JP2011502083A - Packaging unit - Google Patents

Abstract

  The present invention relates to a packaging unit (1) having a foldable blank (2) and at least one blister card (22), which blister card in particular has individual cavities (23 by means of longitudinal and / or transverse perforations. And the cavity comprises two foils (25, 26) joined together to form a receiving chamber (24) for a filling (31), in particular a pharmaceutical active substance-containing preparation. The foldable blank (2) has various areas, the areas of the foldable blank (2) comprising a functional area for receiving the entire blister card (22) and / or at least a part of the blister card (22). Includes functional areas to accept.

Description

  The present invention is a packaging unit comprising a foldable blank and at least one blister card, the blister card being able to be divided into individual cavities, in particular by longitudinal and / or transverse perforations, The present invention relates to a packaging unit comprising two foils joined together to form a receiving chamber for fillings, in particular pharmaceutically active substance-containing preparations, the folding blank having various regions.

  The invention further relates to a packaging unit similar to such a packaging unit.

  The invention also relates to a packaging unit as described above in connection with a blister card, the blister card being separable into individual cavities, in particular by means of longitudinal and / or transverse perforations, wherein the cavities are filled, in particular Two foils joined together circumferentially to form a receiving chamber for a pharmaceutical active substance-containing formulation, and for each cavity there is at least one region that is not joined together and serves as an opening aid Relates to the packaging unit provided.

  Blister cavities, in particular, can prevent pharmaceutically active substance-containing formulations (eg, flibanserin) from acting in the external environment that can adversely affect the quality of the active substance-containing drug product in certain circumstances. Help protect.

  A blister pack generally consists of a cover foil and a base foil, and a cavity is formed in the base foil. The covering foil and the base night may be composed of one or more layers of different or similar materials. The covering foil is hermetically attached to the base foil, for example by gluing, welding or sealing. The cover foil and / or carrier foil is generally in the form of metal and / or plastic and / or paperfoil or film. These materials may exist in several layers. Typical metal foils include, for example, aluminum foils and aluminum composite foils made of, for example, aluminum and plastic materials. Materials used for plastic foil are 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 material. Often, blisters are made of aluminum and have a cover foil that seals the base foil to accommodate pharmaceuticals or active substances. The thermoformed base foil may further include an aluminum foil for preventing water from entering the cavity containing the pharmaceutical product. However, in order to form another diffusion barrier or increase the mechanical stability of the blister, the base foil aluminum foil and also the covering foil can optionally be covered with an additional film of plastic and / or paper on one or both sides. May be.

  In some countries, legislation on safe packaging for children is under consideration or already exists, and the intent is relatively high, especially when children are toxic or improperly used. To make it difficult to access drugs that pose serious health hazards.

  German utility model No. 202004003781 (U1) consists of two foils joined together, a flat sealed area surrounding at least one chamber for receiving the filling, and a rectangular package safe for children. Disclosure.

  In designing pharmaceutical packaging materials, convenience has come to the forefront, and in response, so-called wallet packs have been developed. There is a combination of blister packs and folding boxes. This type of wallet pack can be folded and opened or reclosed like a wallet or wallet. A wallet pack consists of one or more blister cards fixedly attached to a secondary package, for example made of folded cardboard. The blister card may be secured to the secondary package, for example, by gluing, sealing, caulking, or using a label. The wallet may be subdivided into various numbers of cardboard layers (panels). Information in the form of a brochure (booklet) may be stored in or attached to a wallet (eg, by using an adhesive, sealing or sticky label).

  German utility model No. 202006007553 (U1) is a child-safe packaging material for tablets having a folding blank made of cardboard or similar material and embedded with blisters containing tablets. On the other hand, at least one removable tab portion is provided in the position of the folding blank that at least covers the blister portion containing the tablets. Each individual blister portion contains at least one tablet, each blister portion being provided in the second circumferential region and a fragile line provided in the first circumferential region in the remainder of the blister. The chipped portion is removably connected to the chipped portion, and the chipped portion is shaped such that when the tab portion is removed, the blister portion can be grasped and removed from the blister.

