EP2926069B1 - Domestic refrigeration device having a compartment bottom - Google Patents

Description

The invention relates to a household refrigeration appliance, comprising a heat-insulating inner container, which is designed to limit at least one storage space for refrigerated goods, a in the inner container at opposite, detachable from the inner container support bars shelf comprising a rear support plate and a front support plate which is formed to connect in a first position to the rear support plate to form a continuous shelf on the same level and to overlap in a second position with the rear support plate at least partially or completely.

Refrigeration appliances are known in which a front partial plate of a two-part storage tray can be removed separately from a rear partial plate or displaced into a position overlapping with the rear partial plate, in order to combine two compartments normally separated by the storage tray in a front region of a storage chamber of the refrigeration appliance and so to make room for the storage of refrigerated goods, which is higher than each of the two subjects. In order to eliminate the subdivision also in a rear region of the interior, it is necessary in such a conventional refrigeration device to remove the rear sub-plate. This is especially troublesome when a front area of the storage chamber is already occupied by hochformatigem refrigerated goods, which must be cleared before the rear part of the plate can be removed.

The DE 10 2009 046 027 A1 Therefore, describes a refrigeration device, in particular household refrigeration appliance, with a storage plate, which is divided into at least one rear part plate and a displaced between an exploded and an overlapping with the rear part plate position front partial plate, wherein the partial plates from the overlapping position out about a horizontal axis are pivotable.

From the JP H08 35765 A and the JP H07 218116 A are known shelves for household refrigerators. Furthermore, from the DE 20 2005 016490 U1 a household refrigerator known, in which holding elements for a shelf by a Spreader can be pressed laterally against the side walls of the inner container. From the EP 2 184 570 A1 is a multi-part shelf known, which has a straight rear strut and side bars that are locked to the strut.

The object of the invention is to provide a mounted in the inner container on opposite support rails shelf, which includes a rear support plate and a front support plate, in which the complete shelf with the support bars and the two support plates can be offset in height in the inner container in a simple manner.

The object of the invention is achieved by a household refrigerating appliance, comprising a heat-insulating inner container, which is designed to limit at least one storage space for items to be refrigerated, and which has two opposite side walls, which are provided with holders, further comprising a shelf which is a first separate Support bar and a second separate support bar comprises, on the one hand are formed to be releasably held in a position used in the storage space on the holders of the inner container and on the other hand are designed to store a rear Kühlgutlagerplatte and a front Kühlgutlagerplatte to the two support bars against each adjustable in that the front Kühlgutlagerplatte connects in a first position to the rear Kühlgutlagerplatte to form a continuous bearing surface on the same level and in a second position with the rear Kühlgutlagerplatte at least partially or fully constantly overlapping, further comprising a bracket connecting the support bracket, which is designed to hold together the separate support strips, and the rear Kühlgutlagerplatte and the front Kühlgutlagerplatte comprehensive shelf.

Generally, the bracket is formed by a U-shaped bent wire. The wire can be made of a rigid, in particular spring-elastic steel. The wire can basically have any desired cross-sectional shape.

The bracket, in particular the middle web portion has in all embodiments to form a pivot bearing on which the rear Kühlgutlagerplatte is mounted hinged about a horizontal axis, but in particular a circular cross-section. by virtue of of the circular cross-section of the middle web portion of the bracket, for example, the rear Kühlgutlagerplatte be pivotally mounted on the middle web section. The holders can be formed, for example, by side wall sections attracted to the inner container, which can be designed either as projections or as recesses. Accordingly, the holders can be formed, as is the case with groove-like recesses or strip-like projections known to those skilled in the art of common refrigeration appliances. The holders may at least substantially or completely over the entire depth of the inner container in horizontal planes, if necessary several times spaced above each other extend.

The support strips may be designed like a rail and be adapted in size and shape to the holder so that the support strips with one of these encompassed holding portion can connect in particular form-fitting manner with the holders. In a simple embodiment, the holding portions of the support bars are simply on simsartigen projections of the holder or the holding portions of the support strips fit positively locking, if necessary, in a groove-like recesses of the holder.

On the support rails guides may be provided on which on the one hand, the rear Kühlgutlagerplatte is pivotally mounted and on the other hand, the front Kühlgutlagerplatte under or over the rear Kühlgutlagerplatte slidably, pivotally and / or hinged.

The shelf can form an assembly of rear Kühlgutlagerplatte, front Kühlgutlagerplatte and the two opposite, the two Kühlgutlagerplatte enclosing support strips.

