RU2517806C2 - Integral individual package with ability of resealing - Google Patents

Abstract

FIELD: packaging industry.

SUBSTANCE: present invention relates to integral individual package with the ability of resealing, comprising a first layered structure (1), at that one or several membranes (2) are formed for imbedding the product(s), at that the said membrane(s) (2) extend upwardly from the first surface of the said first layered structure (1), thus creating one or more of the respective holes on the second surface of the said first layered structure, the second layered structure (3) attached to the unformed region of the second surface of the first layered structure (1), at that the part of the second layered structure (3) corresponding to the opening of the membrane(s) (2) is broken while extracting the product, at least one part (10) comprising a membrane(s) (2), where the region (4) between the said parts (10, 20) is made with the ability to fold; optionally one or more unformed parts, optionally made so that to perform the function of protection against children and/or have unique identifiers for authentication of the packaged product.

EFFECT: improved package design.

15 cl, 14 dwg

Description

Field of Invention

This invention relates to a one-piece individual packaging with the possibility of re-sealing, such as a blister pack, as well as to a method of manufacturing such a package. In addition, the blister pack with the possibility of re-sealing and closing is optionally designed in such a way as to provide a child protection function and / or have unique identifiers in order to ensure the authenticity and authenticity of the packaged product.

BACKGROUND OF THE INVENTION

Packages, such as blister packs, containing one or more deformable protrusions formed on a flexible sheet, with a lid for each protrusion, are mainly, but not exclusively, used for packaging products, such as medicines. Products in blister packs are sold as is or, as a rule, are enclosed in a container for additional protection during transportation and handling. The container performs many functions, such as, for example, protecting blister packaging (s), serving as a backing for displaying product information and / or instructions for use, and acting as a lock to protect children from packaging, etc. Moreover, it is important to ensure the authenticity and authenticity of the packaged product, since the use of fake products can cause serious harm to the end user.

United States Patent 5,954,202 discloses a resealable carton blank for self-contained packaging. It relates to cardboard blanks, which are used to form stand-alone packages with the possibility of re-sealing. Designs of this type, as a rule, consist of one cardboard part, which when folded performs the function of the outer packaging when sealed, and is the original packaging with the possibility of re-sealing after opening.

United States Patent 6047829 discloses a unit dose packaging system (UDPS) having a child protection function. The invention relates to a cardboard package of two parts, which cover a unit dose of the product on an internal retractable substrate inside the outer cardboard shell. The package may have one or more internal or external locks that prevent the ejection of the sliding substrate without actuating some trigger mechanism. This packaging is designed to provide convenient unit dose packaging with a child protection function, and it can open and close many times, and ultimately it can be disposed of.

There is a need in the market for one-piece packages with the possibility of re-sealing, in particular blister packs that do not need additional packaging systems, and which also have a child protection function. In addition, many clinical indications require that the patient take limited doses and, therefore, the packaging must be designed in such a way as to meet these requirements to ensure the convenience of the patient, as well as to avoid loss of medication, while it must be able to re-seal and also eliminate the need for an additional cardboard box / casing for enclosing / covering the package along with optional child protection features. In addition, it is preferable to provide such one-piece resealable packages with a child-protection function with unique identifiers in order to ensure the authenticity and authenticity of the packaged product, as well as for other purposes, including anti-counterfeiting, clinical supervision during clinical trials, improving patient convenience and etc ..

SUMMARY OF THE INVENTION

The main objective of the invention is the provision of one-piece individual packaging with the possibility of re-sealing, such as a blister pack, as well as a method of manufacturing such a package.

Another objective of the invention is the provision of one-piece individual packaging, such as a blister pack, which is designed in such a way as to ensure convenient patient reception of limited doses, as well as to avoid the loss of medication.

Another object of the invention is to provide such an individual package in which parts of the same shape are held together when folded.

Another objective of the invention is to provide safe for children, as well as providing a very convenient individual packaging with the possibility of self-sealing / re-sealing, which eliminates the need for an additional cardboard box / box for enclosing / covering the package to provide / carry out child protection functions.

Another objective of the invention is the provision of child protection in blister packs without the use of an additional housing / shell / cardboard box.