  Another packaging unit with a folding box and tablets or blister packs for small items can be found in German Utility Model No. 202005010281 (U1).

  Blister cards provided in this type of packaging unit must comply with statutory requirements. The blister card in Europe and the blister card in the United States are different from each other particularly in terms of quality safe for children and quality friendly to the elderly.

  For example, for the European market, blister cards whose structure is described in the BfArm list with reference to DIN 55559 are used. The blister card is made with a blister machine from an opaque profile PVC film and an aluminum cover foil. The blister card can be subdivided or divided into individual cavities by means of transverse perforations and longitudinal perforations. To remove the tablet, push the tablet and break through the blister covering foil. In view of the combination of materials listed on the BfArm list and certain cross perforations, blister cards are considered safe for children. In addition, blister cards that have been tested according to the DIN 14375 standard and thereby considered safe for children can also be used.

  For the US market, preferably a blister card with a transparent profile PVC film and a so-called peel-push covering foil is used, which covering foil has several layers, for example aluminum / PET / paper (From the inside to the outside). This blister card is also perforated in a crossed manner by a longitudinal perforation and a lateral perforation, and such a blister card has an unsealed area at a specific location. In order to remove the tablet, the cavity is first cut off, generally in order to access the gripper tab (unsealed area) that peels off the paper / PET layer. A transverse perforation is necessary to ensure that the blister cavity remains intact when it is torn. In particular, the perforations are preferably applied at right angles to the tearing direction. The tablet is then pushed through the aluminum layer. As a result of the combination of material and cross perforation or unsealed area configuration, the blister card is considered safe and / or friendly to the elderly by CFR 16 part 1700.

German utility model No. 202004003781 (U1) specification German utility model No. 202006007553 (U1) specification German utility model No. 202005010281 (U1) specification

  The object of the present invention is to allow a portion of a blister card that has already been torn to be housed or secured in a packaging unit, while these blister cards are particularly safe for children and / or friendly for the elderly It is to provide a packaging unit (wallet) that can be made to be a thing.

  According to the invention, this object is achieved with the packaging unit, wherein the area of the foldable blank comprises a functional area for accommodating the entire blister card and / or a functional area for receiving at least a part of the blister card.

  By this means, the blister card is used in the packaging unit, for example in the above-mentioned sense, which is considered safe for the child and / or friendly to the elderly, or can be said to be special, for example the cavity must be separated before opening. Can do. For example, after cutting off the cavity, the rest of the blister card, i.e. a part of the blister card, can be received by the corresponding functional area in the packaging unit.

  Preferably, the blister card is adhered to the rear wall and / or wall of the folding blank at different points. With this partial attachment, the cavity can be placed in the packaging unit with its opposite side exposed for the purpose of breaking through with the tablet.

  According to one feature, the blister card is attached, caulked or sealed to at least one web portion of the foldable blank. If the blister card is embodied as a two-part blister card, there is the possibility of forming a part that serves as an adhesive surface between the two parts.

  Preferably, the receptacles for the plurality of parts of the blister card are in the form of at least two insertion slots provided in correspondence with each other on the wall of the folding blank. It is envisaged that the corresponding insertion slot is configured in the form of at least one first tab and a mating tab arranged in mirror symmetry with the tab, the tab being the smallest separable blister card The first spacing corresponding to the smallest separable portion. This is particularly advantageous for blister cards sold in the US market. This is because, for example, to remove a tablet from a blister card, the cavities must first be cut individually. The remainder of the blister card can be reliably reinserted into the packaging unit.

  According to another feature, the corresponding insertion slots are formed as a plurality of tabs all having the same orientation and mating tabs arranged in mirror-image symmetry with the tabs, the tabs being aligned with each other. The tab located at a distance of 2 and diametrically opposite the alignment tab is positioned at a first distance from the alignment tab.