The bracket can be designed to hold two opposite support strips at such a distance from each other together, in which the rear Kühlgutlagerplatte and the front Kühlgutlagerplatte are stored in particular captive even when removed from the inner container shelf between the support bars.

The bracket is thus designed to hold the two separate support strips with the rear Kühlgutlagerplatte and the front Kühlgutlagerplatte in a composite obtained the function of the two Kühlgutlagerplatte. As a result, the shelf can be removed as a unit from a stored in the inner container altitude, possibly used at a different altitude again in the inner container without the shelf are broken down into its parts of left support bar, right support bar, rear Kühlgutlagerplatte and front Kühlgutlagerplatte got to. Also can be dispensed with a permanently solid composite, as is the case for example with a firmly overmolded glass plate. By means of the bracket according to the invention, therefore, the shelf can on the one hand taken as a composite in a simple manner or offset in height, but the shelf can on the other hand, for example, for cleaning purposes broken down into its parts of left support bar, right support bar, rear Kühlgutlagerplatte and front Kühlgutlagerplatte, in particular be dismantled by the inventive bracket is removed. In that regard, the bracket can be releasably connected to the two support strips.

The bracket can be designed to hold the two support strips on the rear Kühlgutlagerplatte and / or on the front Kühlgutlagerplatte. To store the rear Kühlgutlagerplatte and the front Kühlgutlagerplatte so adjustable against each other on the two support strips that the front Kühlgutlagerplatte in a first Position adjoins the rear Kühlgutlagerplatte to form a continuous bearing surface on the same level and at least partially or completely overlaps in a second position with the rear Kühlgutlagerplatte, the two support strips may have correspondingly shaped guides, in particular grooves. The bracket can thus be designed to hold the two support strips in a form-fitting manner with the rear Kühlgutlagerplatte and / or on the front Kühlgutlagerplatte engaged, so that the Kühlgutlagerplatten can not fall off the support strips, even if the composite of the shelf from the inner container is taken.

Alternatively or additionally, the bracket may be formed to press the two support strips from opposite sides against the rear Kühlgutlagerplatte and the front Kühlgutlagerplatte. The bracket can therefore be designed as a spring clip, which presses the two support strips against the opposite side edges of the rear Kühlgutlagerplatte and front Kühlgutlagerplatte. Instead of pressing directly against side edges of the rear Kühlgutlagerplatte and front Kühlgutlagerplatte, the bracket, the support bars can also press against separate additional strips or molded edge borders, which are firmly connected to the rear Kühlgutlagerplatte and / or front Kühlgutlagerplatte.

In all embodiments, the bracket may have a first leg connected to the one support strip, a second leg connected to the other support strip, and a middle web section connecting the first leg to the second leg. The center land portion is formed to hold the first leg and the second leg at a fixed distance from each other. The two legs can in particular be aligned parallel to one another, are at a fixed distance from one another and extend away from the middle web section at a particularly right angle to the longitudinal extent of the center web section.

In all embodiments, a first support arm may be pivotally mounted on the one support bar, in particular be pivotally mounted on the bracket or the middle web portion of the bracket, on which a lateral edge portion of the rear Kühlgutlagerplatte mounted, in particular secured and on the other support bar, a second Retaining arm be pivotally mounted, in particular be pivotally mounted on the bracket or the middle web portion of the bracket, on which an opposite lateral edge portion of the rear Kühlgutlagerplatte stored, in particular fixed. The two pivotally mounted support arm so far carry the rear Kühlgutlagerplatte and store these pivotally with respect to the two support strips. In other words, the rear Kühlgutlagerplatte can be folded by pivoting the two support arms from a horizontal position to a vertical position.

The first support arm and / or the second support arm may be configured to pivot the rear Kühlgutlagerplatte together with the front Kühlgutlagerplatte. On the two support arms to guides can be formed, in which the front Kühlgutlagerplatte can be folded in a position overlapping with the rear Kühlgutlagerplatte together with the rear Kühlgutlagerplatte from a horizontal position to a vertical position.

The first support arm and / or the second support arm may have guides in which the overlapping with the rear Kühlgutlagerplatte front Kühlgutlagerplatte held, in particular slidably guided.

