EP2203359A2

EP2203359A2 - Packaging unit

Info

Publication number: EP2203359A2
Application number: EP08844175A
Authority: EP
Inventors: Sven Arndt; Alexander Bauer; Stephan Horst; Matthias Schad
Original assignee: Boehringer Ingelheim International GmbH
Current assignee: Boehringer Ingelheim International GmbH
Priority date: 2007-10-30
Filing date: 2008-10-28
Publication date: 2010-07-07
Also published as: CN102530386A; AU2008320896A1; JP2011502083A; TW200938449A; ZA201002426B; CA2703185A1; KR20100100802A; CL2008003203A1; RU2010121985A; CL2011000741A1; EP2055649A1; IL205400A0; CN101842294A; WO2009056531A3; WO2009056531A2; AR069108A1; MX2010004520A; BRPI0819359A2; US20100288669A1

Abstract

The invention relates to a packaging unit (1) comprising a foldable cut-out (2) and at least one blister card (22) that can be separated, especially by means of longitudinal and/or transversal perforations (27, 28), into individual cavities (23) provided with two films (25, 26) which are peripherally interconnected in order to form a receiving chamber (24) for a filler (31), especially a pharmaceutical active ingredient formulation. The foldable cut-out (2) has different regions comprising functional areas for receiving complete blister cards (22) and/or at least one partial section of the blister card (22).

Description

Packaging Unit

description

The invention relates to a packaging unit with a foldable blank and at least one blister card, which can be separated, in particular, by means of longitudinal and / or transverse perforations into individual cavities which are provided with two for forming a receiving chamber for a product, in particular a pharmaceutical agent formulation. circumferentially interconnected foils are provided, wherein the foldable blank has different areas.

The invention also relates to a similar packaging unit.

The invention further relates to the above-mentioned packaging units in conjunction with a blister card, which can be separated into individual cavities, in particular by means of longitudinal and / or transverse perforations, which are peripherally connected to one another to form a receiving chamber for a filling material, in particular a pharmaceutical active substance formulation Foils are provided, wherein for each cavity at least one serving as Aufreißhilfe area is provided, in which the films are not connected to each other.

The cavities of the blister cards serve, among other things, pharmaceutical active ingredient formulations (eg of flibanose) to protect against environmental influences from the outside, which may under certain circumstances influence the pharmaceutical quality of the drug formulation.

As a rule, the blister packs consist of a cover film and a bottom film, the cavities being formed in the bottom film. The cover film and the bottom film may be composed of one or more layers of different or the same materials. The cover sheet is sealed to the bottom sheet, for example by gluing, welding or sealing. The cover film and / or the carrier film are generally formed as metal and / or plastic and / or paper foil. These materials can be present in several layers. Typical metal foils include, for example, aluminum foils and aluminum composite foils made of aluminum and, for example, a plastic. The material used for the plastic films may be polyvinyl chloride (PVC), cycloolefin copolymer (COC), polychlorotrifluoroethylene (PCFE), polyethylene (PE), polypropylene (PP), polyethylene terephthalate (PET), polycarbonate (PC), polyester (UP), polyacrylate , Polyamide (PA) or another plastic. Often there is a blister of a cover foil made of aluminum, which closes the bottom foil for receiving the pharmaceutical product or active ingredient. This deep-drawn bottom sheet may also comprise an aluminum foil to prevent the entry of water into the cavity for receiving the pharmaceutical product. To create a further diffusion barrier or to increase the mechanical Stability of the blister can optionally be covered on one or both sides with other plastic and / or paper foils, the aluminum foil of the bottom foil but also the cover foil.

In some countries, provisions for child-resistant packaging of medical devices are being considered or already in place to make it particularly difficult for children to access drugs that have a toxic effect or that present a relatively high risk to health if used improperly.

DE 20 2004 003 781 U1 discloses a child-resistant rectangular packaging made of two interconnected films whose areal closure region encloses at least one receiving space for a filling material.

