EP3265401B1 - Insert part for a dispenser, and dispenser - Google Patents

Description

Field of engineering

The invention relates firstly to an insert part for a dispenser, in particular a piece goods dispenser such as a tablet dispenser, with a bottom part and a peripheral side wall, wherein the bottom part has a throughput opening and a receiving surface surrounding the throughput and further wherein the receiving surface is surmounted by the insert wall and the insert wall ends on the upper side with an outwardly overlapping flange.

Furthermore, the invention relates to a dispenser for dispensing a donor, in particular a general cargo dispenser such as a tablet dispenser, wherein the dispenser for the removal of donation is in a take-ready position initially to turn in a closed state, with an opening through a lid closable, and a bottom-containing storage housing and disposed in the storage housing insert part, wherein the insert part has a bottom part and an edge-side insert wall, further wherein the bottom part of the storage housing divided into a storage space and a discharge space and the dispensing material from the storage space only by enforcing a formed in the bottom part throughput opening can reach into the output space and the insert wall ends on the upper side with an outwardly overlapping, resting on the outer edge flange.

State of the art

Such inserts and dispensers have already become known. The state of the art, for example, on the US 4 530 447 A to refer. From the US 2007/0267304 A1 is an insert and a dispenser with an insert known, in which the receiving surface is formed with respect to the centrally increased throughput opening circularly surrounding the throughput opening. Next is from the WO 2004/080366 A2 an insert is known, in which the throughput opening is formed in a plurality of protruding from the bottom part of the insert part protrusions. Finally, on the JP 2010-260613 A to refer. In an insert part known therefrom, ribs are formed on the lower side of the base part, the receiving surface and the insert wall, which projects beyond the receiving surface, but are designed to be continuous over the entire surface.

Summary of the invention

Based on the stated prior art, the invention is concerned with the task of specifying an insert or a dispenser with an insert part, which is or is designed low in particular for the removal of cargo.

This object is initially achieved in the subject matter of claim 1, wherein it is pointed out that one or more ribs projecting towards the throughput opening are formed on the insert wall.

This object is further achieved in the subject matter of claim 12, wherein it is likewise based on the fact that one or more ribs projecting towards the throughput opening are formed on the insert wall.

This is a dispenser specified in which the insert is easy to use and possibly also removable. With the aid of the insert, a simple cylindrical vessel having a bottom can be converted into a dispenser having a reservoir and a dispensing space be, according to the throughput opening with closed closure part by simply turning donor material, which is particularly granular or tablet-shaped, can be moved from the storage room into the receiving space for removal. The insert does not need to be further attached to the dispenser. Due to the closure part, it may be held in view of the required turn around. After opening the closure part only a removal of lying on the receiving surface donation, so that no attachment of the insert part in the dispenser is required for this.

The throughput opening may be selected in size, in particular with respect to its greatest free extent, depending on the size and / or the number of tablets to be separated and placed on the receiving surface. Thus, in one embodiment, for example, selectively two, three or four tablets can be stored with one output. These can also be separated between the possible ribs for improved removal.

Also, the opening area of the throughput opening can be chosen so large in relation to the free, so rib-free receiving surface that only a small number of donations is stored in a dispensing process, so for example. Only one, two, three or four to, for example, six or seven. Thus the opening area can be ¼ to ¾ of the total area resulting from the receiving area and the opening area.

The throughput opening may have a circular, oval or polygonal floor plan, in addition to a freeform floor plan.

Furthermore, the throughput opening can be selected to be large enough to allow a finger to be passed through, for example to remove the dispenser part having the receiving surface.

A stored on the receiving surface cargo (tablet) may in a possible handling by tilting the open dispenser (while covering the throughput eg. With a finger) fall directly on the hand. A removal by grasping the piece good from the receiving surface is possible. By the ribs provided on the receiving surface a piece goods can be removed without touching any more.

The insert may already be used in terms of production in a dispenser. But it can also serve as an additional part to donors already at a user. A simple cylindrical vessel with a lid, such as a jam jar, can be further developed to a dispenser by means of the insert.

The bottom part further preferably has a circular floor plan. This in particular for insertion into cylindrical parts of such a dispenser, for which the insert part is provided. Deviating from this, a rectangular or square plan may also be suitable. In addition, for example, an oval-shaped or composed of several circular section parts and straight sections composed floor plan is possible.

