the rollers 4B has the same drive 27 and the same drive roller for embossing 53, as well as a support roller 29 with teeth 31. Logos 23L are produced by removing or changing the teeth 31 in appropriate places.

With respect to non-metallized packaging foil and, moreover, having tactile and sound characteristics, rollers on which the teeth are located only in those places where the logo is intended to be made are considered suitable, and preferably the teeth are located on a non-drive roller.

Figures 4 through 7 illustrate four embodiments of an embossing unit 4. An embossing assembly 4C in accordance with FIG. 4 is based on a pin-pin configuration that has been successfully used to emboss the inside, where all three rollers 28, 29, 30 have teeth protruding from the cylinder of the roller, and one tooth of one roller engages between four teeth of the other rollers, thereby achieving self-synchronization and stamping accuracy is improved, and the design of the drive mechanism is simplified. The first roller 28 is driven by a schematically illustrated drive 27, which may also be an engine.

In accordance with FIG. 4, three rollers are used to emboss the foil tape 3. The roller 28, driven by the drive 27, has lines with logos 23, 23A and rows of teeth 52 at both ends to achieve better transmission of the drive force to the support rollers and to prevent the embossing roller from swaying if several embossing lines or rows are provided. By “embossing lines or rows” are meant lines or rows on which any marks or teeth 31 are located. In this example, the support rollers 29 and 30 include only the teeth 31.

Unlike embossing rollers in accordance with Figures 2 and 3, for example, for embossing the inside, during embossing of the outside of the foil, teeth are only present on the corresponding embossing roller in places where it is intended to emboss the signs. In this case, the teeth of the support rollers can serve to break the fibers of the paper, if necessary.

In the process of satin and simultaneous embossing of logos on the inside, the metallized surface of the packaging foil is embossed in such a way that in almost all cases the drive roller is equipped with logos, however, it can be more advantageous to emboss the outer side of the foil on one of the non-drive embossing rollers to obtain embossed characters on the foil, as illustrated in Figure 5. Thus, both tactile and acoustic characters can be created. In the 4D embossing assembly, one of the two non-driven rollers is an embossing roller 30A having embossing lines 23, 23A.

This can also be applied in cases where the embossing assembly 4E includes two rollers, as illustrated in FIG. 6, where the embossing assembly 4E includes a drive roller 28F and an embossing roller 29A driven by the latter and provided with logo lines 23, 23A. In the illustrated case, the embossing roller 29A has a double girth of the drive roller 28F.

In an exemplary embodiment of the invention, the teeth 31 have a pyramidal shape with square horizontal protrusions, and their tops can flatten up to 25%. However, other pyramidal teeth with many other horizontal protrusions and shapes are known in the art, for example pyramidal teeth with rectangular horizontal protrusions, which may, for example, have a longer imprint in the direction of the longitudinal axis than in other directions. In addition, in some cases where the support rollers are driven by means of synchronizing means, there may be taper or truncated taper teeth. The teeth may have a pitch, i.e. the distance between the tops from 0.05 mm to 0.4 mm for a theoretical height without flattened parts from 0.03 mm to 0.3 mm. Further, as is known from the prior art, individual teeth or groups of teeth can have various shapes.

FIG. 7 shows an assembly for embossing 4F with a similar roller configuration, as shown in FIG. 2, the drive roller for embossing 28 cooperates with a first support roller 32 having rings 32R and a second support roller 33 having longitudinal protrusions 33L. In contrast to the embodiment of the invention in accordance with FIG. 2, the embossing roller 28 has only teeth 28 in those places where it is intended to create embossing lines or rows 23, 23A.

The described and other embossing rollers known from the prior art essentially allow embossing marks, perceived by the eye as patterns, colors, color patterns or practically invisible, to serve as authentication characteristics that are tactile or which can produce sound signals.

In Figures 2, 4, 5, or 7, it is shown schematically that both support rollers engage with the embossing roller, but this is not always the case. It is also possible that the first or second support roller, respectively, engages only with the first or preceding roller. In addition, in some cases, it is preferable to have more than three rollers with different surface structures. Further, both the diameter and the length of the individual rollers may vary. In addition, soft rollers can be used with metal rollers.

Figure 8 illustrates the assembly of 4G rollers in the so-called pin-pindown configuration, where elevated embossing elements 23R are provided on the drive roller 54, and there are also corresponding hollow embossing elements 23H on the support roller 55. The support roller is driven by synchronizing gears 56 , 57. Elevations 23R and recesses 23H are shown in section 8A.

Figures 9 and 10 show the possible location of the bending unit 5. This bending unit includes two bending rolls 34 and 35, the bending roll 34 is driven by the drive 36. The second bending roll 35 is driven and synchronized by the gears mechanisms 41 and 42. Two rollers for bending are smooth and provided with complementary structures to obtain the necessary bends. The bending roller 35 has both rings 37 and longitudinal protrusions 38 a-e, which engage in corresponding circular grooves 40 and longitudinal grooves 39 a-e of the bending roller 34.

