WO2006040019A1

WO2006040019A1 - Device for dispensing containers

Info

Publication number: WO2006040019A1
Application number: PCT/EP2005/010551
Authority: WO
Inventors: Freddy Metzmann
Original assignee: Friedrich Sanner Gmbh & Co. Kg
Priority date: 2004-10-08
Filing date: 2005-09-30
Publication date: 2006-04-20
Also published as: EP1799581A1; EP1799581B1; DE102004049349A1; EP1799581B9; DE502005002256D1; ATE380761T1

Abstract

The invention concerns a dispensing device for storing, preparing and providing containers (12) which are adapted to be filled with a substance sensitive to vapour, gas or powder components of outside atmosphere, and whereof the opening for filling and pouring can be closed to be sealed to outside atmosphere and resist intrusion. The dispensing device comprises a pouring-aid system (10) which can be hermetically fitted into the opening for filling and pouring of the corresponding container (2) The pouring-aid system has a pouring opening (22) whereof the passage cross-section is smaller than that of the opening for filling and pouring of the container (12), and a reception part connected to the inner space of the container when the latter is hermetically sealed, for providing a chemical and/or physical action against the matter containing substances from the outside environment, which are capable of having a harmful effect on the contents of the container.

Description

Dispenser arrangement for containers

The invention relates to a dispensing arrangement for receiving, storing and dispensing containers which are sensitive to vapor, gas or powdery constituents of the ambient atmosphere and whose filling and dispensing openings can be tightly sealed against the ingress of ambient atmosphere.

In order to facilitate the metered removal of contents in a larger amount in a Be¬ container containing a variety of dispensing arrangements of different design have been developed, the constructive structure was developed taking into account the nature and physical properties of the filled in the container contents. In the simplest case, the dispenser assembly has been provided with a dispensing device, the outlet opening in the passage cross-section is dimensioned so that the contents can escape only in a throttled amount, so that accidental overdosed quantity delivery can be avoided. This applies both to solid granules and pulverulent contents as well as to the drip inserts used in liquids. The delivery of tablets can also be influenced by a reduction in the cross section of the delivery opening. However, such simple solutions that allow dosing by throttled delivery, then not be used when a precisely quantitative dosage or a

Single delivery of tablets must be guaranteed. For such cases, dosing dispensers upstream of the dispensing opening and optionally switchable to the interior of the container and to the dispensing opening have been developed for granulate and powdered products, or for tablet dispensers with separating mechanism, which are actuated by the user each deliver only a single tablet. The known dispensing arrangements have proven themselves in practice. The problem is the use of such known dispensing arrangements, however, in such cases, in which in a larger amount in the container stored contents its property upon access of ambient atmosphere - for example due to

Moisture absorption from the water vapor content of the air or due to oxidation by atmospheric oxygen - changed. In particular, in the pharmaceutical sector so-called dry-material closures have been developed for containers for receiving sensitive to humidity preparations, which in addition to the hermetically sealed closing of

Container effect a moisture adsorbing effect by a closed state in communication with the container interior in communication with a desiccant filled cell. Since the absorption capacity of the desiccant used, such as silica gel, zeolites, etc. is limited, the dry cell in the capacity for desiccant must be the amount of desiccant

Filling and the expected opening cycles are adjusted. For containers with larger filling volumes separate dry matter capsules or pillows with sufficient drying capacity were introduced during container filling into the container interior to avoid harmful effects of water vapor from the ambient atmosphere.

The invention is based on the object, a dispensing arrangement for receiving, storing and dispensing articles which are sensitive to vapor, gas or powdery constituents of the ambient atmosphere, containers whose filling and dispensing openings can be closed tightly against the ingress of ambient atmosphere is to create, which on the one hand facilitates the metered removal of Behälterfüllguts from the container and beyond sicher¬ ensures that the contents in the container until the complete delivery is not uner¬ wished physical or chemical changes.

