EP3722712A1 - Household refrigerator - Google Patents

Abstract

The invention relates to a household refrigerator (1), comprising an inner container (7, 8) which at least partially delimits a receiving space (3, 4) and has two opposite side walls (9, 10) on each of which a holding device (12) for a shelf (11) is provided, further comprising a shelf (11) which is arranged on the holding devices (12), each holding device (12) having a support surface (14) and one in the depth direction (Y) behind the support surface (14) and in the height direction (Z) above the support surface (14) arranged extension limiting surface (23). According to the invention it is provided that an insertion surface (17) arranged in the depth direction (Y) behind the support surface (14) and sloping in the depth direction (Y).

Description

The invention relates to a domestic refrigeration appliance, comprising an inner container which delimits a receiving space at least in sections and has two opposing side walls on each of which a holding device for a shelf is provided.

Such a household refrigeration appliance can be, for example, a refrigerator, a freezer or a fridge-freezer combination.

The object of the present invention is to ensure an improved holding of the shelves.

The object is achieved by the features of the independent claims.

Here, the household refrigeration appliance comprises an inner container that delimits a receiving space at least in sections and has two opposing side walls on each of which a holding device for a shelf is provided, and also comprising a shelf that is arranged on the holding devices, each holding device having a support surface and an in Has depth direction behind the support surface and in the height direction above the support surface arranged extension limiting surface.

With information "above", "below", "front", "rear", "horizontal", "depth direction", "width direction", "height direction" etc. are those with intended use and proper arrangement of the household refrigerator and with one in front of the Household refrigerator standing and in the direction of the household appliance observer given positions and orientations are indicated.

The holding devices are preferably at the same height in a vertical direction of the household refrigerator and face one another. The support surfaces serve to partially or completely absorb the weight forces of the shelf or items to be cooled that are arranged on the shelf. The support surfaces can for example be flat and / or horizontal. The pull-out limitation area prevents the user from pulling out the shelf unintentionally or unintentionally.

A first aspect of the present invention is characterized by an insertion surface which is arranged in the depth direction behind the support surface and which slopes downwards in the depth direction.

Since the insertion surface is designed to be sloping in the depth direction, it forms a ramp-shaped surface which is arranged inclined downwards in the depth direction. This makes it possible to insert or remove the shelf without tilting. In particular, the shelf or parts of the shelf (for example a bar arranged on a rear edge section of the shelf) can slide over the insertion surface. It was found that such an improvement in the guidance of the shelf during its assembly or dismantling can decisively reduce the load on the inner container on the one hand and on the shelf on the other hand. In particular, in that sudden or shock loads on the inner container are excluded or at least largely prevented, damage to the inner container can be virtually excluded. This applies in particular to an inner container made of plastic, for example an inner container made by thermoforming. Because precisely those areas that come into contact with the shelf when it is inserted or removed can, due to their geometry, have a reduced wall thickness and thus an increased susceptibility to damage. The inventive arrangement and design of the insertion surface, jerky or sudden loads on the inner container are reduced in these areas. In addition, damage to the shelf can also be avoided, since no jerky or sudden loads can act on it either.

According to one embodiment it is provided that the insertion surface is designed to be continuously or steadily sloping. This enables a uniform insertion and removal of the shelf that is haptically easy to understand and thus controllable for a user.

According to one embodiment it is provided that the insertion surface, in particular along the depth direction, is formed without edges. This prevents the shelf from getting caught or tilted when inserting or removing the shelf. The insertion surface can comprise arcs, in particular arcs of a circle, for example. A combination of arches and flat surface sections is also conceivable.

According to one embodiment it is provided that the insertion surface directly adjoins the support surface in the depth direction. The shelf, in particular a rear edge section of the shelf, can thus be pushed smoothly and without the risk of tilting during insertion or removal from the support surface onto the insertion surface, and vice versa. The joint between the support surface and the insertion surface is preferably formed without edges.