In the design of pharmaceutical packaging, the emphasis is on convenience functions, whereupon so-called wallet packaging has been developed. It is a combination of blister pack and carton. Such a wallet can be unfolded like a purse and closed again. It consists of one or more blister cards which are firmly connected to a secondary packaging, eg of folding carton. The blister cards can be glued, sealed, riveted or affixed to the secondary packaging, for example. The wallet can here be subdivided into a different number of cardboard layers (panels). The wallet The information may be enclosed in the form of a booklet or attached to it (eg glued, sealed or fixed with labels).

DE 20 2006 007 553 U1 discloses a childproof container for tablets with a folded blank made of cardboard or similar material in which a blister receiving the tablets is embedded, wherein at least one removable tab piece is in a position of the folded blank is present, which covers at least the blister area containing a tablet. In each case, at least one tablet is present in individual blister sections, and each blister section is detachably fastened to the remainder of the blister by means of a weakening line present in its first circumferential area and by means of a misregistration present in its second circumferential area, the misregistration having such a shape that at removed tab piece a Blisterabschnitt tangible and herauslösbar from the blister.

A further packaging unit with a folding box and a blister pack for tablets or small parts can be found in DE 20 2005 010 281 Ul.

Blister cards must meet the regulatory requirements for such packaging units. The blister cards in Europe and the USA differ in particular with regard to child safety and senior citizen friendliness. For example, blister cards are used for the European market, the structure of which is described in the BfArm list referring to DIN 55559. The blister cards are produced on a blister machine from an opaque PVC molding foil and an aluminum cover foil. The blister cards can be subdivided into individual cavities by longitudinal and transverse perforation. To remove the tablet, this is pushed through the cover sheet of the blister. Due to the combination of materials and the specific cross perforation described in the BfArm list, the blister cards are considered to be child resistant. In addition, blister cards could be used which have been tested to DIN 14375 types and are therefore considered childproof.

For the American market, a blister card is preferably used, which consists of a transparent PVC molded film and a so-called peel-push cover film, which consists of several layers, for example aluminum / PET / paper (from the inside to the outside) is. The blister card is also cross-perforated by means of a longitudinal and transverse perforation and contains non-sealed areas at defined locations. In order to remove the tablets, a cavity is usually first separated in order to reach a catching tab (non-sealed area) with which the paper / PET layer is pulled off. A transverse perforation is necessary so that the aluminum layer remains intact on the blister cavity during stripping. In particular, this perforation may be mounted at right angles to the direction of tear. The tablet is then passed through the aluminum Layer pressed. Due to the material combination and the design of the cross perforation or the unsealed areas, the blister cards are considered child-safe and / or senior-friendly according to CFR 16 part 1700.

It is the object of the invention to provide a packaging unit (wallet) which makes it possible to store or fix a section of a blister card which has already been separated again within the packaging unit, whereby these blister cards can be designed to be particularly child-proof and / or senior-friendly.

According to the invention, the object with regard to the packaging unit is achieved in that the regions of the foldable blank have functional areas for receiving complete blister cards and / or at least one partial section of the blister card.

By virtue of this measure, special blister cards, e.g. apply as child-safe and / or senior-friendly in the sense previously explained or their cavities, for example, must first be separated before opening to be used in the packaging unit. After the separation of, for example, a cavity, the remaining blister card, that is to say a subsection of the blister card, is picked up by the corresponding functional area of the packaging unit.

Preferably, the blister card is in sections on a rear wall and / or on the wall of the foldable blank glued. By attaching the sections, for example, the cavities for pushing a tablet are arranged with their back exposed in the packaging unit.

In an embodiment, the blister card is glued, riveted or sealed on at least one web section of the foldable blank. If the blister card is designed as a two-bladed blister card, there is the possibility that between the two wings a section can be formed, which serves as an adhesive surface.

Preferably, the receptacle for partial sections of the blister card in the form of at least two mutually corresponding Einsteckschiitzungen formed in a wall of the foldable blank. In this case, it is provided that the mutually corresponding insertion slots are formed in the form of at least one first tab and a mirror pocket arranged mirror-inverted thereon, which have a corresponding first distance dimension corresponding to the smallest detachable section of the blister cards. This is particularly advantageous in blister cards, which are used for the US market, since for the removal of, for example, tablets first the cavities must be separated from the blister card. The remainder of the blister card can thus be securely fixed again within the packaging unit.