  Advantageously, the second spacing coincides with the spacing of the perforations in the blister card. As a result, the portion of the blister card shortened to any desired degree according to the interval between the perforations in the blister card can be stored and fixed again in the packaging unit after use.

  In another embodiment, the corresponding insertion slot is in the form of two longitudinal slots, and the middle region of the slot serves to receive at least a portion of the blister card. Thus, in single-strip or multi-strip blister cards in which cavities or foil containers with receiving chambers are arranged in a row, the cavities are divided along the perforations as desired, and the blister card It is possible to store and fix the remaining part of the packaging in the packaging unit again.

  The insertion slot is expediently formed by a weakened area provided in the wall or a pre-stamped (pre-stamped) weak spot. Pre-molding can be carried out very cheaply, in particular as part of the manufacturing process. This forms the tab or mating tab required to easily separate the insertion slot and insert the blister portion.

  According to yet another feature, for example, the carton can be extruded at the pre-cut perforation and the blister card or its remaining piece with the cavity is pushed into the opening and re-stored into the wallet. Can do.

  According to another alternative embodiment, the foldable blank has a foldable portion formed by a first wall and a second wall that are separated from each other by a fold line. The first wall has pre-stitched perforations or openings in the form of a circular or oval hole, and the geometry, arrangement and spacing of these perforations or openings are: Match the geometry, arrangement and spacing of the receiving chamber of the cavity provided in the blister card. The second wall has a recess that, after folding along the fold line, is positioned substantially congruently on the pre-stitched perforations of the wall. The entire blister card or part of the blister card may be placed on the second wall so that the receiving chamber of the cavity protrudes through the recess. When folded along the fold line, the blister card or its corresponding part is placed between the first wall and the second wall, and does not slide out.

  If the perforations or openings are properly arranged to clamp the cavity in place and are of such dimensions, a secure fixation of the blister card or part of the blister card can be ensured.

  According to another variant embodiment, the folding blank has a foldable part formed by a wall and a second wall separated from each other by a fold line, the second wall being on its side An outer profile portion is provided and an adhesive portion is provided above and below the outer profile portion, the outer profile portion at least partially surrounding the receiving chamber of the blister card cavity. When the second wall is folded over the adjacent first wall and then pressed down and attached to the vicinity of the adhesive portion, a storage pouch for the entire blister card or blister card portion is provided. In particular, the blister card portion is prevented from sliding in the storage pouch because the outer profile is configured to the geometry of the receiving chamber of the cavity. A storage pouch for an information leaflet or accessory can also be formed without an outer contour that matches the cavity.

  The foldable blank is conveniently made of cardboard and / or plastic. As a result, the foldable blank can be manufactured inexpensively and easily on an industrial scale, and user information can be printed on it in advance. It is also possible to use laminates of other materials, for example paper or cardboard, a combination of aluminum and / or plastic foil, which makes the packaging unit particularly resistant to, for example, moisture.

  Conveniently, the dimensions of the folding blank are selected according to the dimensions of the blister card.

  According to another preferred variant embodiment of the packaging unit, the packaging unit has at least one blister card and / or at least one storage pouch of a part of the blister card. The storage pouch is advantageously formed in the area of the folding blank by folding the folding blank.

  According to one feature, the storage pouch can be formed with an additional web portion and an adjacent adhesive portion or with an additional web portion and a separate adhesive portion, the web portion or the adhesive The parts are attached to the rear wall and / or the wall, each separated by a fold line, as part of a foldable blank. This type of storage pouch can be manufactured inexpensively and easily without much waste during the cutting of this type of folding blank by punching. Adhesion is usually carried out using a fast-curing adhesive after folding.

  If the wall has at least one outer profile, the blister card or blister card portion can be more easily removed from the storage pouch for practical use.