Based on a dispensing arrangement of the type mentioned above, this object is achieved in that the dispensing arrangement has a dispensing aid with a dispensing opening which can be inserted into the filling and dispensing opening of the respective container, the passage cross-section of which compared to the passage cross section of the filling and dispensing opening of Be¬ container and that the dispensing aid is a receptacle which is connected with the container interior when the container is sealed tightly. Having mebereich for a chemical and / or physical protective effect against the potentially damaging substances acting on the contents of the ambient atmosphere unfolding material. The metering and protective function for the filling material are thus integrated into the dispensing aid which can be inserted into the filling and dispensing opening of the container, so that similar containers, for example by screw caps and - optionally still closed by a protective film to be removed during initial use, such as bottles or Tubes, with a larger capacity depending on the type of contents without or with the dispenser arrangement according to the invention are used.

The dispensing aid expediently has a filling substance in the intended dispensing position - e.g. when overturning in a downwardly wei¬ send position of the discharge opening - leading to the discharge port shape.

This can e.g. be achieved by a funnel-like tapering to the discharge opening or even a ramp-like inclined shape.

The receiving area of the dispensing aid can then advantageously be formed by a receiving space filled with the material which unfolds the protective effect, which area is impermeable to the material which is potentially damaging to the contents of the ambient atmosphere and impermeable to the container contents and the protective effect Container interior communicates.

The receiving area of the dispensing aid may e.g. each of at least one separately produced, with the protective effect unfolded Mate¬ material filled and sealed by a permeable to the potentially damaging components wall portion, on or in the Ausschütthilfe held capsule are formed.

Alternatively, the receiving area of the dispensing aid can also be formed by a solid body containing the protective material unfolding the protective effect.

In this case, it is even possible for the receiving region to be made of a material which interacts with the container interior and unfolds the protective effect bound containing area of the delivery aid itself is formed. The production of the dispensing aid as a whole from a material containing the protective effect unfolding bound material is conceivable by the release aid, for example, by injection molding of a thermoplastic material containing the protective effect-bound material bound

Compound material is produced.

The dispensing opening of the dispensing aid can be designed as a metering opening for the contents to be dispensed, for example by the abovementioned reduction in comparison to the filling opening of the container itself. For higher demands on the accuracy of the metering, the discharge opening can also be provided with a portioning mechanism for the contents.

If in the container a predetermined amount of identically shaped solid constituents such as tablets, dragees u. Like. As contents, the discharge opening can be equipped with a manually operable Vereinze¬ ment mechanism for the lumpy product.

In the case of moisture-sensitive filling material, the protective action-developing material has hydroscopic, i. water adsorbing properties, said material, for example, from bulkable hydroscopic particles, such as silica gel, zeolite or the like. having formed particles.

At the risk of influencing the properties of the contents by other gaseous, e.g. oxidizing and / or liquid molecular constituents of the ambient atmosphere, a corresponding adsorptive properties unfolding material is used.

Here, for example, activated carbon or a porous filter material with the requirements of custom pore size come into question.

If the dispenser arrangement according to the invention is intended for metered single dispensing of tablets, dragees or the like, the embodiment can be advantageously used so that the clear cross section of the dispensing opening in the

Dispensing aid is at least equal to or slightly larger than the diameter of the tablets, dragees or the like filled in the container, that in the circumferential direction of the delivery opening in the circumferential direction a plurality of double-armed locking levers are pivotally mounted about in each case in a direction perpendicular to the longitudinal central axis and tangent to the circumference of the discharge opening axes, which are biased under resilient bias to an end position in which their

Container interior facing away from the container inner mouth of the discharge opening from the outside radially outwardly project into the clear interior of the discharge opening, and that containing the protective effect-containing material containing capsule or the protective effect unfolding material bound containing body as the wall of the discharge opening surrounding, in the direction of Container interior displaceably mounted in the Ausschultthilfe and accessible from the Behäfteraußenseite annular body is formed, which comes to a shift in the direction of the container interior of the locking levers such that they are pivoted in the sense of a radial retraction of their projecting into the discharge opening ends, and the in contrast, offset into the container interior ends of the locking lever are pivoted radially inwardly into a projecting into the clear cross section of the discharge opening position.