It is also possible to provide bending rollers with embossing elements, for example, teeth or groups of teeth that can be located on one or both rollers, as shown in Figures 2 to 7, or embossing elements in accordance with the roller assembly in FIG. 8, 8A, where the raised embossing members 23R are located on the bending roller 35 with the bending tools and the hollow embossing elements 23H on the other bending roller 34.

Both the shape and the cross-section and size of the rings or protrusions and grooves may vary depending on the material to be bent. FIG. 10, a side view of FIG. 9 illustrates the mutual engagement of the longitudinal protrusions and the longitudinal grooves.

In FIG. 11 shows a possible arrangement of the cutting apparatus 6. In this case, the latter consists of two cutting rollers 43 and 44, the cutting roller 43 is driven by the drive 45, and the cutting roller 44 is driven by the synchronizing gears 46 and 47. In this example, the first the cutting roller 43 is smooth, and the second cutting roller 44 has blades 48 and 49 ae located in such a way as to cut the workpiece 19 in accordance with FIG. 1A or 1B. Like bending rollers, the cutting rollers may have embossing teeth and / or embossing elements.

Both the bending rollers and the cutting rollers may have means to prevent them from swaying, for example, rings or teeth may act as these means.

Figures 12 to 14 schematically illustrate the operation of the packaging machine 7. FIG. 12 illustrates the operation of folding the preform 19 to fit cigarettes 18 there, and FIG. 14 shows the finished package 20. If necessary, cigarettes can be held by the holder 50 in accordance with FIG. 15 and / or in the inner shell 51, in accordance with FIG. 16, which is suitable for packaging 20.

As follows from the description, the device, in particular, is suitable for the production of packaging in a continuous mode for tobacco products, the foil tape is fed from the reel and subjected to printing on it, embossed and / or bent, as the case may be, and then cut, the workpiece is folded, filled and wrapped around cigarettes, all these operations are performed with the time cycle of the packaging machine. In addition, the processing of cardboard, paper or plastic in a continuous mode or, if possible in the first place, by means of support rollers that fold or break the fibers of these materials. The device may have a built-in flavoring unit that adds smelling means to real-time bending. From the description of the rollers, it becomes clear that any desired combination of embossing, bending and cutting elements is possible on the rollers.

Since all the blocks work with a specific cycle of the packaging machine, and in particular the bending unit and the cutting apparatus, no additional positioning devices are required, since the package blank is synchronously embossed, folded and cut directly from the reel.

In the description, processing by the device of both external and internal packaging is allowed, however, it is also possible to use at least one more device in real time, thus, both the foil tape for the outer and the foil tape for the inner packaging are processed and both inserted into the packaging machine to form a two-layer package. In this case, the control units are equipped in such a way as to ensure the necessary synchronization of the operating rates.

Claims (27)