In a further embodiment, the Einsteckschiitzungen corresponding to each other in the form of a plurality of tabs, the all have the same orientation, and a mirror image arranged to mirror flap formed, the tabs to each other a second distance measure and directly opposite the mirror flap tab has the first distance measure to the mirror flap.

Advantageously, the second distance corresponds to the distance of the transverse perforation on the blister card. Thus, according to the distance of the transverse perforation of the blister card arbitrarily shortened sections of the blister card can be fixed in the packaging unit after use again.

In a further embodiment, the insertion slots corresponding to one another are formed in the packaging unit in the form of two longitudinal slots, the intermediate area of which serves to hold at least one section of the blister card. This makes it possible, in single or multi-strip blister cards, in which the cavities or film containers are arranged with the receiving chambers in a row, these separate any according to the perforation and to fix the remaining portions of the blister card again in the packaging unit.

Advantageously, the Einsteckschiitzungen are formed by a weakening of the wall or by pre-punched predetermined breaking points. In particular, a pre-punching can be realized inexpensively in terms of production technology. A slight separation of the insertion slots, through which the required for insertion of Blisterteilabschnitte La- see or the mirror tab are formed, it is guaranteed.

According to an alternative development, the wall of the foldable blank on circular or elongated hole formed pre-punched perforations or breakthroughs whose geometry, arrangement and distances correspond to the geometries, arrangements and distances of the receiving chambers of the cavities on the blister card. Thus, for example, the cardboard pushed out of the pre-punched perforations and the blister cards or remnants of these with the cavities inserted into the openings and thus be re-attached in the wallet.

In a further alternative embodiment, the foldable blank has a foldable section, which is formed from the wall and a second wall, which are delimited from each other with a fold line. The first wall has circular perforated perforations or apertures formed as an elongated hole, whose geometry, arrangement and distances correspond to the geometries, arrangements and distances of the receiving chambers of the cavities on the blister card. The second wall has recesses such that after folding along the fold line, the recesses on the prepunched perforations of the first wall are substantially congruent. Complete blister cards or sub-sections of blister cards can be placed on the second wall in such a way that the receiving chambers of the cavities protrude through the recesses. When folding along the fold line are the Blister card or corresponding sections thereof between the first and second walls and are secured against slipping out.

If the perforations or openings for the clamping depression of cavities are arranged and dimensioned, a secure fixation of the blister cards or partial sections of the blister cards can be ensured.

According to a further embodiment variant of the foldable blank comprises a foldable portion which is formed from the first wall and a second wall, which are delimited from each other with a fold line. The second wall has laterally an outer contour section and above and below this outer contour section each have a gluing section. The outer contour section is configured in such a way that the contour at least partially surrounds the receiving chambers of the cavities of the blister card. If the second wall is folded onto the adjacent first wall and then glued in the region of the gluing section, a receiving pocket for complete blister cards or sections of blister cards can thus be provided. Since the outer contour portion is configured according to the geometry of the receiving chambers of the cavities, in particular subsections of

Blister cards secured against slipping in the pocket. Without an outer contour adapted to the cavities, receiving pockets, for example for information brochures or accessories, can also be formed. Conveniently, the foldable blank is made of cardboard and / or plastic. As a result, this production technology can be produced easily and inexpensively and can already be printed with user information. It is also possible to use laminates of other materials, for example combinations of paper or cardboard, aluminum and / or plastic films, which makes the packaging unit particularly resistant, for example to moisture.

Conveniently, the dimensions of the foldable blank are selected according to the dimensions of the blister cards.

A likewise preferred embodiment variant of the packaging unit provides that the packaging unit has at least one receiving pocket for at least one blister card and / or one subsection of the blister card. In this case, the receiving pocket is advantageously formed in the areas of the foldable blank by folding the foldable blank.