In a further preferred embodiment of the invention, the Aus¬ design is such that light cross-section of the discharge opening in the Aus¬ schütthilfe at least equal to or slightly larger than the diameter of the tablets, dragees or the like filled in the container, that the with the area of the dispenser assembly forming the protective action-unfolding material is resiliently pivotable between two end positions in a through opening in which the outer plug-shaped wall of the dispensing aid forms a ramp-like sloping wall and that from the outside of the wall of the receiving space a projection into the discharge opening precedes, which narrows their passage cross-section such that the individual components of the contents are retained by the projection in its unverschwenkter position against passage, while the projection in the other hand elastically resiliently pivoted second position of the receiving space is withdrawn from the clear cross-section of the discharge opening, so that a container inside before in the Unschwenkten position of the receiving space held single component can pass through the discharge opening.

The receiving space then expediently has the shape of an elongate container of vapor, gas and liquid-impermeable material arranged approximately centrally within the obliquely inclined wall, the peripheral wall of which has a closed bottom surface in the region of its end protruding from the container has, while their opposite pointing into the container interior end face after insertion by a protective effect unfolding material in the container innern enclosing steam, gas, or liquid permeable wall is closed.

The receiving space formed as an elongated container then preferably has a cylindrical circumferential wall, which is connected via at least one elastically deformable connecting portion pivotally connected to the edge of the passage opening in the inclined wall of the Ausschütthilfe.

The dispensing aid is advantageously at least partially made of thermoplastic

Made plastic, which can then be formed in the last-Ausfüfü¬ example, including the receiving space for the protective effect unfolding material forming container as a whole integral injection molded part.

The invention is explained in more detail in the following description in conjunction with the drawing of four exemplary embodiments, and in particular shows or shows:

1 shows a side view of a first embodiment of a dispensing aid according to the invention;

Fig. 2 is a sectional view, seen in the direction of the arrows

2-2 in Figure 1;

Fig. 3 is a perspective view of the Ausschütthilfe shown in Figures 1 and 2, in which the funnel-like tapering to the delivery opening container terinnere front side is recognizable;

4 shows a plan view of the outside of the container interior side facing away from a second exemplary embodiment of a Aus¬ escape aid according to the invention;

Fig. 5 is a sectional view taken along the arrows 5-5 in FIG

4;

6 and 7 are perspective views of the dispensing aid shown in FIGS. 4 and 5, in which the inner side facing the container interior or the outer side of the dispensing aid facing away from the container interior can be seen;

Fig. 8 is a sectional view through a third embodiment of a in the mouth of a

Schraubklask trained container entsetz¬ th Ausschütthilfe with a separating mechanism for tablets filled in the container;

Fig. 9 shows a detail of the separating mechanism in a perspective view.

10 shows a side view of a container with a fourth embodiment of a dispensing aid according to the invention inserted in its mouth;

Fig. 11 is a plan view seen in the direction of arrow 11 in Fig. 10;

Fig. 12 is a sectional view with the cutting guide illustrated by the arrows 12-12 in Fig. 11; 13 shows a plan view corresponding to the fourth exemplary embodiment of the dispensing aid according to the invention in an enlarged scale relative to FIG. 11 in the viewing direction of FIG. 11;

Fig. 14 is a sectional view seen in the direction of the arrows

14-14 in FIG. 13;

15 shows a perspective view of the dispensing aid shown in FIGS. 13 and 14, with a view towards its outer end side in the intended insertion position in the mouth of an associated container; and

FIG. 16 is a perspective view of the dispensing aid shown in FIG. 15 looking in the direction of its container end in the intended insertion position in the mouth of an associated container. FIG.