The first holding arm and the second holding arm may each have a fixing projection, which engages positively in a recess of the associated support bar in a position of the respective holding arm which is pivoted in a horizontal orientation relative to the rear cooling goods storage plate. By means of Fixiervorsprünge the two support strips are prevented from undesired moving apart, in which there would be a danger that the particular front Kühlgutlagerplatte could fall out of storage on the two support strips. Due to the fixed connection of the opposite fixing projections on the rear Kühlgutlagerplatte the two support strips are additionally fixed in their distance, in particular in the distance of the legs of the bracket.

In all embodiments, the front Kühlgutlagerplatte have a pivot bearing, in particular in the form of a torsion bar through which the front Kühlgutlagerplatte both pivotally guided and slidably between the two support bars, in particular is stored. For example, the front Kühlgutlagerplatte may have one or more bearing eyes, which are rotatably mounted on the torsion bar, or rigidly connected to the torsion bar, in which case the opposite, facing away from each other end portions of the torsion bar can be rotatably mounted in abutment on the support bars. In all variants, the opposite, pointing away from each other end portions of the torsion bar can then be slidably mounted in guides or grooves of the support strips.

In general, the bracket may have a first leg connected to the one support bar and a second leg connected to the other support bar, wherein the two legs or at least a respective portion of the two legs are aligned in an angle different from the parallel orientation to each other in one stored in the inner container position of the shelf to push the support strips with spring force against the holder of the inner container. By means of the spreading legs, the support strips are pressed against the holder, in particular in grooves of the inner container by spring force, so that inadvertent release of the support bars prevented by the holders or at least the risk of unintentional release is reduced.

In all embodiments, a front end edge of the rear Kühlgutlagerplatte a projection, in particular over the entire width of the front edge extending projection edge have, in the first position in which the front Kühlgutlagerplatte to the rear Kühlgutlagerplatte to form a continuous storage area on the same Plain connects, in a corresponding groove of the front Kühlgutlagerplatte inserts. Thus, an inadvertent pivoting of the rear Kühlgutlagerplatte prevented from the vertical orientation in an unfolded orientation or at least reduce the risk of unintentional pivoting.

With the described technical solutions according to the invention, an improved operability for the customer when stowing an unused Kühlgutlagerplatte, in particular glass plate in the interior of the cooling area can be achieved if necessary, without having to remove this Kühlgutlagerplatte, especially glass plate from the refrigerator.

The shelf described above can also be referred to as a garage plate. This may be a garage plate and additionally a folding function. The rear half of the garage plate can be folded away, for example, together with the front half of the garage plate. For example, a wire bow in U-shape can fulfill several functions. On the outer leg of this U-bracket plastic parts can be latched, which may be provided for storage in the inner container. These plastic parts thus serve as bearing parts on the ribbed field, i. on the holders of the inner container. Another function of the U-bracket can be an outward pressing of the bearing parts, i. the support bars in order to ensure optimum storage of the support strips on the rib field, i. to ensure the holders. This can be achieved by overbending the wire legs. That The corner angle is about 95 °, the leg is bent outwards. An additional function is the rotation axis for the Kühlgutlagerplatte, in particular the glass plates. The rear half glass plate can be locked on the U-bracket. The wire diameter serves as a rotation axis. The rear half Kühlgutlagerplatte, in particular glass plate may be additionally provided in the horizontal position by a locking lug, which engage in the side panels. The Kühlgutlagerplatte, in particular glass plate is thus secured against falling out. Thus, the front half Kühlgutlagerplatte, in particular glass plate pushed under the rear half Kühlgutlagerplatte, in particular glass plate and the entire system can be turned up with each other on the wire hanger.

An embodiment of the invention is illustrated by way of example in the accompanying schematic drawings.

Show it:

Fig. 1

a perspective view of a household refrigerator with multiple refrigerated goods and shelves,

Fig. 2

a perspective view of a shelf according to the invention with a front Kühlgutlagerplatte, which adjoins the formation of a continuous bearing surface on the same plane to a rear Kühlgutlagerplatte;

Fig. 3

a perspective view of the shelf according to the invention according to Fig. 2 with the front Kühlgutlagerplatte in a pivoted intermediate position;

Fig. 4

a perspective view of the shelf according to the invention according to Fig. 2 with the front Kühlgutlagerplatte in a fully overlapping with the rear Kühlgutlagerplatte position;

Fig. 5

a perspective view of the shelf according to the invention according to Fig. 2 with the front Kühlgutlagerplatte and the rear Kühlgutlagerplatte in a folded from the horizontal to the Vetikale position;