In order to further improve the guidance of the shelf during insertion or removal, one embodiment provides that the insertion surface extends in the depth direction over at least 0.5 cm, at least 1.0 cm, at least 2.0 cm or at least 3.0 cm extends.

According to one embodiment, it is provided that an extension of the insertion surface in the depth direction corresponds to at least twice, at least three times or at least four times an extension of the insertion surface in the height direction. It was found that an insertion surface designed in this way, in particular formed at an acute angle to the horizontal, promotes a gentle and thus low-stress and jerk-free insertion and removal of the shelf.

According to one embodiment it is provided that the holding device has an insertion groove which is delimited by the insertion surface and a further insertion surface. The insertion surface and the further insertion surface can be opposite one another. In particular, the further insertion surface can be arranged at least in sections, in particular completely, above the insertion surface. In connection with the insertion surface, the further insertion surface forms the channel-like insertion groove and thus further facilitates the insertion and removal of the shelf. The insertion surface and the further insertion surface can be designed essentially parallel to one another in order to promote a uniform and guided insertion and removal. In particular an angle between the insertion surface and the further insertion surface can be less than 30 degrees, less than 20 degrees or less than 10 degrees. In the case of a curved surface, the angle is determined by an imaginary, flat surface, which is defined by the beginning and the end of the surface determined in the depth direction. It is conceivable that the further insertion surface is flat. The insertion groove, in particular the further insertion surface, can be designed so that an exclusively horizontal insertion of the shelf is prevented.

According to one embodiment it is provided that two front contact surfaces are formed on the shelf, which are opposite the extension boundary surfaces. "Opposite" is to be understood here in particular as meaning that the surfaces are at most spaced from one another by an air gap or face one another. The front contact surfaces can be formed on a rear edge section of the shelf. The front contact surfaces can be formed on a strip of the shelf, in particular on a rigid strip. For example, the bar can be made of hard plastic, e.g. Polypropylene or polystyrene. The two front contact surfaces as well as the pull-out limiting surfaces can be designed to prevent the shelf from being pulled out exclusively horizontally.

It is conceivable that the compartment base is designed in two parts or in several parts, and for example has a plate element and a strip arranged on the rear edge section. In this case, the front contact surfaces can be formed at least partially, but in particular also completely, by the strip. The bar can be an extrusion component. The bar can be attached to the plate element via a retaining profile, for example in a form-fitting and / or force-fitting manner. The bar can have a delimiting profile which extends upwards and / or to the rear (eg obliquely) with respect to a support surface (ie upper side) of the plate element in order to represent a rear delimitation for goods to be cooled. The front contact surfaces can be formed on the delimitation profile. It is possible for the delimitation profile to have cutouts in the area of the front contact surfaces in order to facilitate lateral penetration of the front contact surfaces behind the extension delimitation surfaces. In particular, a height of the delimiting profile can be reduced at the cutouts.

According to one embodiment, it is provided that there is a gap between the pull-out delimitation surface and a front contact surface of the compartment base opposite it. The front contact surface prevents the shelf from being pulled out horizontally and thus secures it against unintentional or undesired pulling out. However, permanent contact between the shelf and the pull-out delimitation surface can be prevented by the gap, so that damage to the pull-out delimitation surface (e.g. a protrusion which forms the pull-out delimitation surface) and / or the shelf can be avoided. In particular, it can be provided that there is no force transmission between the pull-out delimitation surface and the front contact surface when the shelf is inserted but not pulled forward. The gap is, for example, less than 3 mm, less than 2 mm or less than 1 mm.

