EP2746705A2 - Household refrigerator with a freezer compartment in the refrigerator compartment and variable-length slider - Google Patents

Abstract

The device has a releasing and locking device (45) including an elongate slider (24), where a coupling device (46) is formed at a lower end (24a) of the elongate slider. The coupling device includes an upwardly projecting cylindrical pin (26) for engaging in a complementary recess (12), and an actuator (32) for coupling and transferring a movement of a gripping part (36) to the slider. The slider is formed for reversible length change in a direction of a longitudinal axis (C). A spring element (47) is made of plastic, and integrally formed with the slider.

Description

The invention relates to a household refrigerator with a container having an interior for receiving refrigerated goods and a door for closing the interior, on which a handle part is arranged to be movable. The household refrigerator comprises a release and locking device which is coupled to the handle part and with which a closed state of the door is adjustable or releasable depending on the operation of the handle part. The release and locking device comprises at least one elongate slider, at the lower end of a coupling device is formed, which has a locking element for engaging in a container-side receptacle and a coupling element for coupling and transmitting a movement of the handle portion on the slider.

Such a configuration is from the DE 10 2008 044 131 A1 known. There, a refrigerator with two-sided door is known. A freezer compartment is formed inside a refrigerator compartment and can be closed by a separate freezer compartment door. A rod-like elongate slider is vertically oriented and comprises at its upper end a plate with a pin which can engage in an opening of a web which is formed on an outer shell of the door. At the lower end of the slide, a coupling device is formed, which has a corresponding pin and also comprises a driver with which the handle part is coupled. In addition, a separate compression spring is still provided, which is coupled to the slider. The slider is designed as a rigid component and must be coupled in the context for vertical movement with the compression spring. Depending on the movement of the handle and the slider is moved down and this against the spring force of the compression spring. As a result, a release of the pins can be effected and an opening of the door can be achieved.

In the prior art beyond a configuration is also known in which the compression spring is not located above the coupling device, but is positioned in the coupling device. However, this also requires additional space and in particular the height must be increased.

It is an object of the present invention to provide a household refrigeration appliance, the release and locking device is constructed reduced components and is designed to be compact.

This object is achieved by a household refrigerator according to claim 1.

A domestic refrigeration appliance according to the invention comprises a container with an interior for receiving refrigerated goods. The household refrigerator further includes a door for closing the interior. At the door a handle is arranged movable. The domestic refrigerator further has a release and locking device which is coupled to the handle part and with which a closed state of the door is adjustable or solvable depending on the operation of the handle part. The release and locking device comprises at least one elongated slider, at the lower end of a coupling device is formed. The coupling device comprises a locking element for engaging in a container-side receptacle and further comprises a coupling element for coupling and transmitting a movement of the grip part on the slider. An essential idea of the invention is to be seen in the fact that the slider is designed for reversible change in length in the direction of its longitudinal axis in itself. It is therefore no longer a rigid component, but its length can be changed non-destructively reversible and thus arbitrarily repeatable, so that the slide viewed in its longitudinal direction can shorten and extend. By such a configuration, it is no longer necessary that a separate compression spring is required to an otherwise rigid slide. It can thus be achieved with at least consistent high functionality, a component savings. In addition, a compact implementation is possible by the inventive design, so that space can be saved.

It is preferably provided that the slider has a spring element integrated. By such a specified embodiment, the reversible change in length of the slider can be implemented particularly advantageously in itself. By such a spring element is almost automatically then causes shortening and lengthening, since corresponding spring forces occur and when changing the length and the spring is acted upon, so that they biased in this regard and then automatically a return of the slide can be carried out in its initial length, when this tensioned state of the spring element is returned.

Preferably, the spring element is formed integrally with the slider. As a result, assembly effort can be saved and unwanted position tolerances between separate components compared to a connection of two separate parts can be avoided.

It is particularly advantageous that the spring element is made of plastic. As a result, it can be made very precise shape and in particular be provided with very low weight. Not least, it is highly functional and due to the material design also insensitive to environmental influences such as high humidity or the like, so that, for example, no corrosion can occur. It when the spring element and the slide are integrally formed of plastic is particularly advantageous.

It is preferably provided that the spring element is formed in a rod adjoining the lower end of the slider upwards. This positional arrangement of the spring element brings significant advantages in terms of a very direct and immediate as well as very precise change in the length of the slider. It can thus be done almost with very small tolerances and little play and low Nachfedern such a change in length. Since the spring element is thus arranged and integrated almost quasi in the longitudinal direction of the rod, this reversible change in length can be generated explicitly on this rod. There are thus no unwanted vectorial large force components occurring in other directions with respect to the change in length and not to compensate, so that this too has significant advantages for the function and for long-term reliable and low-wear use.