In FIGS. 1 to 3, an exemplary embodiment of a dispensing aid, indicated in its entirety by 10, is shown, which can be inserted into the wall of the filling or dispensing opening of a container (not shown). As an example of such a container can here on a

Bottle 12 are referenced with a male thread for a closable with a Schraubde¬ ckel bottle neck 14, as shown in Figure 8 in connection with a further embodiment.

The dispensing aid 10 here has the form of a cylindrically shaped stopper 16 over the major part of its height extension, at the edge of which a radially slightly projecting annular projection 18 is provided in the upper, in the intended insertion position in a container facing away from the container interior. which when inserting the cylindrical

Stopfenteils 16 in the container serves as a stop for the intended insertion depth. It can be seen in the sectional view of FIG. 2 that the end face 20 of the stopper 16 pointing in the container to the interior of the container has a funnel-like tapering shape and opens into a central, continuous cylindrical discharge opening 22, its diameter being opposite the diameter of the container Filling and dispensing opening of an associated container has a significantly smaller clear Durchlaßquer¬ cut. If the container is suitable for receiving tablets or dragees, the diameter of the dispensing opening 22 is expediently only slightly larger than the outside diameter of the tablets or dragees contained in the container, which then ensures that the tablets are removed when the tablets are removed can be dispensed from the container only one after the other in each case.

In the area of the discharge side, an annular recess 24 is formed in the stopper 16, into which is inserted a complementary ring body 26 made of a compound material which may consist of a porous plastic matrix in which particles of e.g. for water vapor or certain gaseous constituents of the ambient atmosphere adsorptively acting material are incorporated. It can be seen that the outer surface of the annular body 26 made of the compound material and also a short outer section of the discharge opening 22 are in communication with the container interior via the discharge opening 22. The ambient atmosphere introduced into the container interior during filling of the container or, when filled with an inert gas, this protective gas are therefore closed

Container constantly exposed to the adsorptive effect of the ring body. A chemical action of the vessel filling with introduced Wasser¬ vapor or even a gaseous component can therefore not take place during the Lager¬ time of the container, because these harmful components are bound adsorptively in the ring body.

When the container is opened for the purpose of removing the filling material, a quantity of ambient atmosphere corresponding to the removed volume of the filling material is then introduced into the container in each case. However, water vapor or other gaseous harmful constituents contained in this penetrated ambient air are then removed after the container has been closed. Ters adsorbed again by the annular body 26, so that a reaction with the remaining in the container contents is prevented.

In order to ensure a sufficiently tight fit of the plug 16 in the mouth of a corresponding container, the plug is expedient with low

Oversize its outer cylindrical surface relative to the clear cross section of the mouth of the respective container sized and made of elastomeric plastic, so that it is held in the intended insertion position with bias in the container mouth.

FIGS. 4 to 7 show a second exemplary embodiment of an injection molding method made of thermoplastic material, e.g. Polyethylene produced er¬ inventive Ausschütthilfe 10, which also has the outer shape of a cylindrical plug 16 with an effective as insertion limiting ring projection 18 has. The inner end face 20 of the release aid

10 is here - deviating from the funnel-shaped embodiment of the Ausschütt¬ aid according to Figures 1 to 3 - as obliquely inclined ramp surface ausgebil¬ det, softer the an associated container to be removed contents, wel¬ ches again from tablets or dragees or alternatively May also consist of a granular bulk, in the intended

Removal position of the container with downward facing mouth is guided laterally to the inner surface of the peripheral wall of the plug 16. Correspondingly, in this exemplary embodiment, the discharge opening 22 is arranged, starting from the lowest point of the ramp surface, laterally within the peripheral area of the stopper and expediently again sized in its shape such that the contents are determined individually or by dimensioning the size of the clear cross section braked is delivered.

