DE102016120723B4 - output device - Google Patents

Abstract

Dispensing device (10) for unpackaged goods, in particular baked goods, with at least one frame (12) and with at least one drawer-like insert (14), which is inserted in the mounted state of the dispenser (10) in the frame (12), wherein the drawer-like insert (14) at least one front-side opening (16) and a first outer support structure (18) and a second outer support structure (20), in which in the assembled and erected state of the dispenser (10) in a lower region (22) of the front opening (16) at least one first elongated connecting element (24) is fastened, wherein on the first elongate connecting element (24) at least one trough-like element (26) for receiving the unpacked goods, in particular baked goods, by means of its first, the front opening (16) facing , Endbereich (28) is rotatably mounted, wherein the drawer-like insert (14) at least a second Längl ies connecting element (30) whose first end (32) in a first guide groove (36) of the first outer support structure (18) is guided and the second end (34) in a second guide groove (38) of the second outer support structure (20) Furthermore, at least one trough-like element (26) by means of its second, the front opening (16) facing away from the end portion (40) on an elongated support structure (42) slidably disposed on the second elongate connecting element (30), wherein the second elongate connecting element (30) is reversibly lockable in at least a first position and in at least one second position on the first and second outer support structure (18, 20).

Description

The present invention relates to a dispenser for unpackaged goods, in particular baked goods, with at least one frame and with at least one drawer-like insert, which is inserted into the frame in the mounted state of the dispenser.

Such dispensers, in particular for baked goods, are already known from the prior art and are used, for example, in retail, in order to allow the customer an independent removal of the baked goods.

The baked goods are stored in a defined output area in trough-like elements within the dispenser. So that the baked goods are always to be found in the defined dispensing area, the tub-like elements usually have a tendency, so that the baked goods can slide independently into the defined dispensing area.

However, different types of bakery products, each with a different surface finish, require different degrees of inclination, so that they can slide safely into the defined dispensing area of the trough-like element.

Such dispensers with inclined trough-like elements are already known from the prior art.

For example, shows the EP 2 084 995 B1 an output device for bread, rolls or the like unpackaged food with several connected in the installation position and a removal opening for the customer on the front accessible storage containers.

Further, the EP 1 985 209 A1 a goods container for Selbstbedienungsentnahme of bread or the like baked goods, which is designed such that respective parts of the goods can be detected by means of an engaging in a pantry auxiliary tool.

Furthermore, the shows DE 20 2014 000 325 U1 a device for the presentation and dispensing of goods, in particular baked goods, which has a presentation area with a plurality of vertically spaced and the goods receiving goods shelves, so that the device forms a freely usable at a site presentation unit.

Moreover, from the DE 20 2011 102 325 U1 a bread and Warenvereinzelner known, in particular for baked goods or similar packaged and unpacked goods, with a top side fillable pantry, the goods get to a stop element from its sloping bottom and are transported by a rod member through an opening in the separation area.

From the DE 20 2004 009 480 U1 Furthermore, there is known a device for the piecewise removal of bread, in particular of bread of elongate shape, with a frame which carries a bread holder and is provided with a movable removal device which is movable about a horizontal axis from a non-use position to a use position and vice versa.

Moreover, from the DE 297 13 710 U1 a self-service counter, especially for bread and bakery products, known which has a covered by a shielding goods space and accessible from the customer side via a pivoting removal flap removal opening in the shield.

Incidentally, already known from the prior art locking devices, especially for shelves.

That's how it shows DE 298 08 714 U1 a three-piece pluggable shelf book support, which must be compressed for attachment to the shelf and whose compression spring pushes two nested sleeves into the mounting holes of the shelf.

Furthermore, from the US 4,332,515 A an independently adjustable, spring-loaded strut for securing large objects, such as cargo, known within a ship's hold.

Moreover, in the DE 40 17 540 A1 a modular system is shown, wherein each module has two perforated strips bearing side walls, two upper and two lower connecting struts, which hold the two side walls together transmitting axial tensile forces.

It is therefore the object of the present invention to develop an output device of the type mentioned in an advantageous manner, in particular to the effect that the output device provides an improved and more variable output of unpackaged goods, especially baked goods, as well as a better locking function over its entire service life.