  This variant embodiment is not only used in connection with blisters, but can also be used in connection with other filling materials.

  The storage pouch can be formed by an additional adhesive portion that is attached to the wall of the foldable blank in a separable manner by the perforation and the additional adhesive portion is attached to at least one blister card. It should be attached to the web part after insertion. In this way, an initially sealed storage pouch for storing blister cards can be formed. In order to open the storage pouch, the perforation must be cut off, which is evidence that it has been opened.

The packaging units described above and described below can be manufactured using methods known to those skilled in the art and process steps found in the prior art. For example, the process used to manufacture the packaging unit disclosed in this application includes the following process steps:
Loading the foldable blank into the transport system;
Inserting or attaching information leaflets;
Folding the folding blank in one or more steps,
Applying the label to the closure tab and rotating the folding blank;
It may comprise the steps of inserting a blister card and / or information leaflet and attaching the adhesive part of the foldable blank with a hot melt adhesive.

  With this sequence of processes, the packaging unit of the present invention can be manufactured fully automatically in a short cycle time and therefore very cheaply. This process is particularly advantageous when hot melt bonding, which can be introduced into a corresponding automatically operating packaging machine, allows the adhesive to cure very quickly and the adhesive spots to be subjected to mechanical loads after cooling. Has the advantage of enduring quickly.

  For individual characterization, variable individual data can be printed on folding blanks in the form of numerical or character codes and / or barcodes and / or two-dimensional pixel codes by using a digital printing process . In this way, for example, batch marks can be created, whereby items can be specifically tracked. Inkjet or electrophotographic printing methods are particularly suitable.

  In a variant embodiment of this process, labeling on the closure tab is monitored by a sensor. In this way, for example, quality control can be performed by paying attention to the accurate arrangement of the closure tabs.

  When the code recognition of the folding blank is performed after loading, the batch monitoring of the folding blank can be performed from the beginning. As a result, a complete quality assurance system for the production of the packaging unit can be provided along with other monitor data from other process steps.

  Furthermore, the folding leaflet can be affixed to the folding blank using alternative hot melt adhesives and leaflet placement methods. Another code recognition can be used to monitor the folded leaflet for correct positioning and / or correct content.

  It will be appreciated that the features described above and further described below can be used not only in specific combinations, but also in other combinations. The scope of the present invention is defined only based on the description of the claims.

  In the following, the invention will be described in detail by means of a number of exemplary embodiments with reference to the accompanying drawings.

It is a schematic top view of the packaging unit of this invention which has the folding leaflet and blister card | curd of this invention. It is a schematic plan view of the blister card of FIG. It is a schematic plan view of the folding leaflet of the open state of FIG. It is a schematic plan view of 2nd Embodiment of a packaging unit. It is a schematic plan view of 3rd Embodiment of a packaging unit. It is a schematic plan view of 4th Embodiment of a packaging unit. It is a schematic plan view of 5th Embodiment of a packaging unit. It is a schematic sectional drawing of the packaging unit of FIG. 1 in the folded state in the case without a folding leaflet. It is a schematic sectional drawing of the deformation | transformation embodiment of the packaging unit of this invention in the folding state in the case of no folding leaflet. It is an enlarged detail view of the closure device of the packaging unit. FIG. 10 is a schematic plan view of the packaging unit of FIG. 9. It is a schematic plan view of 7th Embodiment of a packaging unit. It is a schematic plan view of 8th Embodiment of a packaging unit. It is a schematic plan view of 9th Embodiment of a packaging unit.

  The packaging unit 1 of FIG. 1 has a foldable blank 2 and at least one blister card 22, which can be separated into individual cavities 23 by longitudinal and / or transverse perforations 27,28. These cavities comprise two foils 25, 26 joined together circumferentially to form a receiving chamber 24 for a filling 31, in particular a pharmaceutical active substance-containing preparation. The illustrated blister card 22 has a non-sealed region that serves as an auxiliary tool 25 for separating and opening. The longitudinal perforations 27 and the lateral perforations 28 on the blister card 22 are particularly elaborately inserted.