According to one embodiment it is provided that the holding devices each have an upper stop surface, the upper contact surfaces of the shelf opposite. This can prevent the shelf from tilting in its front area under heavy loads (tilt protection). It is conceivable that in a normal operating condition there is an air gap between the upper stop surfaces and the upper contact surfaces. In this case, the anti-tip device only comes into play in an exceptional operating state. Alternatively, it is also conceivable that the upper stop surfaces make contact with the upper contact surfaces even in a normal operating state. In this case, the shelf is permanently secured against tilting forces, for example also against tilting forces that arise solely from the weight of the shelf itself. Such an embodiment is particularly conceivable if the support surface only supports an essentially rear section of the shelf in the depth direction.

According to one embodiment, it is provided that the support surface is formed on a support rib formed in one piece on the inner container and the pull-out limiting surface is formed on a securing projection arranged in one piece on the inner container. The end stop surface and / or the upper stop surface can also be formed on the securing projection. It is conceivable that the supporting rib and the securing projection are formed by two separate formations of the inner container. In order to simplify production, however, according to one Embodiment provided that the support rib and the securing projection are formed by a common formation of the inner container. The end stop surface can serve to enable an end stop of the shelf. For this purpose, a rear contact surface can be provided on the shelf, facing the end stop surface.

According to one embodiment, it is provided that a lower edge of the pull-out delimitation surface lies above the support surface in the height direction.

According to one embodiment it is provided that the insertion surfaces are formed essentially or completely perpendicular to the respective side walls.

If a support rib is provided, it can be provided that the support rib only forms the support surface and the insertion surface or the support rib ends with one end of the insertion surface in the depth direction. According to one embodiment, however, it is provided that a support surface adjoins the insertion surface in the depth direction. This can serve to partially support the shelf when inserting the shelf. When a shelf is used, there is preferably no contact between the shelf and the support surface. The support surface can be designed horizontally. If the holding device has an end stop surface, the support surface can directly adjoin the end stop surface in the depth direction, preferably lie in front of it.

If a support rib is provided, it can be provided that the support surface extends counter to the depth direction up to a front end edge of the support rib. In particular, the support surface can extend over essentially the entire surface of the support rib or form it.

According to one embodiment it is provided that an angle (insertion angle) when inserting or removing the shelf is between 1.5 degrees and 7.5 degrees.

According to one embodiment it is provided that a distance in the vertical direction between two adjacent support surfaces is 30 cm to 70 cm, or 40 cm to 60 cm, or 45 cm to 55 cm.

According to one embodiment it is provided that an extension (height) of a support rib measured in the height direction is between 1.0 cm and 3.0 cm, preferably between 1.8 cm and 2.5 cm.

According to one embodiment it is provided that when a shelf is inserted there is no contact between the shelf and the insertion surface. If a support surface is present, it can be provided that there is no contact between the shelf and the support surface when a shelf is inserted

According to one embodiment it is provided that the holding devices provided on the opposite side walls are mirror-symmetrical with respect to a vertical plane.

According to one embodiment it is provided that two, three or more holding devices according to the invention are provided on the side walls, in particular fastened or formed directly through the side walls, and are spaced from one another in the height direction. The two, three or more holding devices on each side wall can be arranged at the same depth and / or width in the depth direction and / or in the width direction.

According to one embodiment it is provided that the compartment base is held in the inner container exclusively by means of the holding devices.

A second aspect of the present invention is based on a household refrigeration appliance, comprising an inner container that delimits a receiving space at least in sections and has two opposing side walls on each of which a holding device for a shelf is provided, further comprising a shelf which is arranged on the holding devices, Each holding device has a support surface as well as an extension limiting surface arranged in the depth direction behind the support surface and in the height direction above the support surface, an insertion groove being provided on each of the holding devices which is dimensioned such that the shelf is inserted or removed without elastic deformation of the shelf can be.

By appropriately dimensioning the insertion groove, i.e. in particular the groove width (and if the groove width changes along the length of the groove: the minimum groove width), force transmissions between the shelf and the holding device can thus be avoided. The (minimum) groove width should in particular be greater than a (maximum) height of the rear edge section of the shelf that is to be inserted into the insertion groove. In particular, if the holding devices are molded onto an inner container made of plastic, damage to the side wall sections, which are often thin-walled in this area, can be prevented.