This object is achieved according to the invention by an output device having the features of claim 1. Thereafter, it is provided that an output device for unpackaged goods, in particular baked goods, at least one frame and at least one drawer-like insert which is inserted in the mounted state of the dispenser in the frame, wherein the drawer-like insert has at least one front opening and a first outer support structure and a second outer support structure. At least one first elongate connecting element is fastened to the carrier structures in the mounted and erected state of the dispensing device in a lower region of the front opening, wherein the first elongated connecting element has at least one trough-like element for receiving the unpackaged goods, in particular baked goods, by means of its first front side Opening facing, end portion is rotatably mounted. The drawer-like insert has at least one second elongated connecting element, whose first end is guided in a first guide groove of the first outer support structure and the second end is guided in a second guide groove of the second outer support structure, wherein at least one trough-like element by means of its second, the Front end facing away from the end portion slidably rests on an elongated support structure which is arranged on the second elongate connecting element, wherein the second elongate connecting element in at least a first position and in at least one second position on the first and second outer support structure is reversibly lockable.

The invention is based on the idea of designing the dispensing device for unpackaged goods, in particular baked goods, in such a way that it is suitable for dispensing different types of baked goods. For example, in order to be able to dispense the baked goods by means of a self-service function to a customer of a retail store, the dispensing device has trough-like elements which are arranged inclined. Due to the inclination of the trough-like elements, the baked goods can slide in a defined output region of the trough-like element independently on a kind of inclined plane by the slope-down force. However, bakery products with different surface properties require differently sized positions of the trough-like elements, since the surface properties (for example roughness or moisture) significantly influence the static friction effect of the respective bakery products. In other words, different types of baked goods can be assigned different positions of the trough-like element. For this purpose, the dispenser may include a plurality of drawer-like inserts each having, for example, three trough-like elements. So that in each drawer-like use different baked goods can be issued with a correspondingly different surface finish safely to the customer, the trough-like elements are aligned in different positions due to the reversibly lockable second connecting element. Due to the positive reversible locking of the second elongated connecting element also higher loads, ie larger output quantities of baked goods are realized. In addition, the positive reversible locking allows a position-true arrangement of the second elongated connecting element over its entire service life. The different positions of the trough-like elements can e.g. be hired by employees of a retail store. Thus, the variability of the dispenser can be significantly increased with respect to issuing baked goods types within an output device. Furthermore, the trough-like elements are merely placed on the first and second connecting elements, whereby in addition the assembly, maintenance and cleaning is considerably simplified.

In addition, it can be provided that the second elongated connecting element can be reversibly locked in at least one third position on the first and second outer support structure. If a type of baked goods requires an even greater angle of inclination of the trough-like elements than is set by the first or second position of the second elongated connecting element, the second elongate connecting element can assume a third position in this respect. A fourth position or further positions of the second elongated connecting element are also conceivable in this context. In addition, the second elongated connecting element in any position on the first and second outer support structure can be reversibly lockable, latched, pressed or locked.

Furthermore, it can be provided that each position of the second elongate connecting element is associated with a respective angular position of the trough-like element with a corresponding inclination angle. The angle of inclination is based on a reference plane, which is oriented horizontally in the assembled and erected state of the dispenser.

Thus, a geometrically unique definition of the respective angular position of the trough-like element is ensured. In addition, a kinematic unique assignment of each position of the second elongate connecting element and an associated angular position of the trough-like element is defined with a corresponding inclination angle.

Several angular positions can be provided, for example, three angular positions with a respective inclination angle for the trough-like elements.

Furthermore, it is conceivable that the second inclination angle is greater than the first inclination angle (in each case relative to a horizontal reference plane in the assembled and erected state of the dispenser), wherein the third inclination angle is greater than the first inclination angle and the second inclination angle.

It is further conceivable that the first position of the second elongated connecting element of a first angular position of the trough-like element with a first inclination angle in a range of about 11 ° to about 13 °, in particular in a range of about 12 ° to about 13 ° , assigned. The first position of the second elongated connecting element is particularly advantageous for baked goods whose surface area lying on the trough-like element is in each case relatively smooth and dry.

It is also conceivable that the second position of the second elongate connecting element of a second angular position of the trough-like element with a second inclination angle in a range of about 14 ° to about 16 °, in particular in a range of about 15 ° to about 16 ° , assigned. The second position of the second elongated connecting element is particularly advantageous for bakery products whose surface area lying on the trough-like element has in each case a certain roughness and / or moisture.