  On the blister card 22, lateral perforations 30 are respectively provided between the area provided as the tear opening assisting portion 29 and the receiving chamber 24 of the cavity 23. The areas provided as tear-opening aids 29 are arranged at the blocking points of the longitudinal and / or transverse perforations 27, 28, these areas having a substantially diamond-shaped contour. ing. As a result, a grip tap can be formed, while the unsealed area can be sized to meet the opening characteristics, and thus can be safe for children or gentle for the elderly.

  The foldable blank 2 first has a covering area 3 starting from the left side, which forms the lid of the packaging unit 1 in the folded state. This is followed by portions in the form of web portions 4 and rear walls 5, which are separated from one another by fold lines 12. Adjacent to these is another web portion 6, which is narrower than the first web portion 4 and is next to this another web portion in the form of a wall 8. These are also separated from each other by a fold line 12.

  The foldable blank 2 has various functional areas for receiving the entire blister card 22 and also has at least one receptacle for a piece of the blister card 22.

  In the illustrated embodiment, the entire blister card 22 is attached to the web portion 6 of the folding blank 2. For this purpose, the blister card 22 has a part with an adhesive surface 44 at least in certain areas.

  At least two insertion slots 13 corresponding to each other are provided in the wall 8 for receiving a piece of the blister card 22. The corresponding insertion slot 13 is in the form of at least one first tab 14 and a mating tab 15 arranged in mirror symmetry with these tabs, which are the smallest removable removable blister card 22. A first interval 16 corresponding to the portion is provided. In order to be able to accept other various length parts of the blister card 22, as shown schematically, the corresponding insertion slots 13 are a plurality of all having the same orientation. It is configured in the form of tabs 14 and mating tabs 15 arranged in mirror-image symmetry with the tabs 14, which are located at a second distance 17 from each other and diametrically opposite the tabs 14. Is located a first distance 16 from the mating tab 15. The second interval 17 coincides with the interval between the lateral perforations 28 of the blister card 22. Furthermore, a folding leaflet 32 is attached to the covering area 3 of the folding blank 2.

  The blister cards 22 shown in FIG. 2 are used in European countries, and these blister cards can be divided into individual cavities 23 by means of longitudinal perforations 27 and transverse perforations 28. Comprises two foils 25, 26 joined together along the circumference to form a receiving chamber 24 for the filling 31.

  The folded leaflet 32 of FIG. 3 is shown in its unfolded or open state. The outer envelope surrounding each inner side portion is divided into a front page 33, a back 34 and a back page 35 by a fold line 36.

  In contrast to the embodiment of the folding blank 2 shown in FIG. 1, FIG. 4 shows a second embodiment of the packaging unit 1. In this embodiment, the corresponding insertion slot 13 is formed as two longitudinal slots provided in the rear wall 5 and the wall 8 to produce an oval tab 14 and a corresponding mating tab 15. The intermediate area 45 of 14, 15 can receive a portion of the blister card 22.

  Furthermore, the covering area 3 of the foldable blank 2 has a closure area 18 with plastic foil or closure sticker and an embossing area 37 located immediately adjacent thereto. The closure region 18 together with a closure tab 38 attached to the rear wall 5 forms a releasable and resealable bond.

  In the third embodiment of the packaging unit 1 shown in FIG. 5, the wall 8 of the folding blank 2 has pre-stamped (pre-stamped) perforations 11 each in the form of an oval hole. Have.

  The fourth embodiment of the packaging unit 1 shown in FIG. 6 has a foldable blank 2, which further has a foldable part 7, which is foldable. It is formed by a wall 8 and a second wall 10 separated from each other by a line 12. The wall 8 has a pre-cut perforation 11 in the form of an oval hole, the geometry, arrangement and spacing of which is the geometry of the receiving chamber 24 of the cavity 23 of the blister card 22; It corresponds to the arrangement state and the interval. The wall 10 has a recess 9 which is adapted to be positioned substantially congruently or in conformity with the pre-cut perforation 11 of the wall 8 after folding along the fold line 12 so that the entire blister card 22 is Or the part can be arrange | positioned among these.