The distance between a plurality of ribs can, as is preferred, be chosen to be constant in the direction of extension of the ribs, preferably adapted to the greatest extent of extension of a donor item. With reference to a plan view of the receiving surface, it is preferable to have three sides closed separation chambers. The separation chambers are flanked by the ribs and closed at the rear by the wall. The chambers are preferably open towards the throughput opening.

Also, the ribs may extend from the receiving surface to a given by the free end face of the wall level.

In one possible embodiment, two, three or four ribs, possibly even up to six ribs or more, may be provided in side-by-side arrangement of a side region of the wall. Alternatively, an opposite arrangement of ribs is possible, so that arise with respect to the flow-through opening opposite Separierungskammern. It is also possible to provide such ribs on the wall circumferentially.

The distance between two adjacent ribs to each other can be selected such that a dispensing material located in a separating chamber can be displaced with a fingertip in the direction of the free end face of the wall for removal, preferably without further on the receiving surface or in further separation chambers if necessary. or to touch inlaid donated goods.

In addition, each rib can have a decreasing board dimension in the protruding direction, ie in the direction of extension, starting from the wall in the direction of the throughput opening. Preferably, the board dimension decreases with respect to an extension in alignment of the dispenser axis with increasing distance to the receiving surface. As a result, viewed from the direction of the wall wedge-shaped or concave course be reached the free end face of the ribs, which favors a removal of a donation.

In a circular course of the wall, a rib may extend radially or along a radial. A parallel arrangement of a plurality of ribs, for example three, four or five ribs, is preferred.

The bottom part itself can also have a curved surface, in particular an outwardly curved surface, that is to say in the direction of penetration. In this case, the right-angled course is to be understood as that of a plane passing through the bottom part or parallel to it, which plane is perpendicular to a perpendicular relative to a normal operating state or which terminates on the upper side with respect to, for example, the insert wall. It is also possible to describe the right-angled course as being at right angles to an enforcement direction of the throughput opening.

Furthermore, the bottom part may have on the rear side of the receiving surface one or more feet extending substantially at right angles to the bottom part, with one foot or each leg, with the exception of its transition into the bottom part, leaving free access to the entire bottom part, so that only in training a throughput opening this is accessible from an entire space, which is given to the underside of the bottom part.

The foot may be suitable for limiting the depth of use of the insert relative to a dispenser. The insert does not need to be separately secured in the dispenser. In particular, in cooperation with a closure part such as a lid of the dispenser can be closed by simply turning a Verbringen of closed closure part Donor, in particular lumpy or granulated donor, in a discharge space, which can then arise between the receiving surface, the insert wall and the closure part, are made. After opening the closure part, the donation is ready for removal in a take-ready position on the receiving surface. The fact that for the throughput opening any donor material is accessible below the bottom part, a complete emptying of the dispenser by only one throughput opening is readily possible.

With regard to a foot is also preferred that it is rod-like. In particular, it can have the same cross section over the greater part of its length. In particular, a foot is also formed straight in its longitudinal extent.

It is also preferred that such a foot is formed outside an overlap to the insert wall. The insert wall, which is usually formed on the edge side of the bottom part, extending upwards on the side of the receiving surface, is therefore preferably not supported on the underside directly by a foot. The foot is rather offset with respect to the Einsatzwandung to the interior of the bottom part. This is also true for each of the feet in the case of multiple feet.

Alternatively or additionally, one or more feet may also be formed as underside extensions of the upper-side insert wall, but not circumferentially closed, but preferably divided into one, two or more, more preferably equally distributed feet.

The bottom part may, for example as a plastic injection molded part, be formed in one piece with one or more feet. A foot can also be plugged into the bottom part.

With regard to a plug-in holder, a sleeve-shaped extension can be formed on the underside of the bottom, in which extension a rod-shaped foot is then inserted.

Further, a foot may have a thickening at its free end. For example, a spherical thickening. Such thickening is also beneficial if the insert is already used in a dispenser housing when the storage space is filled. The down-wandering feet can thus gently enforce the donation. Depending on the donor, alternatively, a formation of a tip at the free end of the foot can be advantageous. Last but not least, one or more feet with a thickening at the free end and one or more feet with a tip at the free end combined can be provided on an insert part.