Preferably, it is provided that the spring element comprises two, in particular straight spring legs, which are connected to first ends relative to each other and open with second ends of the slider. This is a very simple construction of the spring element, so that its production is very simple and beyond the Power transmission from the spring element is improved on the rod of the slider to its extension and shortening.

Preferably, it is provided that the rod is interrupted in the region of the on-coming spring element and an upper rod part is integrally connected with a lower end to the second end of the upper spring leg, and a lower rod member having an upper end integrally connected to the second end of the lower spring leg is. The above advantages are particularly favored. In addition, it is thus substantially simplified, the bar of the slider down to connect and couple particularly well and accessible with the coupling device without the spring element would interfere.

It is preferably provided that the spring legs are oriented at an angle between 60 ° and 120 ° to a longitudinal axis of the rod and the slider. The spring action and the spring force for transmitting the change in length of the rod of the slide are thereby particularly favored. In addition, by such an embodiment, the spring in the direction of the longitudinal axis of the slider and thus also of the rod of the slider can be made very short, so that no unwanted increase in the slider occurs.

It is preferably provided that the spring element rests on a support in the region of the first ends of the spring legs. As a result, mechanical constellations can be created, which also allow a very precise extension of the spring without dodging, so that here too a very direct transfer of the spring force on the rod of the slide takes place and thus a very direct and precise change in length is effected by this.

It is preferably provided that, viewed in the depth direction of the door, the spring element is arranged behind a seal of the door. Also, the above functions are improved and positioned the spring element very space-saving and tidy.

It is preferably provided that the spring element is in the unactuated basic position of the handle part in an untensioned ground state. The advantages mentioned above are thereby reaffirmed.

Preferably, it is provided that the spring element viewed in the height direction of the door is arranged above an upper edge of the handle part, in particular extends viewed in the width direction of the door partially overlapping with the handle part. These specific positional arrangements allow that the movement of the handle portion is not limited, but on the other hand, no additional space is required.

It is preferably provided that the interior is a freezer compartment. In particular, it is also provided that the freezer compartment is formed on the inside in a refrigerated compartment and an inner container delimiting the refrigerating compartment has the container of the freezer compartment. In particular, it is provided that the inner container and the container are integrally formed, wherein preferably the freezer compartment can be closed by its own freezer door, which in turn is then covered by a door front, which then covers and closes the entire refrigerator compartment.

Preferably, the door on two opposite, in particular vertical sides, can be hit against the container. Depending on which stop side is selected and provided for the door, the handle part can then also be mounted and mounted variably at the then positionally assigned point of the door or a door base. Here, too, a non-destructive reversible change of position and the attack side can thus take place.

Further features of the invention will become apparent from the claims, the figures and the description of the figures. The features and feature combinations mentioned above in the description as well as the features and feature combinations mentioned below in the description of the figures and / or in the figures alone can be used not only in the respectively specified combination but also in other combinations or in isolation, without the scope of To leave invention. There are thus also embodiments of the invention as encompassed and disclosed, which are not explicitly shown and explained in the figures, but by Separated feature combinations emerge from the described embodiments and can be generated.

Fig. 1

eine perspektivische Darstellung von Teilkomponenten eines erfindungsgemäßen Haushaltskältegeräts;

Fig. 2a

eine Explosionsdarstellung eines Ausführungsbeispiels einer Gefrierfach-Tür des Haushaltskältegeräts gemäß Fig. 1;

Fig. 2b

eine vergrößerte Darstellung eines Teilausschnitts von Fig. 2a;

Fig. 3

eine perspektivische Darstellung eines Teilausschnitts der Gefrierfach-Tür gemäß Fig. 2a im zusammengesetzten Zustand;

Fig. 4

eine Ansicht von hinten in einer Teilansicht der Tür gemäß Fig. 2a; und

Fig. 5a und 5b

eine Gegenüberstellung von Ansichten von hinten der Tür gemäß Fig. 4 im Vergleich zu einer Tür aus dem Stand der Technik im Hinblick auf eine Reduzierung der Bauhöhe bei einem Ausführungsbeispiel der Erfindung.