  Furthermore, in the fifth embodiment of the packaging unit 1 shown in FIG. 7, the foldable blank 2 is foldable formed by a wall 8 and a second wall 10 separated from each other by a fold line 12. The wall 10 has a part 7 and has an outer profile part 20 on one side and an adhesive part 21 located above and below the outer profile part 20. The outer profile portion 20 is shaped according to the geometry and arrangement of the receiving chamber 24 of the cavity 23 of the blister card 22 so that this portion at least partially surrounds the receiving chamber 24. ing. After folding along the fold line 12 and bonding in the area of the bonded portion 21, a storage pouch for both the entire blister card and its portion is formed.

  The packaging unit 1 of FIG. 8 has, in the illustrated embodiment, a foldable blank 2, which is a separate web part 6 with a covering area 3, a web part 4, a rear wall 5 and a wall 8. have. The blister card 22 with the cavities 23 is attached to the web portion 6 in the vicinity of the adhesive surface 44 of the blister card 22 and is sealed or crimped. A closure tab 38 made, for example, of a tear-resistant plastic film is attached to the outside of the rear wall 5, for example by gluing, and this closure tab surrounds the web portion 6 up to a closure region 18 comprising plastic film or aluminum foil. Sticks out. The covering region 3 is provided with a stamping point 37 in the immediate vicinity of the closure region 18, which is raised with respect to the covering region 3 and is at least partially covered by a closure tab 38.

  FIG. 9 shows an alternative embodiment similar to the embodiment shown in FIG. As in the case of FIG. 8, the packaging unit 1 stores two blister cards 22. The cavities 23 of the blister card 22 are in the same orientation in this embodiment after opening the packaging unit 1.

  FIG. 10 shows the closure area 18 with plastic film or aluminum foil on the covering area 3 of the packaging unit 1 in an enlarged plan view, which together with the closure tab 38 is releasable. It has an adhesive part which allows the packaging unit 1 to be opened and closed repeatedly, and this closure region 18 has at least partially formed a sealing surface 39 before the adhesive part is first broken. Yes. The sealing surface 39 is designed, for example, so that it can be clearly seen that the packaging unit 1 has been opened with the appearance of one or more symbols or logos after the sealing surface has been opened for the first time. It is good to have.

  The covering area 3 of the packaging unit 1 has a raised embossing point 37 in the immediate vicinity of the closure area 18 comprising plastic film or aluminum foil, which is at least partly covered by a closure tab 38. It has been broken. In this way, it is possible to store the closure tab 38 at a distance from the covering region 3 of the packaging unit 1 by means of the embossing point 37. As a result, the closure tab can be easily opened with a finger to open the packaging unit. You can grab it.

  In a sixth variant embodiment of the packaging unit 1 described in FIG. 11, the folding blank 2 has two oppositely located adhesive portions 40 on the wall 5, which adhesive portions are During the production of the packaging unit 1 using a fast-curing adhesive, for example a hot melt adhesive, it is attached to the wall 8 together with two corresponding additional web portions 41. The adhesive portion 40 is preferably slightly chamfered in a trapezoidal shape. As a result, the storage pouch 19 for the blister card 22 provided with the cavity 23 can be formed. In order to facilitate removal of the blister card 22 from the storage pouch 19, in the illustrated embodiment, an outer profile 20 is additionally provided on the wall 8.