Fig. 6

a sectional view through the shelf with the front Kühlgutlagerplatte in the position according to Fig. 2 ;

Fig. 7

a sectional view through the shelf with the front Kühlgutlagerplatte in the position according to Fig. 3 ;

Fig. 8

a sectional view through the shelf with the front Kühlgutlagerplatte in the position according to Fig. 4 ;

Fig. 9

a sectional view through the shelf with the front Kühlgutlagerplatte in the intermediate position between 4 and FIG. 5 ;

Figure 10

a sectional view through the shelf with the front Kühlgutlagerplatte in the position according to Fig. 5 ;

Fig. 11

a schematic exploded view of the items of a shelf with a bracket according to the invention;

Fig. 12

a perspective view of an exemplary support arm;

Fig. 13

a bottom perspective view of the shelf with latched Fixiervorsprüngen; and

Fig. 14

a sectional view through the shelf in the region of a projecting edge between the rear Kühlgutlagerplatte and the front Kühlgutlagerplatte;

An in Fig. 1 household refrigerating appliance 1 shown by way of example has a body 2 with an inner container 3. The inner container 3 is divided in the illustrated embodiment in an upper cooling compartment 4 and a freezer compartment 5 arranged below. The cooling space 4 is generally used for frost-free cooling of refrigerated goods, preferably at temperatures between plus 4 and plus 8 degrees Celsius. However, the cooling space 4 can also be designed as a zero-degree compartment, in particular for keeping fruit or vegetables fresh. The refrigerator 4 is accessible when the refrigerator door 6 is open. The freezer compartment 5 is generally used for freezing frozen food at about minus 18 degrees Celsius. The freezer compartment 5 is accessible when the freezer compartment door 7 is open. In the refrigerator 4 a plurality of shelves 8 are stored. For storage of the shelves 8 at different altitudes, a plurality of holders 10 may be provided on side walls 9 of the inner container 3 on opposite sides. The holders 10 may be formed, for example, by side wall sections attracted to the inner container 3, which may be designed either as projections or as recesses. The holders 10 may be formed by groove-like recesses or strip-like projections. The holders 10 may be at least substantially or completely extend over the entire depth of the inner container 3 in horizontal planes, if necessary several times spaced one above the other.

In the Fig. 2 an exemplary embodiment of a shelf 8 according to the invention is shown. The shelf 8 according to Fig. 2 corresponds to an assembly of individual parts of the shelf 8, as for example in an exploded view in the Fig. 11 are shown. The shelf 8 comprises a first separate support bar 11 and a second separate support bar 12, a rear Kühlgutlagerplatte 13 and a front Kühlgutlagerplatte 14, and a first support arm 15 and a second support arm 16. The shelf 8 also has a bracket 17 which holds the items the shelf 8 holds together.

The first separate support bar 11 and the second separate support bar 12 are on the one hand designed to be releasably held in a position used in the storage space on the holders 10 of the inner container 2 and on the other hand formed, the rear Kühlgutlagerplatte 13 and the front Kühlgutlagerplatte 14 on the two support strips 11, 12 to store so adjustable against each other that the front Kühlgutlagerplatte 14 in a first position, as in Fig. 2 and Fig. 6 represented adjoins the rear Kühlgutlagerplatte 13 to form a continuous bearing surface on the same level and in a second position, as in Fig. 4 shown, at least partially or completely overlapped with the rear Kühlgutlagerplatte 13.

In order to push the front Kühlgutlagerplatte 14 under the rear Kühlgutlagerplatte 13, the front Kühlgutlagerplatte 14 has a pivot bearing 18, in particular in the form of a torsion bar 18a through which the front Kühlgutlagerplatte 14 both pivotable, as well as displaceable between the two support strips 11, 12th guided, in particular stored. The pivot bearing 18 serves to the front Kühlgutlagerplatte 14, as in Fig. 3 shown to be able to raise at a front end edge 19, so that the plane of the front Kühlgutlagerplatte 14 is pivoted about the pivot bearing 18, as in the Fig. 7 is shown in detail to push the front Kühlgutlagerplatte 14 under the rear Kühlgutlagerplatte 13, as shown in the Fig. 8 is shown in more detail. In the in Fig. 8 shown position of the front Kühlgutlagerplatte 14, both the rear Kühlgutlagerplatte 13, and the front Kühlgutlagerplatte 14 together on the first support arm 15 and the second support arm 16 stored so that both Kühlgutlagerplatten 13, 14 together by pivoting the two holding arms 15, 16, as in Fig. 5 and Fig. 9 shown from a horizontal plane ( Fig. 4 ) into a vertical plane ( Fig. 5 ; Fig. 10 ) can be pivoted.