1. A method of manufacturing a packaging for smoking articles in the form of a bar from previously printed on it or not subjected to printing foil tape (3, 3b) taken from the foil tape reel (2), the foil tape being embossed in a continuous mode and / or bending in accordance with the working pace (P) of the packaging machine with further cutting to the required size, while the foil tape is wrapped around the bar-shaped smoking products in the packaging machine, the working pace (A1) of the embossing unit (4) for embossing in sweat In the normal mode, it is determined by the sensor (9) by determining the structures (23S) of the surface on the foil tape (3, 3b) intended for embossing by the embossing unit (4), and the working rate (A1) of the embossing unit is synchronized with the working rate (P) packing machine:
characterized in that the foil tape is the outer layer of the package, which is adapted to place smoking products in it in the form of a bar and fasten the package;
while the working pace (A2) of the block (5) for bending or the working pace (A3) of the cutting apparatus (6) is synchronized with the working pace (A1) of the block (4) for embossing; and the working pace (A3) of the cutting apparatus (6) is synchronized with the working pace (A2) of the block (5) for bending or with the working pace (A1) of the block (4) for embossing;
moreover, the folds (21a-21e) are formed by a unit for folding on the foil tape at the necessary mutual positions on the foil in comparison with the embossed surface structures, and the slices (22a-22f) are performed by the cutting device at the indicated necessary mutual positions on the foil tape. 2. The method according to p. 1, characterized in that it comprises the step of measuring the quantitative deviation between the working pace (A1) of the embossing unit and the working pace (A2) of the block for bending and / or between the working pace (A2) of the bending unit and the working pace (A3) of the cutting unit. 3. The method according to p. 2, characterized in that the device (12, 16) for comparison is configured to irradiate the foil tape (3, 3b) with light at regular intervals. 4. The method according to p. 3, characterized in that the uniform intervals of time correspond to the working pace (P). 5. The method according to p. 1, characterized in that it comprises the step of setting the working pace (A1) of the embossing unit or the working pace (A2) of the bending unit or the working pace (A3) of the cutting apparatus for controlling the position of the coil (2) for foil tape in a packaging machine. 6. The method according to claim 2, characterized in that the embossing unit (4) is configured to produce signs on the foil tape (3, 3b) that differ visually and / or tactilely and / or acoustically and / or serve quality of authentication characteristics. 7. The method according to p. 1 or 6, characterized in that the outer layer of the package consists of a light material, such as paper, thin cardboard, hybrid foil, foil having many coatings of various materials, or paper, or a polymer film, which can be metallized or otherwise coated or constitute a metal foil. 8. The method according to any one of paragraphs. 1-6, characterized in that the smoking products, in the form of a bar, such as cigarettes, cigarillos or cigars, are inserted into a package consisting of at least an outer layer without an inner package. 9. The method according to any one of paragraphs. 1-6, characterized in that the working pace (A2) of the bending unit is synchronized with the working pace (P) of the packaging machine and the working pace (A3) of the cutting apparatus with the working pace (A2) of the bending unit. 10. The method according to any one of paragraphs. 1-6, characterized in that the tape (3; 3b) of the foil is subjected to printing before embossing, while the working speed of the printing unit is synchronized with the working speed (P) of the packaging machine and the working pace of other blocks. 11. The method according to any one of paragraphs. 1-6, characterized in that more than one device is used to process the foil tape for the outer packaging and the foil tape for the inner packaging and to assemble them into multilayer packaging in a packaging machine in a continuous mode with a working rate (P). 12. The method according to claim 1, characterized in that carry out flavoring of the package. 13. A device for implementing the method according to any one of paragraphs. 1-12, characterized in that it includes a coil (2) for foil tape, a block (4) for embossing for embossing surface structures and / or a block (5) for folding and a cutting apparatus (6), and is operatively connected to a packaging machine (7), the device includes control elements (11, 15) and synchronization elements (8) for processing the foil tape (3, 3b) in a continuous mode with the operating rate (P) of the packaging machine and wrapping the resulting workpiece ( 19, 19b) around smoking articles in the form of a bar (18), the synchronization elements (8) comprising:
a sensor (9) for determining the working rate (A1) of the embossing unit (4) by detecting the surface structures (23S) on the foil tape (3, 3b) intended for embossing by the embossing unit (4);
moreover, the control elements (11, 15) contain:
a control unit (11, 15) for synchronizing each working pace (A1, A2, A3) of printing, embossing, bending and trimming (4, 5, 6) with the working pace (P) of the packaging machine and with each other, and
devices (12, 16) for comparison, designed to determine the quantitative deviations between the working rates (A1, A2, A3) of block (4) for embossing, block (5) for bending and cutting apparatus (6);
moreover, these synchronization elements are configured to enable the embossing unit (4) to form bends (21a-21e) at the necessary mutual positions on the foil tape in comparison with the embossed surface structures, and the cutting device (6) to perform slices at the indicated necessary mutual positions on foil tape. 14. The device according to p. 13, characterized in that the embossing unit (4) includes an assembly of rollers (4A-4G) with at least two rollers (28, 29A, 30A, 53, 54) having logos (23L), teeth (31) or elevated embossing elements (23R) located in line or rows or separately for embossing characters (23s, 24S) on foil (3, 3B). 15. The device according to claim 14, characterized in that at least one of the at least two rollers (28, 28F; 29, 29A; 30, 30A, 53) has teeth (31) protruding from the cylinder of the roller. 16. The device according to p. 14, characterized in that the roller assembly (4A-4G) comprises at least one roller (54) having raised embossing elements (23R), and at least a support roller (55) with corresponding recesses ( 23H). 17. The device according to p. 14, characterized in that the assembly of the rollers (4A-4G) contains at least one support roller (32) having peripheral rings (32R), and / or at least a second support roller (33), having longitudinal protrusions (33L). 18. The device according to claim 13, characterized in that the bending unit (5) includes first and second bending rollers (34, 35), which have complementary bending tools (37, 38a-38e; 39a-39e, 40). 19. The device according to p. 18, characterized in that the first bending roller (34) has circular grooves (40) and longitudinal grooves (39a-39e), and the second bending roller (35) has rings (37) and longitudinal protrusions (38a-38e). 20. The device according to p. 18, characterized in that the first and / or second bending roller (34, 35) have teeth for bending, trimming and / or embossing or embossing elements. 21. The device according to p. 18, characterized in that the control blocks (11, 15) include positioning devices (12, 16) for adjusting the positions around the circumference of the first and / or second rolls for folding (34, 35) relative to the tape ( 3, 3b) foil. 22. The device according to p. 13, characterized in that the cutting apparatus (6) includes two cutting rollers (43, 44), one of which (43) is a smooth roller, and the other cutting roller (44) has cutting tools (48 49a-49e). 23. The device according to p. 22, characterized in that said other cutting roller has teeth for bending, trimming and / or embossing or embossing elements. 24. The device according to p. 22, characterized in that the control units (11, 15) contain positional devices (13, 17) for adjusting the positions around the circumference of one cutting roller (43) and / or the specified other cutting roller (44) relative to the tape (3, 3b) foil. 25. The device according to p. 13, characterized in that it further comprises a flavoring unit. 26. The device according to claim 13, characterized in that the device (12, 16) for comparison comprises a lamp configured to irradiate the foil tape (3, 3b) with light at regular intervals. 27. The device according to p. 26, characterized in that the uniform intervals of time correspond to the working pace (P).

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