EP3108191B1 - Refrigeration device having an interior space in which a sliding support is motion-coupled with a storage container - Google Patents

Description

The invention relates to a domestic refrigeration device with an interior space which is delimited by walls of an inner container. The household refrigerator includes a container for holding food, which is arranged displaceably in the interior.

Such designs for a household refrigerator, such as a refrigerator or a freezer or a fridge-freezer, are well known. Containers in the form of drawers in which food is placed can usually be pulled out and pushed in horizontally in the depth direction of the household refrigeration device. For this purpose, they can, for example, be stored on storage devices which are arranged on the side walls of the inner container and guided accordingly.

From the WO 2011/018352 A1 is known a household refrigerator with a slidable plate on the container in a rear area mechanically coupled with play, so that the container is moved when the plate is moved.

WO 2014/019856 A1 discloses a refrigerator with an interior in which a shelf is arranged. A tray that can be moved on rollers is arranged on the shelf. A form-fitting bowl can be inserted into the frame of the tray.

WO 99/60982 A2 discloses an automatic dispenser in which modular containers can be inserted to distribute medical products and medicines.

JP 2013-36702 A discloses an attachment shelf having an engaging portion. A U-shaped holding part of a holding member can be inserted into the engagement section. The holding member has elastic projection sections. The holding member also includes fitting grooves. Leg sections of egg carriers can be inserted into these fitting grooves in order to fix the egg carriers in their position.

It is an object of the present invention to provide a household refrigeration device in which user-friendly handling and smooth and safe displacement of such a container with the carrier is achieved.

This object is achieved by a household refrigeration appliance which has the features of claim 1.

A household refrigeration device according to the invention comprises an interior space which is delimited by walls of an inner container. The household refrigeration device comprises at least one container for holding food, which is arranged displaceably in the interior. A carrier, which is formed separately from the at least one container, is slidably mounted in the interior and the container is detachably arranged on the carrier in a non-destructive manner. In addition, it is provided that the at least one container for Moving is coupled to the carrier. An essential idea of the invention is to be seen in the fact that for coupling the movement, the container has at least one coupling element and the carrier has at least one coupling element, and the coupling elements, when coupled, are arranged to overlap when viewed in the depth direction of the household refrigeration device. There is therefore a toothing in this horizontal depth direction and thus also an interlocking of the coupling elements. This prevents loosening in the vertical direction and thus achieves safer, tilt-free and rocking-free movement guidance of the container on the carrier.

It also results in a highly functional and easy-to-use arrangement, which enables the containers to be guided in a very user-friendly and safe manner. Even when the at least one container is extensively equipped with food and thus a relatively high weight of the container is still easy to pull out and push in and does not lift off the front of the carrier. Such a carrier, which forms a certain substructure for the container, can absorb these forces accordingly and the movement control of the overall system is nevertheless very smoothly possible by deriving the forces via the carrier.

The non-destructive separation and reassembly option between the carrier and the at least one container is also essential, so that here too a high degree of flexibility for a user in terms of the number and / or shape is achieved for changing the loading of the carrier with containers. In addition, handling of the individual components, for example with regard to cleanability, can also be increased by such a repeatable separation and assembly possibility.

Due to the movement coupling between the carrier and the container, these two components, although they are actually separate components, are essentially fixed in position when they are moved, in particular in a vertical direction, so that here, too, the container does not slip or fall down occurs. Such a configuration also means that both the container can be gripped directly by a user can, as well as the carrier can be gripped directly and the extraction of both components is then achieved simultaneously.

It is provided that the carrier has a groove-like depression on a bottom, in which the coupling element on the carrier side is integrated. This configuration means that the coupling element on the carrier side does not protrude upwards in an undesirable manner. This has significant advantages with regard to shock protection and undesirable mechanical forces when the container is applied to the carrier, so that the coupling element on the carrier side cannot be undesirably knocked off or broken off. The integral design of the carrier-side coupling element in this channel-like depression also achieves high mechanical stability and component reduction. No separate assembly effort is required to attach the coupling element on the carrier side to the carrier. In addition, an undesirable shift in position, which could occur with separate components of the carrier on the one hand and the coupling element on the carrier side on the other hand, is also avoided.

In an advantageous embodiment, it is provided that the coupling element on the carrier side has a coupling part on an upper edge of a front wall delimiting the recess to the front. This configuration achieves a particularly user-friendly and simple handling for a user with regard to the movement for coupling. Due to the formation on an upper edge of this depression, a certain cavity formation is created in the depression, in which a coupling element on the container side can then engage. This results in multiple interlocking, which further promotes the coupling.