The chemical and / or physical protective effect against the substance potentially damaging to the filling material unfolding in the dispensing aid

Here, material is contained in a cylindrical receiving space 28 formed integrally in the dispensing aid in the form of a filling of hygroscopic particles, such as silica gel or zeolite particles, the open end face of the otherwise closed receiving space facing the container interior 28 through a porous and permeable to the contents harmful pollutant disc 34 - for example, porous or perforated cardboard material - is completed. It can be seen that the size of the filling volume of the receiving space for the protective effect unfolding material - depending on the required adsorption capacity - is adaptable to different container sizes by changing the size dimensions of the receiving space. The outwardly facing end face of the receiving space is in the illustrated Aus¬ management example flush with the upper edge of the release aid. In principle, however, this receiving space can also be enlarged by correspondingly extending its circumferential wall in such a way that the end face 32 lies above the front edge of the plug part 16.

The above-described central central arrangement of the receiving space for the material which unfolds the protective effect has the advantage that the filling of the dispensing aid with the protective material unfolding material is carried out on the filling and sealing stations developed for the filling of so-called desiccant sealing plugs can. Deviating from the exemplary embodiment according to FIGS. 1 to 3, however, it must be ensured in the removal of filling material here that the dispensing opening 22 is rotated into a position in which it is located in the lower edge area of the container held in the dispensing position.

The third exemplary embodiment of a dispensing aid 10 which can be used in the context of the invention, shown in FIG. 8 in the neck 14 of a glass bottle provided with an external thread, corresponds to the dispensing aid according to FIGS. 1 to 3 insofar as the

Dispensing aid in turn has the outer shape of a plug 16 with annular projection 18, wherein the container inner end wall 20 tapers in a funnel shape to a central discharge opening 22. In the passage, however, a separating mechanism 40 is integrated in this case, the configuration of which will be described below with additional reference to FIG. 9.

The protective material unfolding material here again - according to the embodiment of Figures 4 to 7 - as a bed of particles with the required adsorptive properties, which in this case in a separate, the discharge opening 22 surrounding hollow ring housing

42 are filled, which on its side facing the container interior open and after loading with the protective effect unfolding material an annular porous disc 44 is closed. The closed by the annular disc 44, filled with the adsorptive material housing 42 thus corresponds functionally to the annular body 26 of the embodiment according to Figures 1 to 3.

In the present case, however, the housing 42 is held displaceably in the plug 16 by a limited distance in the direction of the longitudinal central axis of the container. In FIG. 8, in the left half of the illustration, the housing 42 is shown in the starting position and in the right half in a position pushed into the interior of the container.

By inserting the housing 42, which is possible from the open mouth of the neck 14, the above-mentioned separating mechanism for tablets 52 filled in the container can be actuated in such a way that each time an individual tablet is dispensed through the dispensing aid.

The separating mechanism 40 has in the illustrated case a total of four at the same angular intervals in the circumferential direction in the transition region of the end wall 20 to the discharge opening 22 slit-like recesses 46 to each in a perpendicular to the longitudinal central axis and tangential to the peripheral wall of the discharge opening 22 extending axes pivotally mounted double-armed locking lever 48, the biased resiliently into the end position shown in Figure 8 in the left half of the drawing figure, in which their ends facing away from the container interior project from the slot-like recesses into the discharge opening 22, while the opposite ends of the locking lever are retracted into the slot-like recess. When the annular housing 42 is displaced upward in the manner shown in the right half of FIG. 8, the annular housing moves integrally on each lock lever 48 in the area thereof

Swivel axis attached approach 50 and pivots it in the upward direction. Thereby, the lower ends of the locking lever 48 are retracted into the slot-like recesses 46 and the opposite container-internal ends of the locking levers from the slot-like recesses 46 in the discharge opening 22 before. As a result, a tablet 52 held in the discharge opening by the lower ends of the lock levers 52 drops downward due to gravity the locking mechanism 40, wherein the inwardly projecting upper ends of the locking lever 48 slipping and leakage of further tablets 52 is prevented. In the subsequent backward displacement of the annular housing 42 in the downward direction, the locking levers pivot back into the starting position and the hitherto held at the container inner ends of the locking lever next consecutive tablet 52 enters the discharge position in the discharge opening 22, in which they by the inwardly projecting lower Ends of the locking lever 48 is held.