In an embodiment, the receiving pocket can be produced by means of additional web sections and subsequent Verkle- sections or by means of additional web sections and separate Verklebeabschnitte, the web sections or the Verklebeabschnitte as part of the foldable blank on the rear wall and / or on the wall, separated by means of a fold line, are attached. By such an expression of the foldable blank can be easily and material-saving without major losses when cutting such receiving pockets realize the bonding usually takes place after folding with fast-curing adhesives.

If the wall has at least one outer contour section, in practical use the blister cards or sections of the blister cards can be more easily removed from the receiving pockets.

This variant can be used not only together with blisters, but also in combination with other products

Expediently, the receiving pocket can be produced by means of an additional gluing section, wherein the additional gluing section is attached to the wall of the foldable blank, separated by means of a perforation, and the additional gluing section glued to the web section after insertion of at least one blister card. It can thus be formed an initially sealed receiving bag in which the blister cards are included. To open the perforation must be separated, which is a Erstöffnungsnachweis.

The packaging units mentioned above and below can be produced by processes known to the person skilled in the art and by process steps which can be taken from the prior art. For example, the process that is used to prepare a process described in the present application Packing unit is applied, which include the following steps

- Loading the foldable blank into a transport system, - Inserting or sticking an information booklet

folding the foldable blank in one or more steps,

a label application of a closure flap, a turn of the foldable blank, a blister card and / or information brochure insert and

a hotmelt bonding of the gluing sections of the foldable blank comprises.

With this procedure, fully automatic packaging units according to the invention can be produced in short cycle times and thus very cost-effectively. The process sequence can be implemented particularly advantageously in corresponding automatic packaging machines. The hotmelt bonding has the advantage that the curing of the adhesive takes place very quickly and the bond immediately withstands mechanical stress after cooling.

For individual identification it can be provided that variable, individual data in the form of Zahlenbzw. On the foldable blank by means of a digital printing process. Letter codes and / or barcodes and / or two-dimensional pixel codes are printed. This can be For example, a batch identification can be realized, which in particular allows traceability. InkJet or electrophotographic printing processes are particularly suitable for this.

In a variant of the method, the label application of the closure flap is monitored by means of a sensor. Thus, for example, a quality control with regard to the correct placement of the closure flap can be provided.

If a code recognition of the foldable blank is carried out after the feed, a batch control of the foldable blanks can already be carried out at the beginning. Together with other monitoring data from the other process steps, a complete quality assurance system for the production of the packaging units can thus be provided.

In addition, preferably by means of a further hotmelt bonding and a brochure placement a folding booklet can be applied to the foldable section. By means of a further code recognition, the leaflet can be monitored for correct placement and / or correct content.

It goes without saying that the features mentioned above and those yet to be explained below can be used not only in the respectively specified combination but also in other combinations. The scope of the invention is only defined by the claims.

The invention will be explained in more detail below with reference to several embodiments with reference to the accompanying drawings. It shows:

1 shows a schematic plan view of a packaging unit according to the invention with a folding booklet and a blister card according to the invention,

2 shows a schematic plan view of the blister card according to FIG. 1, FIG.

3 is a schematic plan view of the unfolded folding booklet of FIG. 1,

4 is a schematic plan view of a second variant of the packaging unit,

5 is a schematic plan view of a third variant of the packaging unit,

6 is a schematic plan view of a fourth variant of the packaging unit and

A schematic plan view of a fifth variant of the packaging unit.

8 is a schematic sectional view of the packaging unit according to FIG. 1 in the folded-up state, without folded leaflet, FIG.

9 is a schematic sectional view of an invented Packaging unit according to the invention in an alternative embodiment, in the folded-up state, without folded brochure,

10 shows an enlarged detail of a closing device of the packaging unit,

11 is a schematic plan view of the packaging unit of FIG. 9,

12 shows a schematic plan view of a seventh variant of the packaging unit,

13 is a schematic plan view of an eighth variant of the packaging unit and

14 is a schematic plan view of a ninth variant of the packaging unit.