It is also conceivable that the third position of the second elongated connecting element of a third angular position of the trough-like element with a third inclination angle in a range of about 17 ° to about 19 °, in particular in a range of about 18 ° to about 19 ° , assigned. The third position of the second elongated connecting element is particularly advantageous for bakery products whose surface area resting on the trough-like element generates in each case an increased static friction (for example a glaze).

Furthermore, it can be provided that the elongate support structure is guided at least by means of the second elongated connection element. First, a kinematically unambiguous displacement movement of the second end region of the trough-like element is achieved by the guide of the elongated support structure through the second elongate connecting element by its bearing on this. If the elongated support structure is additionally guided by a further component in addition to the second elongate connecting element, the stability and the rigidity of the common guide unit as a whole increase as a result.

Furthermore, it is conceivable that in a first and second end region of the second elongate connecting element, a first and a second spring-loaded locking element are arranged axially displaceable. By means of the first and second spring-loaded locking elements, the second elongate connecting element can be securely fixed, e.g. be locked in a first position positively to the first and second support structure, which in addition results in a still secure support of the second end portion of the trough-like element. Due to the axially displaceable arrangement of the first and second spring-loaded locking element on the second connecting element, the first and second spring-loaded locking element can be axially displaced against the spring force in the direction of a first and second stop. Subsequently, the second elongated connecting element may be e.g. be transferred from its first position to its second position, whereby the first and second spring-loaded locking element are again axially displaced by a spring force, so that only a reversible locking of the second connecting element in its second position can be done safely.

It can further be provided that the first spring-loaded locking element has at least one first locking pin and the second spring-loaded locking element has at least one second locking pin, which is guided in each reversibly locked position of the second elongate connecting element in a respective locking bore near the first and the second guide groove or stored or recorded. The interaction of the respective locking pin and the locking hole allows a particularly simple, often proven, positive and therefore very secure locking possibility between the second elongate connecting element, the first and second spring-loaded locking element and the first and second support structure.

Incidentally, it is conceivable that a first and a second axial stop are attached to the second elongate connecting element, which limit the axial displacement of the first and second spring-loaded locking element respectively. The first and second axial stop has two major advantages in this regard. First, by providing the first and second stops, only an axial spring force can be exerted on the first and second spring-loaded locking elements, resulting in a secure locking within the respective position of the second connecting element. Second, the first and second axial stops limit the axial displacement movement of the first and second spring-loaded detents, thereby increasing operator safety.

Furthermore, it is conceivable that at least a first guide pin is arranged at the first end of the second elongated connecting element and that further at its second end at least a second guide pin is arranged, through which the second elongate connecting element in the first and second guide groove is displaceably guided. Since the angle of inclination of the trough-like elements should on the one hand be defined as precisely as possible and on the other hand influenced essentially by the sliding guide of the second elongated connecting element in the first and second guide, the operative connection guide pin and guide allows a very precise guidance of the second elongated connecting element along a defined by the first and second guide groove trajectory. The guide pin can also be designed as a guide pin, guide nose, guide pin or other suitable in this survey. Further, the guide pin may be formed of a metal, a metal alloy or a plastic.

In this regard, it is also conceivable that on the first and second guide pin a sliding bearing element, in particular a sliding bearing ring, is arranged. The sliding bearing element allows an even more precise guidance of the respective guide pin of the second elongated connecting element within the first and second guide groove. In addition, the wear can be reduced by the sliding bearing element and thus in addition to an increase in ease of use contributed. The slide bearing member may be a slide bearing ring, a journal bearing cap, a slide bearing sleeve, or other machine element (e.g., partially circularly formed machine element) suitable in this context, or the like. Furthermore, the sliding bearing element may be formed of a metal, a metal alloy or a plastic.

Further details and advantages of the invention will now be explained in more detail with reference to an embodiment shown in FIGS.