In addition, this specific exposed position of the coupling element at the upper edge also provides a very cantilevered orientation and extension of the carrier-side coupling element with this coupling part, so that here, too, a precise coupling with the container-side coupling element is possible without having to carry out extensive and complex coupling processes .

The attachment to the front wall delimiting the recess further promotes the coupling process. The coupling element on the carrier side forms with this coupling part an upper taper or reduction of the depression between the front wall and a rear wall delimiting the depression to the rear.

It is preferably provided that the coupling part on the carrier side is a horizontal, strip-shaped web which is oriented in the direction of a rear wall delimiting the recess to the rear, in particular is oriented on this front wall. This positional arrangement and specified orientation simplify the coupling between the coupling elements and, moreover, it remains independent and permanent until it is released by a user. Due to the geometrical design of the coupling part, this can also be realized in a very flat construction, so that as little space as possible is required here, on the other hand a mechanically stable design is nevertheless created.

It is provided that a coupling element on the carrier side opens at opposite ends of the depression extending in the width direction, and the coupling elements are arranged at a distance from one another. Viewed in the width direction of the household refrigeration device, two coupling elements on the carrier side are thus formed on both sides, so that in this regard, a symmetrical configuration with the coupling elements on the carrier side is preferably realized with respect to a central axis of the carrier oriented in the depth direction and thus an axis of symmetry. Mechanical coupling and reliable movement control are further favored. Particularly in the vertical direction, an extraordinarily advantageous positional fixation of the container with the carrier is thus achieved, so that tilting or rocking about a horizontal axis in the depth direction or a horizontal axis in the width direction of the household refrigeration device is also prevented here.

It is preferably provided that the at least one coupling element on the container side is formed on an underside of a bottom of the container. This favors targeted coupling and decoupling. In addition, the usable volume of the container is not restricted.

It is preferably provided that the coupling element on the container side is integrated in a downwardly projecting engagement element, which is designed for engagement in a recess in the carrier. This configuration also makes it extremely compact Realization of the coupling element on the container side is possible and, moreover, a mechanically stable arrangement with a reduced-component design is achieved. In addition, a locally extremely focused and centered attachment of both the engaging element and the coupling elements is created, so that the processes that a user has to carry out for introducing the engaging element into the recess on the one hand and for coupling the coupling elements on the other are intuitive and pass into one another, and are achieved at least partially in sync and automatically.

It is preferably provided that the coupling element on the container side has an indentation or indentation in a wall of the engaging element. In particular, the coupling part of the carrier-side coupling element in the coupled state is arranged to engage in the indentation. This complementary, coordinated geometric design of the carrier-side coupling element and the container-side coupling element makes the coupling and decoupling process even simpler and can be carried out very quickly and in a user-friendly manner. Nevertheless, a high mechanical coupling effect remains.

It is preferably provided that the engagement element is U-shaped when viewed in a horizontal plane. This specific shape, on the one hand, achieves the most extensive possible engagement and thus the greatest possible immersion of the engaging element in the channel-like depression, so that this can also be formed over the greatest possible width of the household refrigeration device. As a result of the weight of the container alone, a preferred installation and mechanical connection between the container and the carrier is created. Through the side legs of the U-shape, on the other hand, a certain displacement stability and position fixation by the engagement element itself is also positively influenced in the depth direction, so that this configuration also only a desired play between the container and in the depth direction, which is required in particular to solve the coupled state of the coupling elements and the carrier is predefined in a defined manner and otherwise a position holder has also been reached in this depth direction in the engaged state of the engagement element in the recess.

It is preferably provided that an indentation is formed in a base leg of the U-shape and is formed up to the underside of the base of the container.

In addition or instead of this, it is provided that the indentation is designed to be open to a side leg of the U-shape and, viewed on the other side in the width direction of this indentation, this indentation is delimited by a wall or is therefore closed. This configuration also contributes positively to the simple coupling and decoupling, so that no undesired spreading and jamming occur.

It is preferably provided that in the coupled state between the coupling elements, the container, when viewed in the vertical direction of the household refrigeration device, is arranged in a fixed position and thus in particular in the region of the coupling connection on the carrier without any positional play with respect to one another.

