JP2018516647A - Device packaging medicine distribution - Google Patents

Abstract

The present invention relates to a device for packaging a drug distribution, which allows improved cleaning according to the present invention. The device comprises a frame structure (10), a supply reservoir (31), and a medicine having fastened thereon at least one guide unit (20) having a plurality of receiving openings (21) and at least one dispensing opening (22). A plurality of storage and dispensing stations (30) having a dispensing station (32) having a dispensing passage (33), at least one holding unit (40) having a plurality of assemblies (41), accepting drug distribution A drug slide (42) having at least one collection device (50) and having a receiving opening (43) and a dispensing opening (44) in each of the assembly parts (41), and a storage and dispensing station ( 30), the receiving opening (43) of the medicine sliding part (42) is associated with the medicine dispensing passage (33) of the dispensing station (32), and the medicine sliding part (42) is separated. The opening (44) is arranged to be associated with the receiving opening (21) of the at least one guide unit (20), and the at least one guide unit (20) is removably arranged on the frame structure (10). The at least one holding unit (40) and the frame structure (10) are fastened on or in the device (1) such that the holding unit (40) and the frame structure (10) are movable relative to each other; And at least one guide unit (20) is accessible from outside the device (1) in the access position. [Selection] Figure 1

Description

  The present invention relates to a device for packaging a drug distribution.

  So-called blister packaging machines are a type of device that packages drug distribution. For example, WO2013 / 034504A1 describes such a blister packaging machine. The device according to the above literature is used in pharmacies and hospitals, or in blister packaging centers with appropriate dispensing, according to the intake time ordered by the doctor, the combination of drugs from multiple drug allocations, the patient They are automatically combined individually. The device wraps the combination of medicines corresponding to the order data in a pack formed from a web of packaging material, a so-called blister pack, which leaves the device and is connected to a chain of blister packs (also called a “blister sleeve”). It is further used as In this case, the blister pack generally accommodates all medication distributions that correspond to the patient's ingestion time, i.e. the patient must ingest at a given time. The order data itself can be data derived from a prescription, for example.

  The device described in the above document is capable of creating multiple (hundreds) blister packs per hour due to its special design, and thus, in particular, corresponding blister packs for multiple patients. Used when preparing for. Other blister packaging machines are used when the demand for blister pack production rate is not so high. This is because the devices described above are relatively complex designed to achieve high blister packaging speeds. In simpler blister packaging machines, multiple storage and dispensing stations are arranged in a matrix on or in the holding unit. The medicine distribution is supplied from the storage / dispensing station to the packaging device via the central guide unit, and the packaging device blisters and packs the supplied medicine distribution. Alternatively, the supplied drug distribution can be packaged differently.

  The storage / dispensing station is fastened “on the outside” on the holding unit, and the drug distribution dispensed from the storage / dispensing station reaches the central guide unit via the drug slide. Due to the multiple drugs that can be stored in the storage and dispensing station, the guide unit is contaminated with multiple different drug fragments. This drug fragment can be blister packed or blister packed with drug distribution and can cause undesirable side effects or allergic reactions when the patient takes the drug combination.

  Therefore, even in the case of packaging devices with packaging speeds that are not as fast as the packaging speeds of the devices described above, it is essential to periodically clean the parts of the device that come into contact with various drug distributions. In known devices, this cleaning operation is very time consuming. This is because the device must first be partially disassembled and then, inter alia, the central guide unit must be carefully cleaned by hand.

WO2013 / 034504A1

  It is an object of the present invention to provide a device for packaging drug distribution that reduces the downtime associated with cleaning.

  This object is achieved according to the invention by a device for packaging a drug distribution according to claim 1. The device according to the invention comprises a frame structure with at least one guide unit fastened thereon, the guide unit having a plurality of receiving openings and at least one dispensing opening. In the device according to the invention, the guiding unit is an independent component and can cooperate in forming or supporting the main structure of the device, but is not necessary for the main structure itself.

  The device further comprises a plurality of storage / dispensing stations for dispensing individual drug distributions, the storage / dispensing stations comprising a supply storage for the drug distribution and the chemicals for dispensing the individual drug distributions. A dispensing station having a dispensing passage; Individual storage / dispensing stations are connected to the control unit, and individual drug distributions can be dispensed for each storage / dispensing station upon control command from this control unit.