  In the packaging unit 1 shown in FIG. 12, the wall 8 has another adhesive part 43, while a perforation 42 is provided between the adhesive part 43 and the wall 8. For assembly, as described above with reference to FIG. 10, the adhesive portion 40 of the rear wall 5 is attached to the web portion 41 of the wall 8 to hold the storage pouch 19 for one or more blister cards 22. To form. Further, after the blister card 22 is stored, an additional adhesive portion 43 is attached to the inside of the web portion 4.

  In an eighth variant embodiment of the packaging unit 1 shown in FIG. 13, an additional web part 41 is formed on the opposite side of the rear wall 5 and an adhesive part 40 is provided adjacent to these web parts. It has been. In order to assemble the packaging unit 1, the adhesive pouch 40 is again attached to the wall 8 to form the storage pouch 19. Obviously, it is possible to adopt a variant in which an additional web part 41 with an adjacent adhesive part 40 is also formed on the wall 8, and the adhesive part 40 can be used to It is attached inside the wall 5. As a modification, the adhesive portion 40 may be attached to the outside of the rear wall 5.

  Finally, FIG. 14 shows a ninth variant embodiment of the packaging unit 1 in which another blank is shown compared to the embodiment of the folding blank 2 shown in FIGS. Yes. In order to form the storage pouch 19, the adhesive part 40 of the wall 8 is again attached to the corresponding web part 41 of the rear wall 5 of the folding blank 2.

DESCRIPTION OF SYMBOLS 1 Packaging unit 2 Folding blank 3 Cover area | region 4 Web part 5 Rear wall 6 Web part 7 Foldable part 8 Wall 9 Recess 10 Wall 11 Perforation 12 Folding line 13 Insertion slot 14 Tab 15 Matching tab 16 1st space | interval 17 1st 2 Interval 18 Closure area 19 Storage pouch 20 Outer profile part 21 Adhesive part 22 Blister card 23 Cavity 24 Receiving chamber 25 Foil 26 Foil 27 Longitudinal perforation 28 Lateral perforation 29 Tear opening assisting part 30 Perforation 31 Filling 32 Folding leaflet 33 Front page 34 Back 35 Back page 36 Folding line 37 Embossed part 38 Closure tab 39 Sealing surface 40 Adhesive part 41 Web part 42 Perforation 43 Adhesive part 44 Adhesive part 45 Middle area

Claims (24)