The packaging unit 1 according to FIG. 1 comprises a foldable blank 2 and at least one blister card 22 which can be separated into individual cavities 23 by means of longitudinal and / or transverse perforations 27, 28, having two for forming a receiving chamber 24 for a product 31 , in particular a pharmaceutical drug formulation, circumferentially interconnected films 25, 26 are provided. The illustrated blister card 22 has unsealed areas, which serve as Aufreißhilfe 29. The longitudinal or transverse perforations 27, 28 on the blister card 22 are made particularly fine.

The blister card 22 is between the as a breakdown 29 provided areas and the receiving chambers 24 of the cavities 23 each have a transverse perforation 30 is arranged. The areas provided as a tear-open aid 29 are located at the intersection points of the longitudinal and / or transverse perforations 27, 28 and have a substantially car-shaped contour (diamonds). Thus, grip tabs can be formed, wherein the size of the non-sealed areas with regard to the opening behavior and thus on the child safety or senior friendliness can be adjusted.

Starting from the left, the foldable blank 2 initially has a covering region 3, which forms a lid of the packaging unit 1 in the folded state. This is followed by a web section 4 and a trained as a rear wall 5 section, which are each delimited by fold lines 12 from each other. This is followed by another narrower web section 6, which is narrower than the first web section 4, and adjoins a section formed as a wall 8 which is likewise delimited from one another by fold lines 12.

The foldable blank 2 has different functional areas for receiving complete blister cards 22 as well as at least one receptacle for subsections of blister cards 22.

In the example shown, a complete blister card 22 is glued onto the web section 6 of the foldable blank 2. The blister card 22 has a section for this, which at least partially comprises an adhesive surface 44.

For receiving partial sections of blister cards 22, at least two mutually corresponding insertion slots 13 are provided in the wall 8. The mutually corresponding Einsteckschiitzungen 13 are in the form of at least a first tab 14 and a mirror image arranged to mirror plate 15 is formed, which according to the smallest separable portion of the blister cards 22 have a first distance 16. In order to be able to receive other subsection lengths of the blister cards 22, as shown schematically, the mutually corresponding Einsteckschiitzungen 13 in the form of a plurality of tabs 14, which all have the same orientation, and a mirror image arranged to mirror plate 15 is formed, wherein the tabs 14 to each other second distance measure 17 and the directly opposite the mirror flap 15 opposite tab 14 has the first distance measure 16 to the mirror flap 15. The second distance measure 17 corresponds to the distance of the transverse perforation 28 on the blister card 22. In addition, a folding booklet 32 is glued onto the cover area 3 of the foldable blank 2.

The blister card 22 according to FIG. 2 is used in European countries and can be separated by means of longitudinal or transverse perforations 27, 28 into individual cavities 23, which are provided with two foils 25, 26 interconnected to form receiving chambers 24 for the filling material 31 , The leaflet 32 shown in FIG. 3 is shown in the unfolded state. The outer envelope, which encloses the individual inner sides, is divided by the case lines 36 into a cover page 33, a spine 34 and a back 35.

Notwithstanding the embodiment of the foldable blank 2 shown in FIG. 1, FIG. 4 shows a second variant of the packaging unit 1. In this case, the insertion slots 13 corresponding to one another are formed in the rear wall 5 and in the wall 8 in the form of two longitudinal slots. such that elongate tabs 14 and corresponding mirror tabs 15 result, in the intermediate region 45 of which a partial section of the blister card 22 can be received.

In addition, the cover region 3 of the foldable blank 2 has on its outer side a closure region 18 with a plastic film or a closure label and in the immediate vicinity of the closure region 18 a stamping 37. The closure portion 18 forms with a locking tab 38 which is fixed to the rear wall 5, a detachable and reclosable adhesive joint.