• 1 eine schematische Frontansicht eines Ausführungsbeispiels einer erfindungsgemäßen Ausgabevorrichtung;
• 2 eine schematische perspektivische Ansicht eines Ausführungsbeispiels eines erfindungsgemäßen schubladenartigen Einsatzes der Ausgabevorrichtung gemäß 1;
• 3 eine schematische perspektivische Ansicht eines zweiten länglichen Verbindungselements des schubladenartigen Einsatzes gemäß 2;
• 4 eine schematische perspektivische Ansicht der Anordnung dreier wannenartiger Elemente innerhalb des schubladenartigen Einsatzes gemäß 2;
• 5 eine weitere schematische perspektivische Ansicht des schubladenartigen Einsatzes gemäß 2 in einer zweiten Stellung des zweiten länglichen Verbindungselements; und
• 6 eine weitere schematische perspektivische Ansicht des schubladenartigen Einsatzes gemäß 2 in einer dritten Stellung des zweiten länglichen Verbindungselements.

Show it:

• 1 a schematic front view of an embodiment of an output device according to the invention;
• 2 a schematic perspective view of an embodiment of a drawer-like insert according to the invention of the output device according to 1 ;
• 3 a schematic perspective view of a second elongated connecting element of the drawer-like insert according to 2 ;
• 4 a schematic perspective view of the arrangement of three trough-like elements within the drawer-like insert according to 2 ;
• 5 a further schematic perspective view of the drawer-like insert according to 2 in a second position of the second elongated connecting element; and
• 6 a further schematic perspective view of the drawer-like insert according to 2 in a third position of the second elongated connecting element.

1 shows a schematic front view of an embodiment of an output device according to the invention 10 ,

The output device 10 for baked goods has a rack 12 on.

The frame 12 can be constructed like a truss.

Furthermore, the dispensing device comprises 10 four drawer-like inserts according to the invention 14 ,

The drawer-like inserts 14 are in the assembled state of the dispenser 10 in the frame 12 used.

The drawer-like inserts 14 each further comprise a front opening 16 ,

The front opening 16 is divided into three partial openings.

2 further shows a schematic perspective view of an embodiment of a drawer-like insert according to the invention 14 an output device according to the invention 10 ,

Furthermore, the drawer-like insert includes 14 a first external support structure 18 and a second outer support structure 20 ,

The first and the second support structure 18 . 20 are arranged essentially in parallel.

Further, the first and second support structures 18 . 20 designed as partially contoured plates.

The second carrier structure 20 is a mirror image of the first support structure 18 educated.

At the first and second support structure 18 . 20 is in the assembled and erected state of output device 10 in a lower area 22 the front opening 16 a first elongate connecting element 24 attached.

The first elongated connecting element 24 is designed as a round elongated rod.

Other embodiments of the first elongate connecting element 24 such as a hollow tube are also conceivable.

On the first elongated connecting element 24 are three trough-like elements 26 for receiving the baked goods in each case by means of their first end region 28 rotatably mounted.

The first end area 28 is in each case the front opening 16 facing.

The first end area 28 of the trough-like element 26 is further formed in each case substantially U-shaped.

Furthermore, the drawer-like insert 14 a second elongate connecting element 30 on.

The second elongated connecting element 30 is designed as a round elongated rod.

Other embodiments of the second elongated connecting element 30 such as a hollow tube are also conceivable.

This is the first end 32 the second elongate connecting element 30 in a first guide groove 36 the first outer support structure 18 guided.

In addition, the second end 34 the second elongate connecting element 30 in a second guide groove 38 the second outer support structure 20 guided.

The first and second guide groove 36 . 38 are in one of the front opening 16 remote end region of the first and second outer support structure 18 . 20 arranged.

The first and second guide groove 36 . 38 also have their respective, in the erected and assembled state of the output device 10 , upper end expansions.

In addition, describe the first and second guide groove 36 . 38 each circular trajectory sections.

The centers of the circular trajectory sections lie on the axis of the first elongate connecting element 24 , ie the centers lie on the axis of rotation of the first elongate connecting element 24 ,

Incidentally, in a first and second end area 44 . 46 the second elongate connecting element 30 a first and a second spring-loaded locking element 48 . 50 arranged axially displaceable.

3 shows in this regard a schematic perspective view of the second elongate connecting element 30 of the drawer-like insert 14 according to 2 ,

Corresponding 3 are the first and second spring-loaded locking element 48 . 50 along the entire length of each at the second elongate connecting element 30 arranged axially displaceable.

The first and second spring-loaded locking element 48 . 50 is coaxial with the second elongate connecting element 30 arranged.