A packaging unit (1) having a foldable blank (2) and at least one blister card (22), said blister card having individual cavities (23), in particular by means of longitudinal and / or transverse perforations. The cavity comprises two foils (25, 26) joined together to form a receiving chamber (24) for a filling (31), in particular a pharmaceutical active substance-containing formulation, In the packaging unit in which the foldable blank (2) has various regions,
The area of the foldable blank (2) includes a functional area that houses the entire blister card (22) and / or a functional area that receives at least a portion of the blister card (22).
A packaging unit characterized by that. The blister card (22) is adhered to the rear wall (5) of the foldable blank (2) and / or the wall (8) at different locations,
The packaging unit according to claim 1. The blister card (22) is attached, caulked or sealed to at least one web portion (4, 6) of the foldable blank (2);
The packaging unit according to claim 1 or 2. The blister card (22) is embodied as a blister card (22) with two panels,
The packaging unit according to any one of claims 1 to 3. The blister card (22) has a portion which serves as an adhesive surface (44) between its panels,
The packaging unit according to claim 3. The receptacle for the plurality of parts of the blister card (22) is in the form of at least two insertion slots (13) provided in correspondence with each other on the wall (8) of the foldable blank (2) Embodied in the
The packaging unit according to any one of claims 1 to 5. The corresponding insertion slot (13) is configured in the form of at least one first tab (14) and a mating tab (15) arranged in mirror symmetry with the tab. According to the smallest separable part of the blister card (22), the first spacing (16) corresponding to the smallest separable part,
The packaging unit according to any one of claims 1 to 6. The corresponding insertion slot (13) is formed as a plurality of tabs (14) all having the same orientation and an alignment tab (15) arranged in a mirror image symmetrical relationship with the tabs. (14) are positioned at a second distance (17) from each other, and the tab (14) positioned opposite to the alignment tab (15) is separated from the alignment tab (15) by the first distance ( 16) is located,
The packaging unit according to claim 6 or 7. The second spacing (17) coincides with the spacing of the lateral perforations (28) of the blister card (22);
The packaging unit according to claim 8. The corresponding insertion slot (13) is in the form of two longitudinal slots, and the middle region (45) of the slot serves to receive at least a portion of the blister card (22);
The packaging unit according to any one of claims 6 to 9. The insertion slot (13) is formed by a weakened area provided in the wall (8) or a weak spot pre-stamped,
The packaging unit according to any one of claims 6 to 10. The wall (8) of the foldable blank (2) has a pre-stitched perforation (11) or opening in the form of a circular or oval hole, the perforation or opening The geometrical shape, arrangement state and interval of the same correspond to the geometric shape, arrangement state and interval of the receiving chamber (24) of the cavity (23) provided in the blister card (22). ,
The packaging unit according to any one of claims 1 to 11. The foldable blank (2) has a foldable part (7) formed by the wall (8) and a second wall (10) separated from each other by a fold line (12), the wall (8) has a pre-stitched perforation (11) or opening in the form of a circular or oval hole, the geometric shape, arrangement and spacing of the perforation or opening; Corresponds to the geometry, arrangement and spacing of the receiving chamber (24) of the cavity (23) provided in the blister card (22), and the wall (10) Having a recess (9) adapted to be located substantially congruently on the pre-stamped perforation (11) of the wall (8) after folding along a line (12);
The packaging unit according to any one of claims 1 to 12. The perforation (11) or opening is arranged and dimensioned to clamp the cavity in place,
The packaging unit according to claim 12 or 13. The foldable blank (2) has a foldable part (7) formed by the wall (8) and the second wall (10) separated from each other by a fold line (12), The second wall (10) has an outer deformed portion (20) provided on its side and an adhesive portion (21) provided above and below the outer deformed portion (20), and the outer deformed portion ( 20) at least partially surrounds the receiving chamber (24) of the cavity (23) of the blister card (22),
The packaging unit according to any one of claims 1 to 14. The folding blank (2) is made of cardboard and / or plastic,
The packaging unit according to any one of claims 1 to 15. The dimensions of the foldable blank (2) are selected to match the dimensions of the blister card (22),
The packaging unit according to any one of claims 1 to 16. A packaging unit comprising a foldable blank (2), wherein the packaging unit (1) is at least for at least one blister card (22) and / or a part of said blister card (22) or another filling. With one storage pouch (19),
Packaging unit. Having at least one blister card (22),
The packaging unit according to claim 18. Said blister card (22) can be divided into individual cavities (23) by means of longitudinal and / or transverse perforations, said cavities receiving fillings (31), in particular pharmaceutical active substance-containing preparations Comprising two foils (25, 26) joined together to form a chamber (24);
20. A packaging unit according to claim 19. The storage pouch (19) is formed in an area of the foldable blank (2) by folding the foldable blank (2).
The packaging unit according to any one of claims 18 to 20. The storage pouch (19) uses an additional web part (41) and an adhesive part (40) adjacent thereto or an additional web part (41) and a separate adhesive part (40). The web portion (41) or the adhesive portion (40) can be formed as a part of the foldable blank (2), respectively, by a rear wall (5) and / or separated by a fold line (12). Or attached to the wall (8),
The packaging unit according to any one of claims 18 to 21. Said wall (8) has at least one outer profile (20);
The packaging unit according to claim 22. The storage pouch (19) can be formed by an additional adhesive part (43), the additional adhesive part (43) being separable by a perforation (42) of the foldable blank (2). Attached to the wall (8), the additional adhesive portion (43) is attached to the web portion (4) after inserting at least one blister card (22),
The packaging unit according to any one of claims 18 to 23.

Images