Another object of the invention is to provide a system and method for manufacturing a blister pack with a child protection function.

Another objective of the invention is the use of preferably one material blister packaging for the implementation of child protection functions.

Another object of the invention is to provide a unique identifiable packaging.

Another objective of the invention is the provision of at least two sets of identification information on the packaging of the product.

Another object of the invention is the detection and recording of access to packaging with the product from the side of the lid, as well as communication with an external device.

Another objective of the invention is to improve the visual characteristics of the graphic material / content on the lid of the blister pack for the end user.

Another objective of the invention is the optimal use of individual packaging to display graphic material / content / information related to the product / individual packaging.

Thus, one aspect of the invention is the provision of an individual package comprising: a one-piece individual package with the possibility of re-sealing, containing:

a first layered structure, where one or more shells are formed to contain the product (s), said (specified) shell (s) extending upward from the first surface of said first layered structure, thereby creating one or more of the corresponding holes on the second surface of said first layered structure

a second layered structure attached to the unformed region of the second surface of the first layered structure,

while part of the second layered structure related to the hole of the shell (shells) is destroyed to extract the product,

at least two parts containing a shell (shells), where the area between these parts is made with the possibility of folding,

optionally, one or more unformed parts,

while the specified (specified) shell (s) of each of the specified parts is located (located) so that when folding these parts, the shell (shell) is not superimposed (are superimposed),

moreover, the gearing means and the corresponding receiving means are located on the specified (specified) part (s) so that these parts are held together when folding.

In another aspect of the invention, a one-piece, individually resealable packaging is provided comprising:

a first layered structure, where one or more shells are formed to hold the product (s), wherein said (specified) shell (s) extends upward from a first surface of said first layered structure, thereby creating one or more corresponding holes on a second surface of said first layered structures

a second layered structure attached to the unformed region of the second surface of the first layered structure,

while part of the second layered structure related to the hole of the shell (shells) is destroyed to extract the product,

one part containing the shell (s) and at least one unformed part, where the area between these parts is made with the possibility of folding,

moreover, the gearing means and the corresponding receiving means are located on the specified (specified) part (s) so that these parts are held together when folding.

In another aspect of the invention, there is provided a reader for identifying and reading unique identification information on said package.

In another aspect of the invention, a reader is provided for identifying and reading unique identification information on said package, the reader may preferably determine identification information related to the product packaging and transmit information or generate a signal in response to information that is transmitted to an external device. Preferably, the information is encoded and preferably is optical, electronic or magnetic information, wherein the reading means comprises one or more reading elements arranged so as to correspond to the position of each set of identification information on the package in order to read at least two sets of identification information ;

wherein said reading means is adapted for reading a signal from at least one identification characteristic of each of at least two sets of identification information located or included in different surfaces, sides or planes of the package, and wherein the reading device is configured in such a way that it determines the spatial arrangement of the first separate area of the first set of readable identification information and the second separate area of the second set of readable identification information, as well as determining, using a reader, at least one membership characteristic, at least one identification characteristic of a first set of identification features, thereby obtaining a first signal, determining using a reading device, at least one membership characteristic at least one identification sign of the second set of identification signs, thereby receiving a second signal, as well as for receiving / forming anija / generation using the processing device, at least one signature for the object using said first and second signals (and thus substantially clear or characterizes spatial arrangement).

Description of the invention

The features and advantages of the invention will be apparent from the following detailed description and preferred embodiments with reference to the accompanying figures.

Figure 1 is a schematic illustration of a package (sheet 1);

Figure 2 is a schematic illustration of the package (sheet 2 - figure 1 of the patent);

Figure 3 is a schematic illustration of a package (sheet 3);

Figure 4 is a schematic illustration of the package (sheet 4 - figure 2 of the patent);

5 is a schematic illustration of a package (sheet 5);

6 is a schematic illustration of a package (sheet 6);

7 is a schematic illustration of a package (sheet 7);

Fig. 8 is a schematic illustration of a package (sheet 8);

Fig.9 is a schematic illustration of a package (sheet 9);

Figure 10 is a schematic illustration of a package (sheet 10);

11 is a schematic illustration of a package (sheet 11);

12 is a schematic illustration of a package (sheet 12);

13 is a schematic illustration of a package (sheet 13);

Fig. 14 is a schematic illustration of a package (sheet 14).