In the third variant of the packaging unit 1 shown in FIG. 5, the wall 8 of the foldable blank 2 has prepunched perforations 11 each formed as a slot. The illustrated in Fig. 6 fourth variant of the packaging unit 1 shows a foldable blank 2, which in addition has a foldable portion 7, which is formed from the wall 8 and a second wall 10, which are delimited from each other with a fold line 12. The wall 8 has formed as elongated holes, pre-punched perforations 11, the geometry, arrangement and distances correspond to the geometries, arrangements and distances of the receiving chambers 24 of the cavities 23 on the blister card 22. The wall 10 has recesses 9 in such a way that after folding along the fold line 12, the recesses 9 on the prepunched perforations 11 of the wall 8 are substantially congruent, so that complete blister cards 22 or sections thereof can be inserted therebetween.

Furthermore, in the fifth variant of the packaging unit 1 shown in FIG. 7, the foldable blank 2 has a foldable section 7, which is formed from the wall 8 and the second wall 10, which are delimited from each other by a folding line 12, wherein the wall 10 laterally has an outer contour portion 20 and above and below this outer contour portion 20 each have a Verklebeabschnitt 21. The outer contour section 20 is shaped according to the geometry and arrangement of the receiving chambers 24 of the cavities 23 of the blister card 22, whereby it at least partially surrounds the receiving chambers 24. After folding along the fold line 12 and a bond in the region of the gluing section 21 resulting from receiving pockets both for complete blister cards and sections thereof.

In the example shown, the packaging unit 1 according to FIG. 8 consists of the foldable blank 2, which has a cover region 3, a web section 4, a rear wall 5 and a further web section 6 with a wall 8. The blister cards 22 with the cavities 23 are glued, sealed or riveted in the region of the adhesive surface 44 of the blister card 22 to the web portion 6. A closure tab 38, for example made of tear-resistant plastic film, is fastened on the outside of the rear wall 5, for example glued, and projects around the web section 6 as far as the end region 18 with the plastic film or the aluminum foil. The covering area 3 is provided in the immediate vicinity of the closing area 18 with a stamping area 37 which is raised in relation to the covering area 3 and which is at least partially covered by the closing flap 38.

FIG. 9 shows a similar variant to the variant shown in FIG. 8. As shown in FIG. 8, the packaging unit 1 receives two blister cards 22. The cavities 23 of the blister card 22 are oriented identically in this embodiment after opening the packaging unit 1.

FIG. 10 shows, in an enlarged representation, the end region 18 with the plastic film or the aluminum foil on the covering region 3 of the packaging unit 1 in plan view, which together with the closing flap 38 forms a releasable adhesive bond, with which the packaging Opening unit 1 and can be closed several times, and at least partially forms a sealing surface 39 before the first release of the adhesive bond. This sealing surface 39 can be embodied such that, for example, after the first opening, one or more patterns or logos become visible, so that a first opening of the packaging unit 1 can be clearly detected.

The covering region 3 of the packaging unit 1 has, in the immediate vicinity of the closure region 18 with the plastic film or the aluminum foil, a raised embossing point 37 which is covered at least in regions by the closure flap 38. It can thus be achieved that the closure flap 38 is spaced apart from the cover area 3 of the packaging unit 1 by the embossing area 37, and consequently the closure flap can be gripped more easily for opening the packaging unit with the fingers.

In a sixth embodiment variant of the packaging unit 1 according to FIG. 11, the foldable blank 2 on the rear wall 5 comprises two opposite gluing sections 40, which have two corresponding web sections 41 on the wall 8 during the completion of the packaging unit 1 with a rapidly hardening adhesive , eg a hot-melt, are glued. The gluing sections 40 are preferably slightly bevelled in a trapezoidal shape. In this way, a receiving pocket 19 for the blister cards 22 with the cavities 23 can be formed. For better removal of the blister cards 22 from the receiving pocket 19, in addition to the wall 8, in the example shown, Sßenkonturabschnitt 20 attached.

In the case of the packaging unit 1 according to FIG. 12, the wall 8 comprises a further gluing section 43, wherein a perforation 42 is provided between the gluing section 43 and the wall 8. For assembly, as already described with reference to FIG. 10, the gluing section 40 is glued to the rear wall 5 with the web sections 41 on the wall 8, so that a receiving pocket 19 for one or more blister cards 22 is formed. In addition, after the introduction of the blister cards 22, the additional adhesive portion 43 is bonded to the inside of the web portion 4.