As far as several feet are provided and the insert part or at least the bottom part has a geometric center axis which extends at right angles to the extension of the bottom part, it is also preferred that the feet are distributed at equal circumferential angles provided on the bottom part.

One or more feet may be connected to a floor panel. The base can support the foot on the bottom of the dispenser. Such an arrangement can be used before filling the dispenser in the dispenser, after which the insert is finally placed covering the storage space. The insert part is then supported on the foot.

In a further embodiment, the insert may be plugged or latched to the facing end of the foot or feet.

With regard to the dispenser with insert therein, the insert may have one or more of the features also described above.

In a cylindrical design of the insert wall, the outer surface is thus a circumferential cylindrical surface, which is preferably not overlapped radially outward. The same results in the case of a rectangular, square or oval or otherwise kind of ground plan of the insert wall.

With regard to the plurality of insert parts, provision can be made, in particular, for the second insert part to be associated with the edge-side insert wall of the first insert part. In addition, it can be provided that the second insert sleeve-like is formed. Hereby, it can be formed as a further wall on the inside to a wall of the donor (only). Also, the second insert part may have one or more support legs. Such a support foot preferably grows out of a sleeve section, which then preferably does not provide the entire space of the dispenser, which is provided below the bottom part of the first insert part.

The filling of the dispenser may take place in the donor housing when training isolated, for example, underside of the insert rasthalterbaren feet before insertion of the thus created unit of insert and feet. By inserting the unit, the feet pass through the piece goods the donor. Alternatively, this unit can also be used before filling with cargo in the dispenser housing. The filling can then take place through the throughput opening.

When forming the one foot or the several feet as (second) insert part, this can be used in advance in the dispenser housing, after which the filling is done with cargo. Finally, the dispenser-storage space is covered by the throughput opening having and on the feet supporting (first) insert part.

Brief description of the drawings

Fig. 1

ein Einsatzteil in einer perspektivischen Ansicht von schräg unten;

Fig. 2

das Einsatzteil in einer perspektivischen Ansicht von schräg oben;

Fig. 3

eine Darstellung gemäß Figur 1 einer weiteren Ausführungsform des Einsatzteils;

Fig. 4

eine Darstellung einer nochmals weiteren Ausführungsform in einer Darstellung gemäß Figur 1;

Fig. 5

die Verdeutlichung einer Zuordnung eines Einsatzteils zu einem Spender;

Fig. 6

der Spender gemäß Figur 5 mit eingesetztem Einsatzteil;

Fig. 7

eine gegenüber Figur 6 abgewandelte Ausführungsform;

Fig. 8

eine Explosionsdarstellung eines Einsatzteil mit eingesetztem Fuß;

Fig. 9

eine Zuordnung eines Einsatzteils weiterer Ausführungsform zu einem Spender;

Fig. 10

der Spender gemäß Figur 9 mit eingesetztem Einsatzteil;

Fig. 11

eine Darstellung gemäß Figur 10 eines nochmals abgewandelten Spenders;

Fig. 12

eine teilweise aufgeschnittene Darstellung eines Spenders mit eingesetztem Einsatzteil;

Fig. 13

einen Querschnitt durch den Gegenstand gemäß Figur 12, geschnitten entlang der Linie XIII - XIII;

Fig. 14

eine Darstellung des Spenders gemäß Figur 13 in geschlossenem Zustand und umgewendeter Stellung;

Fig. 15

den Spender gemäß Figur 14 mit Spendegut im Ausgaberaum;

Fig. 16

den Spender gemäß Figur 15 bei geöffnetem Verschlussteil;

Fig. 17

eine Darstellung gemäß Fig. 8, jedoch mit integral angeformtem Stützfuß;

Fig. 18

Explosionsdarstellung eines Spenders mit einem Set von Einsatzteilen;

Fig. 19

einen Spender mit darin befindlichem Set von Einsatzteilen gemäß Fig. 18;

Fig. 20

eine weitere Alternative für das zweite Einsatzteil; und

Fig. 21

eine nochmalige Alternative für das zweite Einsatzteil;

Fig. 22

in einer weiteren Ausführungsform einen Spender in explosionsperspektivischer Darstellung;

Fig. 23

einen Längsschnitt durch den Spender gemäß Figur 22;

Fig. 24

eine perspektivische Darstellung eines Einsatzteiles in einer weiteren Ausführungsform;

Fig. 25

die Draufsicht hierzu;

Fig. 26

den Schnitt gemäß der Linie XXVI - XXVI in Figur 25 und

Fig. 27

den Schnitt gemäß der Linie XXVII - XXVII in Figur 25;

Fig. 28

eine perspektivische Detaildarstellung gemäß Figur 24, eine weitere Ausführungsform betreffend;

Fig. 29

den Schnitt gemäß der Linie XXIX - XXIX in Figur 28.