It can be seen that in this case too, the adsorptive effect of the material contained in the ring-shaped housing through the porous annular disc 44 can act on the interior of the bottle 12.

FIGS. 10 to 12 show a container 12 which is also suitable for receiving tablets as filling material, in the open mouth of which a fourth exemplary embodiment of a dispensing aid 12 is used, which is a further development of the one described above in conjunction with the figures 4 to 7 described embodiment. In order to avoid unnecessary repetitions, therefore, only the additional embodiments and modifications made with respect to this exemplary embodiment are described below, while for the matching design features the description of FIGS. 4 to 7 can be used, especially as functionally identical parts of both embodiments the same reference numerals are assigned.

The essential difference of the fourth exemplary embodiment to the exemplary embodiment according to FIGS. 4 to 7 is that the dispensing aid, which likewise has the outer shape of a stopper 16, is provided with a separating mechanism. This separating mechanism has a projection 23 which protrudes from the outside of the wall of the cylindrical receiving space 28 arranged centrally in the dispensing aid 12 into the projection 23 in its clear passage cross section corresponding to the cross section of a dispensing opening 22 corresponding to tablets to be separated, thus narrowing the passage cross section of the dispensing opening 22, that the next tablet 52, which is supplied from inside the container into the dispensing opening, can not pass through the dispensing opening 22. Such a passage and thus the delivery of this tablet is only possible when the Vor¬ jump 23 is withdrawn from the clear cross-section of the discharge opening 22. In order to make this possible, the receiving space 28 is cut free over the major part of the circumference of its outer wall with respect to the ramp-like sloping wall 20, ie movably within a passage opening 29 in the wall 20 formed as an inclined ramp surface of the release aid 12 arranged. Only in the direction of the discharge opening 22 facing wall region of the receiving space via a narrow connecting portion 31 is integrally connected to the wall 20 of the release aid 10. This connecting portion 31 is formed sufficiently elastically deformable bar to pivot the receiving space 28 from the normal Ausgangssstel¬ ment, in which the projection 23 protrudes into the discharge opening 22, in a position in which the opening into the clear interior of the Abga¬ 22 protruding part of the projection 23, the clear passage cross section of the discharge opening 22 is free. This Verschwenkungsvorgang is made possible by the fact that the user on the closed end or bottom wall 32 of the receiving space 28, a radially directed pressure is exerted, which pivots the projection 23 out of the discharge opening. A previously held on the projection 23 tablet 52 may then fall out of the discharge opening. However, the further slipping of further tabs 52 filled in the container from the discharge opening 22 is prevented because the container-inner region of the receiving space 28 is prevented from entering the delivery opening. Only then, when the receiving space 28 is returned to the starting position with protruding into the discharge opening 22 protrusion 23, the next following tablet 52 can slip into the discharge opening, which in turn can then be removed by re-pivoting of the receiving space 28 from the container 12.

It can be seen that in the context of the invention, modifications and further processing of the embodiments described above in connection with dispensing arrangements for containers filled with tablets or dragees are realizable. Such developments may relate, for example, to the adaptation of the dispensing aid in relation to the dosage, if the filling material does not consist of dimensionally stable solid bodies, but is present, for example, as granules or in powder form. The separating mechanism of the embodiment described last is then replaced by a portioning device to be integrated in the discharge aid for the container in question. to replace the fillers. Such portioning devices are known per se.