One embodiment of the packaging is shown in FIG. It contains the first layered structure 1, in the form of a single or multilayer structure, in which one or more enclosed hollow shells 2 are formed to contain the product (s), said (specified) shell (s) extending upward from the first surface of said first layered structure, thus defining one or more corresponding holes in a second surface of said first layered structure (not shown). The package also contains a second destructible layered structure 3 (lid), which encloses the specified shell (s), while the part of the enclosing plate corresponding to / superimposed on the part of the shell (s) is destroyed / removed when the product is removed, and the specified layered structure is attached / glued / fixed / connected to the unformed part of the second surface of the first layered structure in order to receive these holes for sealing products in a vertical shell (shells). The unformed part / region 4 is located between the parts labeled 10 and 20 in the cluster region of the part of the shell (s) of the formed cavities, while said part 4 is adapted to fold / facilitate folding along the lines shown at 5 of the first and second layered structure, such so that the parts 10 and 20 stack / overlap each other when folding, as shown in the figure. The shells are located in such a way on these formed parts that when folding they do not overlap and are separated by space from each other so that the shell of part 10 is placed in the space between the two capsules of parts 20. To hold both parts together when folding, the engagement means is provided in the form of a raised area / protrusion 7 located near the specified part 10, while respectively to the raised region / protrusion 7 is provided receiving means in the form of recesses 8 for detachable when 7 to another part 20 in such a way that when folding 7 is pressed into the recesses 8, as shown in figs. Optionally, the boundaries of the parts 10 and 20 are determined by means of providing stiffness in the form of a formed part, indicated by 9 in FIG. 1 (c).

One embodiment of the packaging for the clinical conditions of patients in need of limited doses is shown in FIG. It contains the first layered structure 1, in the form of a single or multilayer structure in which one or more enclosed hollow shells 2 are formed to contain the product (s), said (specified) shell (s) extending upward from the first surface of said first layered structure, thus defining one or more of the corresponding holes in the second surface of said first layered structure (not shown). The package also contains a second destructible layered structure 3 (cover) (see figure 2 (c)), which encloses the specified shell (s), while the part of the enclosing plate corresponding to / superimposed on the part of the shell (s) is destroyed / is removed when the product is removed, and the specified layered structure is attached / glued / fixed / connected to the unformed part of the second surface of the first layered structure in order to receive these holes for sealing products in a vertical shell (shells). As shown in FIG. 2 (b), the unformed part / region 4 is located between the parts designated as 10 and 20, while part 20 contains a cluster of shell part (s) of the formed cavities, while said part 4 is adapted for folding / lightening folding so that the parts 10 and 20 are stacked / overlap each other when folding, as shown in figure 2 (c). (The execution of clusters in only one part reduces the multiple passage of the sheet through the molding machine. This proposal, like the application, is not a correct indication of the formation of a sheet with many parts, each of which is made with blisters, as well as the problems of forming the above.)

To hold both parts together when folding, an engaging means is provided in the form of a raised region / protrusion 7 located close to the specified part 10, while correspondingly, to the raised region / protrusion 7, receiving means are provided in the form of recesses 8 for detachable reception 7 on the other part 20 thus that when folding 7 is pressed into the recesses 8. Optionally, the boundaries of the parts 10 and 20 are determined by means of providing rigidity in the form of a formed part, indicated by 9 in figure 2 (c).

Another embodiment of this embodiment is shown in FIG. 3, where the engaging and corresponding receiving means for holding said parts together when folded are provided in the form of a strip 80, which functions as a means complementary to the means 7. One of the ends of the said strip is attached / integrated / a passing portion of (from) said second layered structure from an area near said recesses 8, as shown in FIG. 3 (b). The specified part 20 is provided with a groove 90 for releasably receiving the other end 85 of the strip 80, configured to press fit into the specified groove. The length of the specified strip 80 is such that when the specified part 20 is applied to the part 10, as shown in FIG. 3 (c), the specified strip is wound around the package, and the end 85 is pressed into the specified groove 90, as shown in FIG. 3 (d) . In addition, when folding, the protrusion 7 is also pressed into the indicated recesses 8. During use, the user has to release the end 85, unwind the specified strip and then release the specified protrusion 7 from the recess 8 by applying little force to unbend the package and access the product.