A third aspect of the present invention is based on a household refrigeration appliance, comprising an inner container which at least partially delimits a receiving space and has two opposing side walls on each of which a holding device for a shelf is provided, further comprising a shelf which is arranged on the holding devices, Each holding device has a support surface as well as a pull-out delimitation surface arranged in the depth direction behind the support surface and in the vertical direction above the support surface, a stiff bar is arranged on a rear edge section of the shelf, on which a front contact surface is formed which is opposite the pull-out delimitation surface.

As has already been stated with regard to the first aspect, the strip can in particular consist of hard plastic, e.g. Polypropylene or polystyrene. This enables the shelf to be held securely and prevents the shelf from being pulled out only horizontally.

The solutions according to the invention according to the second aspect and the third aspect can be combined with all the features that have been described with reference to the first aspect.

Fig. 1

eine schematische, perspektivische Darstellung eines erfindungsgemäßen Haushaltskältegeräts;

Fig. 2

einen Ausschnitt des Haushaltskältegeräts aus Fig. 1;

Fig. 3

eine vergrößerte Darstellung eines Ausschnitts aus Fig. 2;

Fig. 4

eine perspektivische Teildarstellung des Innenbehälters aus Fig. 1;

Fig. 5

das Einsetzen bzw. das Entnehmen eines Fachbodens und

Fig. 6

eine zu Fig. 2 vergleichbare Darstellung eines zweiten Ausführungsbeispiels.

Embodiments of the present invention are explained with reference to the accompanying figures. Show:

Fig. 1

a schematic, perspective illustration of a household refrigerator according to the invention;

Fig. 2

a section of the household refrigerator Fig. 1 ;

Fig. 3

an enlarged view of a section Fig. 2 ;

Fig. 4

a perspective partial representation of the inner container from Fig. 1 ;

Fig. 5

inserting or removing a shelf and

Fig. 6

one to Fig. 2 comparable illustration of a second exemplary embodiment.

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

In Figure 1 a household refrigerator 1 is shown, which is designed for storing and preserving food. The domestic refrigeration device 1 is a side-by-side device in the exemplary embodiment. The household appliance 1 has a body 2 in which two separate receiving spaces 3, 4 are formed for foodstuffs to be cooled or to be defined (goods to be cooled). The receiving space 3 is arranged in the width direction X to the left of the receiving space 4. The receiving spaces 3, 4 can be closed by doors 5, 6.

The receiving spaces 3, 4 are delimited on the one hand by inner containers 7, 8 and on the other hand by inner walls of the doors 5, 6. The inner containers 7, 8 are made of plastic and are produced by thermoforming. The inner containers 7, 8 each have two opposing side walls 9, 10.

Shelves 11 are arranged in the receiving spaces 3, 4. To fasten the shelf 11, holding devices 12 are provided on both inner walls 9, 10. The holding devices 12 are formed on the side walls 9, 10 with mirror symmetry with respect to a vertical plane. In particular, the holding devices 12 are formed by one-piece and one-material formations of the inner containers 7, 8.

Figure 2 shows a section of the household refrigerator Figure 1 along the in Figure 1 illustrated level II-II. A view of the side wall 9 of the left receiving space 3 is shown, with three holding devices 12 arranged one above the other in the height direction Z being visible.

Each holding device 12 comprises a support rib 13, which is designed as a projection with respect to the side wall 9 and protrudes therefrom in the width direction X into the receiving space 3. The support ribs 13 form a volume which is filled with insulation material (polyurethane foam) on the rear side of the side wall 9. The support ribs 13 each have a support surface 14 arranged at the top. The support surfaces 14 are designed to be flat and horizontal and serve to absorb the weight of the shelf by supporting it on the support surfaces 14. The bearing surfaces 14 extend almost completely over the support ribs 13 in the depth direction Y.