Claims

Patent claims

1. dispenser assembly for receiving, storing and dispensing ge gene steam-gas or powdery constituents of the ambient atmosphere sensitive filling certain container (12) whose filling and dispensing opening against the ingress of ambient atmosphere is tightly sealed ver¬ bar characterized in that the dispenser arrangement has a dispensing aid (10) which can be inserted into the filling and dispensing opening of the respective container (12) and has a dispensing opening (22) whose passage cross-section is smaller in comparison to the passage cross-section of the filling and dispensing opening of the container (10) and in that the dispensing aid (10) has a receiving area which is in contact with the container interior in a tightly closed container for a chemical and / or physical protective effect against the material of the ambient atmosphere potentially damaging to the filling material.

2. Dispenser arrangement according to claim 1, characterized in that the dispensing aid (10) inside the container has a filling material in the designated delivery position inevitably leading to the dispensing opening form.

3. dispenser assembly according to claim 2, characterized in that the Ausschütthilfe (10) has a funnel-like tapering to the discharge opening shape (Fig. 1 to 3).

4. dispenser assembly according to claim 2, characterized in that the Ausschütthilfe (10) has a ramp-like inclined shape (Fig. 4).

5. Dispenser arrangement according to one of claims 1 to 4, characterized gekenn¬ characterized in that the receiving area of the release aid (10) of a filled with the protective effect unfolding material receiving space (24) is formed, which communicates with the interior of the container via a potentially impermeable to the contents of the constituents of the ambient atmosphere permeable, unfolded for the Behälterfüllgut and the protective action material undurchläs¬ sigen area.

6. Dispenser arrangement according to one of claims 1 to 4, characterized gekenn¬ characterized in that the receiving area of the release aid (10) of each at least one separately prepared, with the protective ent¬ folding material filled and permeable by one for the potentially damaging components Wall portion (44) closed, on or in the Ausschütthilfe (10) held capsule (42) is formed.

7. dispenser assembly according to one of claims 1 to 4, characterized gekenn¬ characterized in that the receiving area of the Ausschütthilfe (10) bound by a the protective effect unfolding material containing solid body (26) is formed.

8. Dispenser assembly according to one of claims 1 to 4, characterized gekenn¬ characterized in that the receiving area of a related to the Behbehhnnem, the protective effect unfolding material ge bound containing area (28) of the Ausschütthilfe (10) itself is formed.

9. dispenser assembly according to claim 8, characterized in that the Ausschütthilfe (10) in total from a protective effect unfolding

Material bound material is formed.

10. Dispenser arrangement according to claim 9, characterized in that the dispensing aid (10) is formed by a thermoplastic compound material containing the protective agent unfolding bonded material.

11. Dispenser assembly according to one of claims 1 to 10 _; characterized in that the discharge opening (22) is designed as a metering opening for the contents to be dispensed.

12. Dispenser arrangement according to claim 11, characterized in that the dispensing opening is provided with a portioning mechanism for the Füll¬ good.

13. Dispenser assembly according to claim 11 for from a predetermined

Amount of identically shaped solid constituents, such as Tab¬ letten (52), dragees u. Like. Existing filling, characterized gekennzeich¬ net, that the discharge opening (22) is provided with a manually operable Ver¬ einzelungsmechanismus (40) for the lumpy product.

14. Dispenser arrangement according to one of claims 1 to 13, characterized in that the protective effect unfolding material hygroscopic, i. Has water vapor adsorbing properties.

15. Dispenser assembly according to claim 14, characterized in that the protective effect unfolding material is formed by pourable hygroskopi¬'s particles.

16. Dispenser arrangement according to claim 15, characterized in that the protective effect unfolding material of silica gel, zeolite o. The like. Auf¬-pointing particles is formed.

17. Dispenser arrangement according to one of claims 1 to 13, characterized in that the protective effect unfolding material adsorptive properties for gaseous and / or liquid molecular

Contains constituents of the ambient atmosphere.