It is provided that the coupling elements are designed in such a way that the releasing of the coupled state by a relative displacement movement between the container and the carrier can only be carried out in the depth direction to the rear, so that here only a straight movement in one spatial direction, namely in this depth direction , he follows. If this displacement movement is carried out to such an extent that the two coupling elements, viewed in the depth direction, are no longer arranged to overlap, the container can be completely separated from the carrier such that a simple lifting movement or lifting movement of the container can be separated from the carrier. Here, too, it is particularly provided that this lifting movement takes place exclusively in the vertical direction. This also achieves an extremely simple principle of movement, namely a first movement in a first spatial direction, namely only in the depth direction, and a subsequent second movement in a perpendicular, second spatial direction, namely only in a vertical direction, and the container and the carriers are decoupled and also separated from one another. The movement sequence for coupling the container to the carrier is then in the corresponding inverse direction.

In particular, the coupling coupling elements of the carrier and of the container are designed such that a coupling part, in particular a web, of one coupling element engages or dips into an indentation of the other coupling element. For this purpose, the webs and indentations are designed and arranged in a complementary manner when viewed in the vertical direction.

It is preferably provided that the coupling element on the carrier side is formed in a rear region, in particular in a rear frame part of a frame of the carrier, and the coupling element on the container side is formed in a rear region of the container. With this positional arrangement of the coupling elements, a particularly advantageous embodiment is achieved with regard to the mechanical lever action, and a pulling out and pushing in of the container and the carrier. Since the container and / or the carrier can only be accessed in the front area when the door of the household refrigeration appliance is open and can be gripped directly by the user, the effect of the user attacking the front and the influence of force on pulling out and pushing in is particularly functional with that the opposite rear side mechanical coupling between the container and the carrier for stable movement. This prevents undesired tilting or rocking or an otherwise undesirable relative movement of the container and the carrier to one another.

It is preferably provided that the carrier is designed as a carriage which has a carrier plate on which the container can be positioned. This configuration creates a very stable construction which can accommodate the container over the largest possible area and which can be placed on this carrier plate as evenly as possible. Due to the design as a slide, the movement control is also achieved more uniformly, so that a particularly jerk-free and smooth movement is made possible and, on the other hand, there is also a more uniform weight distribution of the container to the carrier. A roller-mounted version of this slide is particularly advantageous in this context.

In this connection, the carrier with its carrier plate is preferably designed in such a way that it has a frame made of plastic, which surrounds a transparent plate, for example made of glass or plastic, on the outer circumference. The rollers are then preferably also arranged in this frame when the slide is designed as a roller-mounted component.

Fig. 1

eine schematische Darstellung eines Ausführungsbeispiels eines erfindungsgemäßen Haushaltskältegeräts;

Fig. 2

eine perspektivische Darstellung eines Ausführungsbeispiels eines Trägers;

Fig. 3

eine vergrößerte Darstellung eines Teilausschnitts aus Fig. 2;

Fig. 4

eine perspektivische Darstellung eines Ausführungsbeispiels eines Behälters;

Fig. 5

eine vergrößerte Darstellung eines Teilausschnitts aus Fig. 4;

Fig. 6

eine Horizontalschnittdarstellung eines gekoppelten Zustands zwischen dem Behälter und dem Träger;

Fig. 7 bis 9

Horizontalschnittdarstellungen von verschiedenen Zuständen zwischen dem Behälter und dem Träger bei einem Lösevorgang ausgehend von dem gekoppelten Zustand bis zu einem separierten Zustand.

Exemplary embodiments of the invention are explained in more detail below with the aid of schematic drawings. Show it:

Fig. 1

is a schematic representation of an embodiment of a household refrigerator according to the invention;

Fig. 2

a perspective view of an embodiment of a carrier;

Fig. 3

an enlarged view of a partial section Fig. 2 ;

Fig. 4

a perspective view of an embodiment of a container;

Fig. 5

an enlarged view of a partial section Fig. 4 ;

Fig. 6

a horizontal sectional view of a coupled state between the container and the carrier;

7 to 9

Horizontal sectional views of different states between the container and the carrier during a release process from the coupled state to a separated state.

Identical or functionally identical elements are provided with the same reference symbols in the figures.

In Fig. 1 is shown a perspective view of a household refrigerator 1, which can be, for example, a refrigerator or a fridge-freezer.

The household refrigerator 1 comprises a housing 2, on which an inner container 3 is arranged. The inner container 3 delimits an inner space 4 into which food can be placed for storage and preservation.