In the following, the invention will be further explained with reference to the accompanying drawing, which, however, merely shows exemplary embodiments. Hereby shows:

Fig. 1

an insert in a perspective view obliquely from below;

Fig. 2

the insert in a perspective view obliquely from above;

Fig. 3

a representation according to FIG. 1 a further embodiment of the insert part;

Fig. 4

a representation of yet another embodiment in a representation according to FIG. 1 ;

Fig. 5

the illustration of an assignment of an insert to a donor;

Fig. 6

the donor according to FIG. 5 with inserted insert;

Fig. 7

one opposite FIG. 6 modified embodiment;

Fig. 8

an exploded view of an insert with inserted foot;

Fig. 9

an assignment of an insert part of another embodiment to a dispenser;

Fig. 10

the donor according to FIG. 9 with inserted insert;

Fig. 11

a representation according to FIG. 10 a further modified donor;

Fig. 12

a partially cutaway view of a dispenser with inserted insert part;

Fig. 13

a cross section through the article according to FIG. 12 taken along the line XIII - XIII;

Fig. 14

a representation of the donor according to FIG. 13 in closed condition and inverted position;

Fig. 15

according to the donor FIG. 14 with donation in the delivery room;

Fig. 16

according to the donor FIG. 15 with the closure part open;

Fig. 17

a representation according to Fig. 8 , but with integrally molded support leg;

Fig. 18

Exploded view of a dispenser with a set of inserts;

Fig. 19

a dispenser with therein set of inserts according to Fig. 18 ;

Fig. 20

another alternative for the second insert part; and

Fig. 21

a second alternative for the second insert;

Fig. 22

in a further embodiment, a dispenser in exploded perspective view;

Fig. 23

a longitudinal section through the dispenser according to FIG. 22 ;

Fig. 24

a perspective view of an insert part in a further embodiment;

Fig. 25

the top view of this;

Fig. 26

the section according to the line XXVI - XXVI in FIG. 25 and

Fig. 27

the section according to the line XXVII - XXVII in FIG. 25 ;

Fig. 28

a detailed perspective view according to FIG. 24 relating to another embodiment;

Fig. 29

the section according to the line XXIX - XXIX in FIG. 28 ,

Description of the embodiments

The embodiments of the FIGS. 1 to 17 relate to an embodiment with only one insert. Although here, as explained in more detail below, the foot can be plugged. However, he does not represent a second part of the mission within the meaning of the subject of the application.

Shown and described are first with reference to the FIGS. 1 to 4 different inserts 1.

The insert 1 according to the Figures 1 and 2 has a bottom part 2 and an insert wall 3. The insert wall 3 is formed in the embodiment as preferably closed in the circumferential direction cylindrical wall. The insert wall 3 can also be interrupted in the circumferential direction.

The bottom part 2 has a throughput opening 4, by means of which, when an insert part 1 is installed in a dispenser, as described below, dispensing material can pass from a space below the bottom part 2. The top of the bottom part 2 forms a receiving surface 5, on which then ready for removal donation, see also FIG. 16 , can rest. The space between the receiving surface 5 and, when used in a dispenser, an underside of a closure part, optionally according to the height of the insert wall 3, forms a removal space.

On the underside of the bottom part 2, ie on the back side to the receiving surface 5, are in the embodiment of the Figures 1 and 2 three feet 6 arranged. Due to the given in the direction of enforcement of the penetration opening 4 curved, slightly conical shape of the bottom part 2 is given in the embodiment, the perpendicularity with respect to a plane E, which is placed here by the lower-side edge 7 of the bottom part 2 ,

A flow-through opening 4 further has an enforcement direction R, see, for example FIG. 14 , The bottom part 2 extends, at least substantially, approximately with the exception of the described bulge, perpendicular to this enforcement direction R.

A foot is formed as a single-standing part, which, in each case, including all three feet 6 of the embodiment, leaves a free access to the throughput opening 4 from the underside of the bottom part 2.