The first spring-loaded locking element 48 has two first locking pins 52 on.

The second spring-loaded locking element 50 in turn has two second locking pins 54 on.

The first and second locking pins 52 . 54 are each aligned at 180 ° to each other (see in particular. 3 ).

In 2 is the second elongated connecting element 30 presented in his first position.

Here are the first and second locking pins 52 . 54 the first spring-loaded locking element 48 and the second spring-loaded locking element 50 in the first position of the second elongate connecting element 30 each in a respective associated locking hole 56 . 58 near the first and second guide grooves 36 . 38 managed or stored or recorded.

This situation applies to each of the three reversibly locked positions of the second elongated connecting element 30 ,

In addition, a connecting axis of the centers of the pair is close to the first and second guide groove 36 . 38 arranged locking holes 56 . 58 orthogonal to the circular trajectory of the first and second guide grooves 36 . 38 arranged.

The locking holes 56 . 58 are also to the trajectory of the first and the second guide groove 36 . 38 equally spaced.

The locking holes 56 . 58 are otherwise aligned by 180 ° to each other.

Incidentally, on the second elongated connecting element 30 a first and a second axial stop 60 . 62 attached (see insb. 3 ).

The first and second stop 60 . 62 are each essentially designed as a sleeve.

Between the first stop 60 and the first spring-loaded locking element 48 as well as between the second stop 62 and the second spring-loaded locking element 50 is each a spring element 70 . 72 arranged.

The spring element 70 . 72 is designed as a helical spring.

Furthermore, at the first end 32 the second elongate connecting element 30 two first guide pins 64 arranged.

Moreover, at the second end 34 the second elongate connecting element 30 two second guide pins 66 arranged (cf. 2 ).

The first and second guide pins 64 . 66 are each aligned at 180 ° to each other.

Through the first and second guide pins 64 . 66 is the second elongated connecting element 30 in the first and second guide grooves 36 . 38 slidably guided.

The first and second guide pins 64 . 66 are also each coaxial with a central axis of the second elongated connecting element 30 aligned.

Further, at the first and second guide pins 64 . 66 each slide bearing rings 68 arranged.

By means of the sliding bearing ring 68 are the first and second guide pins 64 . 66 in the first and second guide grooves 36 . 38 guided.

The sliding bearing ring 68 has at its two axial ends on a circumferentially closed garland.

4 moreover shows a schematic perspective view of the arrangement of the three trough-like elements 26 in the drawer-like insert 14 according to 2 ,

The three trough-like elements 26 each lie by means of a second, the front opening 16 facing away, end region 40 on an elongated support structure 42 displaced on.

The elongated support structure 42 also has a support surface 74 on.

At this lies the second end area 40 every tub-like element 26 on.

The bearing surface 74 the elongated support structure 42 is also inclined.

The elongated support structure 42 is further on the second elongate connecting element 30 arranged.

In particular, in 4 shown that the elongated support structure 42 by means of the second elongated connecting element 30 is guided.

In this case, the elongated support structure 42 four struts 76 by means of which the elongated support structure 42 through the second elongate connecting element 30 is guided.

In addition, the elongated support structure 42 on the two outer struts 76 through the first and second locking pins 52 . 54 the first and second locking element 48 . 50 as well as through the first and second guide pins 64 . 66 guided.

The four struts 76 are also with the support surface 74 connected.

5 and 6 each further show a schematic perspective view of the drawer-like insert 14 according to 2 in a second and in a third position of the second elongate connecting element 30 ,

The first position of the second elongated connecting element 30 is accordingly in 2 shown.

Further, each of the three positions of the second elongated connector is 30 a respective angular position of the trough-like element 26 associated with a corresponding inclination angle.

This angle of inclination is in the assembled and erected state of the dispenser 10 refer to horizontally defined reference plane.

Here, the first position of the second elongated connecting element 30 a first angular position of the trough-like element 26 associated with a first inclination angle in a range of about 12 ° to about 13 °, wherein the first inclination angle to a mounted and erected state of the dispensing device 10 horizontal reference plane is related.

The second position of the second elongated connecting element 30 is a second angular position of the trough-like element 26 associated with a second inclination angle in a range of about 15 ° to about 16 °, wherein the second inclination angle to a mounted and erected state of the output device 10 horizontal reference plane is related.