The inner container 3 comprises two lateral vertical walls 3a and 3b and a rear wall 3c. In addition, the interior 4 is delimited by an unmarked floor and an unmarked ceiling, which also represent walls of the inner container 3.

The household refrigerator 1 also includes a further separate interior 5, which is separated from the upper interior 4.

The upper interior 4 can be closed by a door 6, whereas the lower interior 5 can be closed by a door 7 independently of the door 6.

A device 8 is arranged in the interior 4 and comprises a first container 9 and a second container 10. The two containers 9 and 10 are each designed as drawers or trays and designed to hold food.

In the exemplary embodiment, the two containers 9 and 10 are also arranged on a common carrier 11.

Preferably, only one container 9 or 10 is formed, which then extends over the entire width of the two containers 9 and 10.

In the exemplary embodiment, the carrier 11 is designed as a plate which can be pushed back and forth in the depth direction and thus in the z direction of the household refrigeration device 1 and thus also of the interior 4. For this purpose, a guide device, which is not identified in more detail, is designed, for example, as a roller bearing or as a guide rail device.

In this context, it can be provided, for example, that rollers are formed on the underside of the carrier 11, which then run on guides that are arranged on a further plate formed underneath or that are formed on the walls 3a and 3b.

The further explanation follows in that only the container 9 is present, which then extends over the entire width of the containers 9 and 10 shown.

In this context, a coupling device is formed between the container 9 and the carrier 11, on which the two components are arranged and held in a particularly fixed position with respect to one another in the coupled state, at least in the vertical direction and thus in the y direction.

This is in Fig. 2 a perspective view of the carrier 11 is shown. In the embodiment shown, this is a preferably roller-mounted slide which has a carrier plate 12. The carrier plate 12 is surrounded by a frame 13 and an inner plate 14 encompassed by the frame 13 on the circumference, which can be made of glass or a transparent plastic.

The frame 13 is made of plastic and has a front frame part 13a which faces the door 6, two side frame parts 13b and 13c and a rear frame part 13d which faces the rear wall or rear wall 3c of the inner container 3.

A recess 15 is formed in this rear frame part 13d, which extends in a straight line and in a groove-like manner essentially over the entire width (in the x direction). Integrated in this channel-like recess 15 are two spaced-apart coupling elements 16 and 17 on the carrier side. The carrier-side coupling element 16 opens at one end 18 of the recess 15, whereas the opposite second carrier-side coupling element 17 opens at an end 19 of the recess 15 opposite in the width direction.

In Fig. 2 Shown is the structure and shape of the support-side coupling element 16 which is complementary to the coupling which overlaps in the depth direction and which has the web 16a, which only extends over a partial height of the front wall 21 and thus also the recess 15 and has an indentation 16b offset below it, that is part of the front wall 21. The web 16a thus virtually forms an overhang to the indentation 16b which then extends downward to the web 16a.

In Fig. 3 is an enlarged view of section I in Fig. 2 shown. It can be seen that on an upper edge 20 of a front wall 21, which delimits the recess 15 towards the front and thus towards the front frame part 13a, the first support-side coupling element 16 has a horizontal, strip-shaped coupling part as a web 16a, which in the direction a rear wall 22 which defines the recess 15 to the rear. This coupling part or the web 16a is only formed over part of the height (y direction) of the front wall 21. A hollow region or an indentation 16b is formed under the web 16a and is delimited by a wall section of the front wall. The web 16a is therefore arranged as an overhang or roof for the indentation 16b associated with the coupling element 16. The shape and size of the second carrier-side coupling element 17 are identical. The carrier-side coupling elements 16 and 17 are designed and arranged symmetrically with respect to an axis of symmetry of the carrier 11 which extends in the depth direction and thus in the z direction and is centered in the width direction.

In Fig. 4 is shown in a perspective view of the container 9, which has an engagement element 26 on an underside 24 of its bottom 23 in the rear region, in particular a rear edge 25 of the underside 24. This is raised on the underside 24 above. This engaging element 26 is U-shaped in the horizontal plane and thus in the xz plane. This engaging element 26 is designed to engage in the recess 15. The engaging element 26 has two integrated coupling elements 27 and 28 on the container side which are formed at a distance from one another and form at the ends of the bottom leg 30 of the one-piece U-shape 29.