Each holding device 12 furthermore comprises a securing projection 15. The securing projections 15 are arranged essentially completely behind the support ribs 13 in the depth direction Y. The securing projections 15, like the support ribs 13, are formed by projections of the side wall 9 projecting into the receiving space 3. The securing projections 15 are formed in one piece and in one material with the side wall 9 and together with the support rib 13 form a common projection. The securing projections 15 serve to secure an inserted shelf against being pulled out unintentionally. The upper holding device 12 is designed at a distance from the lower holding devices 12, so that it is completely surrounded by a surface of the side wall 9 that is flat in this case. In contrast to this, the two lower holding devices 12 are designed such that the two support ribs 13 and the two securing projections 15 are formed by a common projection. Each securing projection 15 has an insertion groove 16. On the one hand, the insertion grooves 16 are delimited by a flat wall section of the side wall 9, which is arranged essentially exclusively vertically. The insertion grooves 16 are also formed by delimiting surfaces of the securing projections 15 running in the width direction X.

As in particular in the enlarged illustration according to FIG Figure 3 As can be seen, in the depth direction Y, the bearing surfaces 14 are each directly adjoined by an insertion surface 17. A support surface 18 adjoins the insertion surface 17 in the depth direction. The insertion surface 17 drops continuously along the depth direction Y from its beginning 19 to its end 20. At its lowest point, namely the surface end 20, a support surface 18 adjoins the insertion surface 17 directly. The support surface 18 is parallel to the support surface 14, that is, horizontally.

In this exemplary embodiment, each insertion surface 17 is formed by two circular arcs adjoining one another in the depth direction Y. The transitions both between the support surface 14 and the insertion surface 17 (at the beginning of the surface 19) and the transitions between the insertion surface 17 and the support surface 18 (at the surface end 20) are designed without edges. Likewise, the transition between the two circular arcs within the insertion surface 17 is designed without edges.

The insertion groove 16 is laterally bounded by the insertion surface 17 and a further insertion surface 45 opposite it.

At the end of the insertion groove 16 in the depth direction Y there is an end stop surface 21 which is used to define an end position of an inserted shelf.

The securing projection 15 also forms an abutment 22 on which a pull-out limiting surface 23 is formed. The pull-out limiting surface 23 is formed by a side flank of the securing projection 15 and is thus essentially perpendicular to the side wall 9. Looking at the side wall 9, it can be seen that the pull-out delimitation surface 23 is inclined. An undercut 24 is formed on the securing projection 15 in the depth direction behind the expression delimitation surface 23. A rear edge section of the inserted shelf can be received in the undercut 24. The undercut 24 forms an upper stop surface 40, which can prevent the shelf from tilting.

Figure 4 shows a perspective partial representation of the inner container Figure 1 in the area of the upper shelf 11, with only a section of the inner container 7 with the inserted shelf 11 being shown for illustration purposes.

In this exemplary embodiment, the shelf 11 is designed in three parts and comprises a plate element 25, the top or storage surface 26 of which is used to store the items to be cooled. By means of the underside or support surface 27, the shelf 11 is supported on the support surfaces 14 via lateral panel edges 35. The plate element 25 is made of glass. The shelf 11 further comprises a strip 29 fastened to its rear edge section 28. The strip 29 consists of hard plastic, namely polypropylene. The bar 29 is an extrusion part. By means of a retaining profile 30, the strip 29 is attached to the rear edge section 28 in a form-fitting and force-fitting manner. The bar 29 also has a delimiting profile 31 which is used to secure items to be cooled in the depth direction Y on the storage surface 26.