  The device comprises a holding unit for a storage and dispensing station, the holding unit having a plurality of assembling parts, each of the assembling parts having a medicine opening having a receiving opening and a dispensing opening, and The storage and dispensing station is in particular arranged in such a way that the receiving opening of the medicine sliding part is associated with the medicine dispensing passage and the dispensing opening of the medicine sliding part is associated with the receiving opening of at least one guide unit. In other words, the medicine sliding part forms a connecting element between the medicine dispensing passage of the storage / dispensing station and the guide unit. That is, the separated medicine distribution reaches the guide unit via the medicine sliding part.

  Finally, the device comprises a collection device for receiving the drug distribution from the at least one guide unit and relaying the drug distribution to a packaging station for packaging the supplied drug distribution. The mode of embodiment of the collection device is not critical to the present invention. Thus, for example, the collection device can be a belt or funnel disposed under the at least one guide unit, thereby leading the dispensed drug distribution to the packaging device.

  Due to a plurality of different drug distributions dispensed from the storage and dispensing station into at least one guide unit, the guide unit is rapidly contaminated with drug fragments. The higher the degree of contamination from drug fragments, the greater the risk that drug fragments will be packaged with a combination of drug distribution. Therefore, periodic cleaning of the guide unit is necessary. In order to simplify such cleaning and thus reduce the downtime of the device, it is provided that the guide unit is removably arranged or fastened on the frame structure. Furthermore, according to the invention, the at least one holding unit and the frame structure are fastened on or in the device such that the holding unit and the frame structure are movable relative to each other, outside the device in the access position. Provide access to the guidance unit from

  In order to detachably arrange at least one guide unit on the frame structure, the guide unit can be removed and then the already cleaned guide unit can be placed in or on the frame structure. The combination of the above features according to the invention makes it possible to perform a much faster cleaning of the device. All storage / dispensing stations located in the holding unit are separated from the at least one guide unit by a single movement, this guide unit is removed and replaced with a clean guide unit. The cumbersome cleaning of permanently installed guide units, which is necessary in the prior art, is not necessary.

  Depending on the type of drug combination expected and the number of drug distributions to be packaged, one guide unit or multiple guide units can be used in the device according to the invention. For example, if it is anticipated that only a relatively small number of drug combinations will be packaged, then a single guide unit with a single internal guide channel can be used and the drug distribution is routed to the guide channel via the receiving opening. Enter and exit again through the dispensing opening.

  Alternatively, a guide unit having a plurality of guide passages can be used, where each guide passage is associated with a plurality of receiving openings and one dispensing opening. It is also conceivable to use a plurality of guide units with one or more guide passages.

  The holding unit for the storage and dispensing station is preferably fastened so that the holding unit can be pivoted, for example on a frame structure. In such a case, the complete holding unit can be pivoted away from the guide unit (s) with the storage and dispensing station fastened on the holding unit and directly to the guide unit (s). Make it accessible. Corresponding embodiments of the device have a simple design and are cost effective to implement.

  Instead of pivoting the at least one holding unit on the frame structure, for example, the at least one holding unit and the guide unit (s) are displaced parallel to each other, i.e. relative to the holding unit to which the frame structure is fixed. It is possible to displace the holding unit with respect to the fixed frame structure. For this purpose, a displacement mechanism well known to those skilled in the art should be installed in the device.

  As already indicated, the guide unit (s) are removably arranged or fastened on the frame structure. In order to allow the quickest possible removal from the frame structure, in a preferred embodiment, at least one guide unit is a tightly fitted and removable connection between the guide unit and the frame structure. Is provided to be implemented. Furthermore, this has the advantage that no special tool is required to remove the guide unit from the frame structure. According to the present invention, the guide unit or the composite of a plurality of guide units can be suspended, for example, on a special assembly of the frame structure. Further fixing of the guide unit is not absolutely necessary. This is because the guide unit is secured by one or more holding units themselves during the “closure” of the device.

  In addition to the guide unit (s), the drug sliding part is a component that is strongly contaminated by drug fragments, and in particular, stores and dispenses with different chemicals from those previously stored in it. If the station is used with a drug slide, frequent cleaning of the drug slide is necessary as well. In the prior art, the drug slide is typically an integral part of a holding unit, storage / dispensing station or guide unit. As a result, the above-described components have a complicated structure, and thus cleaning is complicated. According to the present invention, the medicine sliding part is an assembly part of at least one holding unit so that the medicine sliding part can be easily removed for cleaning and can be replaced with a cleaned medicine sliding part. Provide removably fastened on top. For the reasons mentioned above, it is particularly preferred that the mounting is such that there is a tightly fitting and detachable connection between the drug sliding part and the holding unit.