In Fig. 5 is an enlarged view of area II in Fig. 4 shown. As can be seen, the first coupling element 27 on the container side is formed on the bottom leg 30 of the engagement element 26. An indentation 27a of the coupling element 27 is shown in FIG vertical direction and thus in the y direction only over a partial height of this engaging element 26 and also the bottom leg 30, preferably a maximum of over 50 percent of this height. The indentation 27a then opens directly onto the underside 24 of the base 23.

In addition, the indentation 27a shown is designed to be open on the side facing away from the other coupling element 28 on the container side and thus on the end or the side facing the adjacent side leg 31 of the U-shape. On the opposite side or the opposite end in the width direction, this indentation 27a is closed by a wall 32. In the coupled state, the carrier-side coupling element 17 engages with its web 17a in this container-side coupling element 27 designed as an indentation 27a, whereas the carrier-side coupling element 16 with the web 16a engages in the indentation and shape of the container-side coupling element 28, which is also formed symmetrically thereto. As a result, the coupling elements overlap in the depth direction and thus in the z direction of the household refrigeration device 1 and are thus interlocking or toothed in this direction.

The interlocking coupling is therefore formed in that coupling elements 16 and 17 are formed on the carrier 11, which do not extend over the entire height of the recess and thus only form tab-like or strip-shaped webs which extend further backwards in the depth direction than in the height direction Further wall sections of the front wall 21, formed below these coupling elements 16 and 17, are designed to be complementary, so that the indentation 27a is offset in the depth direction to the rear to a wall section or projection 27b of the container-side coupling element 27 and this is offset to the rear Recess 27a with a wall 27c delimiting the concealment 27a to the rear, viewed in the vertical direction, is higher or adjoins the projection 27b offset to the front downwards, so that here the web 17a or strip of the sluggishly protruding rearward on the side coupling element 17 can engage in the recess 27a in the vertical direction above the projection 27b and then preferably abuts the wall 27c.

In Fig. 6 the coupled state between the container 9 and the carrier 11 is shown in a horizontal sectional view and thus in a view in the yz plane.

In Fig. 7 the fully coupled state between the container 9 and the carrier 11 in the region of the coupling elements 17 and 27 is shown in an enlarged view. In Fig. 7 Also shown is the overlapping and thus toothed state of the coupling elements 17 and 27 in the z-direction, with the web 17a engaging in the indentation 27a and the portion of the engaging element 26 with the wall or the projection 27b formed inversely under the indentation 27a, which is positioned further forward than the wall section 27c delimiting the indentation 27a and engages in the indentation or the cavity formed under the web 17a.

To solve this in Fig. 7 coupled state shown is then as shown in Fig. 8 a decoupling was carried out, in which, in a first movement step, the container 9 is first displaced relative to the carrier 11 only in a straight depth direction and thus horizontally to the rear according to the arrow P1. This decouples the coupling elements 17 and 27 and also the coupling elements 16 and 28.

Since, as already mentioned, the coupling elements 16 and 17 on the carrier side are of identical design, this coupling element 17 also has a corresponding web 17a and an indentation 17b, which are formed correspondingly with regard to shape, position and relative positioning, as is the case with this the web 16a and the indentation 16b has already been explained.

This rectilinear movement only in the depth direction continues until the side leg 31 of the engaging element 26 strikes the rear wall 22, whereby the user also has haptic feedback that the overlap generated in the depth direction during the coupling between the coupling elements 16 and 28 and 17 and 27 is repealed and in this regard, as also in Fig. 8 is shown, there is no longer any corresponding overlap. Furthermore, the container 9 can then be completely removed from the carrier 11 and separated by, as shown in FIG Fig. 9 a lifting movement takes place upwards and then the engagement element 26 is lifted out of the recess 15.

The coupling between the container 9 and the carrier 11 takes place in the opposite direction to release, as is shown in FIG 7 to 9 was explained. The lifting of the container 9 only in the vertical direction is according to the arrow P2 in Fig. 9 shown.