Another embodiment is shown in FIG. 4. As shown in FIG. 2, the package comprises a first layered structure 1, in which one or more enclosed hollow shells 2 are formed to hold the product (s), said (specified) shell (s) extending upward from the first surface of said first layered structure, thus defining one or more of the corresponding holes in the second surface of said first layered structure (not shown). The package also contains a second layered structure 3 (lid), which encloses the specified shell, while the part of the enclosing layered structure corresponding / superimposed on the part of the shell is destroyed / removed when the product is removed, and the specified second layered structure is attached / glued / fixed / connected to the unformed part of the second surface of the first layered structure in order to receive these holes for sealing products in vertical shells.

The unformed part / region 4 is located between the parts labeled as part 10 of the cluster of the shell part (s) of the formed cavities, and the unformed part indicated by the position 20, and between the unformed parts indicated by the positions 20 and 30, while the specified part 4 is adapted for folding / facilitate folding so that parts 10 and 20 and parts 10 and 30 stack on / overlap each other when folding, as shown in FIG. 4 (b) and FIG. 4 (c), respectively. To hold both parts together when folding, an engaging means is provided in the form of raised regions / protrusions 7 located along the periphery of part 30, while receiving means in the form of recesses 8 for releasably receiving 7 on the other part 10 are thus provided to the raised regions / protrusions 7 that when folding 7 is engaged with the recesses 8, as shown in figure 4 (c). Parts 10 and 20 are provided with stiffening means 11 and 21, respectively, along the periphery of these parts, as can be seen in FIG. 4 (b). As shown in FIG. 4 (c), the unformed part between the indicated parts 10 and 20 is folded in such a way that the part 10 is superimposed on the part 20 so as to close the shells of the part 10. In addition, the unformed part between the indicated parts 20 and 30 is folded so as to overlap part 10.

Another embodiment is shown in FIG. As shown in figure 1, the package contains a first layered structure 1, in which one or more enclosed hollow shells 2 are formed to contain the product (s), and the specified (specified) shell (s) extends upward from the first surface of the specified first layered structure, thus creating one or more of the corresponding holes in the second surface of the specified first layered structure (not shown). The package also contains a second destructible layered structure 3 (lid), which encloses the specified shell, while part of the enclosing layered structure corresponding / superimposed on the part of the shell, is destroyed / removed when the product is removed, and the specified second layered structure is attached / glued / fixed / connected to the unformed part of the second surface of the first layered structure in order to receive these holes for sealing products in vertical shells. The unformed part / region 4 is located between the parts labeled 10 and 20 in the cluster region of the shell part (s) of the formed cavities, while said part 4 is adapted to fold / facilitate folding in such a way that the parts 10 and 20 are stacked on / overlap when folding, as shown in FIG. 5 (b). To hold both parts together when folding, an engaging means is provided in the form of a raised region / protrusion 36 located close to the specified part 20, while correspondingly, to the raised region / protrusion 36, receiving means is provided in the form of a recess 35 for detachable reception 36 on the other part 10 thus that when folding 36 is engaged in the recess 35, as shown in fig.5d. The shells are located in such a way on these formed parts that when folding they do not overlap and are separated by space from each other so that the shells of the part 10 are placed in the space between the two shells of the parts 20. In addition, the elongated unformed flat part 25 is made in the form of an extension of the part 20 in the form of a plate, while a cluster of shell (s) is not provided. Said elongated flat portion is adapted to be folded along line 26, as shown in FIG. 5 (b). Furthermore, said elongated portion is provided with an engaging means and a receiving means 30, which are removably pressed into the groove 31 for engagement with said elongated part. As shown in FIGS. 5 (d) and (e), the planar part 10 overlaps the planar part 20, while the planar part 25 overlaps the unformed part, that is, the second layered structure (cover) of the planar part 10, and said means 30 is inserted into the groove 31. During use, the user has to release the end 30 of the indicated flat part 25 from the specified groove 31, followed by the disengagement of the specified protrusion 36 and the hole 35 for access to the product. 6, 7, 8, and 9 depict embodiments of the invention, as well as engaging and receiving means, used to hold the parts together when folding.