In the embodiment of the FIGS. 3 and 4 is only one, and then preferably also centrally arranged foot 6 is provided.

In detail, but this applies to all embodiments, a foot 6 with a tip 8 or with a thickening 9, which may be spherical according to embodiment, may be formed. Both embodiments have advantages with regard to a penetration of donor material when using such insert 1 in an already filled pantry.

In reference to FIG. 5 the assignment of an insert 1 is shown to a storage housing 10, wherein additionally a not shown here closure member is provided.

The insert 1 is used with the foot 6 in advance in the storage housing 10. This may be in a state in which dispenser material is already present in the storage housing 10. But it can also be in a state in which there is no donation in the storage housing 10. Since in the latter case the dispensing material would have to be introduced through the throughput opening 4, it is advantageous to provide the storage housing 10 with the insert part 1 if dispensing material is already contained.

The insert wall 3 is adapted with respect to its outer diameter D to an inner diameter d of the opening region of the storage housing 10. A length L of the foot 6 is selected with respect to a depth t of the storage housing 10 so that when inserted insert 1, if this concludes with an end face 11 with an outer edge 12 of the storage housing 10 or in contrast is still sunk on a floor 13 of Reservoir 10 is seated.

In reference to FIG. 6 the composite configuration is shown, again without a closure part.

The embodiment of the FIG. 7 shows a same composite dispenser, however, wherein the flow-through opening 4 is here eccentric of the preferably circular bottom part 2 is formed. In all embodiments and preferred only one throughput opening 4 is provided.

The foot 6 is also in the embodiment of FIG. 7 centrally located centrally.

With reference to FIG. 8 it can be seen that the foot 6 can be plugged into the bottom part 2. For this purpose, a sleeve part 14 can be arranged on the underside of the bottom part 2 in detail, in which the cylinder-like shaped foot 6 (with the exception of its spherical tip) can be used. With suitable Passungswählung a solid clamp can be achieved.

Another embodiment is in FIG. 9 shown, which is characterized in that the insert wall 3 ends on the upper side with an outwardly overlapping flange 15. The flange 15 can correspondingly come to rest on the outer edge 12. In this case, the flange 15 may constitute the limitation in the depth direction of the insert with respect to the storage case 10. In such a case, the foot 6 can serve to achieve additional stabilization of the bottom part 2. For example, in the sense that the bottom part can be made comparatively thin in itself, so that it would bend without the one or more feet. As far as a flange 15 is provided, but the feet can be completely eliminated.

The ball-like formations at the free ends of the feet need not necessarily be a ball which is larger in diameter than the adjoining shaft. This should also with Fig. 9 be clarified where seen the feet only have a rounded bottom.

FIG. 10 shows the donor according to FIG. 9 in the assembled position.

FIG. 11 shows one opposite FIG. 10 again modified dispenser with a supply housing 10 lesser depth and central throughput opening. 4

Even with the donors of Figures 9 and 10 the throughput opening 4 is preferably formed centrally.

In FIG. 12 a dispenser is shown, which is also provided on the upper side with a closure part 16. It is a usual lid. This can be screwed or clamped. Also, as in FIG. 14 indicated, be hinged as a one-piece plastic part.

The insert is, according to the embodiment of Figures 1 and 2 , formed with three feet 6.

This training is in the cross-sectional representation of FIG. 13 again clarified.

According to FIG. 14 is clarified that a user to remove donation from the donor, first has to turn the donor in the closed state, has to put upside down, so that donation can fall into the recording room. When turning back according to FIG. 15 and after opening according to FIG. 16 the donation is then ready for removal on the receiving surface. 5

In reference to Fig. 17 is a further embodiment of the article according to Fig. 8 shown. Here it is shown that the foot 6 is formed integrally connected to the insert part 1. He is integrally formed on the bottom part 2 of material.

Another embodiment, which is not shown in isolation, relates to the embodiment of the Fig. 9 , Here also the feet 6 completely omitted, so that the holder can be given only by means of the flange 15 on the outer edge 12 of a storage vessel.

In reference to Fig. 18 a dispenser in the form of a storage housing 10 is shown, in which a first insert part 1 and a second insert part 17 can be inserted.