18. Dispenser assembly according to claim 17, characterized in that the protective effect unfolding adsorptive material has at least partially activated carbon.

19. Dispenser arrangement according to claim 3, 6 or 7 and claim 13, da¬ characterized in that the clear cross section of the discharge opening (22) in the Ausschütthilfe (10) at least equal to or slightly larger than the diameter of the tablets filled in the container (52 ), Dra¬ gees or the like is dimensioned such that in the region of the discharge opening (22) in the circumferential direction offset from each other several double pelarmige locking lever (48) are mounted pivotably about in each case in a direction perpendicular to the longitudinal central axis and tangent to the circumference of the discharge opening (22) extending axes, which are biased under resilient bias to an end position in which their ends remote from the container interior of the container interior mouth of Dispensing opening (22) from the outside radially offset into the clear In¬ nere the discharge opening (22) protrude, and that containing the Schutzwir¬ kung unfolding containing capsule or the Schutzwir¬ kung unfolded material containing body as the wall of the fertil Dispensing opening (22) surrounding, in the direction of the Behälterin- nem displaceably in the Ausschütthilfe (10) mounted and accessible from the outside Be¬ container side annular body (42) is formed, which gelungshebeln (48) at a displacement in the direction of the container interior so comes to rest that this in the sense of a radial Zurü retracting their in the discharge opening (22) advancing

Ends are pivoted, wherein the opposite in the container interior offset ends of the locking lever (48) are pivoted radially inwardly into a projecting in the clear cross section of the discharge opening (22) Po¬ position.

20. Dispenser assembly according to claim 4, 5 and 13, characterized gekennzeich¬ net, that the clear cross section of the discharge opening (22) in the Aus¬ schütthilfe (10) at least equal to or slightly larger than the cross-sectional area of the tablets filled in the container ( 52), dragees or the like is dimensioned such that the area of the dispensing arrangement forming the receiving space filled with the material protecting the protective effect is resiliently pivotable between two end positions in a passage opening (29) in which the outer plug-shaped wall is formed Sliding aid (12) forming ramp-like inclined verging running wall (20) is arranged and that from the outside of the wall of the receiving space (28) a projection (23) in the Abga¬ beöffnung (22), which ver¬ their passage cross-section ver¬ narrows that the individual constituents of the contents are retained by the projection (23) in its unverschwenkter position against passage while the projection (23) in the second elastically resiliently pivoted second position of the receiving space (28) from the lich¬ th cross section of the discharge opening (22) is retracted, so that a container inside before the held in the unverschwenkten position of Auf¬ receiving space single component through the discharge opening (22) can pass.

21. Dispenser arrangement according to claim 20, characterized in that the receiving space (28) the shape of an approximately centrally within the obliquely inclined wall (20) provided through opening (29) ange¬ arranged elongate container of vapor, gas and flüssigkeitsun¬ permeable material has, whose peripheral wall in the region of their end pointing out of the container interior a closed

Bottom surface (32), while its opposite in Behäl¬ terinnere facing end face after insertion through a protective effect ausklenden material in the container interior enclosing steam, gas, or liquid permeable wall (34) is closed.

22. Dispenser assembly according to claim 21, characterized in that the elongated container formed as receiving space (28) has a zy¬-cylindrical peripheral wall, which via at least one elastically deformable connecting portion (31) pivotally connected to the edge of the passage opening (29) in the obliquely inclined Wan¬ training (20) of the Ausschütthilfe (10) is connected.

23. Dispenser arrangement according to one of claims 1 to 22, characterized in that the dispensing aid (10) is at least partially made of thermoplastic material.

24. Dispenser arrangement according to one of claims 20 to 22 and claim 23, characterized in that the Ausschütthiife (10) including the receiving space (28) for the protective effect unfolding Mate- rial forming container is formed as an integral injection-molded part.