Another embodiment of the packaging is shown in FIG. 10. It contains a central flat portion 80 of a triangular layered structure provided with an opening 81 in one of the corners. Three layered structured flat triangular parts are located along the three edges of the specified Central part 80. These three parts are integral with the specified Central part. The first flat portion 83 is folded so that the first layered structure (as described in FIG. 1), in which one or more shells 84 are formed so as to contain the product (s), is in the same plane with the side of the upper surface the Central flat part 80, as shown in Fig.10. Also, the engaging means 85 is provided in the form of a protrusion of the first flat part 83. The second triangular flat part 86 is arranged to be folded along the second edge of the specified central part 80 so that the enclosed hollow shells are located vertically on the opposite surface of the specified central part so that the second destructible layered structure adjacent to the upper surface of the specified Central part 80. In addition, the third triangular flat part 87 is located with the possibility of folding Nia along a third edge of said central flat portion 80. This flat portion is provided with receiving means in the form of a groove 90 in the base and engaging means in the form of a strip 91 provided at the top, as shown in FIG. In use, the third flat portion 87 can be folded so that it is superimposed on said central portion 80 so that the shells are on the upper surface, as shown in FIG. 10 (b). In addition, the first part 83 is folded so as to be superimposed on the shell side of said third flat part, as shown in FIG. 10 (c). The shells of part 83 are thus positioned relative to the shells of said third part 86 so that they do not overlap and are arranged one after another when 83 is superimposed on 86. Said strip 91 is wound around three parts and fits into groove 90 as shown in FIG. 10 (d ) and 10 (e).

11, 12, 13 display options for folding areas and options for bending. The folding area comprises a folding area and perforations / notches to facilitate folding. As shown in FIG. 11, region 90 comprises notches and a foldable region, while folding, said region projects outwardly in a convex shape (shown at 90), as shown in FIG. 11 (b). 12 and 13 show variations of the folding area, and a combination of notches and perforations is used to facilitate folding.

Another aspect of the invention, in which the package is designed to suit engagement and receiving means, is shown in FIG. The external engaging means 120 is configured to fit into the folding area. It comprises engagement means in the form of press-fit means 121 operatively coupled to the receiving means in the form of closures 122 configured to hold the laminate packaging structures together, as shown in FIG. 14 (a). The means comprises an engaging means in the form of a push button / switch 121. When the said push button / switch 121 is pressed, the closures rise, resulting in the disengagement of two parts of the package, as shown in Fig. 14 (b).

In another embodiment of the invention, a reader is provided for identifying and reading unique identification information on said package, wherein the reader may preferably determine identification information related to the product packaging and transmit information or generate a signal in response to information that is transmitted to an external device . Preferably, the information is encoded and preferably is optical, electronic, magnetic information, or a combination thereof.

In one embodiment of the packaging system, the package provides unique identifiable information and / or a combination of information.

In yet another embodiment, the product packaging is provided with an identification tag for identifying the packaging for authentication purposes. The label contains at least two sets of identification information, wherein said at least two sets of identification information contain a first set of identification information and a second set of identification information, each of which is located on a separate surface, side or plane of the identification label, wherein identification features of the specified first set of identification information and identification features of the specified second set of identification information is located in a fixed position in space relative to each other, said fixed spatial arrangement is used to identify the packaging system.

In yet another embodiment, identifiers are present in the label on the product packaging, one identifier comprising a readable layer of randomly distributed material capable of encrypting identification information, for example, conductive material, magnetized or magnetized material, semiconductor particles or optically active particles; wherein the second identifier preferably contains optical information, for example, a one-dimensional or two-dimensional barcode.