In this regard, the second inclination angle is greater than the first inclination angle.

The third position of the second elongate connecting element 30 is a third angular position of the trough-like element 26 associated with a third inclination angle in a range of about 18 ° to about 19 °, wherein the third inclination angle to an assembled and erected state of the dispensing device 10 horizontal reference plane is related.

In this regard, the third inclination angle is greater than the first inclination angle and the second inclination angle.

The functions of the drawer-like insert 14 and the output device 10 can now be described as follows:

For dispensing different baked goods using only one dispenser 10 can this according to 1 four drawer-type inserts 14 exhibit.

Every drawer-like insert 14 in turn comprises three trough-like elements 26 , which can be aligned to dispense different types of baked goods in three different angular positions.

For aligning the tub-like elements 26 serves a second elongate connecting element 30 that in a first and second guide groove 36 . 38 at the first and second outer support structure 18 . 20 slidably guided.

In addition, the second elongated connecting element 30 by means of a first and second spring-loaded locking element 48 . 50 in three positions reversible at the first and second outer support structure 18 . 20 lockable.

The respective reversible locking of the second elongated connecting element 30 serves to transfer it from one of its three positions to another of its three positions, eg by a retailer.

Before issuing different baked goods, the dispenser becomes 10 initially, for example, by an employee of a retail store filled with these.

The filling can be done through the front opening 16 respectively.

However, it is also conceivable that the filling additionally or alternatively by a rear side, the front opening 16 opposite, opening of the drawer-like insert 14 make.

In order to ensure a sufficient filling surface for the back filling, the second elongated connecting element should 30 the relevant drawer-type insert 14 to be arrested in his first position.

If this is not the case, the second elongate connector must be 30 be first transferred by an employee of a retail store in his first position.

For this purpose, the employee initially moves axially both spring-loaded locking elements 48 . 50 against the force of the spring elements 70 . 72 until the locking pin 52 . 54 no longer in the locking holes 56 . 58 are guided.

For this purpose, on the second elongate connecting element 30 a first and a second stop 60 . 62 arranged.

The latter each limit the axial displacement of the first and second spring-loaded locking element 48 . 50 ,

The employee can thus use the second elongated connection element 30 , while still against the force of the spring elements 70 . 72 held first and second spring-loaded locking elements 48 . 50 Move to the first position.

In the first position, the employee then leaves the first and second spring-loaded locking element 48 . 50 go, so that these independently by the force of the spring elements 70 . 72 be locked again.

After filling the tub-like elements 26 is to be decided by the employee, starting from the first position, depending on the type of baked goods, which of the three positions of the second elongate connecting element 30 is to be selected.

If the first drawer-like insert 14 For example, bakery products having a smooth surface finish, such as bread rolls, the first position is to be selected, as bakery products with a smooth surface texture are the ones which are characterized by the trough-like elements 26 trained inclined plane already slide down at a first angular position.

If the second drawer-like insert 14 For example, baked goods with a rougher and / or more moist surface texture, such as wholegrain bread, has to be selected accordingly, the second position.

And if the third and fourth drawer-like use 14 For example, has baked goods with a sticky surface texture, such as confectionery, is accordingly to select the third position, respectively.

The number of four drawer-type inserts 14 per output device 10 and three trough-like elements 26 per drawer-like use 14 as well as their respective bakery assignment is to be understood purely by way of example.

The output device 10 can therefore more or less, but at least one, as four drawer-like inserts 14 exhibit.

In addition, the drawer-like insert 14 also more or less, but at least one, as three trough-like elements 26 exhibit.

LIST OF REFERENCE NUMBERS

10

output device

12

frame

14

drawer-like insert

16

front opening

18

first external support structure

20

second outer support structure

22

lower area of the front opening

24

first elongated connecting element

26

tub-like element

28

first end portion of the trough-like element

30

second elongate connecting element

32

first end of the second elongated connecting element

34

second end of the second elongated connecting element

36

first guide groove of the first outer support structure

38

second guide groove of the second outer support structure

40

second end region of the trough-like element

42

elongated support structure

44

first end portion of the second elongate connecting element

46

second end portion of the second elongated connecting element

48

first spring-loaded locking element

50

second spring-loaded locking element

52

first locking pin of the first spring-loaded locking element

54

second locking pin of the second spring-loaded locking element

56

Locking hole near the first guide groove

58

Locking hole near the second guide groove

60

first axial stop

62

second axial stop

64

first guide pin

66

second guide pin

68

plain bearing element

70

spring element

72

spring element

74

bearing surface

76

brace

Claims (13)