Embodiments of the invention are explained in more detail below with reference to schematic drawings. Show it:

Fig. 1

a perspective view of subcomponents of a household refrigerator according to the invention;

Fig. 2a

an exploded view of an embodiment of a freezer door of the household refrigerator according to Fig. 1 ;

Fig. 2b

an enlarged view of a partial section of Fig. 2a ;

Fig. 3

a perspective view of a partial section of the freezer door according to Fig. 2a in the assembled state;

Fig. 4

a view from behind in a partial view of the door according to Fig. 2a ; and

Fig. 5a and 5b

a juxtaposition of views from behind the door according to Fig. 4 compared to a door of the prior art with regard to a reduction in the height in an embodiment of the invention.

In the figures, identical or functionally identical elements are provided with the same reference numerals.

In Fig. 1 is a perspective view of an inner container 1 of a household refrigerator I, which is in particular a refrigerator-freezer combination device for receiving and storing food, shown. The inner container 1 is a one-piece deep-drawn component. The household refrigerator I further comprises a door 2, which is provided for closing a freezer compartment 3. The freezer compartment 3 is formed on the inside in the inner container 1, which then also has a cooling compartment 4 in addition. The freezer compartment 3 is limited by walls of a container in the inner container. 1 integrated and thus integrally formed. The door thus represents a freezer door 2, which closes only the freezer compartment 3 in the closed state. The entire inner container 1 is also closed by a further front attachable door, not shown, which then covers both the refrigerator compartment 4 and the front of the freezer compartment 3 with the freezer compartment door 2 in the closed state.

The freezer compartment 3 is separated from the refrigerated compartment 4 by a horizontal intermediate wall 5 filled with heat-insulating material. The freezer compartment 3 and the refrigerating compartment 4 have a common frame 6 on a front side of the inner container 1. Against the plane of the frame 6 and a few centimeters, a second frame 7 is formed around the freezer compartment 3. The frame 7 is provided as a contact surface for a seal 8 of the freezer compartment door 2, which separates the freezer compartment 3 from the refrigerated compartment 4 in the closed position.

In one of the two frames 6, 7 connecting ceiling portion of the inner container 1, two downwardly open bag recesses 9 are attracted, which are mutually opposite each other with respect to a vertical center plane. Below the bag wells 9 downwardly open recesses 10 are formed in two over the plane of the frame 7 projecting corner regions 11 of the intermediate wall 5. The corner regions 11 are respectively complementary niches 12 on the inside of the freezer compartment door 2 opposite, which engage in the corner regions 11 when the freezer compartment door 2 is closed.

It is stressed at this point that the in Fig. 1 embodiment shown by way of example only and not to be understood. Rather, the household refrigerator I may be designed differently with respect to the position and / or size of the compartments 3 and 4. Likewise, the connection of the freezer compartment door 2 to the frame 7 can be designed in other ways.

It is essential that the freezer compartment door 2 at two opposite stop sides 2a and 2b, which are vertical sides in the embodiment, can be posted on the inner container 1. For this purpose, the axes are then shown in dashed lines on the inner container 1. Depending on which stop side 2a or 2b, the door 2 is posted on the inner container 1 and in particular on the frame 7, then the Freezer door 2 are pivoted about either the left axis or the right axis relative to the inner container 1.

In Fig. 2a the freezer compartment door 2 is shown in an exploded view, wherein the embodiment is to be understood as illustrative and not exclusive. The freezer compartment door 2, hereinafter referred to as door 2, is composed of a plurality of injection-molded plastic parts, the largest of which is an outer shell 13 and a door base body 13, respectively. The door main body 13 essentially comprises a flat plate 14, which forms the visible in the closed position of the door 2 front side. Webs 15, 16, 17, 18, 19 extend along the plate 14 and at a distance of a few centimeters from the lower edge of the plate 14th

An in Fig. 2a partially shown cut inner shell 20 is inserted into the frame formed by the webs 15 to 19 and latched thereto. The inner shell 20 forms the freezer compartment 3 associated rear side of the door 2 and carries the seal 8. The limited by the nested bowls 13, 20 cavity can in with the Fig. 2a Not shown insulation material, in particular, for example, in the form of a shaped body of expanded polystyrene or silica filled.