The second insert part 17 can be seen formed with a sleeve portion 18, protrude from the individual support legs 19 down. The sleeve part 18 is provided in terms of its diameter so that it comes directly to an inner wall 20 of the storage housing 10 to the plant.

The first insert part 1 is formed in principle as already described above. It is not provided with a foot 6 and preferably not connected herewith. Rather, the first insert part 1 lies in the assigned state within the storage housing 10, cf. also Fig. 19 , only on an upper end edge 21 of the second insert part 17.

For the rest, reference is made to the description of the first insert part 1 to the above description.

In terms of production, it is possible to proceed in such a way that initially the storage housing 10 is produced in the usual way. Then, the second insert 17 is used. Thereafter, the cargo 22 in the supply housing 10 can be introduced without the filling is made difficult by a relevant narrowing of the upper opening of the storage housing 10. Only then can then the first insert 1 are placed, so that a donation function as in terms of about the FIGS. 13 to 16 described, can be achieved. Related to the FIGS. 20 and 21 are other alternatives for the second insert part, as according to the representations of the Figures 18 and 19 can be used, shown.

It can be seen here, as can be seen from these figures to act wire-frame-like elements. Although preferred, Fig. 21 in that the upper support edge is circular and adapted to the inner surface of the storage container, but it can also, Fig. 20 , partially projecting into the interior of the circle stretched by the feet. It can be given respect to the spanned by the feet circle secular gradients. For example in the form of a triangle, how concrete Fig. 20 evident. In this regard, the upper support rim for the first insert.

Furthermore, the insert part can also have a different design, such as oval, rectangular, polygonal, approximately hexagonal or octagonal, etc. This design relates to which surface is spanned by the feet of the insert part and / or as the end edge 21 extends. For this reason, only a point contact / support to the upper part with the bottom part 2 and the insert wall 3 may be sufficient.

According to the representations in the Figures 22 and 23 For example, the separate (second) insert 17 may be composed of a bottom plate 24 and a rod-shaped base 6 arranged thereon. The bottom plate 24 and the foot 6 may, as preferred, be formed in one piece and of uniform material. Also, several feet 6 may be arranged on the bottom plate 24.

The insert 17 is supported on the bottom plate 24 on the bottom 13 of the dispenser, wherein the floor plan surface of the bottom plate 24 is preferably adapted to that of the bottom 13, thus having a circular disk-shaped plan having a circularly extending donor wall.

The foot 6 preferably extends perpendicular to the plane of extension of the bottom plate 24 and supports with its free end of the (first) insert part 1 from. In the cooperation area, a detent or clip connection between foot 6 and insert 1 may be provided.

The above-described embodiment offers a favorable filling of the dispenser with cargo 22 before inserting the insert part 1.

The FIGS. 24 to 27 show a further embodiment of an insert part 1. On the output side 5 ribs 23 are formed on the receiving surface. In the illustrated embodiment, four such ribs 23 are provided, which run parallel and uniformly spaced from one another, in this case are preferably aligned parallel to a radial of the receiving surface 5 in the plan view.

The ribs 23 each extend from the insert wall 3, starting in the direction of the throughput opening 4, wherein the inwardly directed ribs 23 in a common, transverse to a parallel to the course of the ribs oriented diameter line of the wall extending plane and at a distance from the throughput opening 4th end up.

The ribs 23 may be provided assigned only one side of the wall (see, for example. FIGS. 24 and 25 ).

Also, the opposite arrangement of rib groups is possible (see. FIGS. 28 and 29 ).

The dimension c of the parallel spacing of the ribs 23 to each other, as well as in particular the maximum board size b, are preferably adjusted In addition, the dimensions b and c can correspond to 0.9 to 1.2 times the largest opening dimension (for example, diameter) of the throughput opening 4.

Preferably, the board dimension b of a rib 23, starting from the receiving surface 5, rises upwards into the opening plane given by the free end face of the wall. Thus, as also shown, be considered from the wall concave configuration of the inwardly facing end faces of the ribs 23 be given, the board dimension b foot in the area of the receiving surface 5 1.5 to 2.5 times the ribs The size of the board in the area of the opening level (cf. FIG. 27 ).

It is such a favorable removal of the cargo 22 achievable, beyond an (additional) separation in the event that more than one cargo 22 has been issued in the output space.

The concave tapered end faces of the ribs 23 result in combination with the concomitant reduction of the board dimension b in removal direction a handling-favorable effect. By a stripping movement with a finger in the direction of the opening plane, the cargo 22 is dragged and exposed to intervene.