In yet another embodiment of the invention, at least two sets of identification information are provided on the product packaging and / or said laminated structures. In another embodiment of this embodiment, the unique identification information is preferably contained on the package in the form of oriented or oriented particles and may relate, for example, to the manufacturer of the package or to individual data. Preferably, the identification information comprises information retrieved from the magnetic field and / or electric field and, optionally, optical or magneto-optical information. In yet another embodiment of this embodiment, nano / micro particle size materials and / or composite materials with measurable material parameters are used on the packaging for identification information.

In a preferred embodiment, the product packaging preferably contains a substantially non-magnetic base porous material, with at least some pores containing substantially magnetic material that can be encrypted so as to encrypt identification information to identify the product package or unit dose package. The product package may contain a substantially electrically insulating base porous material, with at least some pores containing a substantially electrically conductive material that can be encrypted so as to encrypt identification information to identify a unit dose package. Preferably, the electrically conductive material may be connected to a voltage source.

In yet another embodiment, the packaging system is provided with means for determining an uncoupling of said engaging means and corresponding receiving packaging means for monitoring and / or recording access to the package and / or product from the packaging system. In another embodiment of this embodiment, the packaging system is provided with wired / wireless communications that can communicate with external / internal devices.

In another embodiment, the determination means in the form of an integrated system are adapted to be secured to said packaging system in order to determine the disengagement of the engagement means and the corresponding receiving packaging means in order to monitor and / or record access to the package and / or product from the packaging system. Said determination means comprise signal generation means / means, data processing means, data recording and storage means configured with communication means, an optional switching switch, a power source, optional audio signal generating means, an emitter (time pulse generator), while said signal generating means activated when the specified package is disengaged with the package holding means. The activation of the signal generating means can be performed by various means, such as electronic, mechanical, optical, visual. In a specific embodiment, a visual display and means for generating an audio signal are provided to alert the user of the time and shelf life of the products, as well as to provide quantitative information about the products in the package. As soon as the user disconnects the packaging from the lid, a signal is sent from the indicated signal generation means to the indicated data processing means, while the time and date of the product packaging are loaded into the data loading means of the indicated data processing means. When using optional communication tools, the user can transfer the downloaded data to an external device using the optional built-in switching switch.

In one embodiment, said downloaded data during said data processing is transferred / transmitted by communication means to an external one. device / devices via radio, wherein said downloadable transmitted data is superimposed on the radio frequency field generated by the radio link. In one embodiment of this embodiment, said downloaded data in said data processing means is transferred / transmitted by communication means to said / indicated external device / devices via infrared, wherein said downloaded transmitted data is in the form of encoded pulses or frequency. In yet another embodiment of the present embodiment, said downloaded data in said data processing means is transferred / transmitted by communication means to said additional device via a wired and / or any direct connection method such as, among others, I2C, SPI, serial or parallel connection. In yet another embodiment of this embodiment, data is transmitted via wireless means, such as, but not limited to, Bluetooth, Wi-Fi, Zeegbee, Wi-Max, GPRS, GSM, Wibree.

Thus, based on the present invention, a synergistic combination of said package and a first layered structure is evident in which one or more enclosed hollow shells are formed to contain the product (s), wherein said shells extend upward from the first surface of said first layered structure, thereby defining one or several of the corresponding holes in the second surface of the specified first layered structure, while the second destructible layered structure, which encloses the specified shell, where the part of the enclosing layered structure corresponding / superimposed on the part of the shell is destroyed / removed when the product is removed, and the specified second layered structure is attached / glued / fixed / connected to the unformed part of the second surface of the first layered structure (for the purpose of concluding these holes for product seals in a vertical shell (s) along with an unformed part / area located between the part with the formed cavities, wherein the part adapted for folding / simplifying folding of the first and second layered structures provides a self-sealing / re-sealing function, which eliminates the need for an additional cardboard box / casing for enclosing / covering the package, thereby providing means for the retained parts of the package along with providing protection functions children.