  The collection device can be implemented, for example, as a conveyor belt that transfers the dispensed drug distribution to the packaging device. In a corresponding implementation in which the conveyor belt has, for example, separating means on the conveyor belt, the conveyor belt can be used to transfer multiple chemical compositions simultaneously. However, regarding the certainty of separation of the combination of individual chemicals, it is impractical and only possible with difficulty to provide the conveyor belt with a plurality of separation means.

  In a preferred embodiment of the device according to the invention, it is therefore provided that the recovery device comprises a plurality of recovery units used as temporary medicine reservoirs. In this case, one collection unit is usually associated with one guide unit so that a plurality of drug preparations can be prepared at the same time, after completion the drug preparation is then funneled, for example by opening the closure flap of the collection unit. The drug preparation reaches the packaging device from the funnel.

  Alternatively, the collection unit can be fastened on a rotating transfer belt and guided under the guide unit (s), with each collection unit having its own guide unit (and thus each storage and dispensing station). Can be guided beyond this, thereby greatly increasing the number of different drug distributions that can be used in the drug combination. As soon as the recovery unit is guided over the packaging device or onto the packaging device by means of a transfer belt, the drug distribution temporarily stored in the recovery unit is transferred to the packaging device.

  In a preferred embodiment, the drug slide and / or guide is such that the drug fragment does not drift over the drug slide or guide unit (s) and subsequent drug distribution does not absorb or mix this drug fragment. The unit is provided with a non-adhesive covering inside. Adherence of chemical fragments generated during operation is prevented, and these chemical fragments can be lowered downward through the device and disposed of in a special area provided for this purpose.

  During device cleaning, all drug slides are normally removed and replaced with cleaned drug slides. Due to the large number of these drug slides, it is possible that one or more assemblies may not be equipped with cleaned drug slides during the replacement of a contaminated drug slide. As a result, the drug distribution at these locations will not reach the guiding unit associated as needed after the dispensing station has dispensed, thereby allowing the drug distribution to reach the combination of drugs to be supplied. The result is that the combination of chemicals is lost. In order to avoid overlooking the replacement of drug slides during device cleaning, a preferred embodiment provides that the device has a plurality of sensor units that detect the presence of all drug slides. If it is confirmed that one or more drug slides are missing after the device is closed, a signal sound or another notification, for example a message can be output on the display unit and is missing Requires insertion of the sliding part.

  The present invention will now be described with reference to the accompanying drawings in accordance with some preferred embodiments.

1 is a cross-sectional view of a first embodiment of a device according to the invention. FIG. 3 is a cross-sectional view of a second embodiment of a device according to the present invention. It is a partial detailed view of a second embodiment. FIG. 6 is a further partial detail view of the second embodiment. It is detail drawing of the holding | maintenance unit which has a storage and dispensing station and a chemical | medical agent sliding part. FIG. 4 is a detailed view of a third embodiment of a device according to the invention.

  FIG. 1 shows a cross-sectional view through a first embodiment of a device according to the invention for packaging a drug distribution. In this first embodiment, a plurality of guide units (20) are installed, the guide units (20) being embodied as rectangular downspouts having a plurality of receiving openings 21 and dispensing openings 22 and receiving them. The opening 21 and the dispensing opening 22 are shown only in FIG. In the illustrated embodiment, the plurality of guide units are arranged next to each other in parallel to form a guide unit bundle that can connect the guide units to each other. Two such bundles are arranged in parallel on the front and back, but cannot be seen in FIG. 1 (see FIG. 3a for this point). Each individual guide unit is suspended on the suspension part 13 of the frame structure 10 such that a tight fitting connection is formed between the guide unit and the suspension part. Each guide unit is provided with a guide passage (not shown in FIG. 1), and the drug distribution is supplied to the guide passage via a receiving opening 21.

  The frame structure 10 includes at least one horizontal beam 11 and at least two vertical beams 12 at the edge of the guide unit bundle, and the suspension portion 13 is fastened on the horizontal beam 11. The frame structure 10 forms a structure arranged inside the device, and the guide unit is removably fastened on the device. The guide unit itself is a part of the internal support structure of the device according to the present invention. Rather than forming, it can be completely removed from the device without damaging the internal support structure.

  The device according to the invention further comprises a holding unit 40, which can be seen in the exemplary background according to FIG. 1 and will be described in more detail with reference to the following figures. The holding unit 40 holds a plurality of medicine sliding portions and storage / dispensing stations, and is used to align them with the guide unit.