In an eighth variant of the packaging unit 1 according to FIG. 13, additional web sections 41 are formed opposite to the rear wall 5, to which respective bonding sections 40 are connected. For assembly of the packaging unit 1, the gluing sections 40 are glued to the wall 8, so that a receiving pocket 19 can be formed in this case as well. Of course, another variant is conceivable in which the additional web portions 41 are integrally formed with the adjoining Verklebeabschnitten 40 to the wall 8, wherein the formation of the receiving pocket 19, the Verklebeabschnitte 40 are bonded to the inside of the rear wall 5. Alternatively, the gluing sections 40 could also be glued to the outside of the rear wall 5.

Finally, FIG. 14 shows a ninth variant of a packaging unit 1, in which, compared with FIGS 13 of the foldable blank 2 an alternative blank is shown. In order to form the receiving pocket 19, the gluing sections 40 on the wall 8 are glued to the rear wall 5 of the foldable blank 2 with the web sections 41 corresponding thereto.

Reference sign list

1 packaging unit 30 perforation

2 foldable blank 31 contents

3 cover area 32 fold brochure

5 4 Bridge section 33 Deck side

5 Rear wall 35 34 spine

6 Bridge Section 35 Rear

7 foldable section 36 fold line

8 wall 37 embossing point

10 9 recess 38 locking tab

10 wall 40 39 sealing surface

11 perforation 40 gluing section

12 fold line 41 bridge section

13 insertion slot 42 perforation

15 14 Tab 43 Glueing section

15 mirror pocket 45 44 adhesive surface

16 first distance measure 45 intermediate range

17 second distance measure

18 closure area

20 19 sewing bag

20 outer contour section

21 gluing section

22 blister card

23 cavity

25 24 Aufnähmekämmer

25 foil

26 foil

27 longitudinal perforation

28 transverse perforation

30 29 Tear-open aid

Claims

claims

1. Packaging unit with a foldable blank (2) and with at least one blister card (22) which can be separated into individual cavities (23), in particular by means of longitudinal and / or transverse perforations (27, 28), which are provided with two for forming a receiving chamber ( 24) for a filling material (31), in particular a pharmaceutical active substance formulation, circumferentially interconnected foils (25, 26) are provided, wherein the foldable blank (2) has different areas, characterized in that the areas of the foldable blank (2) functional areas for receiving complete blister cards (22) and / or at least a partial section of the blister card (22).

2. Packaging unit according to claim 1, characterized in that the blister card (22) is glued in sections on a rear wall (5) and / or on the wall (8) of the foldable blank (2).

3. Packaging unit according to claim 1 or 2, characterized in that the blister card (22) on at least one web portion (4, 6) of the foldable blank (2) glued, riveted or sealed.

4. Packaging unit according to one of claims 1 to 3, characterized in that the blister card (22) is designed as a two-bladed blister card (22).

5. Packaging unit according to claim 3, characterized in that the blister card (22) between their

Wings has a portion which serves as an adhesive surface (44).

6. Packaging unit according to one of claims 1 to 5, characterized in that the receptacle for sections of the blister card (22) in the form of at least two mutually corresponding Einsteckschlitzun- gene (13) in the wall (8) of the foldable blank

(2) is formed.

7. Packaging unit according to one of claims 1 to 6, characterized in that the mutually corresponding Einsteckschiitzungen (13) in the form of at least one first tab (14) and a mirror image borrowed therefrom mirror flap (15) are formed, which can be separated according to the smallest Part of the blister card (22) have a corresponding first distance measure (16).

8. Packaging unit according to one of claims 6 or 7, characterized in that the mutually corresponding Einsteckschiitzungen (13) in the form of a plurality of tabs (14), all of which have the same orientation, and a mirror image arranged to mirror plate (15) are formed, wherein the tabs (14) to each other a second distance measure (17) and the directly opposite the mirror flap (15) opposite tab (14) the first distance measure (16) to the mirror tab

(15).