Claims (15)

1. One-piece individual packaging with the possibility of re-sealing, containing: the first layered structure, where one or more shells are formed to contain the product (s), and the specified (specified) shell (s) extends upward from the first surface of the specified first layered structure, thus creating one or more of the corresponding holes on the second surface of the specified first layered structure, the second layered structure attached to the unformed region of the second surface of the first a layered structure, the part of the second layered structure related to the opening of the shell (s) is destroyed to extract the product, at least one part containing the shell (s), where the area between these parts is made with the possibility of folding, optionally, one or more unformed parts, wherein the engaging means and the corresponding receiving means are located on said (indicated) part (s) so that said parts are held together when folded. 2. One-piece individual packaging with the possibility of re-sealing, containing: the first layered structure, where one or more shells are formed to contain the product (s), and the specified (specified) shell (s) extends upward from the first surface of the specified first layered structure, thus creating one or more of the corresponding holes on the second surface of the specified first layered structure, the second layered structure attached to the unformed region of the second surface of the first layered structure, while part (s) of the second layered structure related (related) to the opening of the shell (s) is destroyed (destroyed) to extract the product, at least two parts containing the shell (s), where the area between these parts is made with the possibility of folding, optionally, one or more unformed parts, while the specified (specified) shell (s) of each of these parts is located (located) in such a way that when folding the specified parts of the shell (shell) n superimposed (overlap); moreover, the gearing means and the corresponding receiving means are located on the specified (specified) part (s) so that these parts are held together when folding. 3. One-piece individual packaging with the possibility of re-sealing according to claim 1, characterized in that it contains a first layered structure in which one or more enclosed hollow shells are formed to accommodate the product (s), said (specified) shell (s) extending upwards from a first surface of said first layered structure, thereby defining one or more of the corresponding holes in a second surface of said first layered structure, a second layered structure that encloses the specified shell, while part of the enclosing layered structure corresponding to / superimposed on the part of the shell is destroyed / removed when the product is removed, and the specified second layered structure is attached to the unformed part of the second surface of the first layered structure in order to enclose these holes for sealing products in vertical shells , the unformed part / region is located between the first, second and third part, and the first part contains a cluster of shells (shells) with formed cavities, while the second and third parts are unformed; the area between these three parts is adapted to fold / facilitate folding so that these parts fit / overlap each other when folding; the engaging means is provided in the form of raised regions / protrusions located along the periphery of the specified third part, while correspondingly, to the raised regions / protrusions, receiving means are provided in the form of holes for releasably receiving said protrusions located on the first part; wherein the first and second parts are provided with means for providing rigidity along the periphery, while the unformed region between the first and second parts is folded in such a way that the first part is superimposed on the second part in order to cover the shells of the first part, while the unformed region between the second and third parts folded so as to overlap the first part. 4. One-piece individual packaging with the possibility of re-sealing according to claims 1 to 2, characterized in that the engagement means and the corresponding receiving means are provided on said first layered structure in the form of a raised region near said shell (s) on one of said parts, wherein there is provided a receiving means corresponding to the raised region in the form of recesses for releasably receiving said raised region so that when folding said raised region is pressed in the recesses. 5. One-piece individual packaging with the possibility of re-sealing according to claim 4, characterized in that the boundary of these parts is defined by the formed region bounding the shell (s) in the said first layered structure to function as a means of providing rigidity. 6. One-piece individual packaging with the possibility of re-sealing according to claim 5, characterized in that the gearing means is made in the form of a strip, which is an extension of the first part, while one of the ends of these strips is located near the indicated recesses according to paragraph 4, where the first the part is provided with receiving means in the form of a groove for releasably receiving the other end of said strip, which is adapted for a press fit in said groove, wherein the length of said strip is such that when folded and said portion to each other, said strip winding package, and said other end mounted by press fitting in said groove. 7. One-piece individual packaging with the possibility of re-sealing according to claim 6, characterized in that it contains a first layered structure, while one or more shells are formed to accommodate the product (s), and the specified (specified) shell (s) extends upward from the first the surface of said first layered structure, thereby creating one or more of the corresponding holes on a second surface of said first layered structure, a second layered structure attached to an unformed region the second surface of the first layered structure, while part of the second layered structure related to the opening of the shell (s) is destroyed to extract the product,