  The collection device 50 is disposed below the guide unit 20 and includes a plurality of collection units 52 in the illustrated first embodiment, and the plurality of collection units 52 are fastened on a rotary transfer belt 53 (display only). , Move under the guidance unit. Thus, each collection unit 52 is aligned for a specific period of time at each guide unit, allowing drug distribution to be transferred from each guide unit into a specific collection unit. The collection device 50 further comprises a funnel 51 into which the collected chemical distribution can be transferred from the collection unit 52 (eg, by opening a closure flap at a particular location on the funnel). . The chemical combination formed by the chemical distribution reaches the packaging device 60 (shown only schematically) from the funnel 51 and uses the packaging device 60 to package the chemical combination. Whether the combination of medicines is for example blister packed or otherwise packed depends on the respective conditions.

  The packaging device 60, the collection device 50 and the storage and dispensing station (not shown) are coupled to the control unit 70, via which the individual components of the device according to the invention are activated.

  FIG. 2 shows a cross-sectional view of a second embodiment of the device according to the invention, the second embodiment being largely corresponding to the first embodiment and different from the first embodiment. Only will be described below.

  As can be seen in the upper part of FIG. 2, the guide unit of the second embodiment is fastened only via two suspension parts 13 inside the device. In other words, each guide unit 20 bundle is assembled into one or two packets. The guide unit packet can only be removed as a whole, which is advantageous for the replacement period of the guide unit, but it is also necessary to always replace a plurality of guide units.

  The recovery device 50 is also arranged below the guide unit in this embodiment, but does not include a plurality of recovery units as in the first embodiment, but includes a single large recovery funnel 51 and a large recovery funnel 51. Supplies the drug combination to the packaging device 60 coupled to the control unit 70. In this embodiment, a storage / dispensing station (not shown) is also coupled to the control unit 70 so that each storage / dispensing station can be activated individually to dispense drug distribution.

  The device according to the invention is not limited to the two above-described embodiments. Thus, for example, certain features of one embodiment can be combined with features of another embodiment. For example, it is conceivable to combine a collection device having a plurality of collection units in the manner of a guide unit according to the second embodiment.

  3a and 3b show a partial detail view of the second embodiment. As can be seen in both figures, the device comprises two bundles of guide units 20 arranged in parallel in the front-rear direction, the guide units or bundles being separated from the intermediate plane between the bundles, with the receiving openings 21 of the guide units 20 facing each other. It is arranged to be arranged. A corresponding arrangement of guide units is particularly desirable when installing two holding units 40 each having a plurality of storage and dispensing stations, as shown in more detail with respect to FIGS. 4a and 4b.

  According to the present invention, the at least one holding unit 40 and the frame structure 10 are provided for fastening on or in the device such that the holding unit 40 and the frame structure 10 are movable relative to each other. Yes, the guide unit 20 can be accessed from the outside in the access position. In a second embodiment of the device according to the invention, such a relative movement of the frame structure and the holding unit relative to each other is carried out by arranging the holding unit 40 to be pivotable.

  As can be inferred from FIG. 3a in particular, the holding unit 40 is implemented as a kind of door, which comprises a vertical holding surface 45 and a substantially horizontal frame element 46 and a substantially vertical frame element 47, Frame elements 46 and 47 form a kind of protective frame for a plurality of storage and dispensing stations, as described below with reference to FIG. 3c.

  As already indicated, the arrangement of the guide unit 20 is such that the first and second embodiments of the device according to the invention can pivot relative to the guide unit, respectively, in particular the pivot axis shown in FIGS. 3a and 3b. It is necessary to provide two holding units 40 that can pivot about SA1 and SA2. In order to perform such a pivot, the corresponding pivot joint is placed on the “rear” vertical beam 12 or other additional components of the frame structure 10 or the device itself. In FIG. 3a, a corresponding pivot joint 14 is shown for a second holding unit 40 (not shown).

  FIG. 3b shows a rear view of the view according to FIG. 3a, in which it is better to see that the two guide unit bundles are “back to back” and their receiving openings 21 are arranged opposite each other. Can do. Thus, in this embodiment, the guide unit has a plurality of receiving openings 21 "outside", i.e. away from the center plane of the device.

  In FIG. 3b, the holding unit 40 is only visible on the right side. The holding unit 40 includes a plurality of storage / dispensing stations, of which only the dispensing station 32 is shown for clarity, as will be described in more detail with reference to FIG. 3c.