At both of its end sections 32, the strip 29 has a cutout 33 cut out. At the end sections 32, the strip 29 forms front contact surfaces 34 which lie opposite the pull-out limiting surfaces 23. In the event of a horizontal tensile load on the shelf 11 opposite to the depth direction Y, the front contact surfaces 34 and the pull-out limiting surfaces 23 contact each other and prevent forward movement of the shelf 11. The end sections 32 and the front contact surfaces 34 formed thereon are stiff, i. H. inflexible, designed so that on the one hand the unintentional pulling out of the shelf 11 can be reliably prevented and on the other hand a recurring elastic deformation of the strip 29 leading to damage to the strip 29 is prevented.

A closing profile 47 is attached to a front edge section 46 of the compartment floor 11.

As in Figure 4 As can be seen, the support ribs 13 are arranged completely on the side wall 9, while the securing projections 15 also merge into the rear wall 36 of the inner container 7.

In Figure 5 the insertion and removal of a shelf 11 is shown, which is shown simplified for illustration purposes.

The top neckline in Figure 5 shows the insertion of the shelf 11 into the insertion groove 16. As can be seen, the insertion groove 16 is designed in such a way (in particular a minimum groove width measured between the insertion surface and the further insertion surface is dimensioned in such a way) that the shelf 11 and in particular its strip 29 (shown schematically) without contact, that is, without touching the inner container, can be introduced. In particular, the strip 29 is neither elastically nor plastically deformed. However, contact between the compartment base, in particular the strip 29, and the inner container is possible. It is thus possible, in particular, for the shelf 11 to be inserted or removed in a sliding manner by means of the strip 29 over the insertion surface 17. The shelf 11 is pushed back or pulled forward at an angle 37.

As in the lower section in Figure 5 is shown, the geometry of the insertion groove 16 and the distance between 2 adjacent support ribs 13 in the height direction and time is designed such that insertion or removal of the shelf 11 is possible without tilting on a support rib 13 arranged above.

Figure 6 shows one to Figure 2 comparable illustration of a second exemplary embodiment.

This differs from the first embodiment in that the two lower holding devices 12 have a shorter support rib 13 in the depth direction Y than the upper holding device 12. In particular, the two support ribs 13 of the two lower holding devices 12 extend essentially only over half of a depth of the shelf 11. To prevent the shelf 11 from tilting about a tilting axis 38, it is provided according to this exemplary embodiment that an upper contact surface 39 of the strip 29 makes permanent contact with the upper stop surface 40 of the two lower holding devices 12. In the case of the upper holding device 12, however, permanent contact is not necessary at this point, so that a gap 41 exists between the upper contact surface 39 and the upper stop surface 40.

As in the first exemplary embodiment, when the shelf 11 is installed, a gap 42 can exist between the front contact surface 34 (of the shelf 11) and the pull-out delimitation surface 23 (of the holding devices 12). Furthermore, as in the first exemplary embodiment, a gap 44 can exist between a rear contact surface 43 and the end stop surface 21.

REFERENCE LIST

1

Home appliance

2

Body

3

Recording room

4th

Recording room

5

door

6th

door

7th

Inner container

8th

Inner container

9

Side wall

10

Side wall

11

Fold bottom

12

Holding devices

13

Support rib

14th

Support surface

15th

Safety tab

16

Insertion groove

17th

Lead-in area

18th

Support surface

19th

Start of area

20th

End of surface

21st

End stop surface

22nd

Abutment

23

Extension limit area

24

Undercut

25th

Plate element

26th

Storage space

27

Support surface

28

rear edge section

29

strip

30th

Retaining profile

31

Boundary profile

32

End section

33

Cutout

34

front contact surface

35

lateral platemark

36

Back wall

37

angle

38

Tilt axis

39

upper contact surface

40

upper stop surface

41

gap

42

gap

43

rear contact surface

44

gap

45

further lead-in area

46

front edge section

47

Final profile

Claims (15)