As in Fig. 11 shown is the support strips 11, 12 connecting bracket 17 is formed, the separate support strips 11, 12, and the rear Kühlgutlagerplatte 13 and the front Kühlgutlagerplatte 14 comprehensive shelf 8 together.

In the illustrated embodiment, the bracket 17 is formed to hold the two support strips 11, 12 on the rear Kühlgutlagerplatte 13 and the front Kühlgutlagerplatte 14. The bracket 17 presses the two support strips 11, 12 from opposite sides against the rear Kühlgutlagerplatte 13 and the front Kühlgutlagerplatte 14 to press. For this purpose, the bracket 17 has a first leg 17a connected to the first support strip 11, a second leg 17b connected to the second support strip 12, and a middle web section 17c connecting the first leg 17a to the second leg 17b. The bracket 17 is formed in the illustrated embodiment of a U-shaped bent wire.

In the illustrated embodiment, the center web portion 17c of the bracket 17 forms a pivot bearing in the form of an axis 20 on which a hub sleeve 21 is rotatably mounted in the form of a circular cross-section, laterally provided with a longitudinal slot groove, such that the rear Kühlgutlagerplatte 13 about a horizontal axis can be folded. This pivot bearing is except in the Fig. 11 in exploded perspective view, also in Fig. 14 shown in cross section.

The Fig. 12 shows an exemplary holding arm 15, 16. The holding arm 15, 16 has a groove-like clamping portion 22 in which a lateral edge portion of the rear Kühlgutlagerplatte 13 is mounted, in particular fixed. Below the clamping portion 22 extends in a parallel orientation a groove-like guides 23 in which the front Kühlgutlagerplatte 14 by means of the pivot bearing 18, in particular of the torsion bar 18a and its end portions is mounted and pulled out. By the two-sided clamping portion 22 and the two-sided guides 23, both the rear Kühlgutlagerplatte 13, and the front Kühlgutlagerplatte 14 together be pivoted between a horizontal orientation and a vertical orientation back and forth.

Two opposite lever arms 15, 16 are, as in the Fig. 13 shown pivotally mounted on the two support strips 11, 12. The two lever arms 15, 16 are thereby formed to pivot the rear Kühlgutlagerplatte 13 together with the front Kühlgutlagerplatte 14.

Each lever arm 15, 16 has a fixing projection 24 which engages positively in a recess 25 on the associated support bar 11, 12 in a position pivoted the rear Kühlgutlagerplatte 13 in a horizontal orientation of the respective support arm 15, 16, as in particular Fig. 13 is shown.

In the Fig. 12 is also a projection 26 and in Fig. 14 a projection 26a is shown at a front end edge of the rear cooling goods storage plate 13. The projection 26a may extend in particular over the entire width of the front edge or the rear Kühlgutlagerplatte 13. In the first position, as well as in Fig. 14 is shown, the projection 26a fits into a corresponding groove 27 on the front Kühlgutlagerplatte 14 when the front Kühlgutlagerplatte 14 connects to the rear Kühlgutlagerplatte 13 to form a continuous bearing surface on the same level.

LIST OF REFERENCE NUMBERS

1

Household refrigerator

2

corpus

3

inner container

4

refrigerator

5

freezer

6

Fridge door

7

Freezer door

8th

Fold bottom

9

side walls

10

holder

11

first support bar

12

second support bar

13

Rear refrigerated goods storage plate

14

front cooling goods storage plate

15

first holding arm

16

second support arm

17

hanger

17a

first leg

17b

second leg

17c

Middle web section

18

pivot bearing

18a

torsion bar

19

front end edge

20

axis

21

hub sleeve

22

clamping section

23

guides

24

fixing projection

25

recess

26, 26a

head Start

27

groove

Claims (10)