at least two parts containing the shell (s), where the region between these parts is made with the possibility of folding, optionally, one or more unformed parts, while the specified (specified) shell (shell) of each of these parts is located (located) so so that when folding these parts, the shell (s) are not superimposed (s), while the elongated unformed flat part is made in the form of an elongation of the first part, and the specified elongated flat part is made and with the possibility of folding over said first portion, wherein the engagement means is provided at one end of said flat portion, which is removably mounted by press fitting in the receiving means in the form of a groove on the unformed part between said first and second portions for the purpose of engagement with said elongate portion. 8. One-piece individual packaging with the possibility of re-sealing according to claim 7, characterized in that it comprises a central triangular part provided with an opening in one of the corners, three triangular parts located along the three edges of the specified central part, the first part being foldable so that the first layered structure according to claim 1, in which one or more enclosed hollow shells are formed to accommodate the product (s), is in the same plane with the side of the upper surface ited central planar portion, engagement means protruding from the first planar portion; the second triangular flat part, which is arranged to fold along the second edge of the specified central part so that the enclosed hollow shell (s) extend upward on the opposite side of the specified central part, i.e. the second torn layered structure is adjacent to the upper surface of the specified Central part; the third triangular flat part, which is arranged to fold along the third edge of the specified Central flat part, while this flat part is equipped with receiving means in the form of a groove in the lower part and a strip extending from the upper part, while the third specified flat part is folded in such a way what is superimposed on the specified Central part so that the shell (s) are on the upper surface, and the first part is folded so as to be superimposed on the side of the shell specified the surface of the flat part, wherein the shell (s) of the first part is thus positioned relative to the shell (s) of said third part so that they do not overlap when applying said parts, said strip being wound around three parts and entering into said groove so as to hold parts together when folding. 9. One-piece individual packaging with the possibility of re-sealing according to claim 8, characterized in that the bend contains holes and / or notches to facilitate folding / folding. 10. One-piece individual packaging with the possibility of re-sealing according to claim 9, characterized in that the folding region contains notches, while this region, when folded, protrudes outward into a curved profile. 11. The one-piece individual package with the possibility of re-sealing according to claim 10, characterized in that the individual package is provided with an identification tag for identifying the package for authentication purposes, since the label contains at least two sets of identification information, wherein at least two sets of identification information contain a first set of identification information and a second set of identification information, each of which is located on a separate surface, side or plane the speed of the identification mark, wherein the identification features of the indicated first set of identification information and the identification signs of the specified second set of identification information are located in a fixed position in space relative to each other, and the specified fixed spatial location is used to identify the packaging system. 12. One-piece individual packaging with the possibility of re-sealing according to claim 11, characterized in that the reading means is provided for identifying and reading unique identification information on the specified package, while the reading means can preferably determine the identification information related to the product packaging and transmits information or generates a signal in response to information that is transmitted to an external device; preferably, the information is encoded and preferably is optical, electronic, magnetic information, or a combination thereof. 13. One-piece individual packaging with the possibility of re-sealing according to item 12, characterized in that the packaging is equipped with means for determining the release of said engagement means and receiving means in order to monitor and / or record access to the package and / or product from the packaging system, wherein equipped with wired / wireless means of communication, configured to interact with external / remote devices. 14. One-piece individual packaging with the possibility of re-sealing according to item 13, characterized in that the integrated system is configured to fit on / off the specified package in order to detect the uncoupling of said means of engagement and receiving means for the purpose of monitoring and / or recording access to the package and / or a product from a packaging system, wherein said detection means comprise signal generation means / means, data processing means, data recording and storage means, configured with means of communication, an optional switching switch, a power source, optional means of generating an audio signal, an emitter, wherein said means of generating a signal are activated by disengaging said package and means of holding the package, and activation of the signal generating means may be implemented by various devices, such as electronic, mechanical, optical visual. 15. One-piece individual packaging with the possibility of re-sealing, where the packaging is made to match the folding area of the external engagement means and corresponding receiving means, while the engaging means in the form of a press-in means are functionally connected to the receiving means in the form of closures configured to hold laminated packaging structures together, wherein the means comprises an engaging means in the form of a push button / switch, and when said push button is pressed CRP / gates switch rise, resulting in disengagement of the two parts of the package.

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