At the level of the niches 12, the lateral webs 16, 17 each have a cutout 21, and a short vertical web 22 or 23 extends at a small distance from the webs 16, 17 between the horizontal webs 18, 19th

The domestic refrigeration appliance I comprises a release and locking device 45 which is coupled to a handle element 36 designed as an actuating element. With the release and locking device 45 is a closed state of the door 2 depending on the operation of the handle portion 36 is adjustable or releasable. The release and locking device 45 includes at least one elongate slider 24 having a lower end 24a. At the lower end 24a, a coupling device 46 is formed. The coupling device 46 comprises a locking element, which in the exemplary embodiment is a pin 26, which is designed to engage in a container-side receptacle. In addition, the coupling device 46 comprises a coupling element in the form of a driver 32 for coupling and transmitting a movement of the grip part 36 on the slide 24th

The slider 24 is formed for reversible change in length in itself. For this purpose, it comprises a spring element 47, which in the context of the explanations to Fig. 3 to 5a is explained in more detail.

When displayed in Fig. 2a two mutually mirror-image slides 24 are provided. The door 2 is thus abuttable on the aforementioned two abutment sides 2a and 2b, so that the slide 24 either serve as a mechanical element to which the door 2 is then pivoted, or act as a release and locking device 45.

The slider 24 comprises an elongated plate-like rod 48. The spring element 47 is formed in this rod 48, wherein the spring element 47 has two in particular straight spring legs 47a and 47b. The spring legs 47a and 47b are connected to each other with first ends 471a and 471b. With second ends 472 a and 472 b, the spring legs 47 a and 47 b are connected to the slider 24 and in particular the rod 48. The rod 48 is divided into two and comprises an upper rod portion 48a and a lower rod portion 48b. The rod parts 48a and 48b are separated from each other and connected only by the spring element 47. The upper rod part 48a is connected at a lower end to the second end 472a of the first spring leg 47a. An upper end of the lower rod part 48b is connected to the second end 472b of the lower second spring leg 47b. The slider 24 and in particular the rod 48 have a longitudinal axis C, which is oriented vertically in the embodiment. The spring legs 47a and 47b are oriented at an angle between 60 ° and 120 ° to this longitudinal axis C. Also formed on the opposite side slider 24 has a configuration that analogous to the slider 24 on the left side explained in Fig. 2 is. The clarity is at the in Fig. 2 right slide 24 only the spring element 47 shown and serving the remaining reference numerals for clarity not shown.

The comments made above on the slide shown on the left apply in a corresponding manner also for the slider 24 shown on the right.

In a preferred embodiment, it is provided that the spring elements 47 are arranged behind the seal 8 in the depth direction (z-direction) of the door 2.

The spring element 47 and the spring elements 47 are in the unactuated basic position of the handle portion 36 in an untensioned ground state. It is therefore preferably in this ground state no bias to the springs, so that there is no unwanted continuous load here. Preferably, the spring elements 47 are integrally formed of plastic. They are in particular integrally formed with the rod 48, wherein preferably the slide 24 are each formed integrally in one piece. They are then preferably designed as plastic parts. Especially in such embodiments, it is advantageous to provide no bias in the said ground state on the spring elements 47 in order to cause any undesirable signs of wear.

In the following, the further structure of the door 2 will be explained, wherein here again express reference is made to this exemplary representation, which is not to be understood as exhaustive. It should be mentioned at this point that the design of the slider 24 with a spring element 47 can be used as such even in otherwise otherwise designed doors 2 use.

As from the illustration in Fig. 2a can be seen, a slider 24 has a horizontal plate 25 which has an upwardly projecting cylindrical pin 26 with an obliquely cut tip. In an idle state, the upper plate 25 abuts an underside of the web 15 and the pin 26 supported by it extends through an opening 27 of the web 15. An elongated vertical section 28, which is formed in particular by the rod 48, is between the Bridge 16 and 17 and a parallel, narrower web 29 of the outer shell 13 out. Again, this is just one of several possible embodiments and not meant to be exhaustive. In the illustration according to Fig. 2 the web 29 is hidden behind the web 16 and the inner shell 20. Between two projections of the vertical portion 28 and the web 29, a free space 30 is formed. A shorter portion 31 of the slider 24 is offset from the portion 28 toward the center of the door. The section 31 carries in its upper part one of the center of the door 2 facing driver 32 and at its lower end the lower plate 25 with the lower pin 26. The lower plate 25 forms together with a between the webs 16, 22 and 17, 23 inserted packing 33 a bottom surface of the niche 12th

An opening 34 of the recess on the webs 22, 23 is provided to pivotally receive a journal 35 of the handle portion 36. A second journal 35 of the handle portion 36 is latched in each case open-edged cutouts 37 of vertical webs 38 of the outer shell 13. There are two sets of ridges 38 and, accordingly, two possible positions in which the handle portion 36 is mountable, either in engagement with the opening 34 of the ridge 22 as shown in FIG Fig. 2a suggested, or in mirror image, in engagement with the opening 34 of the web 23rd