1. Domestic refrigeration device (1), having a thermally insulating inner container (3), which is designed to delimit at least one storage chamber for goods to be refrigerated, and which has two opposite side walls (9), which are provided with retainers (10), and furthermore having a shelf bottom (8), which comprises a first separate supporting strip (11) and a second separate supporting strip (12), which are designed on the one hand to be detachably retained on the retainers (10) of the inner container (3) when inserted in the storage chamber and which are designed on the other hand to support a rear storage plate (13) for goods to be cooled and a front storage plate (14) for goods to be cooled on the two supporting strips (11, 12) in such a way that the storage plates can be moved in relation to each other and in such a way that in a first position the front storage plate (14) for goods to be cooled is connected to the rear storage plate (13) for goods to be cooled in order to form a continuous storage surface on the same plane and in a second position at least partially or completely overlaps with the rear storage plate (13) for goods to be cooled, wherein the domestic refrigeration device has a bow (17), which connects the supporting strips (11, 12) and which is designed to hold together the shelf bottom (8), which comprises the separate supporting strips (11, 12) and the rear storage plate (13) for goods to be cooled and the front storage plate (14) for goods to be cooled, characterised in that the bow (17) is formed by a U-shaped bent wire, wherein the bow (17), in particular the centre bar section (17c), has a circular cross-section to form a pivot bearing, on which the rear storage plate (13) for goods to be cooled is mounted so that it can fold about a horizontal axis.
2. Domestic refrigeration device according to claim 1, characterised in that the bow (17) is designed to retain the two supporting strips (11, 12) on the rear storage plate (13) for goods to be cooled and/or on the front storage plate (14) for goods to be cooled.
3. Domestic refrigeration device according to claim 1 or 2, characterised in that the bow (17) has a first leg (17a) connected to the first supporting strip (11), a second leg (17b) connected to the other supporting strip (12) and a centre bar section (17c) connecting the first leg (17a) to the second leg (17b).
4. Domestic refrigeration device according to one of claims 1 to 3, characterised in that a first retaining arm (15) is pivotably mounted on the one supporting strip (11), in particular is pivotably mounted on the bow (17) or the centre bar section (17c) of the bow (17), on which retaining arm (15) a lateral edge section of the rear storage plate (13) for goods to be cooled is mounted, in particular fastened, and a second retaining arm (16) is pivotably mounted on the other supporting strip (12), in particular is pivotably mounted on the bow (17) or the centre bar section (17c) of the bow (17), on which retaining arm (16) an opposing lateral edge section of the rear storage plate (13) for goods to be cooled is mounted, in particular fastened.
5. Domestic refrigeration device according to claim 4, characterised in that the first retaining arm (15) and/or the second retaining arm (16) are embodied to pivot the rear storage plate (13) for goods to be cooled together with the front storage plate (14) for goods to be cooled.
6. Domestic refrigeration device according to claim 4 or 5, characterised in that the first retaining arm (15) and/or the second retaining arm (16) have guides (23), in which the front storage plate (14) for goods to be cooled overlapping with the rear storage plate (13) for goods to be cooled can be retained, in particular guided in a slideable manner.
7. Domestic refrigeration device according to one of claims 4 to 6, characterised in that the first retaining arm (15) and the second retaining arm (16) each have a fixing projection (24), which in each case engages with a form fit into a recess (25) on the allocated supporting strip (11, 12) in a position of the respective retaining arm (15, 16) which pivots the rear storage plate (13) for goods to be cooled into a horizontal alignment.
8. Domestic refrigeration device according to one of claims 1 to 7, characterised in that the front storage plate (14) for goods to be cooled has a pivot bearing (18), in particular in the form of a rotating pin (18a), through which the front storage plate (14) for goods to be cooled is guided, in particular mounted, so as to be both pivotable and also slideable between the two supporting strips (11, 12).
9. Domestic refrigeration device according to one of claims 1 to 8, characterised in that the bow (17) has a first leg (17a) connected to the one supporting strip (11) and a second leg (17b) connected to the other supporting strip (12), wherein the two legs (17a, 17b) or at least in each case a section of the two legs (17a, 17b) are aligned at an angle to one another that deviates from the parallel alignment, in order to press the supporting strips (11, 12) with a resilient force against the retainers (10) of the inner container (3) when the shelf bottom (8) is in a position where it is mounted in the inner container (3).
10. Domestic refrigeration device according to one of claims 1 to 9, characterised in that a front end edge of the rear storage plate (13) for goods to be cooled has a projection (26, 26a), in particular a projection edge extending over the entire width of the end edge, which inserts into a corresponding groove (27) of the front storage plate (14) for goods to be cooled in the first position, in which the front storage plate (14) for goods to be cooled is connected to the rear storage plate (13) for goods to be cooled to form a continuous storage surface on the same plane.

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