As in the FIGS. 24 and 25 shown in dash-dotted line style and beyond in Fig. 28 shown, the throughput opening 4 in plan view may also be designed oval and / or formed with an opening area which is chosen so large that in the course of a dispensing process, only a small number of donated goods are stored on the receiving surface 5. Excess donations fall through the throughput opening 4 back into the storage housing 10th

It may be between the free, the flow-through opening 4 facing end faces of the ribs 23 and the peripheral edge of the throughput 4, an approximately annular receiving surface arise, with a radial dimension that corresponds approximately to the largest extent of the donation item up to 2 times the same. <b><u> List of Reference Numbers </ u></b> 1 [first] insert b Vorstandsmaß 2 the bottom part c measure 3 Einsatzwandung d Inner diameter 4 Throughput opening t depth 5 receiving surface 6 foot 7 edge 8th top 9 thickening 10 Storage housing 11 face 12 outer edge 13 ground 14 sleeve part 15 flange 16 closing part 17 [second] insert 18 sleeve section 19 Support foot 20 inner wall 21 Face, front edge 22 cargo 23 rib 24 baseplate D outer diameter e level L longitudinal axis R enforcement direction

Claims (14)

1. Insert part (1) for a dispenser, in particular a dispenser for individual goods, such as a tablet dispenser, having a base part (2) and an edge-side insert wall (3), the base part (2) comprising a through-opening (4) and a support surface (5) surrounding the through-opening (4), and the support surface (5) furthermore protruding from the insert wall (3) and the insert wall (3) ending at the top with a flange (15) that extends outwards, characterised in that one or more ribs (23) which project towards the through-opening (4) are formed on the insert wall (3).
2. Insert part (1) according to claim 1, characterized in that the base part (2) has a circular outline.
3. Insert part (1) according to either of the preceding claims, characterised in that a rib (23) has a decreasing degree of projection (b) in a direction of projection.
4. Insert part (1) according to any of the preceding claims, characterised in that a rib (23) extends radially when the wall extends in a circle.
5. Insert part (1) according to any of the preceding claims, characterised in that the base part (2) comprises, on the back of the support surface (5), one or more legs (6) which extend substantially at a right angle to the base part (2), a leg or each leg (6) allowing free access to the entire base part (2), with the exception of the transition of said leg into the base part (2), such that even when only one through-opening (4) is formed, said opening can be accessed from the entire space below the base part (2).
6. Insert part (1) according to claim 5, characterised in that a leg (6) is rod-like.
7. Insert part (1) according to either claim 5 or claim 6, characterised in that a leg (6) is formed without overlapping the insert wall (3).
8. Insert part (1) according to any of claims 5 to 7, characterised in that a leg (6) is plugged into the base part (2).
9. Insert part (1) according to any of claims 5 to 8, characterised in that a leg (6) has a thickening (9) at the free end thereof.
10. Insert part (1) according to any of claims 5 to 9, characterised in that a plurality of legs (6) are arranged so as to be distributed at the same circumferential angle with respect to a central axis of the base part (2).
11. Insert part according to any of claims 5 to 10, characterised in that a leg (6) or a plurality of legs (6) are connected to a base plate (24).
12. Dispenser for outputting a dispensing product, in particular a dispenser for individual goods, such as a tablet dispenser, it being necessary to turn the dispenser initially in a closed state in order to move dispensing product into a ready-to-remove position, having a storage housing (10), which comprises an opening which can be closed by a closure part (16), a base (13) and an outer wall (12), and an insert part (1) arranged in the storage housing (10), the insert part (1) comprising a base part (2) and an edge-side insert wall (3), the base part (2) furthermore dividing the storage housing (10) into a storage space and an output space, and the dispensing product being able to reach the output space from the storage space (10) only by passing through a through-opening (4) formed in the base part, and the insert wall (3) ending at the top with a flange (15) that extends outwards and abuts the outer edge (12), characterised in that one or more ribs (23) which project towards the through-opening (4) are formed on the insert wall (3).
13. Dispenser according to claim 12, characterised by one or more of the features of the insert part (1) according to any of claims 2 to 11.
14. Dispenser according to any of claims 13, characterised in that the base plate (24) rests on the base (13) of the dispenser.

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