The grip part 36 essentially comprises two plates 39, 40, which meet at a pivot axis defined by the pivot 35. In the in Fig. 2a shown rest position of the handle portion 36, the plate 39 is held in a horizontal orientation by one of two laterally projecting fingers 41 is supported on the driver 32 of the slide 24. the plate 40 forms an acute angle with the plate 14 of the outer shell and can pivot in a clockwise direction. When a user pulls the plate 40 of the handle portion 36 against the plate 14, the fingers 41 move downwards. The slider 24 is thereby reversibly changed in length, since acting on the located in its normal position spring element 47, an expansion force.

The slider 24 is entrained in the now biasing force of the spring member 47, and the pins 26 pull down from the niche 12 and into the interior of the door 2 back. Thus, on one side of the door 2, the engagement between the pins 26 and the pocket recess 9 and the recess 10 is released and the door 2 is pivotable about an axis which is formed by the engagement of the pins 26 of the other slider 24 in the opposite Sachvertiefung. 9 or recess 10 is fixed. The door 2 can thus be opened by simply pulling the actuator or handle portion 36.

To close it is sufficient to push the door 2 against the frame 7 again. As soon as the pins 26 come into contact with the ceiling of the inner container 1 or the corner area 11, they move downwards and rest, driven by the spring element 47, in the bag recess 9 and in the recess 10, as soon as the closed position of the door 2 is reached.

As already mentioned, a change of the stop of the door 2 is possible. Although not absolutely necessary for the stop change, a filler 42 is preferably provided, which fills that area on the back of the plate 14, which is not occupied by the handle portion 36. In order to enable the anchoring of the filling body 42, two sets of latching openings 43 are formed in the web 18. At least two of the latching openings 43 are in a occupied by the handle portion 36 area. Thus, one and the same filler 42 can be mounted in each case in the region at the bottom of the door, which is released by the actuating element 36. The two latching openings 43 in the region of the web 18 occupied by the grip part 36 receive two latching hooks of a marking part 44. In the exemplary embodiment, the marking part 44 essentially has the shape of an L-profile with a vertical leg resting against the plate 14 of the outer shell 13.

In Fig. 2b is an enlarged section of Fig. 2a shown in the region of the spring element 47.

In Fig. 3 is in a perspective view of the door 2 according to Fig. 2a shown in the assembled state. The view shows the door 2 from behind in the region of the left slide 24th

It can be seen that the spring element 47 is positioned in the vertical direction and thus in the y-direction completely above the grip part 36 and thus also above an upper edge 36a of the grip part 36.

In addition, immediately adjacent and preferably parallel to this upper edge 36a running a wall 49 is formed. On this wall 49 is a support 50 (in Fig. 2a and 2 B the clarity serving not shown) formed, which rises to the top. The support 50 is designed in the embodiment as an inverted V-shape. The spring element 47 is located in the region of the ends 471 a and 471 b on this support 50. In addition, in Fig. 3 to recognize that in the width direction (x-direction) considered the spring element 47 is arranged partially overlapping with the handle portion 36.

In Fig. 4 is in a view from behind on the door 2 of the partial section of the opposite lower side compared to Fig. 3 shown.

In Fig. 5a is the representation in Fig. 4 shown, and in Fig. 5b In addition, a well-known from the prior art embodiment in which a compression spring 51 is disposed adjacent to the handle portion 36 and with the slider 24 ', which is formed there rigid and längenunveränderlich coupled. The spring 51 is formed as a spiral spring and made of steel and extends in the vertical direction (y-direction). As a result, a larger space is required in this vertical direction and thus in the height direction. The by the invention and the in Fig. 4 and Fig. 5a explained advantageous embodiment achieved advantage is also in a space minimization in this height direction, which here results in a reduction by the height h, which is <5 cm, in particular between 0.5 cm and 3 cm. By such a reduction of the height space for so-called door racks in the outer door and thus the cooling compartment and the freezer compartment door 2 covering door can be made possible. On an inside of this outer door, such door racks for tubes or other smaller items are provided for insertion and storage. These can now be made higher or the number of such door racks can be increased. It can also be provided that an existing door rack can then be moved upwards by such a height h. As a result, more storage space is generated in the device.