Reference list

1

Household refrigerator

2nd

casing

3rd

Inner container

3a

vertical side wall

3b

vertical side wall

3c

Back wall

4th

upper interior

5

lower interior

6

door

7

door

8th

contraption

9

container

10th

container

11

carrier

12th

Carrier plate

13

frame

13a

front frame part

13b

side frame part

13c

side frame part

13d

rear frame part

14

Inner plate

15

deepening

16

Coupling element

16a

web

16b

Indentation

17th

Coupling element

17a

web

17b

Indentation

18th

The End

19th

The End

20th

edge

21

Front wall

22

Back wall

23

ground

24th

bottom

25th

rear edge

26

Engaging element

27

Coupling element

27a

Indentation

27b

head Start

27c

wall

28

Coupling element

29

U shape

30th

Bottom leg

31

Side thighs

32

wall

P1

arrow

P2

arrow

Claims (12)

1. Household refrigeration appliance (1) with an interior (4, 5), which is delimited by walls (3a, 3b, 3c) of an inner container (3), and with at least one container (9, 10) for receiving foodstuffs, which is arranged in the interior (4, 5) such that it can be displaced, and with a carrier (11), which is mounted in the interior (3) such that it can be displaced, wherein the container (9, 10) is arranged on the carrier (11) such that it can be released in a non-destructive manner and has a motion coupling with the carrier (11) for displacement, and for the motion coupling the container (9, 10) has at least one coupling element (27, 28) and the carrier (11) has at least one coupling element (16, 17), characterised in that the coupling elements (16, 17, 27, 28) are arranged in an overlapping manner in the coupled state when viewed in the depth direction (z direction) of the household refrigeration appliance (1), that the carrier (11) has a channel-like depression (15), in which the carrier-side coupling element (16, 17) is integrated, that a carrier-side coupling element (16, 17) opens at opposite ends (18, 19) of the depression (15) extending in the width direction in each case, and the carrier-side coupling elements (16,1 7) are arranged at a distance from one another, and that the coupling elements (16, 17, 27, 28) are embodied such that the releasing of the coupled state due to the relative displacement movement between the container (9, 10) and the carrier (11) is only able to be performed in the depth direction.
2. Household refrigeration appliance (1) according to claim 1, characterised in that the carrier-side coupling element (16, 17) has a coupling part (16a, 17a) on an upper edge (20) of a front wall (21) delimiting the depression (15) towards the front.
3. Household refrigeration appliance (1) according to claim 2, characterised in that the carrier-side coupling element (16, 17) has a horizontal, strip-shaped web (16a, 17a) as a coupling part, which is oriented in the direction of a rear wall (22) delimiting the depression (15) towards the rear.
4. Household refrigeration appliance (1) according to claim 1 or 3, characterised in that the coupling element (16, 17) opens at an end (18, 19) of the depression (15) to the side when viewed in the width direction of the household refrigeration appliance (1).
5. Household refrigeration appliance (1) according to one of the preceding claims, characterised in that the container-side coupling element (27, 28) is embodied on an underside (24) of a bottom (23) of the container (9, 10).
6. Household refrigeration appliance (1) according to one of the preceding claims, characterised in that the container-side coupling element (27, 28) is integrated into an engaging element (26) which protrudes downwards and is embodied for engaging into a depression (15) in the carrier (11).
7. Household refrigeration appliance (1) according to claim 6, characterised in that the container-side coupling element (27, 28) has an inwardly curved part (27a) in a wall of the engaging element (26), in particular the carrier-side coupling part (16a, 17a) is arranged such that it engages into the inwardly curved part (27a) in the coupled state.
8. Household refrigeration appliance (1) according to claim 5 or 7, characterised in that the engaging element (26) is embodied in a U-shaped manner when viewed in a horizontal plane.
9. Household refrigeration appliance (1) according to claim 8, characterised in that an inwardly curved part (27a) is embodied in the bottom limb (30) of the U-shape and is embodied up to the underside (24) of the bottom (23) of the container (9, 10) and/or is embodied such that it is open towards a side limb (31) of the U-shape (29).
10. Household refrigeration appliance (1) according to one of the preceding claims, characterised in that, in the coupled state between the coupling elements (16, 17, 27, 28), the container (9, 10) is arranged with a fixed position on the carrier (11) in the vertical direction of the household refrigeration appliance (1).
11. Household refrigeration appliance (1) according to one of the preceding claims, characterised in that the carrier-side coupling element (16, 17) is embodied in a rear region, in particular in a rear frame part (13d) of a frame (13) of the carrier (11), and the container-side coupling element (27, 28) is embodied in a rear region of the container (9, 10).
12. Household refrigeration appliance (1) according to one of the preceding claims, characterised in that the carrier (11) is embodied as a slide, in particular a roller-mounted slide, which has a carrier plate (12) on which the container (9, 10) is positioned in the coupled state.

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