9. Packaging unit according to claim 8, characterized in that the second distance dimension (17) corresponds to the distance of the transverse perforation (28) on the blister card (22).

10. Packaging unit according to one of claims 6 to 9, characterized in that the mutually corresponding Einsteckschiitzungen (13) are formed in the form of two longitudinal slots whose intermediate region (45) for holding at least a portion of the blister card (22).

11. Packaging unit according to one of claims 6 to 10, characterized in that the Einsteckschiitzungen (13) by a weakening of the wall (8) or by pre-punched predetermined breaking points are formed.

12. Packaging unit according to one of claims 1 to 11, characterized in that the wall (8) of the foldable Blank (2) circular or elongated hole formed pre-punched perforations (11) or breakthroughs whose geometry, arrangement and distances the Geometries, arrangements and distances of the receiving chambers (24) of the cavities (23) on the blister card (22) correspond.

13. Packaging unit according to one of claims 1 to 12, characterized in that the foldable blank

(2) a foldable portion (7) formed of the wall (8) and a second wall (10), which are delimited from each other with a fold line (12), and that the wall (8) circular or the formed as a slot pre-punched perforations (11) or breakthroughs whose geometry, arrangement and distances the geometries, arrangements and distances of the receiving chambers (24) of the cavities (23) on the blister card (22) correspond, and that the wall (10) Recesses (9) such that after folding along the fold line (12) the recesses (9) on the pre-punched perforations (11) of the wall (8) are substantially congruent.

14. Packaging unit according to claim 12 or 13, characterized in that the perforations (11) or openings for clamping support of cavities are arranged and dimensioned.

15. Packaging unit according to one of claims 1 to 14, characterized in that the foldable blank (2) comprises a foldable portion (7) which is formed from the wall (8) and a second wall (10), which from one another Fold line (12) are delimited, wherein the second wall (10) laterally an outer contour portion (20) and above and below this outer contour portion (20) each have a NEN Verklebeabschnitt (21) and the Außenkon- turabschnitt (20) the receiving chambers (24) of the cavities (23) of the blister card (22) at least partially encloses.

16. Packaging unit according to one of claims 1 to 15, characterized in that the foldable blank (2) is made of cardboard and / or plastic.

17. Packaging unit according to one of claims 1 to 16, characterized in that the dimensions of the foldable blank (2) are selected according to the dimensions of the blister cards (22).

18. Packaging unit with a foldable blank (2), characterized in that the packaging unit (1) has at least one receiving pocket (19) for at least one blister card (22) and / or a section of the blister card (22) or for another filling material.

19. Packaging unit according to claim 18, with at least one blister card (22).

20. Packaging unit according to claim 19, characterized in that the blister card (s) (22) by means of longitudinal and / or transverse perforations (27, 28) in individual cavities (23) can be separated, with two to form a receiving chamber ( 24) for a product (31), in particular a pharmaceutical active substance formulation tion, circumferentially interconnected foils (25, 26) are provided,.

21. Packaging unit according to one of claims 18 to 20, characterized in that the receiving pocket (19) in the areas of the foldable blank (2) by folding the foldable blank (2) is formed.

22. Packaging unit according to one of claims 18 to 21, characterized in that the receiving pocket (19) by means of additional web portions (41) and adjoining Verklebeabschnitte (40) or by means of additional web portions (41) and separate Verklebeabschnitte (40) can be produced the ridge sections (41) or the bonding sections (40) as

Part of the foldable blank (2) to the rear wall (5) and / or to the wall (8), separated by means of a fold line (12) are attached.

23. Packaging unit according to claim 22, characterized in that the wall (8) has at least one outer contour portion (20).

24. Packaging unit according to one of claims 18 to 23, characterized in that the receiving pocket (19) by means of an additional adhesive portion (43) can be produced, wherein the additional adhesive portion (43) on the wall (8) of the foldable blank (2), separated by means of a perforation (42), attached and the additional adhesive portion (43) after inserting at least one blister card (22) with the web portion (4) is glued.