Dispensing device (10) for unpackaged goods, in particular baked goods, with at least one frame (12) and with at least one drawer-like insert (14), which is inserted in the mounted state of the dispenser (10) in the frame (12), wherein the drawer-like insert (14) has at least one front opening (16) and a first outer support structure (18) and a second outer support structure (20), to which in the assembled and erected state of the dispenser (10) in a at least one first elongate connecting element (24) is fastened to the lower region (22) of the front opening (16), wherein at least one trough-like element (26) for receiving the unpackaged goods, in particular baked goods, by means of the first elongated connecting element (24) the drawer-like insert (14) has at least one second elongate connecting element (30) whose first end (32) in a first guide groove (36) of the first outer Carrier structure (18) is guided and the second end (34) in a second guide groove (38) of the second outer support structure (20) is guided, further wherein at least one trough-like element (26) by means of its second, the front opening (16) facing away , Endbereich (40) slidably rests on an elongated support structure (42), on the second elongate connecting element ( 30), wherein the second elongated connecting element (30) is reversibly lockable in at least a first position and in at least a second position on the first and second outer support structure (18, 20). Output device (10) after Claim 1 , characterized in that the second elongated connecting element (30) is further reversibly lockable in at least a third position on the first and second outer support structure (18, 20). Output device (10) after Claim 1 or Claim 2 characterized in that each position of the second elongated connecting element (30) is associated with a respective angular position of the trough-like element (26) with a corresponding angle of inclination, which is related to a horizontal reference plane in the assembled and erected state of the dispensing device (10). Dispensing device (10) according to any one of the preceding claims, characterized in that a plurality of angular positions are provided, in particular three angular positions with a respective inclination angle for the trough-like elements, wherein the second inclination angle is greater than the first inclination angle and wherein the third inclination angle is greater than the first Tilt angle and the second tilt angle is. The dispenser (10) of any one of the preceding claims, characterized in that the first position of the second elongated connector (30) is a first angular position of the tub-like member (26) at a first angle of inclination in a range of about 11 ° to about 13 ° , in particular in a range of about 12 ° to about 13 °, is assigned. The dispenser (10) of any one of the preceding claims, characterized in that the second position of the second elongated connector (30) is a second angular position of the tub-like member (26) at a second inclination angle in a range of about 14 ° to about 16 ° , in particular in a range of about 15 ° to about 16 °, is assigned. The dispenser (10) according to any one of the preceding claims, characterized in that the third position of the second elongate connecting member (30) is a third angular position of the trough-like member (26) at a third inclination angle in a range of about 17 ° to about 19 ° , in particular in a range of about 18 ° to about 19 °, is assigned. Dispensing device (10) according to one of the preceding claims, characterized in that the elongate support structure (42) is guided at least by means of the second elongate connecting element (30). Dispensing device (10) according to one of the preceding claims, characterized in that in a first and second end region (44, 46) of the second elongate connecting element (30), a first and a second spring-loaded locking element (48, 50) are arranged axially displaceable. The dispenser (10) of any one of the preceding claims, characterized in that the first spring-loaded detent member (48) has at least one first detent pin (52) and the second spring-loaded detent member (50) has at least one second detent pin (54) reversible in each one locked position of the second elongate connecting element (30) in a respective locking bore (56, 58) near the first and the second guide groove (36, 38) are guided or stored or recorded. Dispensing device (10) according to one of the preceding claims, characterized in that a first and a second axial stop (60, 62) are attached to the second elongated connecting element (30), which permits the axial displacement of the first and second spring-loaded arresting elements (48, 48). 50) in each case limit. Dispensing device (10) according to one of the preceding claims, characterized in that at least a first guide pin (64) is arranged at the first end (32) of the second elongate connecting element (30) and that at its second end (34) at least a second Guide pin (66) is arranged through the second elongated connecting element (30) in the first and second guide groove (36, 38) is displaceably guided. Output device (10) after Claim 12 , characterized in that on the first and second guide pins (64, 66) a sliding bearing element (68), in particular a sliding bearing ring, is arranged.

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