  Each dispensing station is associated with a drug slide 42 (display only), which extends through the holding surface 45 and receives the drug dispense passage of the dispense station and the guide unit. A connection is made between the opening. Thus, the dispensing station itself does not extend with a portion through the holding surface, but is placed or fastened “outside” on the holding surface.

  FIG. 3 c shows how the dispensing station 32 of the storage and dispensing station is arranged on or in the holding unit 40. The storage and dispensing stations are arranged in a matrix and are surrounded and protected by horizontal frame elements 46 and vertical frame elements 47 of the holding unit. The dispensing station 32 is fastened (removably) on the holding surface 45 of the holding unit 40, and the supply reservoir 31 (not shown) can be removably placed on the dispensing station 32.

  Figures 4a and 4b show partial detailed views of the second embodiment, with two holding units 40 shown in these figures, the holding units 40 being arranged to be pivotable within the device. ing. As shown in FIGS. 3a and 3b, the holding unit 40 is assembled in the device so that it can be pivoted using a pivot joint (not shown here).

  In the figure, the "rear" or "left" holding unit 40 is shown in the closed state, that is, the storage / dispensing station and the medicine sliding part are aligned on the guide unit. The “front” or “right” holding unit 40 has already pivoted somewhat away from the guide unit, in particular on the pivot axis SA2. All guide units 20 and holding unit drug slides inside the device can be accessed by pivoting or can be completely separated from the holding unit 40. However, the positions shown in FIGS. 4a and 4b are not yet suitable for unhindered access to the components described above. For unobstructed access, the holding unit 40 must still pivot further away from the guide unit.

  As shown in FIG. 4b, the guide unit 20 can be mounted with a plurality of parts, specifically two parts, and in the illustrated embodiment, the half 20a facing the holding unit 40 is a receiving An opening 21 is provided. The half 20b facing towards the middle of the device is provided with a guide passage 23, which has a projection that slows down the drop rate of the drug distribution inside the guide unit. Furthermore, in FIG. 4b, it is shown that a non-adhesive coating 24 is provided inside the guide unit, which prevents the broken chemical fragments from adhering.

  In the illustrated embodiment, each guide unit 20 includes a guide passage 23. As already indicated, the guide unit can be designed differently in alternative embodiments. Thus, for example, a guide unit having a plurality of guide passages or two guide units each having a plurality of guide passages can be used. In the simplest case, only one guide unit with at least one guide passage can be used. The distribution / arrangement of the receiving opening and dispensing opening (s) will depend on the exact number and design of the guide passages.

  5a to 5c show detailed views of the holding unit 40. The holding unit 40 has a plurality of dispensing stations 32 fastened on the holding unit 40, the dispensing station 32 being a storage and dispensing station. 30 parts. In the view according to FIG. 5 a, the two rows of dispensing stations 32 and the drug sliding parts associated with the dispensing stations 32 are omitted, and the holding surface 45 of the holding unit 40 has a plurality of mounting parts 41. The attachment part 41 is embodied in this embodiment as an opening in the holding surface 45, and the drug sliding part 42 is closely fitted and detachably disposed in these openings (see FIG. See Figure 5c). The protrusion 48 can be mounted on each of the assembly parts 41, and the dispensing station 32 of the storage / dispensing station 30 can be fastened on the assembly part 41.

  As can be inferred from FIG. 5b in particular, the drug slides 42 are typically arranged in each assembly 41, via which each drug distribution is distributed from the dispensing passage of the dispensing station. It can be led to a guidance unit.

  As already described, it is particularly preferable to arrange the medicine sliding portion 42 so as to fit closely onto the assembly portion 41. In the illustrated embodiment, as can be inferred from FIG. 5 c, the drug sliding portion 42 is only inserted into the assembly 41, and the receiving opening 43 is in the drug dispensing passage 33 of the dispensing passage 32. Press in contact. The dispensing opening 44 of the drug sliding part is aligned (with the device closed) over the receiving opening of the guide unit.

  FIG. 5c further shows that the drug sliding portion has a non-adhesive coating 49b, which prevents or makes it difficult to adhere chemical fragments. Furthermore, the holding unit 40 includes a plurality of sensors 49a, and the plurality of sensors 49a detects the presence of a medicine sliding portion in the illustrated embodiment. The arrangement and number of sensors depends on the exact structure of the sensor and is only displayed here. The sensor can be connected to the control unit of the device and can centrally indicate that there are no drug slides. Furthermore, it is conceivable that the sensor confirms the degree of contamination of the medicine sliding portion and transmits this degree of contamination to the control unit.