Domestic refrigeration appliance (1), comprising an inner container (7, 8) which at least partially delimits a receiving space (3, 4) and has two opposing side walls (9, 10) on each of which a holding device (12) for a shelf (11 ) is provided, further comprising a shelf (11) which is arranged on the holding devices (12), each holding device (12) having a support surface (14) and one in the depth direction (Y) behind the support surface (14) and in the height direction ( Z) above the support surface (14) arranged pull-out limiting surface (23), characterized by an insertion surface (17) arranged in the depth direction (Y) behind the support surface (14) and sloping in the depth direction (Y). Domestic refrigeration appliance (1) according to Claim 1, characterized in that the insertion surface (17) is designed to be continuously sloping. Domestic refrigeration appliance (1) according to Claim 1 or 2, characterized in that the insertion surface (17), in particular along the depth direction (Y), has no edges. Domestic refrigeration appliance (1) according to one of the preceding claims, characterized in that the insertion surface (17) directly adjoins the support surface (14) in the depth direction (Y). Household refrigeration appliance (1) according to one of the preceding claims, characterized in that the insertion surface (17) extends in the depth direction (Y) over at least 0.5 cm, at least 1.0 cm, at least 2.0 cm or at least 3.0 cm . Household refrigeration appliance (1) according to one of the preceding claims, characterized in that an extension of the insertion surface (17) in the depth direction (Y) corresponds to at least twice, at least three times or at least four times an extension of the insertion surface (17) in the height direction (Z) . Domestic refrigeration appliance (1) according to one of the preceding claims, characterized in that the holding devices (12) each have an insertion groove (16) which is delimited by the insertion surface (17) and a further insertion surface (45). Household refrigeration appliance (1) according to Claim 7, characterized in that the further insertion surface (45) is flat. Household refrigeration appliance (1) according to Claim 7 or 8, characterized in that the insertion surface (17) and the further insertion surface (45) are designed essentially parallel to one another. Domestic refrigeration appliance (1) according to any one of claims 7 to 9, characterized in that the insertion groove (16) is dimensioned such that the shelf (11) can be inserted or removed without elastic deformation of the shelf (11). Domestic refrigeration appliance (1) according to one of the preceding claims, characterized in that two front contact surfaces (34) are formed on the compartment base (11) which lie opposite the pull-out limiting surfaces (23). Domestic refrigeration appliance (1) according to Claim 11, characterized in that there is a gap (42) between the pull-out delimitation surfaces (23) and the front contact surfaces (34) lying opposite them. Domestic refrigeration appliance (1) according to one of the preceding claims, characterized in that the bearing surfaces (14) are each formed on a support rib (13) formed integrally on the inner container (7, 8) and the pull-out limiting surfaces (23) are each formed on an integral part of the Inner container (7,8) arranged securing projection (15) are formed Domestic refrigeration appliance (1), comprising an inner container (7, 8) which at least partially delimits a receiving space (3, 4) and has two opposing side walls (9, 10) on each of which a holding device (12) for a shelf (11 ) is provided, continues comprising a shelf (11) which is arranged on the holding devices (12), each holding device (12) having a support surface (14) and one in the depth direction (Y) behind the support surface (14) and in the height direction (Z) above the support surface (14) arranged pull-out limiting surface (23), characterized in that an insertion groove (16) is provided on each of the holding devices (12), which is dimensioned such that the shelf (11) is inserted without elastic deformation of the shelf (11) or can be removed. Domestic refrigeration appliance (1), comprising an inner container (7, 8) which at least partially delimits a receiving space (3, 4) and has two opposing side walls (9, 10) on each of which a holding device (12) for a shelf (11 ) is provided, further comprising a shelf (11) which is arranged on the holding devices (12), each holding device (12) having a support surface (14) and one in the depth direction (Y) behind the support surface (14) and in the height direction ( Z) above the support surface (14) arranged pull-out limiting surface (23), characterized in that a stiff bar (29) is arranged on a rear edge section (28) of the shelf (11), on which a front contact surface (34) is formed , which is opposite the pull-out limiting surface (23).

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