LIST OF REFERENCE NUMBERS

I

Household refrigerator

1

inner container

2

door

2a

stop side

2 B

stop side

3

freezer

4

refrigerated compartment

5

partition

6

frame

7

frame

8th

poetry

9

sack depression

10

recess

11

corner

12

American

13

Door body

14

plate

15

web

16

web

17

web

18

web

19

web

20

Bowl

21

neckline

22

web

23

web

24

pusher

24 '

pusher

24a

Lower end

25

Horizontal slide

26

pen

27

opening

28

Vertical section

29

web

30

free space

31

section

32

takeaway

33

packing

34

opening

35

journal

36

handle part

36a

top edge

37

neckline

38

Vertical dock

39

plate

40

plate

41

finger

42

packing

43

latching opening

44

Markierteil

45

Release and locking device

46

coupling device

47

spring element

47a

spring leg

47b

spring leg

48

Rod

48a

Upper bar part

48b

Lower part of the bar

49

wall

50

support

51

compression spring

471a

The End

471b

The End

472a

The End

472b

The End

C

longitudinal axis

H

height

Claims (14)

Domestic refrigerating appliance (I) with a container having an interior space (3) for receiving refrigerated goods and a door (2) for closing the interior space (3) on which a gripping part (36) is movably arranged, and having a release and locking device ( 45) which is coupled to the handle part (36) and with which a closed state of the door (2) is adjustable or releasable depending on the operation of the handle part (36), wherein the release and locking means (45) at least one elongated slide (24), at the lower end (24 a) of which a coupling device (46) is formed, which has a locking element (26) for engaging in a container-side receptacle (12) and a coupling element (32) for coupling and transmitting a movement of the gripping part (32). 36) on the slide (24), characterized in that the slide (24) for reversible change in length in the direction of its longitudinal axis (C) is formed in itself. Domestic refrigeration appliance (I) according to claim 1, characterized in that the slide (24) has a spring element (47) integrated. Domestic refrigerating appliance (I) according to claim 2, characterized in that the spring element (47) is formed integrally with the slide (24), in particular a rod (48) of the slide (24). Domestic refrigeration appliance (I) according to claim 2 or 3, characterized in that the spring element (47) is made of plastic. Domestic refrigerating appliance (I) according to one of claims 2 to 4, characterized in that the spring element (47) in a at a lower end of the slide (24) upwardly adjoining bar (48) is formed. Domestic refrigerating appliance (I) according to one of Claims 2 to 5, characterized in that the spring element (47) has two, in particular rectilinear, spring legs (47a, 47b) which are connected to one another by first ends (471, 471b) and with second ends (472a, 472b) to the slide (24). Domestic refrigerating appliance (I) according to claim 5 and 6, characterized in that the rod (48) in the region of the on-coming spring element (47) is interrupted and an upper rod portion (48 a) with a lower end with the second end (472 a) of the upper spring leg (47a) is integrally connected, and a lower rod member (48b) having an upper end is integrally connected to the second end (472b) of the lower spring leg (47b). Domestic refrigeration appliance (I) according to claim 6 or 7, characterized in that the spring legs (47a, 47b) are oriented at an angle between 60 ° and 120 ° to a longitudinal axis (C) of the rod (48) of the slide (24). Domestic refrigerating appliance (I) according to claim 6, characterized in that the spring element (47) in the region of the first ends (471 a, 471 b) of the spring legs (47 a, 47 b) rests on a support (50). Domestic refrigerating appliance (I) according to one of the preceding claims 2 to 9, characterized in that the spring element (47) in the depth direction (z-direction) of the door (2) viewed behind a seal (8) of the door (2) is arranged. Domestic refrigeration appliance (I) according to one of claims 2 to 10, characterized in that the spring element (47) in the unactuated basic position of the handle part (36) is in an untensioned ground state. Domestic refrigerating appliance (I) according to one of the preceding claims 2 to 11, characterized in that the spring element (47) in the height direction (y-direction) of the door (2) viewed above an upper edge (36a) of the handle portion (36) is arranged and / / or viewed in the width direction (x-direction) of the door (2) viewed partially overlapping with the handle portion (36) extends. Domestic refrigeration appliance (I) according to one of the preceding claims, characterized in that the interior is a freezer compartment (3). Domestic refrigerating appliance (I) according to claim 13, characterized in that the freezer compartment (3) in a cooling compartment (4) is formed inside and a cooling compartment (4) limiting inner container (1) comprises the container of the freezer compartment (3), in particular the Inner container (1) and the container are integrally formed.

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