  6a and 6b are detailed views of a third embodiment of the device according to the invention. In this third embodiment, in contrast to the two above embodiments, two layers of guide units each having a receiving opening only on one side are not installed, but parallel on both sides of the guide unit. 6a and 6b, only the receiving opening 21 which is installed in the single-layer guide unit and is not hidden by the holding unit 40 is shown. In the illustrated embodiment, the drug distribution can be dispensed from the storage and dispensing station on both sides of the guide unit to the guide unit.

  In the first and second embodiments of the device according to the invention, the holding unit is assembled so as to be pivotable within the device. In the third embodiment, the possibilities relating to the relative movement of the holding unit or the guide unit required according to the invention are implemented differently. Specifically, it is implemented by providing a sliding mechanism at the lower end of the holding unit 40. The guide rail 101 is arranged on the floor plate 100 of the device according to the invention, on which a roller 102 is guided at the lower end of the holding unit. As with sliding doors, the holding unit 40 with all storage / dispensing stations and drug slides can be pushed away from the guide unit 20, which allows access to the guide units and drug slides. To. Alternatively, the frame structure 10 can be assembled such that the frame structure 10 is displaceable within the device, so that the guide unit can be pulled out of the combined holding unit / guide unit / holding unit. it can.

  Of course, the two special features described with respect to the third embodiment of the device according to the invention can be combined with other features described only with respect to the first and second embodiments of the invention.

Claims (8)

A device (1) for packaging drug distribution,
A frame structure (10) on which at least one guide unit (20) is fastened, said guide unit (20) having a plurality of receiving openings (21) and at least one dispensing opening (22). , Frame structure (10),
A plurality of storage / dispensing stations (30) for dispensing individual drug distributions, the storage / dispensing station (30) comprising a supply storage (31) for drug distribution, and individual drug distributions A plurality of storage and dispensing stations (30) having a dispensing station (32) having a chemical dispensing passageway (33) for dispensing
At least one holding unit (40) for the storage / dispensing station (30), the holding unit (40) having a plurality of assembling portions (41), and the assembling portion (41 ), The medicine sliding part (42) having a receiving opening (43) and a dispensing opening (44), and the storage / dispensing station (30) are arranged to receive the medicine sliding part (42). An opening (43) is associated with the medicine dispensing passage (33) of the dispensing station (32), and the dispensing opening (44) of the medicine sliding part (42) is connected to the at least one guide unit (20 At least one holding unit (40) arranged to be associated with said receiving opening (21)
At least one collection device (50) that receives a drug distribution from the at least one guide unit (20) and relays the drug distribution to a packaging device (60), the packaging device (60) being supplied At least one collection device (50) for packaging the drug distribution
In the device (1) having
The at least one guide unit (20) is detachably disposed on the frame structure (10);
The at least one holding unit (40) and the frame structure (10) are arranged on the device (1) such that the holding unit (40) and the frame structure (10) are movable relative to each other. Or device (1), characterized in that it is fastened in and allows access to the at least one guide unit (20) from outside the device (1) in an access position.   The device (1) for packaging a medicine distribution according to claim 1, characterized in that the at least one holding unit (40) is assembled such that the at least one holding unit (40) is pivotable. .   The at least one guide unit (20) is mounted so that there is a close fitting and detachable connection between the guide unit (20) and the frame structure (10). A device (1) for packaging a drug distribution according to claim 1 or 2.   4. The medicine sliding part (42) according to any one of claims 1 to 3, wherein the medicine sliding part (42) is detachably fastened on the assembly part (41) of the at least one holding unit (40). Device (1) for packaging the drug distribution according to paragraph.   The medicine sliding part (42) is mounted such that a tightly fitted connection exists between the medicine sliding part (41) and the holding unit (40). Device (1) for packaging the drug distribution according to 4.   Packaging the drug distribution according to any one of claims 1 to 5, characterized in that the collection device (50) comprises a plurality of collection units (52) for use as temporary drug reservoirs. Device (1).   The said medicine sliding part (42) and / or the said guide unit (20) have a non-adhesive coating | coated part (24, 42b) inside, The inside of any one of Claim 1 to 6 characterized by the above-mentioned. Device (1) for packaging the drug distribution described in 1.   8. The device (1) according to any one of claims 1 to 7, characterized in that the device (1) comprises a plurality of sensor units (49a) for detecting the presence of the drug sliding part (41). Device for packaging drug distribution (1).

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